Relative Humidity Sensor|Room|2% Accuracy|Field Selectable Outputs: |4-20mA|0-5 VDC|0-10 VDC |TAC Label
- [Us] rated supply voltage : 15...36 V DC~~
- [Us] rated supply voltage : 18...36 V DC
- [Us] rated supply voltage : 21.6...26.4 V AC
- Application : Wall Installation
- Brand : Schneider Electric
- By Schneider : Yes
- Color : Beige
- Depth : 1.1 in (29 mm)
- Device Short Name : EHR
- Drift Of The Sensitivity : > 2 %
- Feature Level : Economy
- Final Result for Connectable : Connectable ready
- Final Result for Flywheel performance tracking : Connectable products
- Function Available : Field selectable output
- Function Available : Single point field calibration
- Global Keywords : Field selectable Output signals
- Global Keywords : Single point Field Calibration
- Height : 4.5 in (115 mm)
- Hysteresis : 0.4 %
- Location : Living Space
- Manufacturer : Schneider Electric
- Maximum Power Consumption In Va : 1 VA
- Measurement Accuracy : 0.1
- Output Impedance : 10000 Ohm Continuum 25 °C
- Output Impedance : 10000 Ohm I/A 25 °C
- Output Impedance : 10000 Ohm I/Net 25 °C
- Output Impedance : 1800 Ohm Vista 25 °C
- Output Type : Analog 2-wire 4...20 mA factory standard
- Output Type : Analog 3-wire 0...10 V DC
- Output Type : Analog 3-wire 0...5 V DC
- Output Type : Analog 3-wire DC 4...20 mA
- Packaging made with recycled cardboard : No
- Packaging without single use plastic : No
- Product Compatibility : Continuum
- Product Compatibility : I/A
- Product Compatibility : I/NET
- Product Compatibility : Vista
- Product Or Component Type : Sensor
- Product Specific Application : Building automation systems
- Product Specific Application : Humidity chambers
- Product Specific Application : OEM applications
- Repeat Accuracy : 0.5
- Selection Tools : HVAC Sensors
- Setpoint : No
- Take-back : No
- Temperature Ambient Operating Range : -10…122 °F (-23.3…50 °C)
- Temperature Shipping and Storage Range : 41…95 °F (5…35 °C)
- Type Of Measurement : Humidity
- Warranty : 18 months
- Width : 2.8 in (70 mm)
- With Override : No