Water Leak Detection System
GUARDSEN
GS-LDC-1
Sensing Cables
GuardSen GS-LDC-1 sensing cables detect the presence of water at any point along their length. Installed with a GuardSen alarm module (GS-LDA-1), the cable senses water intrusion and triggers an alarm. It provides distributed leak detection and location over a wide range of areas.
The GS-LDC-1 sensing cables are available in a variety of lengths to provide as much coverage as needed.
GS-LDC-2
Sensing Cables
GuardSen GS-LDC-1 sensing cables detect the presence of water at any point along their length. Installed with a GuardSen alarm module (GS-LDA-1), the cable senses water intrusion and triggers an alarm. It provides distributed leak detection and location over a wide range of areas.
The GS-LDC-1 sensing cables are available in a variety of lengths to provide as much coverage as needed.
GS-LDA-1
Sensor Interface Module
GS-LDA-1 Sensor Interface Module monitors up to 500 meters of GuardSen sensing cable (GS-LDC-1). When liquid is detected, the GS-LDA-1 unit indicates the leak with an LED and switches a relay to provide local voltage-free contact closure.
The GS-LDA-1 can be used as a standalone leak detection alarm unit or can also communicate to a host monitoring system such as PLC or Monitoring System by using standard RS-485 communications.
The low cost of the GS-LDA-1 makes it economical to build very robust systems with many small independent sensing cable segments. No field calibration is required.
GS-LDA-2
Sensor Interface Module
The GS-LDA-2 Sensor Interface Module monitors up to 1500 meters of GuardSen sensing cable (GS-LDC-2). When liquid is detected, the GS-LDA-2 unit indicates the leak, displays the location of the leak and switches a relay to provide local voltage-free contact closure.
The GS-LDA-2 can be used as standalone leak detection alarm unit or can also communicate to a host monitoring system such as PLC or other monitoring systems by using standard RS-485 protocols.
The low cost of the GS-LDA-2 makes it economical to build very robust systems with many small independent sensing cable segments. No field calibration is required.
