OEM pressure transmitter MH-3 for mobile working machines
Transcription
OEM pressure transmitter MH-3 for mobile working machines
Electronic pressure measurement For harsh operating conditions Pressure transmitter MH-3 Applications Hydraulics Load monitoring Load moment limitation Hydraulic drive control Fluids in mobile working machines Special features Ratiometric current or voltage output Accuracy up to 0.5 % of span Measuring range 0 … 40 to 0 … 600 bar Metric and all established pressure connections 6 different electrical connections Adjustable diagnostic function Data sheet PE 81.59 WIKA Alexander Wiegand SE & Co. KG Alexander-Wiegand-Straße 30∙63911 Klingenberg∙Germany Tel. +49 9372 132-0∙Fax +49 9372 132-406 info@wika.de∙www.wika.de 14128874 04/2015 EN OEM pressure transmitter MH-3 for mobile working machines Developed and tested for mobile working machines The MH-3 pressure transmitter has been specifically developed for mobile working machines. Intensive field tests as well as comprehensive internal testing ensure that the MH-3 is up to the harsh demands of mobile working machines. A large part of the testing is carried out in WIKA‘s own laboratories. In this way, individual customer requirements can be taken into account. Among the tests are: Environmental influences EMC influences Shock/vibration Pressure spikes IP protection The next step Based on market experience with mobile working machines, the MH-2 pressure transmitter has been enhanced. The existing look and feel of the proven forerunner has been retained. The MH-3 has also had a diagnostic function added. In addition, signal clamping (limiting the signal value to a customer settable value) is also available. Signal clamping Output signal with signal clamping at 21mA Signal 21 mA 20 mA Modern manufacturing The in-house production of the sensor, the population of the printed circuit board and the complete assembly on a fully automatic production line at WIKA enable continuous traceability of each individual manufactured unit, down to an individual component level. FL_MH-3_EN.indd 2 4 mA Time 10.04.2015 17:15:59