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  1. Pyrometer to Measure the Furnace Temperature
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Pyrometer to Measure the Furnace Temperature

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Pyrometer to Measure the Furnace Temperature
Pyrometer to Measure the Furnace Temperature
Pyrometer to Measure the Furnace Temperature
  1. Pyrometer to Measure the Furnace Temperature
  2. Pyrometer to Measure the Furnace Temperature
  3. Pyrometer to Measure the Furnace Temperature

Pyrometer to Measure the Furnace Temperature

Description for ERP: Pyrometer, Model no. VAC- TP7
Measurement Range: -50 to +1000 °C
Accuracy: ± 2.5°C for -50 to 20°C
Resolution: 0.1°C
Battery: 9V
Weight: 224g
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    Pyrometer to Measure the Furnace Temperature

    The pyrometer TP7 uses a multi-point laser with a professional sensor for reliable and accurate measurements. It can record continuous measurements and display the values on an LCD display. The display is illuminated in green to make the display easy to read, even in the dark. The pyrometer has a hold, logger and alarm function. It is powered by a 9V block batteries. The laser is classified as class 2. The housing material if the pyrometer is plastic and has a protection of class IP 54 protection. The pyrometer weighs about 224 g.

    Applications

    1. The pyrometer is used to measure poorly accessible, hot or dangerous measuring locations.

    2. It is used to measure glass gob temperature.

    3. It is used to measure temperature during metal casting.

    4. It is used to monitor the pouring stream temperature.

    5. It is used in the automobile industry to measure the temperature during casting of automobile parts.

    6. The pyrometer is used to measure the steam temperature in the superheater.

    7. The surface temperature of the turbine blades is measured by fixing the pyrometer to the experimental gas turbine engines.

    8. It is used to measure the temperature of furnaces.

    Features

    1. The infrared pyrometer has a multi-point laser technology to measure values accurately.

    2. The pyrometer can measure non-contact infrared surface temperatures.

    3. It can measure temperatures ranging from -50 °C to 1000 °C.

    4. It has a freely adjustable degree of emission from 0.1 to 1.0.

    5. The acoustic alarm is accompanied by a change in display colour.

    6. The infrared thermometer design abides by the practice-optimized German industrial design.

    7. Precise measurements are made straight to the multi-point.

    8. The pyrometer facilitates the material-specific adjustment of the degree of emission.

    9. It allows the indication of the maximum value of continuous measuring operations.

    10. It has a convenient sound alarm indication.

    11. The pyrometer has a class IP54 protection.

    12. It has an LCD display.

    13. The pyrometer is powered by a 9V battery.

    14. It has an illuminated backlit display.

    15. The display is illuminated in green which makes it readily legible even in the dark.

    16. The housing material of the pyrometer is plastic.

    17. The spectral sensitivity of the sensor ranges from 8 to 14 µm.

    18. The laser has a wavelength of 630 to 670nm.

    19. The laser is classified as a class 2 laser.

    Specifications

    1. The optical resolution of the pyrometer is 40:1.

    2. The smallest measuring spot 254mm.

    3. The temperature resolution of the pyrometer is 0.1°C.

    4. The fixed emissivity value of the sensor is 0.95.

    5. The measuring temperature range varies from -50 to +1000 °C.

    6. The basic accuracy of the pyrometer ranges from ± 2.5°C for -50 to 20°C.

    7. The infrared temperature sensor has a measuring range is -58 to 1832°F.

    8. The infrared temperature sensor accuracy is ±1%.

    9. The operating temperature varies from 0 to 50°C.

    10. The storage temperature varies from -10 to 60°C.

    11. The maximum operating relative humidity is 90%.

    12. The maximum storage relative humidity is 80%.

    13. The response time of the temperature is less than 150ms.

    14. The spectral sensitivity of the sensor ranges from 8 to 14 µm.

    15. The laser has a wavelength of 630 to 670nm.

    16. The output power of the laser is 1mW.

    17. The pyrometer weighs about 224g.

    18. The dimension of the pyrometer 122 X 49 X 160 mm.

    19. The housing material of the pyrometer is plastic.

    20. The pyrometer has a class IP54 protection.

    21. It has an LCD display.

    22. The pyrometer is powered by a 9V battery.

    23. It automatically powers off after approximately 3min of inactive Bluetooth connection.

    24. The pyrometer has a hold function to freeze the measured value.

    25. It has an acoustic alarm function to notify the user that the

    26. The pyrometer has a continuous measuring function. 

    We supply these pyrometers to measure the glass gob temperature in the USA, UK, Germany, France, Netherlands, Spain, Switzerland, Sweden, and other European countries. Also, we supply these pyrometers to measure the temperature of furnaces. in the Middle East and other Asian countries including India, Pakistan, Afghanistan, Bangladesh, Singapore, etc.
    Our African offices supply this pyrometer to monitor the pouring stream temperature across all African countries covering South Africa, Kenya, Nigeria, Tanzania, Rwanda, Djibouti, Morocco, Ghana, Ethiopia, Uganda, Morocco, Tunisia, Cameroon, Mauritius, Gabon, Seychelles, etc.
    Our Middle East offices supply these pyrometers to measure the temperature of furnaces in the United Arab Emirates, Kingdom of Saudi Arabia, Qatar, Oman, Kuwait, Egypt, Lebanon, Bahrain, Libya, Iraq, Erbil, Jordan, etc.

