AWH-TCG-ZR (Cleaning Technology)
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Armaturenwerk Hötensleben GmbH Data Sheet CIPGuard (TCG-ZR)

Rotation Monitoring Sensor AWH-TCG-ZR Data Sheet

Rotation Monitoring Sensor AWH-TCG-ZR Data Sheet Technical Data Electrical data Supply voltage: Ub = 24 V +/-20% 5 (18 to 32 VDC) Power requirements: < 20 mA 4 Output signal: PNP; 50 mA; short 1 circuit-proof; active Start-up delay: < 0,3 s Response time: approx. 30 sec Operating conditions Ambient temperature: Storage temperature: Protection class : Operating pressure: Operating temperature: 1 +VDC 2 Tx (to be contacted with programming adapter only) 3 3 GND 2 4 OUT/PNP 5 Rx (to be contacted with programming adapter only) G1/2'' nozzle: Probe tip: Case: O-ring: Weight: 1.4404 PEEK...

Rotation Monitoring Sensor AWH-TCG-ZR Data Sheet Phase 1 - Start of cleaning process Phase 2 - Cleaning identified Phase 3 - Error, cleaning nozzel positioned directly on the sensor Phase 4 - End of cleaning process: measured value and dynamics drop out Picture 1 The cleaning starts in phase 1 at approx. 50 seconds. After another 20 seconds starts phase 2, in which the sensor recognizes a proper cleaning according to the set parameters (measured value and dynamics are within the switching thresholds). There is an error in the cleaning device in phase 3 (from approx. 200 to 250 seconds). The...

Data Sheet Rotation Monitoring Sensor AWH-TCG-ZR 1. Measured value (blue) The measured value is proportional to the jet intensity of a cleaning device. The chart shows the rotating phases of a jet cleaner. The measured value contains a minimum and maximum value (switching thresholds). These switching thresholds of the measured value shall be adjusted that way, that the measured value lies within the switching thresholds at proper cleaning. 2. Dynamics (red) The dynamics is proportional to the frequency of the jet cycles. This means that a fast rotation of a jet cleaner with powerful...

Rotation Monitoring Sensor AWH-TCG-ZR Data Sheet 6. Installation instructions 6.1 Operation Parameterisation Cover is removed for parameterisation. The PC is connected with the aid of the interface and of the plug-in adapter with the sensor (contact strip). The power supply is connected to the sensor via M12-plug. The parameterisation can begin. After parameterisation the cable is removed and the cover closed. Installation Depending on the sensor type, the electrical connection has to be carried out directly through the terminal block on the electronics or through the built-in M12 plug. The...

Armaturenwerk Hötensleben GmbH Schulstr. 5 - 6 D-39393 Hoetensleben Tel.: +49 39405 92-0 Fax: +49 39405 92-111 e-mail: info@awh.eu http://www.awh.eu NEUMO Ehrenberg Group Armaturenwerk Hötensleben GmbH (Germany) Gebr. Rieger GmbH & Co. KG (Germany) NEUMO GmbH & Co. KG (Germany) Damstahl GmbH & Co. KG (Germany) NEUMO UK Ltd. (United Kingdom) NEUMO GUS (Russia) NEUMO Polska Sp. z.o.o. (Poland) NEUMO GUS Kransodar (Russia) Damstahl AG (Switzerland) Dams VNE Corporation (USA) Herrli AG (Switzerland) He NEUMO-EGMO Spain SL (Spain) NEUMO VARGUS (China) NEUMO Representative Offices Vietnam AWH...