- Product Details
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Quick Details
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Model Number:
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HTS300 series
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Product name:
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Holykell wzp resistance pt100 temperature instrument sensor 2 wire
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Accuracy:
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2B, B, A, 1 / 3B etc. available
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Measuring range:
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-50-+ 200 ℃ (default)
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Probe Diameter:
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4mm, 2, 3, 5, 6mm or customized
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Probe length:
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30mm (default), 10,20,40,50,60,70,80,90,100mm or customized
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Cable Length:
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0.5 m, 5 m or customized
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Probe Material:
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Seamless 304
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Theory:
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Resistance Sensor
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Index No:
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PT100 / PT1000 / K / E / J / T / NTC series or customized
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Application:
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Temperature control system
Quick Details
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Warranty:
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12 months
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Place of Origin:
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Hunan, China
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Brand Name:
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Holykell
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Model Number:
-
HTS300 series
-
Product name:
-
Holykell wzp resistance pt100 temperature instrument sensor 2 wire
-
Accuracy:
-
2B, B, A, 1 / 3B etc. available
-
Measuring range:
-
-50-+ 200 ℃ (default)
-
Probe Diameter:
-
4mm, 2, 3, 5, 6mm or customized
-
Probe length:
-
30mm (default), 10,20,40,50,60,70,80,90,100mm or customized
-
Cable Length:
-
0.5 m, 5 m or customized
-
Probe Material:
-
Seamless 304
-
Theory:
-
Resistance Sensor
-
Index No:
-
PT100 / PT1000 / K / E / J / T / NTC series or customized
-
Application:
-
Temperature control system
Products Description
In HVAC/R systems, our digital temperature sensors help monitor industrial heating and cooling systems and control smart thermostats while thermocouples provide feedback to boiler controls in the home.
In commercial aircraft, our NTC thermistors measure air and gas temperature, in a miniature and lightweight design that save space in small systems.
In household stoves and appliances, our platinum temperature sensor can help amateur chefs prepare a meal perfectly - and ensure they store it safely.
Product packaging
How to choose a suitable temperature sensor?
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(1) In the case where the temperature of the measured object changes with time, can temp sensor element’s hysteresis meet measurement requirements;
(2)In the case where the temperature of the measured object changes with time, can temp sensor element’s hysteresis meet measurement requirements;
(3) In the case where the temperature of the measured object changes with time, can temp sensor element’s hysteresis meet measurement requirements;
(4) Whether record, alarm and automatically control of the measured object is needed, and whether remote measurement and transmission are required;
(5) Whether the size of temperature measurement element is proper.
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