DRTR-I²C Absolute pressure transmitter with digital output

Compact pressure transmitter in stainless steel for liquid and gases

General Information
Mechanical Data
Electrical Data
Additional Information
B+B Sensors


  • Calibrated and temperature-compensated I²C signal
  • Measuring range: 1 to 50 bar absolute
  • Maximum allowable pressure: 4 to 120 bar absolute
  • Accuracy: ≤ 0.5% FSO at 23 °C
  • 0 to 10 V voltage output signal

Fields of application

  • Food industry
  • Pneumatics
  • High pressure
  • Fuel pumps
  • Gases
  • Fuel cells


The pressure sensor DRTR-I2C-A with digital I²C interface from B+B sensors transmits the measured value as a calibrated and temperature-compensated signal. Microcontroller or pressure controller can directly read the pressure values via the M12-plug connector. The robust probe housing with protection class IP65 is made of stainless steel and has a G¼“ external thread process connection.

We find the right product for you
What do our customers say

Somya Gupta

The conversation was highly helpful to me. I want to know about the suitable sensors that can be used for level measurements for conical tank systems. Mr. Pedro has quickly responded and explained in very ease way. It was nice interacting with him.

Questions & Answers

Ask a question, and our experts will reply shortly.

DRTR-I²C Absolute pressure transmitter with digital output
Configure & Order
Select options and get a more accurate price and delivery time. At the end of the configuration, you can directly purchase the configured device or share it with your colleagues.
We find the right product for you
What do our customers say

Valentine Godin

Great product and customer care! Reliable, fast and honest... I have recently purchased 2 pieces of equipments; their service has been spot on from start to finish, understanding my needs, providing useful advice and rapid assistance when it was required! Highly satisfied, I highly recommend their teams and would definitely work with them again in the future!

Product Details