Thunder Proof Digital PT100 Temperature Transmitter

Thunder Proof Digital PT100 Temperature Transmitter
Thunder Proof Digital PT100 Temperature Transmitter The temperature transmitter has an integrated water level sensor attached to the temperature sensor tube to measure free water level at the bottom of the tank. It enables correct product volume calculations.the multiple spot temperature sensors...
Product Details:

Thunder Proof Digital PT100 Temperature Transmitter



The temperature transmitter has an integrated water level sensor attached to the temperature sensor tube to measure free water level at the bottom of the tank. It enables correct product volume calculations.the  multiple spot temperature sensors measure temperature with a number of Pt-100 spot elements placed at different heights to provide a tank temperature profile and an average temperature.


Main Specifications
 
Input: Thermocouple K-type, E-type, B-type, S-type, T-type, J-type, N-type
Thermal resistance Pt100 Cu100 Cu50 (three-wire or four-wire)
 
Output: Outputs 4 ~ 20mA DC signal in range range. And  the thermocouple input millivolt signal into a linear; with the thermal  resistance of the input resistance signal into a linear. Or linear with the temperature signal.
Isolation temperature transmitter, input and output isolation,  isolation voltage 0.5KV increase anti-common mode interference, more  suitable for computer networking.
 
Basic error: * ± 0.5% FS
 
Delivery: two-wire system
 
Display: (digital) LCD four display, thermocouple open when the E ... ... logo and the output is greater than 20mA.
 
Working power: the transmitter work voltage minimum 12V, up to 35V, rated working voltage 24V.
 
Load: The ultimate load resistance is calculated as follows: RL (max) = 50 (Vmin-12)
 
Normal working environment:
A) Ambient temperature -25 ℃ ~ 80 ℃ (room temperature) -20 ℃ ~ 70 ℃ (digital)
B) relative humidity 5% to 95%
C) mechanical vibration f ≤ 50Hz, amplitude <0.15mm
D) The surrounding air does not contain chromium, nickel coating,  nonferrous metals and other alloys from the role of corrosion medium.
 
Ambient temperature effect: ≤0.05 / 1 ℃

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