Honeywell Technologies BPS Series Sensor, CANopen Communication Module Output 50 kPa 300 kPa, Gauge Reading

Honeywell BPS Series Sensor, 50kPa Minimum Pressure Measurement, 300kPa Maximum Pressure Measurement - BPS6C-H00

This sensor is a pressure transducer designed to monitor gauge pressure and communicate readings over a CAN network. It is intended for industrial and automotive settings where electronic pressure data must be integrated with control systems, providing rapid updates and compatibility with CANopen protocols.

Features and Benefits:

• Measures pressure from 50 kPa to 300 kPa for a versatile range
  Operates between -40°C and 105°C for wide thermal endurance
  Accepts 6 V-18V supply for flexible power arrangements
  Responds in 30 ms to capture fast pressure transients
  Uses CAN interface to transmit data via CANopen communication module
  Meets RoHS requirements for restricted-substance compliance

Applications

• Suitable for vehicle systems requiring automotive CAN sensor 300 kPa
  Ideal for industrial control linked via Honeywell BPS pressure sensor CANopen
  Used for hydraulic monitoring where fast response (30 ms) is required
  Can be used for process plants needing CAN pressure sensor 50-300 kPa
  Suitable for equipment retrofits demanding industrial CAN interface pressure module

What electrical supply does it require for operation?

It functions from a low-voltage DC source between 6V and 18V, allowing connection to common vehicle and industrial power rails.

How does the device convey measurement data to controllers?

Measurement outputs are delivered through a CAN physical interface using a CANopen communication module for networked data exchange.

What type of pressure measurement is provided and how precise is the intended use?

It provides gauge pressure readings across the specified 50 kPa-300 kPa span, suitable for applications that monitor relative pressure against ambient.

How quickly will the sensor reflect a change in pressure?

The sensor updates measurements with a response time of 30 ms, enabling detection of rapid pressure fluctuations.