HTO3000 humidity transmitter for outdoor

HTO3000 humidity transmitter for outdoor
Model:HTO3000
Brand:Everyoung
Origin:Made In China
Category:Electronics & Electricity / Transducer
Label:Humidity Transmitter , RH Transmitter , TEMP. Transmitter
Price: -
Min. Order:-

Product Description

Capacitive humidity element based humidity & temperature transmitters are ideal solution for detecting relative humidity and temperature in applications such as HVAC in residential & commercial buildings.

 

Feature:

The capacitance element based transmitter is one of the most stable transmitters available and no recalibration required, transmitters are temperature compensated and calibrated.

 

Application:

HTO3000 transmitters are problem-free and accurate with long-term reliability by apply unique HydroProbe® digital technology, our transmitters are developed for high-precision measurement of relative humidity & temperature and transmitters are available for wall & duct & outdoor mounting.

 

Specifications:

Power supply:     12-36V DC

Humidity measuring range:  0..100%RH

Humidity sensing element:  Polymer humidity capacitor

Accuracy of humidity:  +-2%RH (10-95%RH, 25Celsius); <+-5%RH (-40..80Celsius)

Repeatability: +-0.3%RH    Hysteresis: +-0.3%RH

Sensitivity for humidity: 0.1%RH   Drift rate per year: +-0.5%RH

Temperature sensor: DS18B20

 

Temperature

Accuracy for temperature: +-0.3Celsius (at 25Celsius)

measuring range   : Customer can select measuring temperature range by dialing switches on PCB board: 0~50Celsius, -20~80Celsius,-40~60Celsius

Storage temperature range: -40..80Celsius

Case ABS

Electrical connection: Screw connector Max1.5mm2

Signal output for humidity

 0~5V D C or 0~10V DC or 4-20mA or RS485 signal

Output for temperature

 0~5V DC or 0~10V DC or 4-20mA or RS485 signal

HTO3000 humidity transmitter for outdoor 1

Member Information

Henan Everyoung IMP&EXP Corp.,Ltd
Country/Region:He Nan - China
Business Nature:Trading Company
Phone:100000000000
Contact:Wu Ivy (Manager)
Last Online:26 Oct, 2016