Merit Sensor TR Series Pressure Transducer

Merit Sensor TR Series Pressure Transducer is a fully compensated, amplified output pressure sensor package that combines Merit Sensor's Sentium process harsh media MEMS piezoresistive die with state-of-the-art pressure sensor ASIC signal management. The TR Series' plug and play design isolates onboard electronics from system media through an inert eutectic alloy solder bond of the MEMS pressure element to a ceramic PCB substrate. Direct media pressure sensing translates into excellent system design flexibility leading to lower cost and ease of manufacture. Merit Sensor's TR Series Pressure Transducer is designed for air, liquid, and gas harsh media compatibility over a broad temperature range from -40ºC (-40ºF) to 150ºC (300ºF) with a total error band of less than 1.0%. The design includes a 4.7kΩ circuit protection pull-up resistor, operates on a single 5.0VDC supply, and requires no external components for proper operation. Both gage and absolute pressure reference designs up to 500psi (35.5 bar) operating range are available.

Features

  • Total error band of less than 1.0%
  • Includes 4.7kΩ circuit protection pull-up resistor
  • Operates on a single 5VDC supply
  • Requires no external components for proper operation
  • -40°C (-40°F) to 150°C (300°F) temperature range

Applications

  • Industrial:
    • HVAC system monitoring
    • Industrial automation
    • Process monitoring
    • Air-conditioning (refrigerant systems)
    • Portable measurement and analysis instrumentation
    • Water level and pressure monitoring
  • Medical:
    • Diagnostics and analysis equipment
  • Automotive:
    • Transmission fluid pressure
    • Fuel system pressure
    • Oil system pressure
    • EGR system pressure
    • DEF system
    • Manifold absolute pressure
    • Fuel Rail system pressure

Videos

Overview

Merit Sensor TR Series Pressure Transducer

Mechanical Dimensions

Mechanical Drawing - Merit Sensor TR Series Pressure Transducer
Published: 2015-11-16 | Updated: 2022-03-11