    Pyrometer to Measure the Furnace Temperature

    The pyrometer TP7 uses a multi-point laser with a professional sensor for reliable and accurate measurements. It can record continuous measurements and display the values on an LCD display. The display is illuminated in green to make the display easy to read, even in the dark. The pyrometer has a hold, logger and alarm function. It is powered by a 9V block batteries. The laser is classified as class 2. The housing material if the pyrometer is plastic and has a protection of class IP 54 protection. The pyrometer weighs about 224 g.

    Applications

    1. The pyrometer is used to measure poorly accessible, hot or dangerous measuring locations.

    2. It is used to measure glass gob temperature.

    3. It is used to measure temperature during metal casting.

    4. It is used to monitor the pouring stream temperature.

    5. It is used in the automobile industry to measure the temperature during casting of automobile parts.

    6. The pyrometer is used to measure the steam temperature in the superheater.

    7. The surface temperature of the turbine blades is measured by fixing the pyrometer to the experimental gas turbine engines.

    8. It is used to measure the temperature of furnaces.

    Features

    1. The infrared pyrometer has a multi-point laser technology to measure values accurately.

    2. The pyrometer can measure non-contact infrared surface temperatures.

    3. It can measure temperatures ranging from -50 °C to 1000 °C.

    4. It has a freely adjustable degree of emission from 0.1 to 1.0.

    5. The acoustic alarm is accompanied by a change in display colour.

    6. The infrared thermometer design abides by the practice-optimized German industrial design.

    7. Precise measurements are made straight to the multi-point.

    8. The pyrometer facilitates the material-specific adjustment of the degree of emission.

    9. It allows the indication of the maximum value of continuous measuring operations.

    10. It has a convenient sound alarm indication.

    11. The pyrometer has a class IP54 protection.

    12. It has an LCD display.

    13. The pyrometer is powered by a 9V battery.

    14. It has an illuminated backlit display.

    15. The display is illuminated in green which makes it readily legible even in the dark.

    16. The housing material of the pyrometer is plastic.

    17. The spectral sensitivity of the sensor ranges from 8 to 14 µm.

    18. The laser has a wavelength of 630 to 670nm.

    19. The laser is classified as a class 2 laser.

    Specifications

    1. The optical resolution of the pyrometer is 40:1.

    2. The smallest measuring spot 254mm.

    3. The temperature resolution of the pyrometer is 0.1°C.

    4. The fixed emissivity value of the sensor is 0.95.

    5. The measuring temperature range varies from -50 to +1000 °C.

    6. The basic accuracy of the pyrometer ranges from ± 2.5°C for -50 to 20°C.

    7. The infrared temperature sensor has a measuring range is -58 to 1832°F.

    8. The infrared temperature sensor accuracy is ±1%.

    9. The operating temperature varies from 0 to 50°C.

    10. The storage temperature varies from -10 to 60°C.

    11. The maximum operating relative humidity is 90%.

    12. The maximum storage relative humidity is 80%.

    13. The response time of the temperature is less than 150ms.

    14. The spectral sensitivity of the sensor ranges from 8 to 14 µm.

    15. The laser has a wavelength of 630 to 670nm.

    16. The output power of the laser is 1mW.

    17. The pyrometer weighs about 224g.

    18. The dimension of the pyrometer 122 X 49 X 160 mm.

    19. The housing material of the pyrometer is plastic.

    20. The pyrometer has a class IP54 protection.

    21. It has an LCD display.

    22. The pyrometer is powered by a 9V battery.

    23. It automatically powers off after approximately 3min of inactive Bluetooth connection.

    24. The pyrometer has a hold function to freeze the measured value.

    25. It has an acoustic alarm function to notify the user that the

    26. The pyrometer has a continuous measuring function. 

    We supply these pyrometers to measure the glass gob temperature in the USA, UK, Germany, France, Netherlands, Spain, Switzerland, Sweden, and other European countries. Also, we supply these pyrometers to measure the temperature of furnaces. in the Middle East and other Asian countries including India, Pakistan, Afghanistan, Bangladesh, Singapore, etc.
    Our African offices supply this pyrometer to monitor the pouring stream temperature across all African countries covering South Africa, Kenya, Nigeria, Tanzania, Rwanda, Djibouti, Morocco, Ghana, Ethiopia, Uganda, Morocco, Tunisia, Cameroon, Mauritius, Gabon, Seychelles, etc.
    Our Middle East offices supply these pyrometers to measure the temperature of furnaces in the United Arab Emirates, Kingdom of Saudi Arabia, Qatar, Oman, Kuwait, Egypt, Lebanon, Bahrain, Libya, Iraq, Erbil, Jordan, etc.
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