INSERT INTO `wp_postmeta` (`meta_id`, `post_id`, `meta_key`, `meta_value`) VALUES
(37071, 1019, 'spo_faq_repeater_0_spo_que', 'Why is Temperature Calibration important? '),
(37072, 1019, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(37073, 1019, 'spo_faq_repeater_0_spo_image', '182'),
(37074, 1019, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(37075, 1019, 'spo_faq_repeater_0_spo_ans', 'No matter what industry you are in, accuracy is key when using temperature measurement equipment. However, over-extended use, especially in extreme temperatures, humidity, and general wear and tear, can reduce instrument accuracy. If you work in a regulated environment, you may need to calibrate your equipment to ensure compliance with relevant regulations periodically.\r\n\r\nTemperature calibration is comparing one device’s readings to those of another device calibrated to a known set of parameters. Most devices require continuous calibration throughout their life to maintain accuracy.\r\n'),
(37076, 1019, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(37077, 1019, 'spo_faq_repeater_1_spo_que', 'Why is it necessary to calibrate a thermometer?'),
(37078, 1019, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(37079, 1019, 'spo_faq_repeater_1_spo_image', '182'),
(37080, 1019, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(37081, 1019, 'spo_faq_repeater_1_spo_ans', 'Thermometer accuracy can change over time, so you should calibrate your thermometer to ensure accurate readings.\r\n\r\nThermometers can drift over time for two reasons. First, mechanical shock can cause the thermometer to drift. Second, thermometers can drift when exposed to extreme temperatures.'),
(37082, 1019, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(37083, 1019, 'spo_faq_repeater_2_spo_que', 'What is calibrated with a temperature calibrator?'),
(37084, 1019, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(37085, 1019, 'spo_faq_repeater_2_spo_image', '182'),
(37086, 1019, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(37087, 1019, 'spo_faq_repeater_2_spo_ans', 'Common items calibrated with temperature calibrators include thermometers, thermocouples, thermistors, and temperature transmitters.'),
(37088, 1019, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(37089, 1019, 'spo_title_2_2', 'Temperature Calibration Services Singapore'),
(37090, 1019, '_spo_title_2_2', 'field_64d9f00d57511'),
(37091, 758, 'spo_title_2_2', 'Temperature Sensor and Humidity Sensor Singapore'),
(37092, 758, '_spo_title_2_2', 'field_64d9f00d57511'),
(37093, 1020, 'spo_image_1', '336'),
(37094, 1020, '_spo_image_1', 'field_639aea5e7c874'),
(37095, 1020, 'spo_title_1', 'Temperature Sensor and Humidity Sensor'),
(37096, 1020, '_spo_title_1', 'field_639aea777c875'),
(37097, 1020, 'spo_main_text_2_1', ''),
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(37101, 1020, 'spo_image_2_1', '344'),
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(37103, 1020, 'spo_image_2_2', '347'),
(37104, 1020, '_spo_image_2_2', 'field_639aed490279e'),
(37105, 1020, 'spo_subtitle_2_1', 'Temperature Sensor and Humidity Sensor'),
(37106, 1020, '_spo_subtitle_2_1', 'field_639aecaaae80d'),
(37107, 1020, 'spo_text_2_1', 'Temperature sensors and humidity sensors are electronic devices used to measure temperature and humidity, respectively, in various applications, including industrial, environmental, and scientific settings.'),
(37108, 1020, '_spo_text_2_1', 'field_639aecc2ae80e'),
(37109, 1020, 'spo_main_text_3_1', ''),
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(37111, 1020, 'spo_title_3_1', ''),
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(37113, 1020, 'spo_subtitle_3_1', 'We Specialise In'),
(37114, 1020, '_spo_subtitle_3_1', 'field_639af4bbc2637'),
(37115, 1020, 'spo_text_3_1', 'Temperature sensors work by measuring the change in resistance or voltage caused by changes in temperature. They can be classified into different types, including thermocouples, thermistors, RTDs (resistance temperature detectors), and infrared sensors. Each type has its own advantages and disadvantages, depending on the application.\r\n\r\nHumidity sensors measure the amount of moisture in the air or a gas. They can be classified into different types, including capacitive sensors, resistive sensors, and thermal conductivity sensors. Each type has its own advantages and disadvantages, depending on the application.\r\n\r\nCalibration is an essential part of maintaining the accuracy of temperature and humidity sensors. Calibration involves comparing the sensor readings to a known reference source, typically a calibrated thermometer or a standard humidity generator. The calibration process ensures that the sensors are measuring accurately, providing reliable data for various applications.\r\n\r\nRegular calibration of temperature and humidity sensors is necessary to ensure accurate measurements, as the accuracy of the sensors can drift over time due to various factors such as aging, mechanical shock, and exposure to extreme conditions. The frequency of calibration depends on the industry and application, but as a general rule, sensors should be calibrated at least once a year.'),
(37116, 1020, '_spo_text_3_1', 'field_639af4dac2638'),
(37117, 1020, 'spo_faq_repeater', '3'),
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(37120, 1020, '_spo_main_text_4_1', 'field_639afb41b5d4a'),
(37121, 1020, 'spo_title_4_1', ''),
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(37124, 1020, '_spo_tag_repeater', 'field_639afc22f55b5'),
(37125, 1020, 'spo_faq_repeater_0_spo_que', 'How accurate are temperature and humidity sensors?'),
(37126, 1020, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(37127, 1020, 'spo_faq_repeater_0_spo_image', ''),
(37128, 1020, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(37129, 1020, 'spo_faq_repeater_0_spo_ans', 'The accuracy of temperature and humidity sensors can vary depending on the type of sensor and the application. However, most high-quality sensors have an accuracy of +/- 0.5 to 1 degree Celsius for temperature sensors, and +/- 2 to 5 percent relative humidity for humidity sensors. Calibration is important to ensure that sensors are measuring accurately and to provide reliable data for various applications.'),
(37130, 1020, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(37131, 1020, 'spo_faq_repeater_1_spo_que', 'How often should temperature and humidity sensors be calibrated?'),
(37132, 1020, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(37133, 1020, 'spo_faq_repeater_1_spo_image', ''),
(37134, 1020, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(37135, 1020, 'spo_faq_repeater_1_spo_ans', 'The frequency of calibration depends on several factors, including the industry, application, and frequency of use. As a general rule, sensors should be calibrated at least once a year. However, more frequent calibration may be necessary for critical applications or when sensors are exposed to extreme conditions that can affect their accuracy.'),
(37136, 1020, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(37137, 1020, 'spo_faq_repeater_2_spo_que', 'Can temperature and humidity sensors be recalibrated?'),
(37138, 1020, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(37139, 1020, 'spo_faq_repeater_2_spo_image', ''),
(37140, 1020, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(37141, 1020, 'spo_faq_repeater_2_spo_ans', 'Yes, temperature and humidity sensors can be recalibrated. Recalibration involves comparing the sensor readings to a known reference source to ensure that the sensors are measuring accurately. If the sensors are found to be inaccurate, adjustments can be made to improve their accuracy. Calibration service providers can perform recalibration and provide calibration certificates to document the process and results.'),
(37142, 1020, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(37143, 1020, 'spo_title_2_2', 'Temperature Sensor and Humidity Sensor Singapore'),
(37144, 1020, '_spo_title_2_2', 'field_64d9f00d57511'),
(37145, 742, 'spo_title_2_2', 'Calibrated Tachometer Singapore'),
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(37148, 1021, '_spo_image_1', 'field_639aea5e7c874'),
(37149, 1021, 'spo_title_1', 'Tachometer Calibration'),
(37150, 1021, '_spo_title_1', 'field_639aea777c875'),
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(37159, 1021, 'spo_subtitle_2_1', 'Tachometer Calibration'),
(37160, 1021, '_spo_subtitle_2_1', 'field_639aecaaae80d'),
(37161, 1021, 'spo_text_2_1', 'Tachometer calibration is a service that verifies the accuracy of tachometers, also known as RPM meters or revolution counters. These instruments are widely used in various industries to measure the rotational speed of machines and engines.'),
(37162, 1021, '_spo_text_2_1', 'field_639aecc2ae80e'),
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(37165, 1021, 'spo_title_3_1', ''),
(37166, 1021, '_spo_title_3_1', 'field_639af254078f2'),
(37167, 1021, 'spo_subtitle_3_1', 'We Specialise In'),
(37168, 1021, '_spo_subtitle_3_1', 'field_639af4bbc2637'),
(37169, 1021, 'spo_text_3_1', 'During the tachometer calibration process, the instrument is compared against a known reference source, typically a speed standard, to ensure that it is measuring accurately. The calibration process involves a series of tests at different speed levels, and the results are compared with the reference values. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nIt is important to have regular calibration of tachometers to ensure accurate speed measurements, as the accuracy of the instrument can drift over time. The frequency of calibration depends on several factors, including the industry, application, and the frequency of use. Typically, tachometers should be calibrated at least once a year, but some applications may require more frequent calibration.'),
(37170, 1021, '_spo_text_3_1', 'field_639af4dac2638'),
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(37179, 1021, 'spo_faq_repeater_0_spo_que', 'Why do I need tachometer calibration?'),
(37180, 1021, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(37181, 1021, 'spo_faq_repeater_0_spo_image', ''),
(37182, 1021, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(37183, 1021, 'spo_faq_repeater_0_spo_ans', 'Tachometers are used in a wide range of applications to measure the rotational speed of machines and engines. The accuracy of the instrument can drift over time, leading to incorrect readings and potential safety risks. Regular calibration helps to ensure accurate speed measurements and maintain product quality and safety.'),
(37184, 1021, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(37185, 1021, 'spo_faq_repeater_1_spo_que', 'How often do I need to calibrate my tachometer?'),
(37186, 1021, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(37187, 1021, 'spo_faq_repeater_1_spo_image', ''),
(37188, 1021, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(37189, 1021, 'spo_faq_repeater_1_spo_ans', 'The frequency of calibration depends on several factors, including the industry, application, and the frequency of use. Typically, tachometers should be calibrated at least once a year, but some applications may require more frequent calibration. It is best to consult with a calibration service provider to determine the optimal calibration frequency for your specific needs.'),
(37190, 1021, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(37191, 1021, 'spo_faq_repeater_2_spo_que', 'What happens during tachometer calibration?'),
(37192, 1021, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(37193, 1021, 'spo_faq_repeater_2_spo_image', ''),
(37194, 1021, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(37195, 1021, 'spo_faq_repeater_2_spo_ans', 'During tachometer calibration, the instrument is compared against a known reference source, typically a speed standard. The calibration process involves a series of tests at different speed levels, and the results are compared with the reference values. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.'),
(37196, 1021, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(37197, 1021, 'spo_title_2_2', 'Calibrated Tachometer Singapore'),
(37198, 1021, '_spo_title_2_2', 'field_64d9f00d57511'),
(37199, 737, 'spo_title_2_2', 'Calibration Temperature Probe Singapore'),
(37200, 737, '_spo_title_2_2', 'field_64d9f00d57511'),
(37201, 1022, 'spo_image_1', '336'),
(37202, 1022, '_spo_image_1', 'field_639aea5e7c874'),
(37203, 1022, 'spo_title_1', 'Temperature Probe Calibration'),
(37204, 1022, '_spo_title_1', 'field_639aea777c875'),
(37205, 1022, 'spo_main_text_2_1', ''),
(37206, 1022, '_spo_main_text_2_1', 'field_639aec5eae80a'),
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(37213, 1022, 'spo_subtitle_2_1', 'Temperature Probe Calibration'),
(37214, 1022, '_spo_subtitle_2_1', 'field_639aecaaae80d'),
(37215, 1022, 'spo_text_2_1', 'Temperature probe calibration is a service that verifies the accuracy of temperature probes, which are commonly used in various industries for temperature measurement applications. Calibration of temperature probes involves comparing the readings of the probe against a known reference source to ensure that the measurements are accurate.'),
(37216, 1022, '_spo_text_2_1', 'field_639aecc2ae80e'),
(37217, 1022, 'spo_main_text_3_1', ''),
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(37219, 1022, 'spo_title_3_1', ''),
(37220, 1022, '_spo_title_3_1', 'field_639af254078f2'),
(37221, 1022, 'spo_subtitle_3_1', 'We Specialise In'),
(37222, 1022, '_spo_subtitle_3_1', 'field_639af4bbc2637'),
(37223, 1022, 'spo_text_3_1', 'During the calibration process, the temperature probe is subjected to a series of temperature points, and the readings are compared to the reference values provided by a calibrated temperature standard. Calibration certificates are then issued to document the calibration process and results, providing traceability and confidence in the accuracy of the instrument.\r\n\r\nRegular calibration of temperature probes is important to ensure that the measurements are accurate, especially in industries such as food processing, pharmaceuticals, and HVAC. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, temperature probes should be calibrated at least once a year, but some applications may require more frequent calibration.'),
(37224, 1022, '_spo_text_3_1', 'field_639af4dac2638'),
(37225, 1022, 'spo_faq_repeater', '3'),
(37226, 1022, '_spo_faq_repeater', 'field_639af570b567f'),
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(37228, 1022, '_spo_main_text_4_1', 'field_639afb41b5d4a'),
(37229, 1022, 'spo_title_4_1', ''),
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(37232, 1022, '_spo_tag_repeater', 'field_639afc22f55b5'),
(37233, 1022, 'spo_faq_repeater_0_spo_que', 'Why is temperature probe calibration important?'),
(37234, 1022, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(37235, 1022, 'spo_faq_repeater_0_spo_image', ''),
(37236, 1022, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(37237, 1022, 'spo_faq_repeater_0_spo_ans', 'Temperature probe calibration is important to ensure that the instrument is measuring accurately, which is critical in industries where temperature measurement is crucial for product quality and safety. Regular calibration helps to maintain the accuracy of the instrument and ensure compliance with industry standards.'),
(37238, 1022, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(37239, 1022, 'spo_faq_repeater_1_spo_que', 'How often should temperature probes be calibrated?'),
(37240, 1022, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(37241, 1022, 'spo_faq_repeater_1_spo_image', ''),
(37242, 1022, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(37243, 1022, 'spo_faq_repeater_1_spo_ans', 'The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, temperature probes should be calibrated at least once a year, but some applications may require more frequent calibration.'),
(37244, 1022, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(37245, 1022, 'spo_faq_repeater_2_spo_que', 'What type of temperature probes can be calibrated?'),
(37246, 1022, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(37247, 1022, 'spo_faq_repeater_2_spo_image', ''),
(37248, 1022, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(37249, 1022, 'spo_faq_repeater_2_spo_ans', 'A reliable temperature probe calibration service provider can calibrate a wide range of temperature probes, including thermocouples, RTDs, thermistors, and infrared temperature sensors. It is important to choose a service provider that is knowledgeable and experienced in calibrating your specific type of temperature probe.'),
(37250, 1022, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(37251, 1022, 'spo_title_2_2', 'Calibration Temperature Probe Singapore'),
(37252, 1022, '_spo_title_2_2', 'field_64d9f00d57511'),
(37253, 289, 'spo_title_2_2', 'Pressure Calibration'),
(37254, 289, '_spo_title_2_2', 'field_64d9f00d57511'),
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(37256, 1023, '_spo_image_1', 'field_639aea5e7c874'),
(37257, 1023, 'spo_title_1', 'PRESSURE CALIBRATION<br> <small></small>'),
(37258, 1023, '_spo_title_1', 'field_639aea777c875'),
(37259, 1023, 'spo_main_text_2_1', 'Pressure Calibration Services Singapore'),
(37260, 1023, '_spo_main_text_2_1', 'field_639aec5eae80a'),
(37261, 1023, 'spo_title_2_1', 'PRESSURE CALIBRATION'),
(37262, 1023, '_spo_title_2_1', 'field_639aec76ae80b'),
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(37268, 1023, '_spo_subtitle_2_1', 'field_639aecaaae80d'),
(37269, 1023, 'spo_text_2_1', 'Even the highest quality pressure gauges can drift over time, resulting in inaccurate measurements and degraded performance. All pressure gauges should be calibrated frequently. Calibration intervals and error limits must be defined, and a record of calibration results must be maintained to maintain instrument integrity. Neglecting calibration can result in unscheduled production downtime, defective products, or process quality issues. Additionally, allowing process-critical pressure gauges to go out of specification can potentially risk employee safety. Calibration costs are usually negligible compared to potential manufacturing and injury costs.</p>\r\n                                <p>'),
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(37275, 1023, 'spo_subtitle_3_1', 'We Specialises <span>in:</span>'),
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(37277, 1023, 'spo_text_3_1', '<h2>Pressure Gauge Calibration Singapore</h2>\r\nThe Unitest Calibration Lab uses high-precision deadweight testers, modular pressure controllers/indicators, pressure calibrators, and digital manometers. All calibrations are performed by the comparison method.</p>\r\n                                <p>Pressure Capabilities \r\n\r\nUnitest Calibration can perform pressure calibration service from -0.95 bar to 1400 bar in gauge mode and 0.1 bar to 1401 bar in absolute mode for the following instruments:\r\n\r\nAnalog Pressure Gauges\r\nDigital Pressure Gauges\r\nPressure Transmitters\r\nPressure Recorders\r\n'),
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(37287, 1023, 'spo_faq_repeater_0_spo_que', 'Why is Pressure Calibration essential? '),
(37288, 1023, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
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(37291, 1023, 'spo_faq_repeater_0_spo_ans', 'In Pressure Calibration, pressure gauges are the usual part that requires common calibration. From processes as simple as inflating a car tire to manufacturing complex aerospace components, pressure calibration helps to ensure accuracy and performance. However, due to their heavy use and the perceived simplicity of the device, pressure gauges are often overlooked during maintenance.\r\n\r\nUsing an inaccurate device can lead to safety issues, production loss, or product defects, so pressure gauges must be calibrated regularly to maintain accuracy.'),
(37292, 1023, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(37293, 1023, 'spo_faq_repeater_1_spo_que', 'What is Pressure gauge calibration?'),
(37294, 1023, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(37295, 1023, 'spo_faq_repeater_1_spo_image', '182'),
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(37297, 1023, 'spo_faq_repeater_1_spo_ans', 'Pressure gauge calibration can be performed using a variety of methods, such as using a hydraulic test pump (with suitable and accurate reference gauges) or a pressure piston weight tester. Whichever option you choose, it should be performed by an experienced professional using high-quality, certified calibration equipment.\r\n\r\nUsing a suitable pressure medium (gas or liquid), the test pump simultaneously pressurises the pressure gauge under test and the digital reference pressure gauge from inlet ports on both sides of the pump. Then compare both readings to identify discrepancies. \r\n\r\nA pressure balance is used for comparing a pressure gauge against a set of weights, which takes into account many factors such as gravity, buoyancy, and revolutions per second, compares the gauge under test to a set of weights, but this type of calibration is often performed on a pressure gauge - where you need more precision.\r\n\r\nRegardless of the calibration method used, if the deviation is greater than the defined tolerance, the pressure gauge should be adjusted and recalibrated or taken out of service.'),
(37298, 1023, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(37299, 1023, 'spo_faq_repeater_2_spo_que', 'How often should a pressure gauge be calibrated?'),
(37300, 1023, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
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(37303, 1023, 'spo_faq_repeater_2_spo_ans', 'It is highly recommended to calibrate the pressure gauge every 12 months. Any longer and the equipment may deviate from specification, making it more difficult to prove the history of the equipment and potentially leading to serious production/ process issues.'),
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(37309, 1024, 'spo_title_1', 'TEMPERATURE<br>CALIBRATION<small></small>'),
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(37321, 1024, 'spo_text_2_1', 'Temperature calibration is performed with a stable, adjustable temperature source that produces temperatures over the calibrated instrument range. Calibrating over a wide range of stable temperatures using calibration baths, unique standards and dry blocks are essential. All calibrations are performed relative to ITS-90 (International Temperature Scale 1990).'),
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(37327, 1024, 'spo_subtitle_3_1', '<span>We specialises</span> in:'),
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(37329, 1024, 'spo_text_3_1', 'Unitest Calibration\'s accredited calibration lab provides temperature calibration services that can be categorised mainly as follows: \r\n\r\nReference platinum RTDs, digital thermometers, and heat sources such as liquid baths and dry blocks to test RTDs, thermocouples, dry well calibrators, temperature gauges, transmitters, and liquid-in-glass thermometers. to calibrate. </p>\r\n                                <p>Multi-function calibrators, digital thermometers, and digital multimeters are used to calibrate thermometers and simulators. \r\n\r\nBlackbody calibrators are used to calibrate radiation thermometers. \r\n\r\nTemperature housing calibration uses a reference PRT, a thermocouple sensor, and a data logger to map and run in-situ.\r\n'),
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(37339, 1024, 'spo_faq_repeater_0_spo_que', 'Why is Temperature Calibration important? '),
(37340, 1024, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
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(37343, 1024, 'spo_faq_repeater_0_spo_ans', 'No matter what industry you are in, accuracy is key when using temperature measurement equipment. However, over-extended use, especially in extreme temperatures, humidity, and general wear and tear, can reduce instrument accuracy. If you work in a regulated environment, you may need to calibrate your equipment to ensure compliance with relevant regulations periodically.\r\n\r\nTemperature calibration is comparing one device’s readings to those of another device calibrated to a known set of parameters. Most devices require continuous calibration throughout their life to maintain accuracy.\r\n'),
(37344, 1024, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(37345, 1024, 'spo_faq_repeater_1_spo_que', 'Why is it necessary to calibrate a thermometer?'),
(37346, 1024, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(37347, 1024, 'spo_faq_repeater_1_spo_image', '182'),
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(37349, 1024, 'spo_faq_repeater_1_spo_ans', 'Thermometer accuracy can change over time, so you should calibrate your thermometer to ensure accurate readings.\r\n\r\nThermometers can drift over time for two reasons. First, mechanical shock can cause the thermometer to drift. Second, thermometers can drift when exposed to extreme temperatures.'),
