It can be used to control glass temperature to prevent draught and condensation and with glass heating systems.
Ni1000 temperature sensor.
Thin film temperature sensors are particularly impressive for their exceptional vibration and shock resistance.
Often resistance thermometers are generally called pt1000 sensors even though in reality they may not be the pt1000 type.
1000 refers to that at 0 c sensor has a resistance of 1000 ohms ω.
Use the below calculator to calculate temperature reading for a given resistance or resistance value for a given temperature.
Ni1000 lg temperature sensors syxthsense is very pleased to offer on line sensor curve calculator for your use to help you in the commissioning process.
Teik ni1000 ni1000 window surface temperature sensor teik measures glass window surface temperature.
Air duct and immersion temperature sensor ni1000 strap on temperature sensor ni1000 water temperature sensor ni1000 fast reaction time water temperature sensor ni1000 cable type outdoor temperature sensor ni1000.
While pt100 and pt1000 sensors in thin film technology are suitable for temperatures up to 500 c the standard ntc can be used for temperatures up to approx.
Single channel thermometer high accuracy thermometer for ni1000 rtd sensor.
Pt refers to that the sensor is made from platinum pt.
Influence of the supply line on the measured value the lead resistance affects the measurement value of 2 wire temperature sensors and must be taken into account.
Passive temperature sensors are the first choice in building control systems.
The high temperature coefficient offers higher signal outputs than other rtd s which results in higher accuracy with smaller temperature changes.
Audio and optical alarm of measured temperature.
Pt1000 sensors are the second most common type of platinum resistance thermometer.
The sensors can be used in temperatures from 200 c to 850 c depending on the type of sensor.
However deployment of passive sensor may lead to problems which and debugging of which are dealt in the following article.
They are cheap and easy to install thanks to their polarity independence compared to active sensors with voltage or current output.
