LIQUID LEAK DETECTION

Dual Containment Probe


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The Aquentis Dual Containment Liquid Detection probe has been designed with ease of use and maintenance in mind. Each unit provides prolonged and dependable operation requiring the minimum of intrusive service visits. The unit has been specifically designed to be installed within Dual Containment pipe work systems at access points or site glass locations and is designed to seat into a standard ?? BSP threaded socket. The unit can also be used for liquid level control applications due to the long reach of the sensing probes, all that is required is a suitable control panel and a mounting bracket. The units design also makes it particularly suitable for installation in Dry Drains or Sump applications where it would be difficult to fit other manufacturers products. The probes can be adjusted for length simply by cutting onsite to the required length using a hacksaw or bolt cutters. The unit incorporates 300mm stainless steel detection probes insulated with a chemical resistant material which eliminates tracking due to condensation building up on the probes when installed within a dual containment system. The unit is supplied with 600mm of cable and connection box.

Multi-System Compatibility
The unique design philosophy behind the Aquentis Dual Containment Probe mean?s that the unit is compatible and can be used with the full range of Aquentis panels and with systems by other major manufacturers. A series of user settable link?s within the body of the connection box allows the inclusion or exclusion of ballast resistors into and out of the unit which gives the sensor it?s mapping location for Longline systems. The same link?s can be used to provide an end of line resistance for Zoned systems or to open the sensing circuit allowing the users own resistor to be fitted across the terminal blocks fitted within the Junction Box. The unit?s have also been successfully used by several BMS (Building Management Systems) company?s without a panel but directly monitored by the BMS itself.


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