(37350, 1024, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(37351, 1024, 'spo_faq_repeater_2_spo_que', 'What is calibrated with a temperature calibrator?'),
(37352, 1024, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(37353, 1024, 'spo_faq_repeater_2_spo_image', '182'),
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(37355, 1024, 'spo_faq_repeater_2_spo_ans', 'Common items calibrated with temperature calibrators include thermometers, thermocouples, thermistors, and temperature transmitters.'),
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(37440, 1025, 'spo_title_2_2', 'Oscilloscope Calibration'),
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(37442, 1025, 'spo_text_2_1', '<p class=\"p1\"><b>What is Oscilloscope Calibration?</b></p>\r\n<p class=\"p1\">An oscilloscope is a vital tool used in electronics, telecommunications, and various scientific fields to visualize and analyze electrical waveforms. Calibration is the systematic process of verifying and adjusting the accuracy of an oscilloscope\'s measurements against known reference standards. Over time, various factors can lead to measurement inaccuracies in an oscilloscope, such as aging components, environmental conditions, or rough handling during transportation. Calibration ensures that your oscilloscope\'s measurements remain precise and reliable, providing trustworthy data for your applications.</p>\r\n<p class=\"p1\"><b>When Should You Calibrate Your Oscilloscope?</b></p>\r\n<p class=\"p1\">The frequency of calibration depends on several factors, including the instrument\'s age, usage, and environmental conditions. As a general guideline:</p>'),
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(37514, 1026, 'spo_title_2_2', 'Fix-Point Temperature Calibration'),
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(37516, 1026, 'spo_text_2_1', '<p class=\"p1\"><b>What is Fixed-Point Temperature Calibration?</b></p>\r\n<p class=\"p1\">Fixed-point temperature calibration involves the use of materials that undergo phase changes at precisely defined temperatures. These materials, known as fixed-point cells, exhibit unique physical transformations, such as the solid-liquid transition of pure metals or the triple-point of certain substances. These fixed points occur at accurately known temperatures that can be reproduced with exceptional precision. By comparing the behavior of a temperature measuring device to a fixed-point cell, the instrument\'s accuracy can be determined and adjusted if necessary.</p>\r\n<p class=\"p1\"><b>When Should You Perform Fixed-Point Temperature Calibration?</b></p>\r\n<p class=\"p1\">Fixed-point temperature calibration should be carried out under the following circumstances:</p>'),
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(37588, 1029, 'spo_title_2_2', 'Non-Contact Temperature Calibration '),
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(37590, 1029, 'spo_text_2_1', '<p class=\"p1\"><b>What is Non-Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Non-contact temperature calibration involves verifying and adjusting the accuracy of temperature measuring devices that use non-invasive techniques to determine the temperature of objects from a distance. These devices work based on principles such as infrared radiation, thermal imaging, or laser technology. Calibration ensures that the readings obtained by these instruments match the true temperature of the target accurately. Unitest Instrument is the<strong> best </strong><span><strong>non contact tachometer calibration service provider in Singapore</strong>.</span></p>\r\n<p class=\"p1\"><b>When Should You Perform Non-Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Non-contact temperature calibration should be performed under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New non-contact temperature measuring devices should undergo initial calibration to ensure accurate measurements.</p>'),
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(37736, 1032, 'spo_title_2_2', 'On-Site Calibration '),
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(37738, 1032, 'spo_text_2_1', '<p class=\"p1\"><b>What is On-Site Calibration for Temperature and Pressure?</b></p>\r\n<p class=\"p1\">On-Site Calibration for Temperature and Pressure involves the process of verifying and adjusting the accuracy of temperature and pressure measuring instruments right at your facility or location. Unitest Instrument offers <span>Onsite Calibration Services in Singapore. Our s</span>killed technicians are equipped with calibrated reference standards and state-of-the-art equipment visit your site to perform the calibration. This approach minimizes downtime, reduces the risk of transportation damage, and ensures that your instruments are calibrated in the actual operating environment where they are used.</p>\r\n<p class=\"p1\"><b>When Should You Choose On-Site Calibration for Temperature and Pressure?</b></p>\r\n<p class=\"p1\">Opting Onsite Calibration Services in Singapore for Temperature and Pressure is ideal under the following circumstances:</p>'),
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(38548, 1069, 'spo_text_2_1', 'Current clamp calibration is a service that ensures the accuracy of electrical current measurement instruments. Current clamps are essential instruments used in electrical engineering, maintenance, and troubleshooting applications to measure electrical current without breaking the circuit.'),
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(38556, 1069, 'spo_text_3_1', 'During the current clamp calibration process, the instrument is compared against a known reference source to verify that it is measuring accurately. The calibration process includes a series of tests at different current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nRegular calibration of current clamps is critical to ensure accurate current measurements. The accuracy of current clamps can drift over time, leading to incorrect diagnoses, repairs, or hazardous conditions. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration.\r\n\r\nCalibration certificates provide documentation of the calibration process, which is essential for compliance with industry standards and regulations. With accurate current measurements, businesses can ensure that their equipment and systems operate safely and efficiently.'),
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(38570, 1069, 'spo_faq_repeater_0_spo_ans', 'Current clamp calibration is important because the accuracy of current measurements is critical in many electrical applications. If a current clamp is not calibrated correctly, it may provide inaccurate readings, which can lead to incorrect diagnoses and repairs, or even create hazardous conditions. Regular calibration of current clamps ensures that they are measuring accurately and providing reliable results.'),
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(38576, 1069, 'spo_faq_repeater_1_spo_ans', 'The frequency of current clamp calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration. It is important to consult with a reliable calibration service provider to determine the appropriate calibration frequency based on the specific application and industry requirements.'),
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(38578, 1069, 'spo_faq_repeater_2_spo_que', 'What is involved in current clamp calibration?'),
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(38582, 1069, 'spo_faq_repeater_2_spo_ans', 'Current clamp calibration involves a series of tests to verify the accuracy of the instrument. The current clamp is compared against a known reference source to ensure that it is measuring correctly. The calibration process includes tests at several current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.'),
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(38586, 287, 'spo_title_2_2', 'Humidity Calibration'),
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(38590, 1070, 'spo_title_1', 'HUMIDITY CALIBRATION<br> <small></small>'),
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(38602, 1070, 'spo_text_2_1', 'Humidity affects many properties of air and materials exposed to it. Humidity monitoring and measurement is important to prevent product condensation, corrosion, mould, warping and spoilage. For example, humidity measurement is important in industries that manufacture and distribute food, pharmaceuticals, chemicals, fuels, wood, textiles, and paper. Museums, art galleries, data centres, hospitals, laboratories, and semiconductor manufacturers are other types of organisations where humidity measurements are important.</p>\r\n                                <p>'),
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(38610, 1070, 'spo_text_3_1', '<a href=\"https://unitestcalibration.com/service/temperature-sensor-and-humidity-sensor-singapore/\">Sensors that measure humidity</a> must be calibrated regularly to keep working within specifications. Calibration of humidity sensors is usually done using an instrument called a humidity chamber.\r\n\r\nUnitest Calibration’s lab uses a temperature and humidity chamber as a controlled environment and a set of temperature and humidity probes with displays as a reference. By comparison, all calibrations are performed relative to ITS-90 (International Temperature Scale 1990).</p>\r\n                                <p>Humidity Capabilities \r\n\r\nOur calibration labs can perform calibrations from -10°C to 60°C and10% to 90% relative humidity for the following instruments: \r\n\r\nThermo-Hygrometers\r\nThermo-Hygrographs\r\nPsychrometers (Dew Point/Sling)\r\nTemperature and Humidity Data Loggers\r\nTemperature and Humidity Sensors with Indicators\r\nTemperature and Humidity Transmitters\r\n'),
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(38624, 1070, 'spo_faq_repeater_0_spo_ans', 'Humidity affects many properties of air and materials exposed to it. Humidity monitoring and measurement are important to prevent product condensation, corrosion, mold, warping and spoilage.'),
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(38626, 1070, 'spo_faq_repeater_1_spo_que', 'How often should we calibrate humidity? \r\n'),
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(38630, 1070, 'spo_faq_repeater_1_spo_ans', 'Unitest Calibration recommends that you check your device or probe regularly. Calibration once a year is usually sufficient. It is good to calibrate the probe more frequently. Still, as a rule of thumb, calibration intervals can vary from once a year to calibrating before each measurement, depending on the company\'s internal quality assurance regulations.'),
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(38632, 1070, 'spo_faq_repeater_2_spo_que', 'How is Humidity Calibration carried out? '),
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(38636, 1070, 'spo_faq_repeater_2_spo_ans', 'Humidity calibration stabilises the humidity of the sample gas and measures it against a suitable base reference.\r\n\r\n A humidity calibration system consists of\r\n\r\n• Dry air source,\r\n\r\n• A moisture generator that provides the required moisture content,\r\n\r\n• A reference instrument that is more accurate than the device under test to provide reliable measurements\r\n\r\n• A manifold that supplies calibration gas to the sensor/instrument under test.\r\n\r\nWhen calibrating for relative humidity and temperature, the manifold should be temperature controlled or placed in a temperature-controlled environment to determine the relative humidity dew point value with temperature.'),
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(38662, 1073, 'spo_text_3_1', 'During the current clamp calibration process, the instrument is compared against a known reference source to verify that it is measuring accurately. The calibration process includes a series of tests at different current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nRegular calibration of current clamps is critical to ensure accurate current measurements. The accuracy of current clamps can drift over time, leading to incorrect diagnoses, repairs, or hazardous conditions. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration.\r\n\r\nCalibration certificates provide documentation of the calibration process, which is essential for compliance with industry standards and regulations. With accurate current measurements, businesses can ensure that their equipment and systems operate safely and efficiently.'),
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(38676, 1073, 'spo_faq_repeater_0_spo_ans', 'Current clamp calibration is important because the accuracy of current measurements is critical in many electrical applications. If a current clamp is not calibrated correctly, it may provide inaccurate readings, which can lead to incorrect diagnoses and repairs, or even create hazardous conditions. Regular calibration of current clamps ensures that they are measuring accurately and providing reliable results.'),
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(38682, 1073, 'spo_faq_repeater_1_spo_ans', 'The frequency of current clamp calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration. It is important to consult with a reliable calibration service provider to determine the appropriate calibration frequency based on the specific application and industry requirements.'),
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(38688, 1073, 'spo_faq_repeater_2_spo_ans', 'Current clamp calibration involves a series of tests to verify the accuracy of the instrument. The current clamp is compared against a known reference source to ensure that it is measuring correctly. The calibration process includes tests at several current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.'),
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(38728, 1075, 'spo_title_1', 'TEMPERATURE<br>CALIBRATION<small></small>'),
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(38740, 1075, 'spo_text_2_1', 'Temperature calibration is performed with a stable, adjustable temperature source that produces temperatures over the calibrated instrument range. Calibrating over a wide range of stable temperatures using calibration baths, unique standards and dry blocks are essential. All calibrations are performed relative to ITS-90 (International Temperature Scale 1990).'),
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(38748, 1075, 'spo_text_3_1', 'Unitest Calibration\'s accredited calibration lab provides temperature calibration services that can be categorised mainly as follows: \r\n\r\nReference platinum RTDs, digital thermometers, and heat sources such as liquid baths and dry blocks to test RTDs, thermocouples, dry well calibrators, temperature gauges, transmitters, and liquid-in-glass thermometers. to calibrate. </p>\r\n                                <p>Multi-function calibrators, digital thermometers, and digital multimeters are used to calibrate thermometers and simulators. \r\n\r\nBlackbody calibrators are used to calibrate radiation thermometers. \r\n\r\nTemperature housing calibration uses a reference PRT, a thermocouple sensor, and a data logger to map and run in-situ.\r\n'),
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(38870, 1085, 'spo_text_2_1', 'Humidity affects many properties of air and materials exposed to it. Humidity monitoring and measurement is important to prevent product condensation, corrosion, mould, warping and spoilage. For example, humidity measurement is important in industries that manufacture and distribute food, pharmaceuticals, chemicals, fuels, wood, textiles, and paper. Museums, art galleries, data centres, hospitals, laboratories, and semiconductor manufacturers are other types of organisations where humidity measurements are important.</p>\r\n                                <p>'),
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(38878, 1085, 'spo_text_3_1', '<a href=\"https://unitestcalibration.com/service/temperature-sensor-and-humidity-sensor-singapore/\">Sensors that measure humidity</a> must be calibrated regularly to keep working within specifications. Calibration of humidity sensors is usually done using an instrument called a humidity chamber.\r\n\r\nUnitest Calibration’s lab uses a temperature and humidity chamber as a controlled environment and a set of temperature and humidity probes with displays as a reference. By comparison, all calibrations are performed relative to ITS-90 (International Temperature Scale 1990).</p>\r\n                                <p>Humidity Capabilities \r\n\r\nOur calibration labs can perform calibrations from -10°C to 60°C and10% to 90% relative humidity for the following instruments: \r\n\r\nThermo-Hygrometers\r\nThermo-Hygrographs\r\nPsychrometers (Dew Point/Sling)\r\nTemperature and Humidity Data Loggers\r\nTemperature and Humidity Sensors with Indicators\r\nTemperature and Humidity Transmitters\r\n'),
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(38888, 1085, 'spo_faq_repeater_0_spo_que', 'Why is Humidity Calibration essential? '),
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(38892, 1085, 'spo_faq_repeater_0_spo_ans', 'Humidity affects many properties of air and materials exposed to it. Humidity monitoring and measurement are important to prevent product condensation, corrosion, mold, warping and spoilage.'),
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(38894, 1085, 'spo_faq_repeater_1_spo_que', 'How often should we calibrate humidity? \r\n'),
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(38898, 1085, 'spo_faq_repeater_1_spo_ans', 'Unitest Calibration recommends that you check your device or probe regularly. Calibration once a year is usually sufficient. It is good to calibrate the probe more frequently. Still, as a rule of thumb, calibration intervals can vary from once a year to calibrating before each measurement, depending on the company\'s internal quality assurance regulations.'),
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(38900, 1085, 'spo_faq_repeater_2_spo_que', 'How is Humidity Calibration carried out? '),
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(38904, 1085, 'spo_faq_repeater_2_spo_ans', 'Humidity calibration stabilises the humidity of the sample gas and measures it against a suitable base reference.\r\n\r\n A humidity calibration system consists of\r\n\r\n• Dry air source,\r\n\r\n• A moisture generator that provides the required moisture content,\r\n\r\n• A reference instrument that is more accurate than the device under test to provide reliable measurements\r\n\r\n• A manifold that supplies calibration gas to the sensor/instrument under test.\r\n\r\nWhen calibrating for relative humidity and temperature, the manifold should be temperature controlled or placed in a temperature-controlled environment to determine the relative humidity dew point value with temperature.'),
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(39112, 1095, 'spo_text_3_1', 'During the current clamp calibration process, the instrument is compared against a known reference source to verify that it is measuring accurately. The calibration process includes a series of tests at different current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nRegular calibration of current clamps is critical to ensure accurate current measurements. The accuracy of current clamps can drift over time, leading to incorrect diagnoses, repairs, or hazardous conditions. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration.\r\n\r\nCalibration certificates provide documentation of the calibration process, which is essential for compliance with industry standards and regulations. With accurate current measurements, businesses can ensure that their equipment and systems operate safely and efficiently.'),
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(39194, 1099, 'spo_text_2_1', 'Temperature calibration is performed with a stable, adjustable temperature source that produces temperatures over the calibrated instrument range. Calibrating over a wide range of stable temperatures using calibration baths, unique standards and dry blocks are essential. All calibrations are performed relative to ITS-90 (International Temperature Scale 1990).'),
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(39202, 1099, 'spo_text_3_1', 'Unitest Calibration\'s accredited calibration lab provides temperature calibration services that can be categorised mainly as follows: \r\n\r\nReference platinum RTDs, digital thermometers, and heat sources such as liquid baths and dry blocks to test RTDs, thermocouples, dry well calibrators, temperature gauges, transmitters, and liquid-in-glass thermometers. to calibrate. </p>\r\n                                <p>Multi-function calibrators, digital thermometers, and digital multimeters are used to calibrate thermometers and simulators. \r\n\r\nBlackbody calibrators are used to calibrate radiation thermometers. \r\n\r\nTemperature housing calibration uses a reference PRT, a thermocouple sensor, and a data logger to map and run in-situ.\r\n'),
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(39216, 1099, 'spo_faq_repeater_0_spo_ans', 'No matter what industry you are in, accuracy is key when using temperature measurement equipment. However, over-extended use, especially in extreme temperatures, humidity, and general wear and tear, can reduce instrument accuracy. If you work in a regulated environment, you may need to calibrate your equipment to ensure compliance with relevant regulations periodically.\r\n\r\nTemperature calibration is comparing one device’s readings to those of another device calibrated to a known set of parameters. Most devices require continuous calibration throughout their life to maintain accuracy.\r\n'),
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(39218, 1099, 'spo_faq_repeater_1_spo_que', 'Why is it necessary to calibrate a thermometer?'),
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(39222, 1099, 'spo_faq_repeater_1_spo_ans', 'Thermometer accuracy can change over time, so you should calibrate your thermometer to ensure accurate readings.\r\n\r\nThermometers can drift over time for two reasons. First, mechanical shock can cause the thermometer to drift. Second, thermometers can drift when exposed to extreme temperatures.'),
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(39272, 1103, 'spo_title_1', 'HUMIDITY CALIBRATION<br> <small></small>'),
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(39284, 1103, 'spo_text_2_1', 'Humidity affects many properties of air and materials exposed to it. Humidity monitoring and measurement is important to prevent product condensation, corrosion, mould, warping and spoilage. For example, humidity measurement is important in industries that manufacture and distribute food, pharmaceuticals, chemicals, fuels, wood, textiles, and paper. Museums, art galleries, data centres, hospitals, laboratories, and semiconductor manufacturers are other types of organisations where humidity measurements are important.</p>\r\n                                <p>'),
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(39292, 1103, 'spo_text_3_1', '<a href=\"https://unitestcalibration.com/service/temperature-sensor-and-humidity-sensor-singapore/\">Sensors that measure humidity</a> must be calibrated regularly to keep working within specifications. Calibration of humidity sensors is usually done using an instrument called a humidity chamber.\r\n\r\nUnitest Calibration’s lab uses a temperature and humidity chamber as a controlled environment and a set of temperature and humidity probes with displays as a reference. By comparison, all calibrations are performed relative to ITS-90 (International Temperature Scale 1990).</p>\r\n                                <p>Humidity Capabilities \r\n\r\nOur calibration labs can perform calibrations from -10°C to 60°C and10% to 90% relative humidity for the following instruments: \r\n\r\nThermo-Hygrometers\r\nThermo-Hygrographs\r\nPsychrometers (Dew Point/Sling)\r\nTemperature and Humidity Data Loggers\r\nTemperature and Humidity Sensors with Indicators\r\nTemperature and Humidity Transmitters\r\n'),
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(39302, 1103, 'spo_faq_repeater_0_spo_que', 'Why is Humidity Calibration essential? '),
(39303, 1103, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
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(39305, 1103, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(39306, 1103, 'spo_faq_repeater_0_spo_ans', 'Humidity affects many properties of air and materials exposed to it. Humidity monitoring and measurement are important to prevent product condensation, corrosion, mold, warping and spoilage.'),
(39307, 1103, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(39308, 1103, 'spo_faq_repeater_1_spo_que', 'How often should we calibrate humidity? \r\n'),
(39309, 1103, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
