Humidity Sensors
HP971A Pneumatic Humidity Sensor
HP971A pneumatic humidity sensors are 1- or 2-pipe, direct acting humidity sensors that work with controllers to provide proportional control of pneumatic valve or damper actuators in systems requiring humidity control.
Overview
HP971A pneumatic humidity sensors are 1- or 2-pipe, direct acting humidity sensors for use with RP908/RP920 controllers. They work with controllers to provide proportional control of pneumatic valve or damper actuators in systems requiring humidity.
Features & Benefits:- Corrosion resistant materials
- Simple plug-in air head connections
- Factory calibrated
- Continuous relative humidity indication available by using receiver gage
- Integral or external restriction can be used
Specifications
Others
- Maximum Operating Ambient Temperature
- 125 degree Fahrenheit
- 50 degree Celsius
- Minimum Supply Pressure Rating
- 110 kilopascal
- 16 pounds per square inch
- Mounting Type
- Wall or Duct inch
- Product Type
- Sensor Degrees Celsius
- Brand
- Honeywell BMS NA
Others
- Maximum Operating Ambient Temperature
- 125 degree Fahrenheit
- 50 degree Celsius
- Minimum Supply Pressure Rating
- 110 kilopascal
- 16 pounds per square inch
- Mounting Type
- Wall or Duct inch
- Product Type
- Sensor Degrees Celsius
- Brand
- Honeywell BMS NA
- Maximum Operating Ambient Temperature : 125 degree Fahrenheit|50 degree Celsius
- Minimum Supply Pressure Rating : 110 kilopascal|16 pounds per square inch
- Mounting Type : Wall or Duct inch
- Product Type : Sensor Degrees Celsius
- Brand : Honeywell BMS NA
Engineering Specifications
Name
Description
File Size
Date
Size
General Specifications for Pneumatic Temperature Controls
application/pdf 1.64 MB
5/14/2023
1.64 MB
Installation Instructions
Name
Description
File Size
Date
Size
Name
Description
File Size
Date
Size
General Specifications for Pneumatic Temperature Controls
application/pdf 1.64 MB
5/14/2023
1.64 MB
Name
Description
File Size
Date
Size
General Specifications for Pneumatic Temperature Controls
1.64 MB
5/14/2023
