Jumo MIDAS DP10 - OEM Differential Pressure Transmitter

Features

• Measuring ranges: 0 to 400 mbar – 0 to 16 bar differential pressure, silicon sensor with stainless steel separating diaphragm
• Medium: gaseous, liquid, or low-aggression
• Version with elastomer seal, optional welding
• Compact design: as of 78 mm in length
• Parts in contact with media: PBT plastic, option with full stainless steel
• Overload pressure up to 30 bar on one side

 Description

The pressure transmitter with silicon sensor is used to detect the differential pressure (0 to 0.4 bar – 0 to 16 bar) in liquid, gaseous, and low-aggressive media.

The differential pressure measuring cell records two pressures. The differential value from these two pressures is converted into an analog two-wire current signal or ratiometric output signal. The piezoresistive silicon sensor is integrated into a stainless steel measuring cell. A plastic case accommodates the stainless steel measuring cell and the electronics.

Customer benefits

• Economical
  Type 401050 is the differential pressure model in the JUMO MIDAS pressure transmitter range with sensor technology that has been proven thousands of times over. An almost fully automated production sequence (digital compensation and calibration of the sensor module) and a functional design reduce both the production time and manufacturing costs.  
   
• Process reliability
  The high quality of every pressure transmitter is ensured by the full final inspection within the fully automatic measuring and calibration facility.
   
• Versatile
  High-quality materials allow for a wide application field. Various output signals, different process connections, and case materials are available.

Applications

• Filter monitoring
  A typical application is filter monitoring in gases or liquids, which uses the different pressure ratios before and after the filter to ascertain its pollution.
• Filling level
  In pressurized boilers, a differential pressure measurement can be used to determine the exact filling level, irrespective of system pressure fluctuations.
• Pump control
  The rotational speed of a pump can be adapted to the requirements of capacity and energy consumption via a control system by measuring the pressure ratio before and after the pump.