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(39312, 1103, 'spo_faq_repeater_1_spo_ans', 'Unitest Calibration recommends that you check your device or probe regularly. Calibration once a year is usually sufficient. It is good to calibrate the probe more frequently. Still, as a rule of thumb, calibration intervals can vary from once a year to calibrating before each measurement, depending on the company\'s internal quality assurance regulations.'),
(39313, 1103, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(39314, 1103, 'spo_faq_repeater_2_spo_que', 'How is Humidity Calibration carried out? '),
(39315, 1103, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
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(39318, 1103, 'spo_faq_repeater_2_spo_ans', 'Humidity calibration stabilises the humidity of the sample gas and measures it against a suitable base reference.\r\n\r\n A humidity calibration system consists of\r\n\r\n• Dry air source,\r\n\r\n• A moisture generator that provides the required moisture content,\r\n\r\n• A reference instrument that is more accurate than the device under test to provide reliable measurements\r\n\r\n• A manifold that supplies calibration gas to the sensor/instrument under test.\r\n\r\nWhen calibrating for relative humidity and temperature, the manifold should be temperature controlled or placed in a temperature-controlled environment to determine the relative humidity dew point value with temperature.'),
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(39326, 1105, 'spo_title_1', 'PRESSURE CALIBRATION<br> <small></small>'),
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(39338, 1105, 'spo_text_2_1', 'Even the highest quality pressure gauges can drift over time, resulting in inaccurate measurements and degraded performance. All pressure gauges should be calibrated frequently. Calibration intervals and error limits must be defined, and a record of calibration results must be maintained to maintain instrument integrity. Neglecting calibration can result in unscheduled production downtime, defective products, or process quality issues. Additionally, allowing process-critical pressure gauges to go out of specification can potentially risk employee safety. Calibration costs are usually negligible compared to potential manufacturing and injury costs.</p>\r\n                                <p>'),
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(39344, 1105, 'spo_subtitle_3_1', 'We Specialises <span>in:</span>'),
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(39346, 1105, 'spo_text_3_1', '<h2>Pressure Gauge Calibration Singapore</h2>\r\nThe Unitest Calibration Lab uses high-precision deadweight testers, modular pressure controllers/indicators, pressure calibrators, and digital manometers. All calibrations are performed by the comparison method.</p>\r\n                                <p>Pressure Capabilities \r\n\r\nUnitest Calibration can perform pressure calibration service from -0.95 bar to 1400 bar in gauge mode and 0.1 bar to 1401 bar in absolute mode for the following instruments:\r\n\r\nAnalog Pressure Gauges\r\nDigital Pressure Gauges\r\nPressure Transmitters\r\nPressure Recorders\r\n'),
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(39357, 1105, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
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(39360, 1105, 'spo_faq_repeater_0_spo_ans', 'In Pressure Calibration, pressure gauges are the usual part that requires common calibration. From processes as simple as inflating a car tire to manufacturing complex aerospace components, pressure calibration helps to ensure accuracy and performance. However, due to their heavy use and the perceived simplicity of the device, pressure gauges are often overlooked during maintenance.\r\n\r\nUsing an inaccurate device can lead to safety issues, production loss, or product defects, so pressure gauges must be calibrated regularly to maintain accuracy.'),
(39361, 1105, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(39362, 1105, 'spo_faq_repeater_1_spo_que', 'What is Pressure gauge calibration?'),
(39363, 1105, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
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(39366, 1105, 'spo_faq_repeater_1_spo_ans', 'Pressure gauge calibration can be performed using a variety of methods, such as using a hydraulic test pump (with suitable and accurate reference gauges) or a pressure piston weight tester. Whichever option you choose, it should be performed by an experienced professional using high-quality, certified calibration equipment.\r\n\r\nUsing a suitable pressure medium (gas or liquid), the test pump simultaneously pressurises the pressure gauge under test and the digital reference pressure gauge from inlet ports on both sides of the pump. Then compare both readings to identify discrepancies. \r\n\r\nA pressure balance is used for comparing a pressure gauge against a set of weights, which takes into account many factors such as gravity, buoyancy, and revolutions per second, compares the gauge under test to a set of weights, but this type of calibration is often performed on a pressure gauge - where you need more precision.\r\n\r\nRegardless of the calibration method used, if the deviation is greater than the defined tolerance, the pressure gauge should be adjusted and recalibrated or taken out of service.'),
(39367, 1105, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(39368, 1105, 'spo_faq_repeater_2_spo_que', 'How often should a pressure gauge be calibrated?'),
(39369, 1105, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
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(39372, 1105, 'spo_faq_repeater_2_spo_ans', 'It is highly recommended to calibrate the pressure gauge every 12 months. Any longer and the equipment may deviate from specification, making it more difficult to prove the history of the equipment and potentially leading to serious production/ process issues.'),
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(39462, 1109, 'spo_text_2_1', '<p class=\"p1\">An oscilloscope is a vital tool used in electronics, telecommunications, and various scientific fields to visualize and analyze electrical waveforms. Calibration is the systematic process of verifying and adjusting the accuracy of an oscilloscope\'s measurements against known reference standards. Over time, various factors can lead to measurement inaccuracies in an oscilloscope, such as aging components, environmental conditions, or rough handling during transportation. Calibration ensures that your oscilloscope\'s measurements remain precise and reliable, providing trustworthy data for your applications.</p>\r\n<p class=\"p1\"><b>Why is Oscilloscope Calibration Important?</b></p>\r\n<p class=\"p1\">Calibrating your oscilloscope is crucial for several key reasons:</p>\r\n<p class=\"p1\"><b>Accuracy and Reliability</b>: Calibration ensures that the measurements displayed on the oscilloscope screen are as close to the true values as possible. Accurate measurements are vital for diagnosing problems, designing circuits, and verifying the performance of electronic devices.</p>\r\n<p class=\"p1\"><b>Consistency</b>: Calibration ensures consistency across measurements, regardless of the operator or time of measurement. It allows multiple users to obtain comparable results, improving collaboration and reducing uncertainties.</p>\r\n<p class=\"p1\"><b>Compliance</b>: In many industries, regulatory bodies may mandate regular calibration to comply with quality standards and maintain certification for various electronic systems.</p>\r\n<p class=\"p1\"><b>Cost-Effectiveness</b>: By detecting and correcting measurement inaccuracies early on, calibration helps avoid costly errors, rework, or product recalls.</p>\r\n<p class=\"p1\"><b>Customer Trust</b>: For businesses and manufacturers, calibration builds customer trust in the reliability of their products and services.</p>\r\n<p class=\"p1\"><b>When Should You Calibrate Your Oscilloscope?</b></p>\r\n<p class=\"p1\">The frequency of calibration depends on several factors, including the instrument\'s age, usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Equipment</b>: New oscilloscopes should undergo initial calibration to ensure accurate measurements from the start.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually, especially if the oscilloscope is critical for high-precision applications or operates under challenging conditions.</p>\r\n<p class=\"p1\"><b>After Repairs or Modifications</b>: After any significant repairs or modifications, recalibration is essential to verify the oscilloscope\'s performance.</p>\r\n<p class=\"p1\"><b>Change in Operating Environment</b>: Calibration may be necessary if the oscilloscope is moved to a different location or exposed to extreme environmental conditions.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, oscilloscope calibration is a fundamental process for maintaining accurate measurements, ensuring reliability, and complying with industry standards. By performing regular calibrations, you can be confident in the precision of your oscilloscope and make informed decisions based on dependable data.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform oscilloscope calibration effectively. Let\'s embark on this journey to master the art of oscilloscope calibration!</p>'),
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(39498, 1112, 'spo_text_2_1', '<p class=\"p1\">Electrical calibration is a vital process that ensures the accuracy and reliability of electrical instruments and devices. By comparing their measurements to established standards, calibration guarantees precise data, enabling optimal performance and adherence to quality requirements across diverse applications. Whether it\'s multimeters, oscilloscopes, or temperature sensors, electrical calibration plays a key role in maintaining the integrity of electrical systems, ensuring safety, and providing confidence in the measurements taken.</p>'),
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(39506, 1112, 'spo_text_3_1', 'During the current clamp calibration process, the instrument is compared against a known reference source to verify that it is measuring accurately. The calibration process includes a series of tests at different current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nRegular calibration of current clamps is critical to ensure accurate current measurements. The accuracy of current clamps can drift over time, leading to incorrect diagnoses, repairs, or hazardous conditions. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration.\r\n\r\nCalibration certificates provide documentation of the calibration process, which is essential for compliance with industry standards and regulations. With accurate current measurements, businesses can ensure that their equipment and systems operate safely and efficiently.'),
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(39554, 1114, 'spo_text_2_1', '<p class=\"p1\">An oscilloscope is a vital tool used in electronics, telecommunications, and various scientific fields to visualize and analyze electrical waveforms. Calibration is the systematic process of verifying and adjusting the accuracy of an oscilloscope\'s measurements against known reference standards. Over time, various factors can lead to measurement inaccuracies in an oscilloscope, such as aging components, environmental conditions, or rough handling during transportation. Calibration ensures that your oscilloscope\'s measurements remain precise and reliable, providing trustworthy data for your applications.</p>\r\n<p class=\"p1\"><b>Why is Oscilloscope Calibration Important?</b></p>\r\n<p class=\"p1\">Calibrating your oscilloscope is crucial for several key reasons:</p>\r\n<p class=\"p1\"><b>Accuracy and Reliability</b>: Calibration ensures that the measurements displayed on the oscilloscope screen are as close to the true values as possible. Accurate measurements are vital for diagnosing problems, designing circuits, and verifying the performance of electronic devices.</p>\r\n<p class=\"p1\"><b>Consistency</b>: Calibration ensures consistency across measurements, regardless of the operator or time of measurement. It allows multiple users to obtain comparable results, improving collaboration and reducing uncertainties.</p>\r\n<p class=\"p1\"><b>Compliance</b>: In many industries, regulatory bodies may mandate regular calibration to comply with quality standards and maintain certification for various electronic systems.</p>\r\n<p class=\"p1\"><b>Cost-Effectiveness</b>: By detecting and correcting measurement inaccuracies early on, calibration helps avoid costly errors, rework, or product recalls.</p>\r\n<p class=\"p1\"><b>Customer Trust</b>: For businesses and manufacturers, calibration builds customer trust in the reliability of their products and services.</p>\r\n<p class=\"p1\"><b>When Should You Calibrate Your Oscilloscope?</b></p>\r\n<p class=\"p1\">The frequency of calibration depends on several factors, including the instrument\'s age, usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Equipment</b>: New oscilloscopes should undergo initial calibration to ensure accurate measurements from the start.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually, especially if the oscilloscope is critical for high-precision applications or operates under challenging conditions.</p>\r\n<p class=\"p1\"><b>After Repairs or Modifications</b>: After any significant repairs or modifications, recalibration is essential to verify the oscilloscope\'s performance.</p>\r\n<p class=\"p1\"><b>Change in Operating Environment</b>: Calibration may be necessary if the oscilloscope is moved to a different location or exposed to extreme environmental conditions.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, oscilloscope calibration is a fundamental process for maintaining accurate measurements, ensuring reliability, and complying with industry standards. By performing regular calibrations, you can be confident in the precision of your oscilloscope and make informed decisions based on dependable data.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform oscilloscope calibration effectively. Let\'s embark on this journey to master the art of oscilloscope calibration!</p>'),
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(39588, 1115, 'spo_text_2_1', '<p class=\"p1\"><b>What is Oscilloscope Calibration?</b></p>\r\n<p class=\"p1\">An oscilloscope is a vital tool used in electronics, telecommunications, and various scientific fields to visualize and analyze electrical waveforms. Calibration is the systematic process of verifying and adjusting the accuracy of an oscilloscope\'s measurements against known reference standards. Over time, various factors can lead to measurement inaccuracies in an oscilloscope, such as aging components, environmental conditions, or rough handling during transportation. Calibration ensures that your oscilloscope\'s measurements remain precise and reliable, providing trustworthy data for your applications.</p>\r\n<p class=\"p1\"><b>Why is Oscilloscope Calibration Important?</b></p>\r\n<p class=\"p1\">Calibrating your oscilloscope is crucial for several key reasons:</p>\r\n<p class=\"p1\"><b>Accuracy and Reliability</b>: Calibration ensures that the measurements displayed on the oscilloscope screen are as close to the true values as possible. Accurate measurements are vital for diagnosing problems, designing circuits, and verifying the performance of electronic devices.</p>\r\n<p class=\"p1\"><b>Consistency</b>: Calibration ensures consistency across measurements, regardless of the operator or time of measurement. It allows multiple users to obtain comparable results, improving collaboration and reducing uncertainties.</p>\r\n<p class=\"p1\"><b>Compliance</b>: In many industries, regulatory bodies may mandate regular calibration to comply with quality standards and maintain certification for various electronic systems.</p>\r\n<p class=\"p1\"><b>Cost-Effectiveness</b>: By detecting and correcting measurement inaccuracies early on, calibration helps avoid costly errors, rework, or product recalls.</p>\r\n<p class=\"p1\"><b>Customer Trust</b>: For businesses and manufacturers, calibration builds customer trust in the reliability of their products and services.</p>\r\n<p class=\"p1\"><b>When Should You Calibrate Your Oscilloscope?</b></p>\r\n<p class=\"p1\">The frequency of calibration depends on several factors, including the instrument\'s age, usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Equipment</b>: New oscilloscopes should undergo initial calibration to ensure accurate measurements from the start.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually, especially if the oscilloscope is critical for high-precision applications or operates under challenging conditions.</p>\r\n<p class=\"p1\"><b>After Repairs or Modifications</b>: After any significant repairs or modifications, recalibration is essential to verify the oscilloscope\'s performance.</p>\r\n<p class=\"p1\"><b>Change in Operating Environment</b>: Calibration may be necessary if the oscilloscope is moved to a different location or exposed to extreme environmental conditions.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, oscilloscope calibration is a fundamental process for maintaining accurate measurements, ensuring reliability, and complying with industry standards. By performing regular calibrations, you can be confident in the precision of your oscilloscope and make informed decisions based on dependable data.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform oscilloscope calibration effectively. Let\'s embark on this journey to master the art of oscilloscope calibration!</p>'),
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(39610, 1117, 'spo_title_1', 'TEMPERATURE<br>CALIBRATION<small></small>'),
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(39622, 1117, 'spo_text_2_1', '<p class=\"p1\"><b>What is Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Contact temperature calibration is a systematic procedure used to verify and adjust the accuracy of temperature measuring instruments that come into direct physical contact with the object or medium being measured. These instruments can include thermocouples, resistance temperature detectors (RTDs), thermistors, and various other temperature sensors. Calibration compares the readings of the instrument to a reference standard of known accuracy, allowing any deviations or inaccuracies to be identified and corrected.</p>\r\n<p class=\"p1\"><b>Why is Contact Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Accurate temperature measurements are critical in numerous industries and applications, such as manufacturing, pharmaceuticals, food processing, environmental monitoring, and scientific research. Here\'s why contact temperature calibration is of utmost importance:</p>\r\n<p class=\"p1\"><b>Process Control and Quality Assurance</b>: In industrial settings, precise temperature control is vital for ensuring consistent product quality, process efficiency, and safety. Calibration ensures that the temperature measurements used for process control are reliable and accurate.</p>\r\n<p class=\"p1\"><b>Compliance and Standards</b>: Many industries must adhere to specific regulations and standards that require regular temperature calibration to maintain certification and compliance.</p>\r\n<p class=\"p1\"><b>Data Confidence</b>: Calibration instills confidence in the accuracy of temperature measurements, allowing you to make informed decisions based on trustworthy data.</p>\r\n<p class=\"p1\"><b>Equipment Performance Verification</b>: Calibration helps identify any drift or deviations in the performance of temperature sensors, allowing for timely maintenance and preventing costly breakdowns.</p>\r\n<p class=\"p1\"><b>Research and Development</b>: In scientific research, precise temperature measurements are essential for accurate experimentation and data analysis. Calibration ensures that research outcomes are valid and replicable.</p>\r\n<p class=\"p1\"><b>When Should You Perform Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">The frequency of temperature calibration depends on various factors, including the type of instrument, its usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Instruments</b>: New temperature measuring instruments should undergo initial calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on the instrument\'s specifications and industry standards.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where temperature accuracy is crucial, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>After Significant Events</b>: Calibration should be performed after any significant event, such as mechanical shock, exposure to extreme temperatures, or repairs/modifications.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, contact temperature calibration is a vital process for achieving accurate and reliable temperature measurements. Properly calibrated temperature measuring instruments are essential for process control, compliance, data confidence, and successful research and development. By understanding the importance of calibration and following the appropriate calibration procedures, you can ensure that your temperature measurements are of the highest quality.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the contact temperature calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform temperature calibration effectively. Let\'s embark on this journey to master the art of contact temperature calibration!</p>'),
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(39624, 1117, 'spo_main_text_3_1', 'Lorem Lispum'),
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(39628, 1117, 'spo_subtitle_3_1', '<span>We specialises</span> in:'),
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(39630, 1117, 'spo_text_3_1', 'Unitest Calibration\'s accredited calibration lab provides temperature calibration services that can be categorised mainly as follows: \r\n\r\nReference platinum RTDs, digital thermometers, and heat sources such as liquid baths and dry blocks to test RTDs, thermocouples, dry well calibrators, temperature gauges, transmitters, and liquid-in-glass thermometers. to calibrate. </p>\r\n                                <p>Multi-function calibrators, digital thermometers, and digital multimeters are used to calibrate thermometers and simulators. \r\n\r\nBlackbody calibrators are used to calibrate radiation thermometers. \r\n\r\nTemperature housing calibration uses a reference PRT, a thermocouple sensor, and a data logger to map and run in-situ.\r\n'),
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(39640, 1117, 'spo_faq_repeater_0_spo_que', 'Why is Temperature Calibration important? '),
(39641, 1117, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(39642, 1117, 'spo_faq_repeater_0_spo_image', '182'),
(39643, 1117, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(39644, 1117, 'spo_faq_repeater_0_spo_ans', 'No matter what industry you are in, accuracy is key when using temperature measurement equipment. However, over-extended use, especially in extreme temperatures, humidity, and general wear and tear, can reduce instrument accuracy. If you work in a regulated environment, you may need to calibrate your equipment to ensure compliance with relevant regulations periodically.\r\n\r\nTemperature calibration is comparing one device’s readings to those of another device calibrated to a known set of parameters. Most devices require continuous calibration throughout their life to maintain accuracy.\r\n'),
(39645, 1117, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(39646, 1117, 'spo_faq_repeater_1_spo_que', 'Why is it necessary to calibrate a thermometer?'),
(39647, 1117, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(39648, 1117, 'spo_faq_repeater_1_spo_image', '182'),
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(39650, 1117, 'spo_faq_repeater_1_spo_ans', 'Thermometer accuracy can change over time, so you should calibrate your thermometer to ensure accurate readings.\r\n\r\nThermometers can drift over time for two reasons. First, mechanical shock can cause the thermometer to drift. Second, thermometers can drift when exposed to extreme temperatures.'),
(39651, 1117, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(39652, 1117, 'spo_faq_repeater_2_spo_que', 'What is calibrated with a temperature calibrator?'),
(39653, 1117, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(39654, 1117, 'spo_faq_repeater_2_spo_image', '182'),
(39655, 1117, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(39656, 1117, 'spo_faq_repeater_2_spo_ans', 'Common items calibrated with temperature calibrators include thermometers, thermocouples, thermistors, and temperature transmitters.'),
(39657, 1117, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(39658, 1117, 'spo_title_2_2', 'Temperature Calibration Services Singapore'),
