Sensor CIPGuard (TCG-ZR)

TANKO-AN weldon adapter and downpipes Cleaning devices are to be hygienically installed into the tank. This task starts with the installation of cleaning devices in the tank. Here, various solutions are available: threaded connection acc. to DIN 11851 with weldon nozzle TriClamp with weldon nozzle welding neck flange of various types with weldon nozzle DIN 11864 connection (clamp, threaded connection or flange) with weldon nozzle block flange following the DIN 11864 block flange of the BioConnect® - Series TANKO-AN weldon nipples with an "outlet lip" as rotating piece, also available with additional thread protection Sensor: CIPGuard (TCG-ZR) CIPGuard (TCG-ZR) is a sensor for monitoring a slowly rotating tank cleaning device. Jet cleaners turning 360 degrees inside containers and tanks can be monitored. The sensor is centrally mounted, preferably on the upper section of the tank and is integrated in the PLC control or evaluated via PC. The AWH CIPGuard is characterized by it robust, compact design and its reliable real-time presentation of the rotation of jet cleaners. The values measured can be further processed via the output signal of a PLC controller by the digital PNP signal (24 VDC).

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DescriptionSensor: CIPGuard (TCG-ZR) CIPGuard (TCG-ZR) is a sensor for monitoring a slowly rotating tank cleaning device. Jet cleaners turning 360 degrees inside containers and tanks can be monitored. The sensor is centrally mounted, preferably on the upper section of the tank and is integrated in the PLC...
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Sensor: CIPGuard (TCG-ZR)

CIPGuard (TCG-ZR) is a sensor for monitoring a slowly rotating tank cleaning device. Jet cleaners turning 360 degrees inside containers and tanks can be monitored. The sensor is centrally mounted, preferably on the upper section of the tank and is integrated in the PLC control or evaluated via PC. The AWH CIPGuard is characterized by it robust, compact design and its reliable real-time presentation of the rotation of jet cleaners. The values measured can be further processed via the output signal of a PLC controller by the digital PNP signal (24 VDC).

Technical Data


Material	Nozzle: 316L (1.4404) Test prod: PEEK Housing: 304 (1.4301), 303 (1.4305) O-ring: EPDM
Mains voltage	Ub = 24 V +/-20 % (18 to 32 VDC)
Current requirement	< 20 mA
Output signal	PNP; 50 mA, short circuit-proof
Rise delay time	< 0.3 sec
Reaction time	ca. 30 sec
Connection	G1/2''

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