Epoth04031 01

Description

EPOTH04031 temperature and humidity wall mounted outdoor type transmitter provides a stable, repeatable, reliable and accurate means of measuring both temperature and humidity in the outdoor environment. The polymer capacitance sensor used in the EPOTH04031 is not affected by any condensation, high humidity or contaminants present in the measure environment.

The EPOTH04031 sensor is inter-changeability without the need of recalibration because of the used of miniaturized electronics. The EPOTH04031 is a plugged-in construction that ensures a rapid and easy installation, thus greatly reduce installation and maintenance costs. Sophisticated integrated circuits design provides a fully humidity and temperature compensated 4-20mA-output signal. The EPOTH04031 enclosure is made of ABS plastic.

  • Sensor Element: NTC & HIH4000
  • Input A/D Resolution: 12 bits
  • Sensing range: Temperature (-40 – 150 Deg C) and Humidity (0 – 100 % rh).
  • Output: 2 x 4~20 mA, five-wire connection for measuring temperature and humidity
  • Interchangeability: The transmitter (that are sensor and electronic) is interchangeable with other transmitters.
  • Communication: RS-485
  • Protocol: Bacnet / MSTP
  • Power Supply: 12 – 24 Vdc
  • Mounting: Wall or Panel

Electric connections

Hardware Specifications

Power Supply: 12 – 24Vdc
Power Consumption: 6 VA (including transmitters)
Input A/D Resolution: 12 bits
Sensing Range: Temperature (-40 – 150 Deg C) and humidity (0 – 100% rh)
Output Signal: 2 x 4~20mA
Accuracy: Temperature (±0.1°C) and humidity (±2%RH)
Response Time For temperature: 10s (still air) / 10s (with 3m/s air speed).
For humidity: 4s (still air) / 4s (with 3m/s air speed)
Communication: 2 wire RS-485
Baud Rate: 9600~76.8kbps
Protocol: Bacnet / MSTP
Surge Protection: 15KV ESD for serial port
Operating Condition: 0~+70°C / 0-100% RH, not condensing
Storage Condition: -20~+70°C / 0-100% RH, not condensing
Mounting: Wall or Panel
Protection: IP30
Weight: 240 g

Dimensions

Resources

Pdf 300x300 010_CE_SS-3.pdf