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(39676, 1118, 'spo_text_2_1', '<p class=\"p1\"><b>What is Fixed-Point Temperature Calibration?</b></p>\r\n<p class=\"p1\">Fixed-point temperature calibration involves the use of materials that undergo phase changes at precisely defined temperatures. These materials, known as fixed-point cells, exhibit unique physical transformations, such as the solid-liquid transition of pure metals or the triple-point of certain substances. These fixed points occur at accurately known temperatures that can be reproduced with exceptional precision. By comparing the behavior of a temperature measuring device to a fixed-point cell, the instrument\'s accuracy can be determined and adjusted if necessary.</p>\r\n<p class=\"p1\"><b>Why is Fixed-Point Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Fixed-point calibration is of paramount importance for various reasons:</p>\r\n<p class=\"p1\"><b>International Traceability</b>: Fixed-point cells are tied to international temperature scales, such as the International Temperature Scale of 1990 (ITS-90). Calibration using fixed points provides traceability to these well-established standards, ensuring comparability and consistency in temperature measurements worldwide.</p>\r\n<p class=\"p1\"><b>High Accuracy</b>: Fixed-point calibration offers unparalleled accuracy, often reaching uncertainties in the range of millikelvins (mK). This level of precision is crucial in metrology, research, and industries where extremely accurate temperature measurements are required.</p>\r\n<p class=\"p1\"><b>Calibration of Standards</b>: Fixed-point calibration establishes the accuracy of secondary and working standards used in laboratories, industrial settings, and calibration facilities.</p>\r\n<p class=\"p1\"><b>Verification of Temperature Sensors</b>: Calibration using fixed points verifies the performance and accuracy of temperature sensors, ensuring their reliability for critical applications.</p>\r\n<p class=\"p1\"><b>Scientific Research and Experimentation</b>: In scientific research, fixed-point calibration is essential for precise experiments, especially in fields like material science, thermodynamics, and fundamental research.</p>\r\n<p class=\"p1\"><b>When Should You Perform Fixed-Point Temperature Calibration?</b></p>\r\n<p class=\"p1\">Fixed-point temperature calibration should be carried out under the following circumstances:</p>\r\n<p class=\"p1\"><b>Establishing Reference Standards</b>: When creating or verifying reference standards for temperature measurement, fixed-point calibration is essential to ensure their accuracy.</p>\r\n<p class=\"p1\"><b>Laboratory Accreditation</b>: For laboratories seeking accreditation, fixed-point calibration is often a mandatory requirement to demonstrate traceability and measurement competence.</p>\r\n<p class=\"p1\"><b>Periodic Verification</b>: Regular calibration is necessary to monitor the stability and accuracy of temperature standards and instruments over time.</p>\r\n<p class=\"p1\"><b>Certification and Compliance</b>: Industries and sectors with stringent quality requirements may need periodic fixed-point calibration to maintain compliance and certifications.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, fixed-point temperature calibration is a critical process for achieving accurate and internationally traceable temperature measurements. By using materials with precisely defined phase transitions, fixed-point calibration offers unparalleled accuracy and reliability. It is a cornerstone of modern metrology, enabling precise scientific research, industrial processes, and ensuring the quality of temperature measurements worldwide.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the fixed-point temperature calibration process, explore various fixed-point materials, calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of fixed-point temperature calibration and elevate the precision of your temperature measurements!</p>'),
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(39712, 1120, 'spo_text_2_1', '<p class=\"p1\"><b>What is Non-Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Non-contact temperature calibration involves verifying and adjusting the accuracy of temperature measuring devices that use non-invasive techniques to determine the temperature of objects from a distance. These devices work based on principles such as infrared radiation, thermal imaging, or laser technology. Calibration ensures that the readings obtained by these instruments match the true temperature of the target accurately.</p>\r\n<p class=\"p1\"><b>Why is Non-Contact Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Non-contact temperature measurement is widely used in various industries and applications due to its numerous advantages, such as:</p>\r\n<p class=\"p1\"><b>Remote Measurement</b>: Non-contact temperature measurement allows temperature readings to be taken from a distance, ensuring safety and convenience in hazardous or hard-to-reach environments.</p>\r\n<p class=\"p1\"><b>Fast and Real-Time Monitoring</b>: These devices provide instantaneous readings, enabling real-time monitoring of temperature variations in dynamic processes.</p>\r\n<p class=\"p1\"><b>Contactless Handling</b>: Non-contact measurement is ideal for delicate, moving, or contaminated surfaces, as it doesn\'t physically touch the object.</p>\r\n<p class=\"p1\"><b>Wide Temperature Range</b>: Many non-contact devices can measure temperatures across a broad range, from extremely low to extremely high temperatures.</p>\r\n<p class=\"p1\">Non-contact temperature calibration is crucial for the following reasons:</p>\r\n<p class=\"p1\"><b>Accuracy Verification</b>: Calibration ensures that non-contact devices deliver accurate and reliable temperature measurements.</p>\r\n<p class=\"p1\"><b>Process Control</b>: In industrial applications, calibrated non-contact thermometers help maintain tight process control and optimize efficiency.</p>\r\n<p class=\"p1\"><b>Quality Assurance</b>: Calibration is essential for industries where adherence to strict quality standards is critical, such as food processing, pharmaceuticals, and aerospace.</p>\r\n<p class=\"p1\"><b>Safety Compliance</b>: Calibrated non-contact devices are essential for safety compliance in industries where temperature plays a vital role, such as steel production and glass manufacturing.</p>\r\n<p class=\"p1\"><b>When Should You Perform Non-Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Non-contact temperature calibration should be performed under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New non-contact temperature measuring devices should undergo initial calibration to ensure accurate measurements.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended to maintain the accuracy and reliability of non-contact temperature devices. The frequency may vary based on usage, manufacturer recommendations, and industry standards.</p>\r\n<p class=\"p1\"><b>Post-Repairs or Modifications</b>: After significant repairs or modifications, calibration is necessary to verify the device\'s accuracy.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For critical applications where safety, process control, or compliance are crucial, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, non-contact temperature calibration is a crucial process for obtaining accurate and reliable temperature measurements from a distance. By ensuring that non-contact devices are properly calibrated, you can achieve precise temperature data for various applications, from industrial processes to scientific research. Embrace the advantages of non-contact temperature measurement and leverage its capabilities with well-calibrated instruments.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the non-contact temperature calibration process, explore calibration techniques, necessary equipment, and best practices to empower you with the knowledge and skills to perform non-contact temperature calibration effectively. Let\'s embark on this journey to master the art of non-contact temperature calibration and elevate the precision of your temperature measurements!</p>'),
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(39746, 1121, 'spo_text_2_1', '<p class=\"p1\"><b>What is Fixed-Point Temperature Calibration?</b></p>\r\n<p class=\"p1\">Fixed-point temperature calibration involves the use of materials that undergo phase changes at precisely defined temperatures. These materials, known as fixed-point cells, exhibit unique physical transformations, such as the solid-liquid transition of pure metals or the triple-point of certain substances. These fixed points occur at accurately known temperatures that can be reproduced with exceptional precision. By comparing the behavior of a temperature measuring device to a fixed-point cell, the instrument\'s accuracy can be determined and adjusted if necessary.</p>\r\n<p class=\"p1\"><b>Why is Fixed-Point Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Fixed-point calibration is of paramount importance for various reasons:</p>\r\n<p class=\"p1\"><b>International Traceability</b>: Fixed-point cells are tied to international temperature scales, such as the International Temperature Scale of 1990 (ITS-90). Calibration using fixed points provides traceability to these well-established standards, ensuring comparability and consistency in temperature measurements worldwide.</p>\r\n<p class=\"p1\"><b>High Accuracy</b>: Fixed-point calibration offers unparalleled accuracy, often reaching uncertainties in the range of millikelvins (mK). This level of precision is crucial in metrology, research, and industries where extremely accurate temperature measurements are required.</p>\r\n<p class=\"p1\"><b>Calibration of Standards</b>: Fixed-point calibration establishes the accuracy of secondary and working standards used in laboratories, industrial settings, and calibration facilities.</p>\r\n<p class=\"p1\"><b>Verification of Temperature Sensors</b>: Calibration using fixed points verifies the performance and accuracy of temperature sensors, ensuring their reliability for critical applications.</p>\r\n<p class=\"p1\"><b>Scientific Research and Experimentation</b>: In scientific research, fixed-point calibration is essential for precise experiments, especially in fields like material science, thermodynamics, and fundamental research.</p>\r\n<p class=\"p1\"><b>When Should You Perform Fixed-Point Temperature Calibration?</b></p>\r\n<p class=\"p1\">Fixed-point temperature calibration should be carried out under the following circumstances:</p>\r\n<p class=\"p1\"><b>Establishing Reference Standards</b>: When creating or verifying reference standards for temperature measurement, fixed-point calibration is essential to ensure their accuracy.</p>\r\n<p class=\"p1\"><b>Laboratory Accreditation</b>: For laboratories seeking accreditation, fixed-point calibration is often a mandatory requirement to demonstrate traceability and measurement competence.</p>\r\n<p class=\"p1\"><b>Periodic Verification</b>: Regular calibration is necessary to monitor the stability and accuracy of temperature standards and instruments over time.</p>\r\n<p class=\"p1\"><b>Certification and Compliance</b>: Industries and sectors with stringent quality requirements may need periodic fixed-point calibration to maintain compliance and certifications.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, fixed-point temperature calibration is a critical process for achieving accurate and internationally traceable temperature measurements. By using materials with precisely defined phase transitions, fixed-point calibration offers unparalleled accuracy and reliability. It is a cornerstone of modern metrology, enabling precise scientific research, industrial processes, and ensuring the quality of temperature measurements worldwide.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the fixed-point temperature calibration process, explore various fixed-point materials, calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of fixed-point temperature calibration and elevate the precision of your temperature measurements!</p>'),
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(39780, 1123, 'spo_text_2_1', '<p class=\"p1\"><b>Why is Humidity Calibration Important?</b></p>\r\n<p class=\"p1\">Accurate humidity measurements are essential for a wide range of applications:</p>\r\n<p class=\"p1\"><b>Industrial Processes</b>: Humidity control is crucial in industrial processes like pharmaceutical manufacturing, food processing, electronics production, and HVAC systems to ensure product quality and safety.</p>\r\n<p class=\"p1\"><b>Agriculture</b>: Humidity affects plant growth, storage conditions, and crop quality, making precise humidity measurements vital for agriculture.</p>\r\n<p class=\"p1\"><b>Environmental Monitoring</b>: Humidity influences weather patterns, climate studies, and ecological research, making accurate humidity data crucial for understanding environmental changes.</p>\r\n<p class=\"p1\"><b>Museums and Archives</b>: Maintaining proper humidity levels is critical for preserving artworks, historical artifacts, and valuable documents.</p>\r\n<p class=\"p1\">Humidity calibration is important for the following reasons:</p>\r\n<p class=\"p1\"><b>Data Accuracy</b>: Calibration ensures that humidity measurements are accurate and reliable, providing dependable data for critical decision-making.</p>\r\n<p class=\"p1\"><b>Process Control</b>: In industrial settings, precise humidity control is necessary for maintaining product quality and optimizing manufacturing processes.</p>\r\n<p class=\"p1\"><b>Regulatory Compliance</b>: Certain industries and applications may require calibrated humidity instruments to comply with industry standards and regulations.</p>\r\n<p class=\"p1\"><b>Equipment Verification</b>: Calibration verifies the performance and accuracy of humidity sensors, allowing for timely maintenance and replacements when necessary.</p>\r\n<p class=\"p1\"><b>When Should You Perform Humidity Calibration?</b></p>\r\n<p class=\"p1\">Humidity calibration should be carried out under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New humidity measuring instruments should undergo calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on manufacturer recommendations and industry standards.</p>\r\n<p class=\"p1\"><b>After Repairs or Modifications</b>: Calibration should be performed after significant repairs or modifications to verify the instrument\'s accuracy.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where humidity measurements are vital for safety, quality, or compliance, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, humidity calibration is a crucial process for obtaining accurate and reliable humidity measurements in various applications. Whether you are working in an industrial setting, conducting environmental research, or ensuring proper storage conditions for valuable items, calibrated humidity measuring instruments are essential for obtaining dependable data. By understanding humidity calibration and following the appropriate calibration procedures, you can ensure the accuracy and precision of your humidity measurements.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the humidity calibration process, explore calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of humidity calibration and elevate the quality of your humidity measurements!</p>'),
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(39788, 1123, 'spo_text_3_1', '<a href=\"https://unitestcalibration.com/service/temperature-sensor-and-humidity-sensor-singapore/\">Sensors that measure humidity</a> must be calibrated regularly to keep working within specifications. Calibration of humidity sensors is usually done using an instrument called a humidity chamber.\r\n\r\nUnitest Calibration’s lab uses a temperature and humidity chamber as a controlled environment and a set of temperature and humidity probes with displays as a reference. By comparison, all calibrations are performed relative to ITS-90 (International Temperature Scale 1990).</p>\r\n                                <p>Humidity Capabilities \r\n\r\nOur calibration labs can perform calibrations from -10°C to 60°C and10% to 90% relative humidity for the following instruments: \r\n\r\nThermo-Hygrometers\r\nThermo-Hygrographs\r\nPsychrometers (Dew Point/Sling)\r\nTemperature and Humidity Data Loggers\r\nTemperature and Humidity Sensors with Indicators\r\nTemperature and Humidity Transmitters\r\n'),
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(39802, 1123, 'spo_faq_repeater_0_spo_ans', 'Humidity affects many properties of air and materials exposed to it. Humidity monitoring and measurement are important to prevent product condensation, corrosion, mold, warping and spoilage.'),
(39803, 1123, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(39804, 1123, 'spo_faq_repeater_1_spo_que', 'How often should we calibrate humidity? \r\n'),
(39805, 1123, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(39806, 1123, 'spo_faq_repeater_1_spo_image', '182'),
(39807, 1123, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(39808, 1123, 'spo_faq_repeater_1_spo_ans', 'Unitest Calibration recommends that you check your device or probe regularly. Calibration once a year is usually sufficient. It is good to calibrate the probe more frequently. Still, as a rule of thumb, calibration intervals can vary from once a year to calibrating before each measurement, depending on the company\'s internal quality assurance regulations.'),
(39809, 1123, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(39810, 1123, 'spo_faq_repeater_2_spo_que', 'How is Humidity Calibration carried out? '),
(39811, 1123, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(39812, 1123, 'spo_faq_repeater_2_spo_image', '182'),
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(39814, 1123, 'spo_faq_repeater_2_spo_ans', 'Humidity calibration stabilises the humidity of the sample gas and measures it against a suitable base reference.\r\n\r\n A humidity calibration system consists of\r\n\r\n• Dry air source,\r\n\r\n• A moisture generator that provides the required moisture content,\r\n\r\n• A reference instrument that is more accurate than the device under test to provide reliable measurements\r\n\r\n• A manifold that supplies calibration gas to the sensor/instrument under test.\r\n\r\nWhen calibrating for relative humidity and temperature, the manifold should be temperature controlled or placed in a temperature-controlled environment to determine the relative humidity dew point value with temperature.'),
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(39820, 1124, 'spo_title_1', 'PRESSURE CALIBRATION<br> <small></small>'),
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(39822, 1124, 'spo_main_text_2_1', 'Pressure Calibration Services Singapore'),
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(39824, 1124, 'spo_title_2_1', 'PRESSURE CALIBRATION'),
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(39832, 1124, 'spo_text_2_1', '<p class=\"p1\"><b>What is Pressure Calibration?</b></p>\r\n<p class=\"p1\">Pressure calibration is a systematic procedure used to verify and adjust the accuracy of pressure measuring instruments, such as pressure gauges, transducers, and sensors. Calibration involves comparing the readings of the instrument against known reference standards to determine any deviations and correcting them to achieve accurate pressure measurements.</p>\r\n<p class=\"p1\"><b>Why is Pressure Calibration Important?</b></p>\r\n<p class=\"p1\">Pressure is a critical parameter in a wide range of industries and applications:</p>\r\n<p class=\"p1\"><b>Industrial Processes</b>: Pressure control is vital in manufacturing processes, chemical industries, oil and gas operations, and many others to ensure product quality and safety.</p>\r\n<p class=\"p1\"><b>Engineering and Aerospace</b>: Accurate pressure measurements are essential in engineering projects, aircraft design, and space exploration for performance optimization and safety.</p>\r\n<p class=\"p1\"><b>Healthcare</b>: Pressure monitoring is crucial in medical devices such as blood pressure monitors and ventilators to ensure patient well-being.</p>\r\n<p class=\"p1\"><b>Meteorology and Climate Studies</b>: Precise pressure measurements aid in weather forecasting, climate studies, and atmospheric research.</p>\r\n<p class=\"p1\">Pressure calibration is important for the following reasons:</p>\r\n<p class=\"p1\"><b>Accurate Data</b>: Calibration ensures that pressure measurements are reliable and accurate, providing trustworthy data for decision-making and analysis.</p>\r\n<p class=\"p1\"><b>Process Optimization</b>: In industrial settings, precise pressure control enhances process efficiency, reduces downtime, and minimizes waste.</p>\r\n<p class=\"p1\"><b>Compliance and Standards</b>: Certain industries and regulatory bodies mandate regular pressure calibration to comply with quality standards and safety regulations.</p>\r\n<p class=\"p1\"><b>Equipment Maintenance</b>: Calibration helps identify and rectify issues with pressure measuring instruments, extending their operational life and preventing costly failures.</p>\r\n<p class=\"p1\"><b>When Should You Perform Pressure Calibration?</b></p>\r\n<p class=\"p1\">Pressure calibration should be carried out under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New pressure measuring instruments should undergo calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on instrument usage and industry standards.</p>\r\n<p class=\"p1\"><b>After Repairs or Modifications</b>: Calibration is necessary after significant repairs or modifications to verify the instrument\'s accuracy.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where pressure measurements are essential for safety, quality, or compliance, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, pressure calibration is a crucial process for obtaining accurate and reliable pressure measurements in various applications. Whether you are involved in industrial processes, scientific research, or healthcare, properly calibrated pressure measuring instruments are vital for ensuring safety, efficiency, and quality. By understanding pressure calibration and adhering to the appropriate calibration procedures, you can be confident in the accuracy and precision of your pressure measurements.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the pressure calibration process, explore calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of pressure calibration and elevate the quality of your pressure measurements!</p>'),
(39833, 1124, '_spo_text_2_1', 'field_639aecc2ae80e'),
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(39837, 1124, '_spo_title_3_1', 'field_639af254078f2'),
(39838, 1124, 'spo_subtitle_3_1', 'We Specialises <span>in:</span>'),
(39839, 1124, '_spo_subtitle_3_1', 'field_639af4bbc2637'),
(39840, 1124, 'spo_text_3_1', '<h2>Pressure Gauge Calibration Singapore</h2>\r\nThe Unitest Calibration Lab uses high-precision deadweight testers, modular pressure controllers/indicators, pressure calibrators, and digital manometers. All calibrations are performed by the comparison method.</p>\r\n                                <p>Pressure Capabilities \r\n\r\nUnitest Calibration can perform pressure calibration service from -0.95 bar to 1400 bar in gauge mode and 0.1 bar to 1401 bar in absolute mode for the following instruments:\r\n\r\nAnalog Pressure Gauges\r\nDigital Pressure Gauges\r\nPressure Transmitters\r\nPressure Recorders\r\n'),
(39841, 1124, '_spo_text_3_1', 'field_639af4dac2638'),
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(39850, 1124, 'spo_faq_repeater_0_spo_que', 'Why is Pressure Calibration essential? '),
(39851, 1124, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(39852, 1124, 'spo_faq_repeater_0_spo_image', '182'),
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(39854, 1124, 'spo_faq_repeater_0_spo_ans', 'In Pressure Calibration, pressure gauges are the usual part that requires common calibration. From processes as simple as inflating a car tire to manufacturing complex aerospace components, pressure calibration helps to ensure accuracy and performance. However, due to their heavy use and the perceived simplicity of the device, pressure gauges are often overlooked during maintenance.\r\n\r\nUsing an inaccurate device can lead to safety issues, production loss, or product defects, so pressure gauges must be calibrated regularly to maintain accuracy.'),
(39855, 1124, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(39856, 1124, 'spo_faq_repeater_1_spo_que', 'What is Pressure gauge calibration?'),
(39857, 1124, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(39858, 1124, 'spo_faq_repeater_1_spo_image', '182'),
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(39860, 1124, 'spo_faq_repeater_1_spo_ans', 'Pressure gauge calibration can be performed using a variety of methods, such as using a hydraulic test pump (with suitable and accurate reference gauges) or a pressure piston weight tester. Whichever option you choose, it should be performed by an experienced professional using high-quality, certified calibration equipment.\r\n\r\nUsing a suitable pressure medium (gas or liquid), the test pump simultaneously pressurises the pressure gauge under test and the digital reference pressure gauge from inlet ports on both sides of the pump. Then compare both readings to identify discrepancies. \r\n\r\nA pressure balance is used for comparing a pressure gauge against a set of weights, which takes into account many factors such as gravity, buoyancy, and revolutions per second, compares the gauge under test to a set of weights, but this type of calibration is often performed on a pressure gauge - where you need more precision.\r\n\r\nRegardless of the calibration method used, if the deviation is greater than the defined tolerance, the pressure gauge should be adjusted and recalibrated or taken out of service.'),
(39861, 1124, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(39862, 1124, 'spo_faq_repeater_2_spo_que', 'How often should a pressure gauge be calibrated?'),
(39863, 1124, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(39864, 1124, 'spo_faq_repeater_2_spo_image', '182'),
(39865, 1124, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(39866, 1124, 'spo_faq_repeater_2_spo_ans', 'It is highly recommended to calibrate the pressure gauge every 12 months. Any longer and the equipment may deviate from specification, making it more difficult to prove the history of the equipment and potentially leading to serious production/ process issues.'),
(39867, 1124, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(39868, 1124, 'spo_title_2_2', 'Pressure Calibration'),
(39869, 1124, '_spo_title_2_2', 'field_64d9f00d57511'),
(39870, 1125, 'spo_image_1', ''),
(39871, 1125, '_spo_image_1', 'field_639aea5e7c874'),
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(39883, 1125, '_spo_subtitle_2_1', 'field_639aecaaae80d'),
(39884, 1125, 'spo_title_2_2', 'Chamber /Freezer Calibration'),
(39885, 1125, '_spo_title_2_2', 'field_64d9f00d57511'),
(39886, 1125, 'spo_text_2_1', '<p class=\"p1\"><b>Why is Freezer &amp; Chamber Calibration Important?</b></p>\r\n<p class=\"p1\">Temperature control and stability are critical in numerous industries and applications:</p>\r\n<p class=\"p1\"><b>Research &amp; Development</b>: In scientific research, precise temperature control is crucial for conducting experiments, growing cultures, and studying biological or chemical reactions.</p>\r\n<p class=\"p1\"><b>Pharmaceuticals &amp; Biotechnology</b>: Maintaining consistent and accurate temperatures in cold storage areas ensures the integrity of sensitive drugs, vaccines, and biological samples.</p>\r\n<p class=\"p1\"><b>Manufacturing</b>: Many manufacturing processes require specific temperature conditions for product quality and compliance with industry standards.</p>\r\n<p class=\"p1\"><b>Quality Assurance</b>: Calibration ensures that temperature-sensitive products meet quality standards and regulatory requirements.</p>\r\n<p class=\"p1\"><b>Data Integrity</b>: Accurate temperature measurements are vital for producing reliable data and maintaining consistency in experiments and processes.</p>\r\n<p class=\"p1\"><b>When Should You Perform Freezer &amp; Chamber Calibration?</b></p>\r\n<p class=\"p1\">Regular calibration of freezers and environmental chambers is essential for maintaining accurate and stable temperature conditions. Calibration should be performed under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New chambers and freezers should undergo calibration upon installation to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually, or as specified by industry regulations or instrument manufacturers.</p>\r\n<p class=\"p1\"><b>After Repairs or Relocation</b>: Calibration is necessary after significant repairs, maintenance, or relocation of the chamber or freezer to verify accuracy.</p>\r\n<p class=\"p1\"><b>Change in Operating Environment</b>: If the environmental conditions around the chamber or freezer change significantly, calibration may be required to ensure accuracy.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, Freezer &amp; Chamber Calibration is a critical process for ensuring accurate temperature control and reliable temperature measurements in various controlled environmental enclosures. Whether you are involved in research, pharmaceuticals, or manufacturing, calibrated freezers and chambers are essential for product quality, data integrity, and compliance.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the Freezer &amp; Chamber Calibration process, explore calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of Freezer &amp; Chamber Calibration and ensure the precision and reliability of your temperature-sensitive processes!</p>'),
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(39920, 1127, 'spo_title_2_2', 'On-Site Calibration '),
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(39922, 1127, 'spo_text_2_1', '<p class=\"p1\"><b>What is On-Site Calibration for Temperature and Pressure?</b></p>\r\n<p class=\"p1\">On-Site Calibration for Temperature and Pressure involves the process of verifying and adjusting the accuracy of temperature and pressure measuring instruments right at your facility or location. Skilled technicians equipped with calibrated reference standards and state-of-the-art equipment visit your site to perform the calibration. This approach minimizes downtime, reduces the risk of transportation damage, and ensures that your instruments are calibrated in the actual operating environment where they are used.</p>\r\n<p class=\"p1\"><b>Why Choose On-Site Calibration for Temperature and Pressure?</b></p>\r\n<p class=\"p1\">On-Site Calibration for Temperature and Pressure offers several advantages over traditional off-site calibration:</p>\r\n<p class=\"p1\"><b>Minimized Downtime</b>: On-site calibration reduces equipment downtime since there is no need to send instruments away for calibration, waiting for their return.</p>\r\n<p class=\"p1\"><b>Increased Efficiency</b>: By calibrating instruments at your site, you save time and effort associated with packing, shipping, and handling logistics.</p>\r\n<p class=\"p1\"><b>Real Operating Environment</b>: On-site calibration ensures that your instruments are tested under real operating conditions, providing more accurate results.</p>\r\n<p class=\"p1\"><b>Immediate Action</b>: If any adjustments are required during on-site calibration, they can be implemented immediately, improving instrument accuracy on the spot.</p>\r\n<p class=\"p1\"><b>Cost-Effective</b>: On-site calibration eliminates shipping costs and saves on downtime expenses, making it a cost-effective solution.</p>\r\n<p class=\"p1\"><b>When Should You Choose On-Site Calibration for Temperature and Pressure?</b></p>\r\n<p class=\"p1\">On-Site Calibration for Temperature and Pressure is ideal under the following circumstances:</p>\r\n<p class=\"p1\"><b>Critical Instruments</b>: For instruments that are vital to your operations and cannot afford prolonged downtime, on-site calibration ensures minimal disruption.</p>\r\n<p class=\"p1\"><b>Remote Locations</b>: If your facility is located in a remote area, on-site calibration saves time and logistics expenses associated with off-site services.</p>\r\n<p class=\"p1\"><b>Large Number of Instruments</b>: When you have a significant number of instruments to calibrate, on-site services offer convenience and efficiency.</p>\r\n<p class=\"p1\"><b>Large or Impractical Instruments</b>: Instruments that are large, complex, or fixed in place may be challenging to transport, making on-site calibration the most feasible option.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, On-Site Calibration for Temperature and Pressure is a convenient and efficient solution for verifying the accuracy of your critical temperature and pressure measuring instruments directly at your facility. By choosing on-site calibration, you can minimize downtime, reduce logistics costs, and ensure that your instruments are calibrated in their actual operating environment. This approach guarantees accurate and reliable temperature and pressure measurements, contributing to the quality and compliance of your operations.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the On-Site Calibration process, explore the equipment and techniques used, and provide insights into best practices to optimize the benefits of on-site calibration. Let\'s embark on this journey to master the art of On-Site Calibration for Temperature and Pressure, and elevate the performance of your measuring instruments!</p>'),
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(39942, 1128, 'spo_title_1', 'Current Clamp Calibration'),
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(39954, 1128, 'spo_text_2_1', '<p class=\"p1\">Electrical calibration is a vital process that ensures the accuracy and reliability of electrical instruments and devices. By comparing their measurements to established standards, calibration guarantees precise data, enabling optimal performance and adherence to quality requirements across diverse applications. Whether it\'s multimeters, oscilloscopes, or temperature sensors, electrical calibration plays a key role in maintaining the integrity of electrical systems, ensuring safety, and providing confidence in the measurements taken.</p>'),
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(39962, 1128, 'spo_text_3_1', 'During the current clamp calibration process, the instrument is compared against a known reference source to verify that it is measuring accurately. The calibration process includes a series of tests at different current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nRegular calibration of current clamps is critical to ensure accurate current measurements. The accuracy of current clamps can drift over time, leading to incorrect diagnoses, repairs, or hazardous conditions. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration.\r\n\r\nCalibration certificates provide documentation of the calibration process, which is essential for compliance with industry standards and regulations. With accurate current measurements, businesses can ensure that their equipment and systems operate safely and efficiently.'),
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(39976, 1128, 'spo_faq_repeater_0_spo_ans', 'Current clamp calibration is important because the accuracy of current measurements is critical in many electrical applications. If a current clamp is not calibrated correctly, it may provide inaccurate readings, which can lead to incorrect diagnoses and repairs, or even create hazardous conditions. Regular calibration of current clamps ensures that they are measuring accurately and providing reliable results.'),
(39977, 1128, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
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(39982, 1128, 'spo_faq_repeater_1_spo_ans', 'The frequency of current clamp calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration. It is important to consult with a reliable calibration service provider to determine the appropriate calibration frequency based on the specific application and industry requirements.'),
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(39988, 1128, 'spo_faq_repeater_2_spo_ans', 'Current clamp calibration involves a series of tests to verify the accuracy of the instrument. The current clamp is compared against a known reference source to ensure that it is measuring correctly. The calibration process includes tests at several current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.'),
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(39996, 745, 'spo_faq_repeater_3_spo_ans', 'Refer to below pdf for Schedule\r\n<a href=\"https://unitestcalibration.com/wp-content/uploads/2023/08/Singlas-Schedule-LA-2023-0845-C-6.pdf\" target=\"_blank\" rel=\"noopener\">\r\nLA-2023-0845-C.pdf\r\n</a>'),
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(40012, 1129, 'spo_text_2_1', '<p class=\"p1\">Electrical calibration is a vital process that ensures the accuracy and reliability of electrical instruments and devices. By comparing their measurements to established standards, calibration guarantees precise data, enabling optimal performance and adherence to quality requirements across diverse applications. Whether it\'s multimeters, oscilloscopes, or temperature sensors, electrical calibration plays a key role in maintaining the integrity of electrical systems, ensuring safety, and providing confidence in the measurements taken.</p>'),
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(40020, 1129, 'spo_text_3_1', 'During the current clamp calibration process, the instrument is compared against a known reference source to verify that it is measuring accurately. The calibration process includes a series of tests at different current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nRegular calibration of current clamps is critical to ensure accurate current measurements. The accuracy of current clamps can drift over time, leading to incorrect diagnoses, repairs, or hazardous conditions. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration.\r\n\r\nCalibration certificates provide documentation of the calibration process, which is essential for compliance with industry standards and regulations. With accurate current measurements, businesses can ensure that their equipment and systems operate safely and efficiently.'),
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(40034, 1129, 'spo_faq_repeater_0_spo_ans', 'Current clamp calibration is important because the accuracy of current measurements is critical in many electrical applications. If a current clamp is not calibrated correctly, it may provide inaccurate readings, which can lead to incorrect diagnoses and repairs, or even create hazardous conditions. Regular calibration of current clamps ensures that they are measuring accurately and providing reliable results.'),
(40035, 1129, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
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(40070, 1131, 'spo_text_2_1', '<p class=\"p1\">Electrical calibration is a vital process that ensures the accuracy and reliability of electrical instruments and devices. By comparing their measurements to established standards, calibration guarantees precise data, enabling optimal performance and adherence to quality requirements across diverse applications. Whether it\'s multimeters, oscilloscopes, or temperature sensors, electrical calibration plays a key role in maintaining the integrity of electrical systems, ensuring safety, and providing confidence in the measurements taken.</p>'),
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(40078, 1131, 'spo_text_3_1', 'During the current clamp calibration process, the instrument is compared against a known reference source to verify that it is measuring accurately. The calibration process includes a series of tests at different current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nRegular calibration of current clamps is critical to ensure accurate current measurements. The accuracy of current clamps can drift over time, leading to incorrect diagnoses, repairs, or hazardous conditions. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration.\r\n\r\nCalibration certificates provide documentation of the calibration process, which is essential for compliance with industry standards and regulations. With accurate current measurements, businesses can ensure that their equipment and systems operate safely and efficiently.'),
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(40098, 1131, 'spo_faq_repeater_1_spo_ans', 'The frequency of current clamp calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration. It is important to consult with a reliable calibration service provider to determine the appropriate calibration frequency based on the specific application and industry requirements.'),
(40099, 1131, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
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(40104, 1131, 'spo_faq_repeater_2_spo_ans', 'Current clamp calibration involves a series of tests to verify the accuracy of the instrument. The current clamp is compared against a known reference source to ensure that it is measuring correctly. The calibration process includes tests at several current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.'),
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(40114, 1032, 'spo_faq_repeater_0_spo_que', 'Why is On-Site Calibration Important ?'),
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(40118, 1032, 'spo_faq_repeater_0_spo_ans', '<p class=\"p1\">On-Site Calibration for Temperature and Pressure offers several advantages over traditional off-site calibration:</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Minimized Downtime</b>: On-site calibration reduces equipment downtime since there is no need to send instruments away for calibration, waiting for their return.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Increased Efficiency</b>: By calibrating instruments at your site, you save time and effort associated with packing, shipping, and handling logistics.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Real Operating Environment</b>: On-site calibration ensures that your instruments are tested under real operating conditions, providing more accurate results.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Immediate Action</b>: If any adjustments are required during on-site calibration, they can be implemented immediately, improving instrument accuracy on the spot.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Cost-Effective</b>: At Unitest Instrument, we offer cost-effective Onsite Calibration Services in Singapore. You can avoid paying shipping costs and saves on downtime expenses, making it a cost-effective solution.</p>'),
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(40136, 1132, 'spo_text_2_1', '<p class=\"p1\"><b>What is On-Site Calibration for Temperature and Pressure?</b></p>\r\n<p class=\"p1\">On-Site Calibration for Temperature and Pressure involves the process of verifying and adjusting the accuracy of temperature and pressure measuring instruments right at your facility or location. Skilled technicians equipped with calibrated reference standards and state-of-the-art equipment visit your site to perform the calibration. This approach minimizes downtime, reduces the risk of transportation damage, and ensures that your instruments are calibrated in the actual operating environment where they are used.</p>\r\n<p class=\"p1\"><b>Why Choose On-Site Calibration for Temperature and Pressure?</b></p>\r\n<p class=\"p1\">On-Site Calibration for Temperature and Pressure offers several advantages over traditional off-site calibration:</p>\r\n<p class=\"p1\"><b>Minimized Downtime</b>: On-site calibration reduces equipment downtime since there is no need to send instruments away for calibration, waiting for their return.</p>\r\n<p class=\"p1\"><b>Increased Efficiency</b>: By calibrating instruments at your site, you save time and effort associated with packing, shipping, and handling logistics.</p>\r\n<p class=\"p1\"><b>Real Operating Environment</b>: On-site calibration ensures that your instruments are tested under real operating conditions, providing more accurate results.</p>\r\n<p class=\"p1\"><b>Immediate Action</b>: If any adjustments are required during on-site calibration, they can be implemented immediately, improving instrument accuracy on the spot.</p>\r\n<p class=\"p1\"><b>Cost-Effective</b>: On-site calibration eliminates shipping costs and saves on downtime expenses, making it a cost-effective solution.</p>\r\n<p class=\"p1\"><b>When Should You Choose On-Site Calibration for Temperature and Pressure?</b></p>\r\n<p class=\"p1\">On-Site Calibration for Temperature and Pressure is ideal under the following circumstances:</p>\r\n<p class=\"p1\"><b>Critical Instruments</b>: For instruments that are vital to your operations and cannot afford prolonged downtime, on-site calibration ensures minimal disruption.</p>\r\n<p class=\"p1\"><b>Remote Locations</b>: If your facility is located in a remote area, on-site calibration saves time and logistics expenses associated with off-site services.</p>\r\n<p class=\"p1\"><b>Large Number of Instruments</b>: When you have a significant number of instruments to calibrate, on-site services offer convenience and efficiency.</p>\r\n<p class=\"p1\"><b>Large or Impractical Instruments</b>: Instruments that are large, complex, or fixed in place may be challenging to transport, making on-site calibration the most feasible option.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, On-Site Calibration for Temperature and Pressure is a convenient and efficient solution for verifying the accuracy of your critical temperature and pressure measuring instruments directly at your facility. By choosing on-site calibration, you can minimize downtime, reduce logistics costs, and ensure that your instruments are calibrated in their actual operating environment. This approach guarantees accurate and reliable temperature and pressure measurements, contributing to the quality and compliance of your operations.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the On-Site Calibration process, explore the equipment and techniques used, and provide insights into best practices to optimize the benefits of on-site calibration. Let\'s embark on this journey to master the art of On-Site Calibration for Temperature and Pressure, and elevate the performance of your measuring instruments!</p>'),
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(40158, 1132, 'spo_faq_repeater_0_spo_ans', 'Chamber /Freezer Calibration -80 °C to 1000 °C'),
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(40160, 1030, 'spo_faq_repeater_0_spo_que', 'Why is Chamber /Freezer Calibration Important ?'),
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(40164, 1030, 'spo_faq_repeater_0_spo_ans', '<p class=\"p1\">Temperature control and stability are critical in numerous industries and applications:</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Research &amp; Development</b>: In scientific research, precise temperature control is crucial for conducting experiments, growing cultures, and studying biological or chemical reactions.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Pharmaceuticals &amp; Biotechnology</b>: Maintaining consistent and accurate temperatures in cold storage areas ensures the integrity of sensitive drugs, vaccines, and biological samples.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Manufacturing</b>: Many manufacturing processes require specific temperature conditions for product quality and compliance with industry standards.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Quality Assurance</b>: Calibration ensures that temperature-sensitive products meet quality standards and regulatory requirements.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Data Integrity</b>: Accurate temperature measurements are vital for producing reliable data and maintaining consistency in experiments and processes.</p>'),
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(40180, 1133, 'spo_title_2_2', 'Chamber /Freezer Calibration'),
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(40182, 1133, 'spo_text_2_1', '<p class=\"p1\"><b>Why is Freezer &amp; Chamber Calibration Important?</b></p>\r\n<p class=\"p1\">Temperature control and stability are critical in numerous industries and applications:</p>\r\n<p class=\"p1\"><b>Research &amp; Development</b>: In scientific research, precise temperature control is crucial for conducting experiments, growing cultures, and studying biological or chemical reactions.</p>\r\n<p class=\"p1\"><b>Pharmaceuticals &amp; Biotechnology</b>: Maintaining consistent and accurate temperatures in cold storage areas ensures the integrity of sensitive drugs, vaccines, and biological samples.</p>\r\n<p class=\"p1\"><b>Manufacturing</b>: Many manufacturing processes require specific temperature conditions for product quality and compliance with industry standards.</p>\r\n<p class=\"p1\"><b>Quality Assurance</b>: Calibration ensures that temperature-sensitive products meet quality standards and regulatory requirements.</p>\r\n<p class=\"p1\"><b>Data Integrity</b>: Accurate temperature measurements are vital for producing reliable data and maintaining consistency in experiments and processes.</p>\r\n<p class=\"p1\"><b>When Should You Perform Freezer &amp; Chamber Calibration?</b></p>\r\n<p class=\"p1\">Regular calibration of freezers and environmental chambers is essential for maintaining accurate and stable temperature conditions. Calibration should be performed under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New chambers and freezers should undergo calibration upon installation to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually, or as specified by industry regulations or instrument manufacturers.</p>\r\n<p class=\"p1\"><b>After Repairs or Relocation</b>: Calibration is necessary after significant repairs, maintenance, or relocation of the chamber or freezer to verify accuracy.</p>\r\n<p class=\"p1\"><b>Change in Operating Environment</b>: If the environmental conditions around the chamber or freezer change significantly, calibration may be required to ensure accuracy.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, Freezer &amp; Chamber Calibration is a critical process for ensuring accurate temperature control and reliable temperature measurements in various controlled environmental enclosures. Whether you are involved in research, pharmaceuticals, or manufacturing, calibrated freezers and chambers are essential for product quality, data integrity, and compliance.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the Freezer &amp; Chamber Calibration process, explore calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of Freezer &amp; Chamber Calibration and ensure the precision and reliability of your temperature-sensitive processes!</p>'),
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(40204, 1133, 'spo_faq_repeater_0_spo_ans', 'Pressure range -14.5 psi to 10000 psi '),
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(40209, 289, '_spo_faq_repeater_3_spo_image', 'field_639af570b5681'),
(40210, 289, 'spo_faq_repeater_3_spo_ans', 'Humidity Calibration Range 5% to 90% Relative Humidity, Temperature range 5°C to 50°C.'),
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(40212, 1134, 'spo_image_1', '1104'),
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(40214, 1134, 'spo_title_1', 'PRESSURE CALIBRATION<br> <small></small>'),
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(40216, 1134, 'spo_main_text_2_1', 'Pressure Calibration Services Singapore'),
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(40218, 1134, 'spo_title_2_1', 'PRESSURE CALIBRATION'),
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(40226, 1134, 'spo_text_2_1', '<p class=\"p1\"><b>What is Pressure Calibration?</b></p>\r\n<p class=\"p1\">Pressure calibration is a systematic procedure used to verify and adjust the accuracy of pressure measuring instruments, such as pressure gauges, transducers, and sensors. Calibration involves comparing the readings of the instrument against known reference standards to determine any deviations and correcting them to achieve accurate pressure measurements.</p>\r\n<p class=\"p1\"><b>Why is Pressure Calibration Important?</b></p>\r\n<p class=\"p1\">Pressure is a critical parameter in a wide range of industries and applications:</p>\r\n<p class=\"p1\"><b>Industrial Processes</b>: Pressure control is vital in manufacturing processes, chemical industries, oil and gas operations, and many others to ensure product quality and safety.</p>\r\n<p class=\"p1\"><b>Engineering and Aerospace</b>: Accurate pressure measurements are essential in engineering projects, aircraft design, and space exploration for performance optimization and safety.</p>\r\n<p class=\"p1\"><b>Healthcare</b>: Pressure monitoring is crucial in medical devices such as blood pressure monitors and ventilators to ensure patient well-being.</p>\r\n<p class=\"p1\"><b>Meteorology and Climate Studies</b>: Precise pressure measurements aid in weather forecasting, climate studies, and atmospheric research.</p>\r\n<p class=\"p1\">Pressure calibration is important for the following reasons:</p>\r\n<p class=\"p1\"><b>Accurate Data</b>: Calibration ensures that pressure measurements are reliable and accurate, providing trustworthy data for decision-making and analysis.</p>\r\n<p class=\"p1\"><b>Process Optimization</b>: In industrial settings, precise pressure control enhances process efficiency, reduces downtime, and minimizes waste.</p>\r\n<p class=\"p1\"><b>Compliance and Standards</b>: Certain industries and regulatory bodies mandate regular pressure calibration to comply with quality standards and safety regulations.</p>\r\n<p class=\"p1\"><b>Equipment Maintenance</b>: Calibration helps identify and rectify issues with pressure measuring instruments, extending their operational life and preventing costly failures.</p>\r\n<p class=\"p1\"><b>When Should You Perform Pressure Calibration?</b></p>\r\n<p class=\"p1\">Pressure calibration should be carried out under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New pressure measuring instruments should undergo calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on instrument usage and industry standards.</p>\r\n<p class=\"p1\"><b>After Repairs or Modifications</b>: Calibration is necessary after significant repairs or modifications to verify the instrument\'s accuracy.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where pressure measurements are essential for safety, quality, or compliance, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, pressure calibration is a crucial process for obtaining accurate and reliable pressure measurements in various applications. Whether you are involved in industrial processes, scientific research, or healthcare, properly calibrated pressure measuring instruments are vital for ensuring safety, efficiency, and quality. By understanding pressure calibration and adhering to the appropriate calibration procedures, you can be confident in the accuracy and precision of your pressure measurements.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the pressure calibration process, explore calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of pressure calibration and elevate the quality of your pressure measurements!</p>'),
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(40232, 1134, 'spo_subtitle_3_1', 'We Specialises <span>in:</span>'),
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(40234, 1134, 'spo_text_3_1', '<h2>Pressure Gauge Calibration Singapore</h2>\r\nThe Unitest Calibration Lab uses high-precision deadweight testers, modular pressure controllers/indicators, pressure calibrators, and digital manometers. All calibrations are performed by the comparison method.</p>\r\n                                <p>Pressure Capabilities \r\n\r\nUnitest Calibration can perform pressure calibration service from -0.95 bar to 1400 bar in gauge mode and 0.1 bar to 1401 bar in absolute mode for the following instruments:\r\n\r\nAnalog Pressure Gauges\r\nDigital Pressure Gauges\r\nPressure Transmitters\r\nPressure Recorders\r\n'),
(40235, 1134, '_spo_text_3_1', 'field_639af4dac2638'),
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(40244, 1134, 'spo_faq_repeater_0_spo_que', 'Why is Pressure Calibration essential? '),
(40245, 1134, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
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(40248, 1134, 'spo_faq_repeater_0_spo_ans', 'In Pressure Calibration, pressure gauges are the usual part that requires common calibration. From processes as simple as inflating a car tire to manufacturing complex aerospace components, pressure calibration helps to ensure accuracy and performance. However, due to their heavy use and the perceived simplicity of the device, pressure gauges are often overlooked during maintenance.\r\n\r\nUsing an inaccurate device can lead to safety issues, production loss, or product defects, so pressure gauges must be calibrated regularly to maintain accuracy.'),
(40249, 1134, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40250, 1134, 'spo_faq_repeater_1_spo_que', 'What is Pressure gauge calibration?'),
(40251, 1134, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
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(40254, 1134, 'spo_faq_repeater_1_spo_ans', 'Pressure gauge calibration can be performed using a variety of methods, such as using a hydraulic test pump (with suitable and accurate reference gauges) or a pressure piston weight tester. Whichever option you choose, it should be performed by an experienced professional using high-quality, certified calibration equipment.\r\n\r\nUsing a suitable pressure medium (gas or liquid), the test pump simultaneously pressurises the pressure gauge under test and the digital reference pressure gauge from inlet ports on both sides of the pump. Then compare both readings to identify discrepancies.\r\n\r\nA pressure balance is used for comparing a pressure gauge against a set of weights, which takes into account many factors such as gravity, buoyancy, and revolutions per second, compares the gauge under test to a set of weights, but this type of calibration is often performed on a pressure gauge - where you need more precision.\r\n\r\nRegardless of the calibration method used, if the deviation is greater than the defined tolerance, the pressure gauge should be adjusted and recalibrated or taken out of service.'),
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(40256, 1134, 'spo_faq_repeater_2_spo_que', 'How often should a pressure gauge be calibrated?'),
(40257, 1134, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
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(40260, 1134, 'spo_faq_repeater_2_spo_ans', 'It is highly recommended to calibrate the pressure gauge every 12 months. Any longer and the equipment may deviate from specification, making it more difficult to prove the history of the equipment and potentially leading to serious production/ process issues.'),
(40261, 1134, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(40262, 1134, 'spo_title_2_2', 'Pressure Calibration'),
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(40268, 1134, 'spo_faq_repeater_3_spo_ans', 'Humidity Calibration Range 5% to 90% Relative Humidity, Temperature range 5°C to 50°C.'),
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(40274, 287, 'spo_faq_repeater_3_spo_ans', 'Non-contact Temperature calibration - Range from 35°C to 500°C.'),
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(40278, 1135, 'spo_title_1', 'HUMIDITY CALIBRATION<br> <small></small>'),
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(40288, 1135, 'spo_subtitle_2_1', '<br> <span></span>'),
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(40290, 1135, 'spo_text_2_1', '<p class=\"p1\"><b>Why is Humidity Calibration Important?</b></p>\r\n<p class=\"p1\">Accurate humidity measurements are essential for a wide range of applications:</p>\r\n<p class=\"p1\"><b>Industrial Processes</b>: Humidity control is crucial in industrial processes like pharmaceutical manufacturing, food processing, electronics production, and HVAC systems to ensure product quality and safety.</p>\r\n<p class=\"p1\"><b>Agriculture</b>: Humidity affects plant growth, storage conditions, and crop quality, making precise humidity measurements vital for agriculture.</p>\r\n<p class=\"p1\"><b>Environmental Monitoring</b>: Humidity influences weather patterns, climate studies, and ecological research, making accurate humidity data crucial for understanding environmental changes.</p>\r\n<p class=\"p1\"><b>Museums and Archives</b>: Maintaining proper humidity levels is critical for preserving artworks, historical artifacts, and valuable documents.</p>\r\n<p class=\"p1\">Humidity calibration is important for the following reasons:</p>\r\n<p class=\"p1\"><b>Data Accuracy</b>: Calibration ensures that humidity measurements are accurate and reliable, providing dependable data for critical decision-making.</p>\r\n<p class=\"p1\"><b>Process Control</b>: In industrial settings, precise humidity control is necessary for maintaining product quality and optimizing manufacturing processes.</p>\r\n<p class=\"p1\"><b>Regulatory Compliance</b>: Certain industries and applications may require calibrated humidity instruments to comply with industry standards and regulations.</p>\r\n<p class=\"p1\"><b>Equipment Verification</b>: Calibration verifies the performance and accuracy of humidity sensors, allowing for timely maintenance and replacements when necessary.</p>\r\n<p class=\"p1\"><b>When Should You Perform Humidity Calibration?</b></p>\r\n<p class=\"p1\">Humidity calibration should be carried out under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New humidity measuring instruments should undergo calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on manufacturer recommendations and industry standards.</p>\r\n<p class=\"p1\"><b>After Repairs or Modifications</b>: Calibration should be performed after significant repairs or modifications to verify the instrument\'s accuracy.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where humidity measurements are vital for safety, quality, or compliance, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, humidity calibration is a crucial process for obtaining accurate and reliable humidity measurements in various applications. Whether you are working in an industrial setting, conducting environmental research, or ensuring proper storage conditions for valuable items, calibrated humidity measuring instruments are essential for obtaining dependable data. By understanding humidity calibration and following the appropriate calibration procedures, you can ensure the accuracy and precision of your humidity measurements.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the humidity calibration process, explore calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of humidity calibration and elevate the quality of your humidity measurements!</p>'),
(40291, 1135, '_spo_text_2_1', 'field_639aecc2ae80e'),
(40292, 1135, 'spo_main_text_3_1', ''),
(40293, 1135, '_spo_main_text_3_1', 'field_639af239078f1'),
(40294, 1135, 'spo_title_3_1', ''),
(40295, 1135, '_spo_title_3_1', 'field_639af254078f2'),
(40296, 1135, 'spo_subtitle_3_1', 'We specialise <span> in:</span>'),
(40297, 1135, '_spo_subtitle_3_1', 'field_639af4bbc2637'),
(40298, 1135, 'spo_text_3_1', '<a href=\"https://unitestcalibration.com/service/temperature-sensor-and-humidity-sensor-singapore/\">Sensors that measure humidity</a> must be calibrated regularly to keep working within specifications. Calibration of humidity sensors is usually done using an instrument called a humidity chamber.\r\n\r\nUnitest Calibration’s lab uses a temperature and humidity chamber as a controlled environment and a set of temperature and humidity probes with displays as a reference. By comparison, all calibrations are performed relative to ITS-90 (International Temperature Scale 1990).</p>\r\n                                <p>Humidity Capabilities \r\n\r\nOur calibration labs can perform calibrations from -10°C to 60°C and10% to 90% relative humidity for the following instruments: \r\n\r\nThermo-Hygrometers\r\nThermo-Hygrographs\r\nPsychrometers (Dew Point/Sling)\r\nTemperature and Humidity Data Loggers\r\nTemperature and Humidity Sensors with Indicators\r\nTemperature and Humidity Transmitters\r\n'),
(40299, 1135, '_spo_text_3_1', 'field_639af4dac2638'),
(40300, 1135, 'spo_faq_repeater', '4'),
(40301, 1135, '_spo_faq_repeater', 'field_639af570b567f'),
(40302, 1135, 'spo_main_text_4_1', ''),
(40303, 1135, '_spo_main_text_4_1', 'field_639afb41b5d4a'),
(40304, 1135, 'spo_title_4_1', ''),
(40305, 1135, '_spo_title_4_1', 'field_639afb58b5d4b'),
(40306, 1135, 'spo_tag_repeater', ''),
(40307, 1135, '_spo_tag_repeater', 'field_639afc22f55b5'),
(40308, 1135, 'spo_faq_repeater_0_spo_que', 'Why is Humidity Calibration essential? '),
(40309, 1135, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(40310, 1135, 'spo_faq_repeater_0_spo_image', '182'),
(40311, 1135, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(40312, 1135, 'spo_faq_repeater_0_spo_ans', 'Humidity affects many properties of air and materials exposed to it. Humidity monitoring and measurement are important to prevent product condensation, corrosion, mold, warping and spoilage.'),
(40313, 1135, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40314, 1135, 'spo_faq_repeater_1_spo_que', 'How often should we calibrate humidity? \r\n'),
(40315, 1135, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(40316, 1135, 'spo_faq_repeater_1_spo_image', '182'),
(40317, 1135, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(40318, 1135, 'spo_faq_repeater_1_spo_ans', 'Unitest Calibration recommends that you check your device or probe regularly. Calibration once a year is usually sufficient. It is good to calibrate the probe more frequently. Still, as a rule of thumb, calibration intervals can vary from once a year to calibrating before each measurement, depending on the company\'s internal quality assurance regulations.'),
(40319, 1135, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(40320, 1135, 'spo_faq_repeater_2_spo_que', 'How is Humidity Calibration carried out? '),
(40321, 1135, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(40322, 1135, 'spo_faq_repeater_2_spo_image', '182'),
(40323, 1135, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(40324, 1135, 'spo_faq_repeater_2_spo_ans', 'Humidity calibration stabilises the humidity of the sample gas and measures it against a suitable base reference.\r\n\r\nA humidity calibration system consists of\r\n\r\n• Dry air source,\r\n\r\n• A moisture generator that provides the required moisture content,\r\n\r\n• A reference instrument that is more accurate than the device under test to provide reliable measurements\r\n\r\n• A manifold that supplies calibration gas to the sensor/instrument under test.\r\n\r\nWhen calibrating for relative humidity and temperature, the manifold should be temperature controlled or placed in a temperature-controlled environment to determine the relative humidity dew point value with temperature.'),
(40325, 1135, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(40326, 1135, 'spo_title_2_2', 'Humidity Calibration'),
(40327, 1135, '_spo_title_2_2', 'field_64d9f00d57511'),
(40328, 1135, 'spo_faq_repeater_3_spo_que', 'Range information '),
(40329, 1135, '_spo_faq_repeater_3_spo_que', 'field_639af570b5680'),
(40330, 1135, 'spo_faq_repeater_3_spo_image', '182'),
(40331, 1135, '_spo_faq_repeater_3_spo_image', 'field_639af570b5681'),
(40332, 1135, 'spo_faq_repeater_3_spo_ans', 'Non-contact Temperature calibration - Range from 35°C to 500°C.'),
(40333, 1135, '_spo_faq_repeater_3_spo_ans', 'field_639af570b5682'),
(40334, 1026, 'spo_faq_repeater_0_spo_que', 'Why is Fix-Point Temperature Calibration Important ?'),
(40335, 1026, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(40336, 1026, 'spo_faq_repeater_0_spo_image', '182'),
(40337, 1026, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(40338, 1026, 'spo_faq_repeater_0_spo_ans', '<p class=\"p1\">Fixed-point calibration is of paramount importance for various reasons:</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>International Traceability</b>: Fixed-point cells are tied to international temperature scales, such as the International Temperature Scale of 1990 (ITS-90). Calibration using fixed points provides traceability to these well-established standards, ensuring comparability and consistency in temperature measurements worldwide.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>High Accuracy</b>: Fixed-point calibration offers unparalleled accuracy, often reaching uncertainties in the range of millikelvins (mK). This level of precision is crucial in metrology, research, and industries where extremely accurate temperature measurements are required.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Calibration of Standards</b>: Fixed-point calibration establishes the accuracy of secondary and working standards used in laboratories, industrial settings, and calibration facilities.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Verification of Temperature Sensors</b>: Calibration using fixed points verifies the performance and accuracy of temperature sensors, ensuring their reliability for critical applications.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Scientific Research and Experimentation</b>: In scientific research, fixed-point calibration is essential for precise experiments, especially in fields like material science, thermodynamics, and fundamental research.</p>'),
(40339, 1026, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40340, 1136, 'spo_image_1', ''),
(40341, 1136, '_spo_image_1', 'field_639aea5e7c874'),
(40342, 1136, 'spo_title_1', ''),
(40343, 1136, '_spo_title_1', 'field_639aea777c875'),
(40344, 1136, 'spo_main_text_2_1', ''),
(40345, 1136, '_spo_main_text_2_1', 'field_639aec5eae80a'),
(40346, 1136, 'spo_title_2_1', ''),
(40347, 1136, '_spo_title_2_1', 'field_639aec76ae80b'),
(40348, 1136, 'spo_image_2_1', ''),
(40349, 1136, '_spo_image_2_1', 'field_639aec93ae80c'),
(40350, 1136, 'spo_image_2_2', ''),
(40351, 1136, '_spo_image_2_2', 'field_639aed490279e'),
(40352, 1136, 'spo_subtitle_2_1', ''),
(40353, 1136, '_spo_subtitle_2_1', 'field_639aecaaae80d'),
(40354, 1136, 'spo_title_2_2', 'Fix-Point Temperature Calibration'),
(40355, 1136, '_spo_title_2_2', 'field_64d9f00d57511'),
(40356, 1136, 'spo_text_2_1', '<p class=\"p1\"><b>What is Fixed-Point Temperature Calibration?</b></p>\r\n<p class=\"p1\">Fixed-point temperature calibration involves the use of materials that undergo phase changes at precisely defined temperatures. These materials, known as fixed-point cells, exhibit unique physical transformations, such as the solid-liquid transition of pure metals or the triple-point of certain substances. These fixed points occur at accurately known temperatures that can be reproduced with exceptional precision. By comparing the behavior of a temperature measuring device to a fixed-point cell, the instrument\'s accuracy can be determined and adjusted if necessary.</p>\r\n<p class=\"p1\"><b>Why is Fixed-Point Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Fixed-point calibration is of paramount importance for various reasons:</p>\r\n<p class=\"p1\"><b>International Traceability</b>: Fixed-point cells are tied to international temperature scales, such as the International Temperature Scale of 1990 (ITS-90). Calibration using fixed points provides traceability to these well-established standards, ensuring comparability and consistency in temperature measurements worldwide.</p>\r\n<p class=\"p1\"><b>High Accuracy</b>: Fixed-point calibration offers unparalleled accuracy, often reaching uncertainties in the range of millikelvins (mK). This level of precision is crucial in metrology, research, and industries where extremely accurate temperature measurements are required.</p>\r\n<p class=\"p1\"><b>Calibration of Standards</b>: Fixed-point calibration establishes the accuracy of secondary and working standards used in laboratories, industrial settings, and calibration facilities.</p>\r\n<p class=\"p1\"><b>Verification of Temperature Sensors</b>: Calibration using fixed points verifies the performance and accuracy of temperature sensors, ensuring their reliability for critical applications.</p>\r\n<p class=\"p1\"><b>Scientific Research and Experimentation</b>: In scientific research, fixed-point calibration is essential for precise experiments, especially in fields like material science, thermodynamics, and fundamental research.</p>\r\n<p class=\"p1\"><b>When Should You Perform Fixed-Point Temperature Calibration?</b></p>\r\n<p class=\"p1\">Fixed-point temperature calibration should be carried out under the following circumstances:</p>\r\n<p class=\"p1\"><b>Establishing Reference Standards</b>: When creating or verifying reference standards for temperature measurement, fixed-point calibration is essential to ensure their accuracy.</p>\r\n<p class=\"p1\"><b>Laboratory Accreditation</b>: For laboratories seeking accreditation, fixed-point calibration is often a mandatory requirement to demonstrate traceability and measurement competence.</p>\r\n<p class=\"p1\"><b>Periodic Verification</b>: Regular calibration is necessary to monitor the stability and accuracy of temperature standards and instruments over time.</p>\r\n<p class=\"p1\"><b>Certification and Compliance</b>: Industries and sectors with stringent quality requirements may need periodic fixed-point calibration to maintain compliance and certifications.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, fixed-point temperature calibration is a critical process for achieving accurate and internationally traceable temperature measurements. By using materials with precisely defined phase transitions, fixed-point calibration offers unparalleled accuracy and reliability. It is a cornerstone of modern metrology, enabling precise scientific research, industrial processes, and ensuring the quality of temperature measurements worldwide.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the fixed-point temperature calibration process, explore various fixed-point materials, calibration techniques, necessary equipment, and best practices. Let\'s embark on this journey to master the art of fixed-point temperature calibration and elevate the precision of your temperature measurements!</p>'),
(40357, 1136, '_spo_text_2_1', 'field_639aecc2ae80e'),
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(40360, 1136, 'spo_title_3_1', ''),
(40361, 1136, '_spo_title_3_1', 'field_639af254078f2'),
(40362, 1136, 'spo_subtitle_3_1', ''),
(40363, 1136, '_spo_subtitle_3_1', 'field_639af4bbc2637'),
(40364, 1136, 'spo_text_3_1', ''),
(40365, 1136, '_spo_text_3_1', 'field_639af4dac2638'),
(40366, 1136, 'spo_faq_repeater', '1'),
(40367, 1136, '_spo_faq_repeater', 'field_639af570b567f'),
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(40369, 1136, '_spo_main_text_4_1', 'field_639afb41b5d4a'),
(40370, 1136, 'spo_title_4_1', ''),
(40371, 1136, '_spo_title_4_1', 'field_639afb58b5d4b'),
(40372, 1136, 'spo_tag_repeater', ''),
(40373, 1136, '_spo_tag_repeater', 'field_639afc22f55b5'),
(40374, 1136, 'spo_faq_repeater_0_spo_que', 'Range information '),
(40375, 1136, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(40376, 1136, 'spo_faq_repeater_0_spo_image', '182'),
(40377, 1136, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(40378, 1136, 'spo_faq_repeater_0_spo_ans', 'Fixed Point\r\nApprox. LN2 -196.0 °C\r\n0.01 (TPW)\r\n29.7647 (Gallium)\r\n660.3226 (Aluminium)'),
(40379, 1136, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40380, 291, 'spo_faq_repeater_3_spo_que', 'Range information '),
(40381, 291, '_spo_faq_repeater_3_spo_que', 'field_639af570b5680'),
(40382, 291, 'spo_faq_repeater_3_spo_image', '182'),
(40383, 291, '_spo_faq_repeater_3_spo_image', 'field_639af570b5681'),
(40384, 291, 'spo_faq_repeater_3_spo_ans', 'contact Temperature calibration – Range from -196°C to 1000°C.\r\n\r\nHumidity Calibration – 5% to 90% Relative Humidity, Temperature range 5°C to 50°C.\r\n\r\nNon-contact Temperature calibration – Range from 35°C to 500°C.'),
(40385, 291, '_spo_faq_repeater_3_spo_ans', 'field_639af570b5682'),
(40386, 1137, 'spo_image_1', '1098'),
(40387, 1137, '_spo_image_1', 'field_639aea5e7c874'),
(40388, 1137, 'spo_title_1', 'TEMPERATURE<br>CALIBRATION<small></small>'),
(40389, 1137, '_spo_title_1', 'field_639aea777c875'),
(40390, 1137, 'spo_main_text_2_1', ''),
(40391, 1137, '_spo_main_text_2_1', 'field_639aec5eae80a'),
(40392, 1137, 'spo_title_2_1', ''),
(40393, 1137, '_spo_title_2_1', 'field_639aec76ae80b'),
(40394, 1137, 'spo_image_2_1', '245'),
(40395, 1137, '_spo_image_2_1', 'field_639aec93ae80c'),
(40396, 1137, 'spo_image_2_2', '1116'),
(40397, 1137, '_spo_image_2_2', 'field_639aed490279e'),
(40398, 1137, 'spo_subtitle_2_1', ''),
(40399, 1137, '_spo_subtitle_2_1', 'field_639aecaaae80d'),
(40400, 1137, 'spo_text_2_1', '<p class=\"p1\"><b>What is Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Contact temperature calibration is a systematic procedure used to verify and adjust the accuracy of temperature measuring instruments that come into direct physical contact with the object or medium being measured. These instruments can include thermocouples, resistance temperature detectors (RTDs), thermistors, and various other temperature sensors. Calibration compares the readings of the instrument to a reference standard of known accuracy, allowing any deviations or inaccuracies to be identified and corrected.</p>\r\n<p class=\"p1\"><b>Why is Contact Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Accurate temperature measurements are critical in numerous industries and applications, such as manufacturing, pharmaceuticals, food processing, environmental monitoring, and scientific research. Here\'s why contact temperature calibration is of utmost importance:</p>\r\n<p class=\"p1\"><b>Process Control and Quality Assurance</b>: In industrial settings, precise temperature control is vital for ensuring consistent product quality, process efficiency, and safety. Calibration ensures that the temperature measurements used for process control are reliable and accurate.</p>\r\n<p class=\"p1\"><b>Compliance and Standards</b>: Many industries must adhere to specific regulations and standards that require regular temperature calibration to maintain certification and compliance.</p>\r\n<p class=\"p1\"><b>Data Confidence</b>: Calibration instills confidence in the accuracy of temperature measurements, allowing you to make informed decisions based on trustworthy data.</p>\r\n<p class=\"p1\"><b>Equipment Performance Verification</b>: Calibration helps identify any drift or deviations in the performance of temperature sensors, allowing for timely maintenance and preventing costly breakdowns.</p>\r\n<p class=\"p1\"><b>Research and Development</b>: In scientific research, precise temperature measurements are essential for accurate experimentation and data analysis. Calibration ensures that research outcomes are valid and replicable.</p>\r\n<p class=\"p1\"><b>When Should You Perform Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">The frequency of temperature calibration depends on various factors, including the type of instrument, its usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Instruments</b>: New temperature measuring instruments should undergo initial calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on the instrument\'s specifications and industry standards.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where temperature accuracy is crucial, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>After Significant Events</b>: Calibration should be performed after any significant event, such as mechanical shock, exposure to extreme temperatures, or repairs/modifications.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, contact temperature calibration is a vital process for achieving accurate and reliable temperature measurements. Properly calibrated temperature measuring instruments are essential for process control, compliance, data confidence, and successful research and development. By understanding the importance of calibration and following the appropriate calibration procedures, you can ensure that your temperature measurements are of the highest quality.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the contact temperature calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform temperature calibration effectively. Let\'s embark on this journey to master the art of contact temperature calibration!</p>'),
(40401, 1137, '_spo_text_2_1', 'field_639aecc2ae80e'),
(40402, 1137, 'spo_main_text_3_1', 'Lorem Lispum'),
(40403, 1137, '_spo_main_text_3_1', 'field_639af239078f1'),
(40404, 1137, 'spo_title_3_1', 'Lorem Lispum'),
(40405, 1137, '_spo_title_3_1', 'field_639af254078f2'),
(40406, 1137, 'spo_subtitle_3_1', '<span>We specialises</span> in:'),
(40407, 1137, '_spo_subtitle_3_1', 'field_639af4bbc2637'),
(40408, 1137, 'spo_text_3_1', 'Unitest Calibration\'s accredited calibration lab provides temperature calibration services that can be categorised mainly as follows: \r\n\r\nReference platinum RTDs, digital thermometers, and heat sources such as liquid baths and dry blocks to test RTDs, thermocouples, dry well calibrators, temperature gauges, transmitters, and liquid-in-glass thermometers. to calibrate. </p>\r\n                                <p>Multi-function calibrators, digital thermometers, and digital multimeters are used to calibrate thermometers and simulators. \r\n\r\nBlackbody calibrators are used to calibrate radiation thermometers. \r\n\r\nTemperature housing calibration uses a reference PRT, a thermocouple sensor, and a data logger to map and run in-situ.\r\n'),
(40409, 1137, '_spo_text_3_1', 'field_639af4dac2638'),
(40410, 1137, 'spo_faq_repeater', '4'),
(40411, 1137, '_spo_faq_repeater', 'field_639af570b567f'),
(40412, 1137, 'spo_main_text_4_1', ''),
(40413, 1137, '_spo_main_text_4_1', 'field_639afb41b5d4a'),
(40414, 1137, 'spo_title_4_1', ''),
(40415, 1137, '_spo_title_4_1', 'field_639afb58b5d4b'),
(40416, 1137, 'spo_tag_repeater', ''),
(40417, 1137, '_spo_tag_repeater', 'field_639afc22f55b5'),
(40418, 1137, 'spo_faq_repeater_0_spo_que', 'Why is Temperature Calibration important? '),
(40419, 1137, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(40420, 1137, 'spo_faq_repeater_0_spo_image', '182'),
(40421, 1137, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(40422, 1137, 'spo_faq_repeater_0_spo_ans', 'No matter what industry you are in, accuracy is key when using temperature measurement equipment. However, over-extended use, especially in extreme temperatures, humidity, and general wear and tear, can reduce instrument accuracy. If you work in a regulated environment, you may need to calibrate your equipment to ensure compliance with relevant regulations periodically.\r\n\r\nTemperature calibration is comparing one device’s readings to those of another device calibrated to a known set of parameters. Most devices require continuous calibration throughout their life to maintain accuracy.\r\n'),
(40423, 1137, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40424, 1137, 'spo_faq_repeater_1_spo_que', 'Why is it necessary to calibrate a thermometer?'),
(40425, 1137, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(40426, 1137, 'spo_faq_repeater_1_spo_image', '182'),
(40427, 1137, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(40428, 1137, 'spo_faq_repeater_1_spo_ans', 'Thermometer accuracy can change over time, so you should calibrate your thermometer to ensure accurate readings.\r\n\r\nThermometers can drift over time for two reasons. First, mechanical shock can cause the thermometer to drift. Second, thermometers can drift when exposed to extreme temperatures.'),
(40429, 1137, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(40430, 1137, 'spo_faq_repeater_2_spo_que', 'What is calibrated with a temperature calibrator?'),
(40431, 1137, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
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(40434, 1137, 'spo_faq_repeater_2_spo_ans', 'Common items calibrated with temperature calibrators include thermometers, thermocouples, thermistors, and temperature transmitters.'),
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(40442, 1137, 'spo_faq_repeater_3_spo_ans', ' contact Temperature calibration - Range from -196°C to 1000°C.\r\n\r\n Humidity Calibration - 5% to 90% Relative Humidity,  Temperature range 5°C to 50°C.\r\n\r\nNon-contact Temperature calibration - Range from 35°C to 500°C.\r\n'),
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(40448, 1025, 'spo_faq_repeater_0_spo_ans', '<p class=\"p1\">Calibrating your oscilloscope is crucial for several key reasons:</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Accuracy and Reliability</b>: Calibration ensures that the measurements displayed on the oscilloscope screen are as close to the true values as possible. Accurate measurements are vital for diagnosing problems, designing circuits, and verifying the performance of electronic devices.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Consistency</b>: Calibration ensures consistency across measurements, regardless of the operator or time of measurement. It allows multiple users to obtain comparable results, improving collaboration and reducing uncertainties.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Compliance</b>: In many industries, regulatory bodies may mandate regular calibration to comply with quality standards and maintain certification for various electronic systems.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Cost-Effectiveness</b>: By detecting and correcting measurement inaccuracies early on, calibration helps avoid costly errors, rework, or product recalls.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Customer Trust</b>: For businesses and manufacturers, calibration builds customer trust in the reliability of their products and services.</p>'),
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(40466, 1138, 'spo_text_2_1', '<p class=\"p1\"><b>What is Oscilloscope Calibration?</b></p>\r\n<p class=\"p1\">An oscilloscope is a vital tool used in electronics, telecommunications, and various scientific fields to visualize and analyze electrical waveforms. Calibration is the systematic process of verifying and adjusting the accuracy of an oscilloscope\'s measurements against known reference standards. Over time, various factors can lead to measurement inaccuracies in an oscilloscope, such as aging components, environmental conditions, or rough handling during transportation. Calibration ensures that your oscilloscope\'s measurements remain precise and reliable, providing trustworthy data for your applications.</p>\r\n<p class=\"p1\"><b>Why is Oscilloscope Calibration Important?</b></p>\r\n<p class=\"p1\">Calibrating your oscilloscope is crucial for several key reasons:</p>\r\n<p class=\"p1\"><b>Accuracy and Reliability</b>: Calibration ensures that the measurements displayed on the oscilloscope screen are as close to the true values as possible. Accurate measurements are vital for diagnosing problems, designing circuits, and verifying the performance of electronic devices.</p>\r\n<p class=\"p1\"><b>Consistency</b>: Calibration ensures consistency across measurements, regardless of the operator or time of measurement. It allows multiple users to obtain comparable results, improving collaboration and reducing uncertainties.</p>\r\n<p class=\"p1\"><b>Compliance</b>: In many industries, regulatory bodies may mandate regular calibration to comply with quality standards and maintain certification for various electronic systems.</p>\r\n<p class=\"p1\"><b>Cost-Effectiveness</b>: By detecting and correcting measurement inaccuracies early on, calibration helps avoid costly errors, rework, or product recalls.</p>\r\n<p class=\"p1\"><b>Customer Trust</b>: For businesses and manufacturers, calibration builds customer trust in the reliability of their products and services.</p>\r\n<p class=\"p1\"><b>When Should You Calibrate Your Oscilloscope?</b></p>\r\n<p class=\"p1\">The frequency of calibration depends on several factors, including the instrument\'s age, usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Equipment</b>: New oscilloscopes should undergo initial calibration to ensure accurate measurements from the start.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually, especially if the oscilloscope is critical for high-precision applications or operates under challenging conditions.</p>\r\n<p class=\"p1\"><b>After Repairs or Modifications</b>: After any significant repairs or modifications, recalibration is essential to verify the oscilloscope\'s performance.</p>\r\n<p class=\"p1\"><b>Change in Operating Environment</b>: Calibration may be necessary if the oscilloscope is moved to a different location or exposed to extreme environmental conditions.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, oscilloscope calibration is a fundamental process for maintaining accurate measurements, ensuring reliability, and complying with industry standards. By performing regular calibrations, you can be confident in the precision of your oscilloscope and make informed decisions based on dependable data.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform oscilloscope calibration effectively. Let\'s embark on this journey to master the art of oscilloscope calibration!</p>'),
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(40488, 1138, 'spo_faq_repeater_0_spo_ans', 'Up to 1100 MHz'),
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(40492, 1139, 'spo_title_1', 'TEMPERATURE<br>CALIBRATION<small></small>'),
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(40504, 1139, 'spo_text_2_1', '<p class=\"p1\"><b>What is Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Contact temperature calibration is a systematic procedure used to verify and adjust the accuracy of temperature measuring instruments that come into direct physical contact with the object or medium being measured. These instruments can include thermocouples, resistance temperature detectors (RTDs), thermistors, and various other temperature sensors. Calibration compares the readings of the instrument to a reference standard of known accuracy, allowing any deviations or inaccuracies to be identified and corrected.</p>\r\n<p class=\"p1\"><b>Why is Contact Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Accurate temperature measurements are critical in numerous industries and applications, such as manufacturing, pharmaceuticals, food processing, environmental monitoring, and scientific research. Here\'s why contact temperature calibration is of utmost importance:</p>\r\n<p class=\"p1\"><b>Process Control and Quality Assurance</b>: In industrial settings, precise temperature control is vital for ensuring consistent product quality, process efficiency, and safety. Calibration ensures that the temperature measurements used for process control are reliable and accurate.</p>\r\n<p class=\"p1\"><b>Compliance and Standards</b>: Many industries must adhere to specific regulations and standards that require regular temperature calibration to maintain certification and compliance.</p>\r\n<p class=\"p1\"><b>Data Confidence</b>: Calibration instills confidence in the accuracy of temperature measurements, allowing you to make informed decisions based on trustworthy data.</p>\r\n<p class=\"p1\"><b>Equipment Performance Verification</b>: Calibration helps identify any drift or deviations in the performance of temperature sensors, allowing for timely maintenance and preventing costly breakdowns.</p>\r\n<p class=\"p1\"><b>Research and Development</b>: In scientific research, precise temperature measurements are essential for accurate experimentation and data analysis. Calibration ensures that research outcomes are valid and replicable.</p>\r\n<p class=\"p1\"><b>When Should You Perform Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">The frequency of temperature calibration depends on various factors, including the type of instrument, its usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Instruments</b>: New temperature measuring instruments should undergo initial calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on the instrument\'s specifications and industry standards.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where temperature accuracy is crucial, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>After Significant Events</b>: Calibration should be performed after any significant event, such as mechanical shock, exposure to extreme temperatures, or repairs/modifications.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, contact temperature calibration is a vital process for achieving accurate and reliable temperature measurements. Properly calibrated temperature measuring instruments are essential for process control, compliance, data confidence, and successful research and development. By understanding the importance of calibration and following the appropriate calibration procedures, you can ensure that your temperature measurements are of the highest quality.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the contact temperature calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform temperature calibration effectively. Let\'s embark on this journey to master the art of contact temperature calibration!</p>'),
(40505, 1139, '_spo_text_2_1', 'field_639aecc2ae80e'),
(40506, 1139, 'spo_main_text_3_1', 'Lorem Lispum'),
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(40509, 1139, '_spo_title_3_1', 'field_639af254078f2'),
(40510, 1139, 'spo_subtitle_3_1', '<span>We specialises</span> in:'),
(40511, 1139, '_spo_subtitle_3_1', 'field_639af4bbc2637'),
(40512, 1139, 'spo_text_3_1', 'Unitest Calibration\'s accredited calibration lab provides temperature calibration services that can be categorised mainly as follows: \r\n\r\nReference platinum RTDs, digital thermometers, and heat sources such as liquid baths and dry blocks to test RTDs, thermocouples, dry well calibrators, temperature gauges, transmitters, and liquid-in-glass thermometers. to calibrate. </p>\r\n                                <p>Multi-function calibrators, digital thermometers, and digital multimeters are used to calibrate thermometers and simulators. \r\n\r\nBlackbody calibrators are used to calibrate radiation thermometers. \r\n\r\nTemperature housing calibration uses a reference PRT, a thermocouple sensor, and a data logger to map and run in-situ.\r\n'),
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(40522, 1139, 'spo_faq_repeater_0_spo_que', 'Why is Temperature Calibration important? '),
(40523, 1139, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
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(40526, 1139, 'spo_faq_repeater_0_spo_ans', 'No matter what industry you are in, accuracy is key when using temperature measurement equipment. However, over-extended use, especially in extreme temperatures, humidity, and general wear and tear, can reduce instrument accuracy. If you work in a regulated environment, you may need to calibrate your equipment to ensure compliance with relevant regulations periodically.\r\n\r\nTemperature calibration is comparing one device’s readings to those of another device calibrated to a known set of parameters. Most devices require continuous calibration throughout their life to maintain accuracy.\r\n'),
(40527, 1139, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40528, 1139, 'spo_faq_repeater_1_spo_que', 'Why is it necessary to calibrate a thermometer?'),
(40529, 1139, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
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(40532, 1139, 'spo_faq_repeater_1_spo_ans', 'Thermometer accuracy can change over time, so you should calibrate your thermometer to ensure accurate readings.\r\n\r\nThermometers can drift over time for two reasons. First, mechanical shock can cause the thermometer to drift. Second, thermometers can drift when exposed to extreme temperatures.'),
(40533, 1139, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(40534, 1139, 'spo_faq_repeater_2_spo_que', 'What is calibrated with a temperature calibrator?'),
(40535, 1139, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(40536, 1139, 'spo_faq_repeater_2_spo_image', '182'),
(40537, 1139, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(40538, 1139, 'spo_faq_repeater_2_spo_ans', 'Common items calibrated with temperature calibrators include thermometers, thermocouples, thermistors, and temperature transmitters.'),
(40539, 1139, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(40540, 1139, 'spo_title_2_2', 'Temperature Calibration Services Singapore'),
(40541, 1139, '_spo_title_2_2', 'field_64d9f00d57511'),
(40542, 1139, 'spo_faq_repeater_3_spo_que', 'Range information '),
(40543, 1139, '_spo_faq_repeater_3_spo_que', 'field_639af570b5680'),
(40544, 1139, 'spo_faq_repeater_3_spo_image', '182'),
(40545, 1139, '_spo_faq_repeater_3_spo_image', 'field_639af570b5681'),
(40546, 1139, 'spo_faq_repeater_3_spo_ans', 'contact Temperature calibration - Range from -196°C to 1000°C.</p>\r\n\r\n  <p>Humidity Calibration - 5% to 90% Relative Humidity,  Temperature range 5°C to 50°C.</p>\r\n\r\n <p>Non-contact Temperature calibration - Range from 35°C to 500°C.\r\n'),
(40547, 1139, '_spo_faq_repeater_3_spo_ans', 'field_639af570b5682'),
(40548, 1029, 'spo_faq_repeater_0_spo_que', 'Why is Non-Contact Temperature Calibration Important ?'),
(40549, 1029, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
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(40552, 1029, 'spo_faq_repeater_0_spo_ans', '<p class=\"p1\">Unitest Instrument features non contact tachometer calibration in Singapore. Non-contact temperature measurement is widely used in various industries and applications due to its numerous\r\nadvantages, such as:</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\">Non-contact temperature measurement is widely used in various industries and applications due to its numerous advantages, such as:</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Remote Measurement</b>: Non-contact temperature measurement allows temperature readings to be taken from a distance, ensuring safety and convenience in hazardous or hard-to-reach environments.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Fast and Real-Time Monitoring</b>: These devices provide instantaneous readings, enabling real-time monitoring of temperature variations in dynamic processes.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Contactless Handling</b>: Non-contact measurement is ideal for delicate, moving, or contaminated surfaces, as it doesn\'t physically touch the object.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Wide Temperature Range</b>: Many non-contact devices can measure temperatures across a broad range, from extremely low to extremely high temperatures.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\">Non-contact temperature calibration is crucial for the following reasons:</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Accuracy Verification</b>: Calibration ensures that non-contact devices deliver accurate and reliable temperature measurements.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Process Control</b>: In industrial applications, calibrated non-contact thermometers help maintain tight process control and optimize efficiency.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Quality Assurance</b>: Calibration is essential for industries where adherence to strict quality standards is critical, such as food processing, pharmaceuticals, and aerospace.</p>\r\n<p class=\"p1\" style=\"padding-top: 12px;\"><b>Safety Compliance</b>: Calibrated non-contact devices are essential for safety compliance in industries where temperature plays a vital role, such as steel production and glass manufacturing.</p>'),
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(40568, 1140, 'spo_title_2_2', 'Non-Contact Temperature Calibration '),
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(40570, 1140, 'spo_text_2_1', '<p class=\"p1\"><b>What is Non-Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Non-contact temperature calibration involves verifying and adjusting the accuracy of temperature measuring devices that use non-invasive techniques to determine the temperature of objects from a distance. These devices work based on principles such as infrared radiation, thermal imaging, or laser technology. Calibration ensures that the readings obtained by these instruments match the true temperature of the target accurately.</p>\r\n<p class=\"p1\"><b>Why is Non-Contact Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Non-contact temperature measurement is widely used in various industries and applications due to its numerous advantages, such as:</p>\r\n<p class=\"p1\"><b>Remote Measurement</b>: Non-contact temperature measurement allows temperature readings to be taken from a distance, ensuring safety and convenience in hazardous or hard-to-reach environments.</p>\r\n<p class=\"p1\"><b>Fast and Real-Time Monitoring</b>: These devices provide instantaneous readings, enabling real-time monitoring of temperature variations in dynamic processes.</p>\r\n<p class=\"p1\"><b>Contactless Handling</b>: Non-contact measurement is ideal for delicate, moving, or contaminated surfaces, as it doesn\'t physically touch the object.</p>\r\n<p class=\"p1\"><b>Wide Temperature Range</b>: Many non-contact devices can measure temperatures across a broad range, from extremely low to extremely high temperatures.</p>\r\n<p class=\"p1\">Non-contact temperature calibration is crucial for the following reasons:</p>\r\n<p class=\"p1\"><b>Accuracy Verification</b>: Calibration ensures that non-contact devices deliver accurate and reliable temperature measurements.</p>\r\n<p class=\"p1\"><b>Process Control</b>: In industrial applications, calibrated non-contact thermometers help maintain tight process control and optimize efficiency.</p>\r\n<p class=\"p1\"><b>Quality Assurance</b>: Calibration is essential for industries where adherence to strict quality standards is critical, such as food processing, pharmaceuticals, and aerospace.</p>\r\n<p class=\"p1\"><b>Safety Compliance</b>: Calibrated non-contact devices are essential for safety compliance in industries where temperature plays a vital role, such as steel production and glass manufacturing.</p>\r\n<p class=\"p1\"><b>When Should You Perform Non-Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Non-contact temperature calibration should be performed under the following circumstances:</p>\r\n<p class=\"p1\"><b>Initial Setup</b>: New non-contact temperature measuring devices should undergo initial calibration to ensure accurate measurements.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended to maintain the accuracy and reliability of non-contact temperature devices. The frequency may vary based on usage, manufacturer recommendations, and industry standards.</p>\r\n<p class=\"p1\"><b>Post-Repairs or Modifications</b>: After significant repairs or modifications, calibration is necessary to verify the device\'s accuracy.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For critical applications where safety, process control, or compliance are crucial, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, non-contact temperature calibration is a crucial process for obtaining accurate and reliable temperature measurements from a distance. By ensuring that non-contact devices are properly calibrated, you can achieve precise temperature data for various applications, from industrial processes to scientific research. Embrace the advantages of non-contact temperature measurement and leverage its capabilities with well-calibrated instruments.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the non-contact temperature calibration process, explore calibration techniques, necessary equipment, and best practices to empower you with the knowledge and skills to perform non-contact temperature calibration effectively. Let\'s embark on this journey to master the art of non-contact temperature calibration and elevate the precision of your temperature measurements!</p>'),
(40571, 1140, '_spo_text_2_1', 'field_639aecc2ae80e'),
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(40596, 1143, 'spo_image_1', '1094'),
(40597, 1143, '_spo_image_1', 'field_639aea5e7c874'),
(40598, 1143, 'spo_title_1', 'Current Clamp Calibration'),
(40599, 1143, '_spo_title_1', 'field_639aea777c875'),
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(40607, 1143, '_spo_image_2_2', 'field_639aed490279e'),
(40608, 1143, 'spo_subtitle_2_1', 'Current Clamp Calibration'),
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(40610, 1143, 'spo_text_2_1', '<p class=\"p1\">Electrical calibration is a vital process that ensures the accuracy and reliability of electrical instruments and devices. By comparing their measurements to established standards, calibration guarantees precise data, enabling optimal performance and adherence to quality requirements across diverse applications. Whether it\'s multimeters, oscilloscopes, or temperature sensors, electrical calibration plays a key role in maintaining the integrity of electrical systems, ensuring safety, and providing confidence in the measurements taken.</p>'),
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(40616, 1143, 'spo_subtitle_3_1', 'We Specialise In'),
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(40618, 1143, 'spo_text_3_1', 'During the current clamp calibration process, the instrument is compared against a known reference source to verify that it is measuring accurately. The calibration process includes a series of tests at different current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.\r\n\r\nRegular calibration of current clamps is critical to ensure accurate current measurements. The accuracy of current clamps can drift over time, leading to incorrect diagnoses, repairs, or hazardous conditions. The frequency of calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration.\r\n\r\nCalibration certificates provide documentation of the calibration process, which is essential for compliance with industry standards and regulations. With accurate current measurements, businesses can ensure that their equipment and systems operate safely and efficiently.'),
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(40628, 1143, 'spo_faq_repeater_0_spo_que', 'Why is current clamp calibration important?'),
(40629, 1143, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
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(40632, 1143, 'spo_faq_repeater_0_spo_ans', 'Current clamp calibration is important because the accuracy of current measurements is critical in many electrical applications. If a current clamp is not calibrated correctly, it may provide inaccurate readings, which can lead to incorrect diagnoses and repairs, or even create hazardous conditions. Regular calibration of current clamps ensures that they are measuring accurately and providing reliable results.'),
(40633, 1143, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40634, 1143, 'spo_faq_repeater_1_spo_que', 'How often should current clamps be calibrated?'),
(40635, 1143, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
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(40638, 1143, 'spo_faq_repeater_1_spo_ans', 'The frequency of current clamp calibration depends on several factors, including the industry, application, and frequency of use. Typically, current clamps should be calibrated at least once a year, but some applications may require more frequent calibration. It is important to consult with a reliable calibration service provider to determine the appropriate calibration frequency based on the specific application and industry requirements.'),
(40639, 1143, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(40640, 1143, 'spo_faq_repeater_2_spo_que', 'What is involved in current clamp calibration?'),
(40641, 1143, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(40642, 1143, 'spo_faq_repeater_2_spo_image', '182'),
(40643, 1143, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(40644, 1143, 'spo_faq_repeater_2_spo_ans', 'Current clamp calibration involves a series of tests to verify the accuracy of the instrument. The current clamp is compared against a known reference source to ensure that it is measuring correctly. The calibration process includes tests at several current levels, and the results are compared with the reference values. If necessary, adjustments are made to the current clamp to bring it back to its original calibration. Calibration certificates are then provided to document the calibration process and results, providing traceability and peace of mind for the customers.'),
(40645, 1143, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(40646, 1143, 'spo_title_2_2', 'Electrical Calibration'),
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(40652, 1143, 'spo_faq_repeater_3_spo_ans', 'Refer to below pdf for Schedule\r\n<a href=\"https://unitestcalibration.com/wp-content/uploads/2023/08/Singlas-Schedule-LA-2023-0845-C-6.pdf\">\r\nLA-2023-0845-C.pdf\r\n</a>'),
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(40656, 1144, 'spo_title_1', 'TEMPERATURE<br>CALIBRATION<small></small>'),
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(40668, 1144, 'spo_text_2_1', '<p class=\"p1\"><b>What is Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Contact temperature calibration is a systematic procedure used to verify and adjust the accuracy of temperature measuring instruments that come into direct physical contact with the object or medium being measured. These instruments can include thermocouples, resistance temperature detectors (RTDs), thermistors, and various other temperature sensors. Calibration compares the readings of the instrument to a reference standard of known accuracy, allowing any deviations or inaccuracies to be identified and corrected.</p>\r\n<p class=\"p1\"><b>Why is Contact Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Accurate temperature measurements are critical in numerous industries and applications, such as manufacturing, pharmaceuticals, food processing, environmental monitoring, and scientific research. Here\'s why contact temperature calibration is of utmost importance:</p>\r\n<p class=\"p1\"><b>Process Control and Quality Assurance</b>: In industrial settings, precise temperature control is vital for ensuring consistent product quality, process efficiency, and safety. Calibration ensures that the temperature measurements used for process control are reliable and accurate.</p>\r\n<p class=\"p1\"><b>Compliance and Standards</b>: Many industries must adhere to specific regulations and standards that require regular temperature calibration to maintain certification and compliance.</p>\r\n<p class=\"p1\"><b>Data Confidence</b>: Calibration instills confidence in the accuracy of temperature measurements, allowing you to make informed decisions based on trustworthy data.</p>\r\n<p class=\"p1\"><b>Equipment Performance Verification</b>: Calibration helps identify any drift or deviations in the performance of temperature sensors, allowing for timely maintenance and preventing costly breakdowns.</p>\r\n<p class=\"p1\"><b>Research and Development</b>: In scientific research, precise temperature measurements are essential for accurate experimentation and data analysis. Calibration ensures that research outcomes are valid and replicable.</p>\r\n<p class=\"p1\"><b>When Should You Perform Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">The frequency of temperature calibration depends on various factors, including the type of instrument, its usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Instruments</b>: New temperature measuring instruments should undergo initial calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on the instrument\'s specifications and industry standards.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where temperature accuracy is crucial, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>After Significant Events</b>: Calibration should be performed after any significant event, such as mechanical shock, exposure to extreme temperatures, or repairs/modifications.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, contact temperature calibration is a vital process for achieving accurate and reliable temperature measurements. Properly calibrated temperature measuring instruments are essential for process control, compliance, data confidence, and successful research and development. By understanding the importance of calibration and following the appropriate calibration procedures, you can ensure that your temperature measurements are of the highest quality.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the contact temperature calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform temperature calibration effectively. Let\'s embark on this journey to master the art of contact temperature calibration!</p>'),
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(40672, 1144, 'spo_title_3_1', 'Lorem Lispum'),
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(40676, 1144, 'spo_text_3_1', 'Unitest Calibration\'s accredited calibration lab provides temperature calibration services that can be categorised mainly as follows: \r\n\r\nReference platinum RTDs, digital thermometers, and heat sources such as liquid baths and dry blocks to test RTDs, thermocouples, dry well calibrators, temperature gauges, transmitters, and liquid-in-glass thermometers. to calibrate. </p>\r\n                                <p>Multi-function calibrators, digital thermometers, and digital multimeters are used to calibrate thermometers and simulators. \r\n\r\nBlackbody calibrators are used to calibrate radiation thermometers. \r\n\r\nTemperature housing calibration uses a reference PRT, a thermocouple sensor, and a data logger to map and run in-situ.\r\n'),
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(40685, 1144, '_spo_tag_repeater', 'field_639afc22f55b5'),
(40686, 1144, 'spo_faq_repeater_0_spo_que', 'Why is Temperature Calibration important? '),
(40687, 1144, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(40688, 1144, 'spo_faq_repeater_0_spo_image', '182'),
(40689, 1144, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(40690, 1144, 'spo_faq_repeater_0_spo_ans', 'No matter what industry you are in, accuracy is key when using temperature measurement equipment. However, over-extended use, especially in extreme temperatures, humidity, and general wear and tear, can reduce instrument accuracy. If you work in a regulated environment, you may need to calibrate your equipment to ensure compliance with relevant regulations periodically.\r\n\r\nTemperature calibration is comparing one device’s readings to those of another device calibrated to a known set of parameters. Most devices require continuous calibration throughout their life to maintain accuracy.'),
(40691, 1144, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40692, 1144, 'spo_faq_repeater_1_spo_que', 'Why is it necessary to calibrate a thermometer?'),
(40693, 1144, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(40694, 1144, 'spo_faq_repeater_1_spo_image', '182'),
(40695, 1144, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(40696, 1144, 'spo_faq_repeater_1_spo_ans', 'Thermometer accuracy can change over time, so you should calibrate your thermometer to ensure accurate readings.\r\n\r\nThermometers can drift over time for two reasons. First, mechanical shock can cause the thermometer to drift. Second, thermometers can drift when exposed to extreme temperatures.'),
(40697, 1144, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(40698, 1144, 'spo_faq_repeater_2_spo_que', 'What is calibrated with a temperature calibrator?'),
(40699, 1144, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(40700, 1144, 'spo_faq_repeater_2_spo_image', '182'),
(40701, 1144, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(40702, 1144, 'spo_faq_repeater_2_spo_ans', 'Common items calibrated with temperature calibrators include thermometers, thermocouples, thermistors, and temperature transmitters.'),
(40703, 1144, '_spo_faq_repeater_2_spo_ans', 'field_639af570b5682'),
(40704, 1144, 'spo_title_2_2', 'Temperature Calibration Services Singapore'),
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(40706, 1144, 'spo_faq_repeater_3_spo_que', 'Range information '),
(40707, 1144, '_spo_faq_repeater_3_spo_que', 'field_639af570b5680'),
(40708, 1144, 'spo_faq_repeater_3_spo_image', '182'),
(40709, 1144, '_spo_faq_repeater_3_spo_image', 'field_639af570b5681'),
(40710, 1144, 'spo_faq_repeater_3_spo_ans', 'contact Temperature calibration – Range from -196°C to 1000°C.\r\n\r\nHumidity Calibration – 5% to 90% Relative Humidity, Temperature range 5°C to 50°C.\r\n\r\nNon-contact Temperature calibration – Range from 35°C to 500°C.'),
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(40714, 1145, 'spo_title_1', 'TEMPERATURE<br>CALIBRATION<small></small>'),
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(40726, 1145, 'spo_text_2_1', '<p class=\"p1\"><b>What is Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">Contact temperature calibration is a systematic procedure used to verify and adjust the accuracy of temperature measuring instruments that come into direct physical contact with the object or medium being measured. These instruments can include thermocouples, resistance temperature detectors (RTDs), thermistors, and various other temperature sensors. Calibration compares the readings of the instrument to a reference standard of known accuracy, allowing any deviations or inaccuracies to be identified and corrected.</p>\r\n<p class=\"p1\"><b>Why is Contact Temperature Calibration Important?</b></p>\r\n<p class=\"p1\">Accurate temperature measurements are critical in numerous industries and applications, such as manufacturing, pharmaceuticals, food processing, environmental monitoring, and scientific research. Here\'s why contact temperature calibration is of utmost importance:</p>\r\n<p class=\"p1\"><b>Process Control and Quality Assurance</b>: In industrial settings, precise temperature control is vital for ensuring consistent product quality, process efficiency, and safety. Calibration ensures that the temperature measurements used for process control are reliable and accurate.</p>\r\n<p class=\"p1\"><b>Compliance and Standards</b>: Many industries must adhere to specific regulations and standards that require regular temperature calibration to maintain certification and compliance.</p>\r\n<p class=\"p1\"><b>Data Confidence</b>: Calibration instills confidence in the accuracy of temperature measurements, allowing you to make informed decisions based on trustworthy data.</p>\r\n<p class=\"p1\"><b>Equipment Performance Verification</b>: Calibration helps identify any drift or deviations in the performance of temperature sensors, allowing for timely maintenance and preventing costly breakdowns.</p>\r\n<p class=\"p1\"><b>Research and Development</b>: In scientific research, precise temperature measurements are essential for accurate experimentation and data analysis. Calibration ensures that research outcomes are valid and replicable.</p>\r\n<p class=\"p1\"><b>When Should You Perform Contact Temperature Calibration?</b></p>\r\n<p class=\"p1\">The frequency of temperature calibration depends on various factors, including the type of instrument, its usage, and environmental conditions. As a general guideline:</p>\r\n<p class=\"p1\"><b>New Instruments</b>: New temperature measuring instruments should undergo initial calibration to establish their accuracy.</p>\r\n<p class=\"p1\"><b>Regular Calibration</b>: Periodic calibration is recommended, typically annually or based on the instrument\'s specifications and industry standards.</p>\r\n<p class=\"p1\"><b>Critical Applications</b>: For applications where temperature accuracy is crucial, more frequent calibration may be necessary.</p>\r\n<p class=\"p1\"><b>After Significant Events</b>: Calibration should be performed after any significant event, such as mechanical shock, exposure to extreme temperatures, or repairs/modifications.</p>\r\n<p class=\"p1\"><b>Conclusion</b></p>\r\n<p class=\"p1\">In conclusion, contact temperature calibration is a vital process for achieving accurate and reliable temperature measurements. Properly calibrated temperature measuring instruments are essential for process control, compliance, data confidence, and successful research and development. By understanding the importance of calibration and following the appropriate calibration procedures, you can ensure that your temperature measurements are of the highest quality.</p>\r\n<p class=\"p1\">In the following sections of this guide, we will delve deeper into the contact temperature calibration process, step-by-step procedures, necessary equipment, and best practices to empower you with the knowledge and skills to perform temperature calibration effectively. Let\'s embark on this journey to master the art of contact temperature calibration!</p>'),
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(40728, 1145, 'spo_main_text_3_1', 'Lorem Lispum'),
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(40730, 1145, 'spo_title_3_1', 'Lorem Lispum'),
(40731, 1145, '_spo_title_3_1', 'field_639af254078f2'),
(40732, 1145, 'spo_subtitle_3_1', '<span>We specialises</span> in:'),
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(40734, 1145, 'spo_text_3_1', 'Unitest Calibration\'s accredited calibration lab provides temperature calibration services that can be categorised mainly as follows: \r\n\r\nReference platinum RTDs, digital thermometers, and heat sources such as liquid baths and dry blocks to test RTDs, thermocouples, dry well calibrators, temperature gauges, transmitters, and liquid-in-glass thermometers. to calibrate. </p>\r\n                                <p>Multi-function calibrators, digital thermometers, and digital multimeters are used to calibrate thermometers and simulators. \r\n\r\nBlackbody calibrators are used to calibrate radiation thermometers. \r\n\r\nTemperature housing calibration uses a reference PRT, a thermocouple sensor, and a data logger to map and run in-situ.\r\n'),
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(40736, 1145, 'spo_faq_repeater', '4'),
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(40744, 1145, 'spo_faq_repeater_0_spo_que', 'Why is Temperature Calibration important? '),
(40745, 1145, '_spo_faq_repeater_0_spo_que', 'field_639af570b5680'),
(40746, 1145, 'spo_faq_repeater_0_spo_image', '182'),
(40747, 1145, '_spo_faq_repeater_0_spo_image', 'field_639af570b5681'),
(40748, 1145, 'spo_faq_repeater_0_spo_ans', 'No matter what industry you are in, accuracy is key when using temperature measurement equipment. However, over-extended use, especially in extreme temperatures, humidity, and general wear and tear, can reduce instrument accuracy. If you work in a regulated environment, you may need to calibrate your equipment to ensure compliance with relevant regulations periodically.\r\n\r\nTemperature calibration is comparing one device’s readings to those of another device calibrated to a known set of parameters. Most devices require continuous calibration throughout their life to maintain accuracy.'),
(40749, 1145, '_spo_faq_repeater_0_spo_ans', 'field_639af570b5682'),
(40750, 1145, 'spo_faq_repeater_1_spo_que', 'Why is it necessary to calibrate a thermometer?'),
(40751, 1145, '_spo_faq_repeater_1_spo_que', 'field_639af570b5680'),
(40752, 1145, 'spo_faq_repeater_1_spo_image', '182'),
(40753, 1145, '_spo_faq_repeater_1_spo_image', 'field_639af570b5681'),
(40754, 1145, 'spo_faq_repeater_1_spo_ans', 'Thermometer accuracy can change over time, so you should calibrate your thermometer to ensure accurate readings.\r\n\r\nThermometers can drift over time for two reasons. First, mechanical shock can cause the thermometer to drift. Second, thermometers can drift when exposed to extreme temperatures.'),
(40755, 1145, '_spo_faq_repeater_1_spo_ans', 'field_639af570b5682'),
(40756, 1145, 'spo_faq_repeater_2_spo_que', 'What is calibrated with a temperature calibrator?'),
(40757, 1145, '_spo_faq_repeater_2_spo_que', 'field_639af570b5680'),
(40758, 1145, 'spo_faq_repeater_2_spo_image', '182'),
(40759, 1145, '_spo_faq_repeater_2_spo_image', 'field_639af570b5681'),
(40760, 1145, 'spo_faq_repeater_2_spo_ans', 'Common items calibrated with temperature calibrators include thermometers, thermocouples, thermistors, and temperature transmitters.');
