Environment Monitoring System IP Temp CAT5 Video Extender HDMI VGA DVI KVM Switch, Video Splitter, Video Matrix Switch

Addressable Leak Detection Sensor

NTI Part #: E-ALDS
NTI Part #: E-ALDS
Environment Monitoring System Leak Location Detection Sensors
Know the location where a water leak is occurring. Compatible with ENVIROMUX® E-2D, E-5D and E-16D
  • Monitors up to 4,000 feet of E-LDDC-x Liquid Location Detection Sensor Cable.
    • Detects if there is a break in the cable and the specific location of liquid presence.
    • Supports up to 1,000 feet of E-4WNSC-x non-sensing cable.
  • Leak location accuracy:
    • 20 to 1,500 feet: ±(1ft + 0.5% of sensing cable length).
    • 1,500 to 4,000 feet: ±1% of sensing cable length.
  • Built-in Piezo buzzer emits loud beeps to alert personnel.
    • Output level: 70dB at 1 foot
  • Max current consumption: 13mA @ 5VDC, 18mA@12VDC
  • Powered by E-2D/5D/16D.
  • Compatible with E-2D/5D/16D.
    • Interfaces with the E-2D/5D/16D via the RJ45 sensor port
  • Extend up to 500 feet from the E-2D/5D/16D
  • M12 4-pin connector for connecting E-LDDC-x Liquid Location Detection Sensor Cable or E-4WNSC-x Non-Sensing Cable
  • Dimensions WxDxH: 3.21x2.5x1.22 in (82x64x31 mm)
  • Operating temperature: 32 to 158°F (0 to 70°C).
  • Regulatory approvals: CE, RoHS
  • Integrated mounting brackets for easy surface/wall mounting.
  • Use the included terminator at the end of the E-LDDC-x Liquid Location Detection Sensor Cable
    • If the terminator is not used, the system will register a cable break.

Application Notes

  • Application Note: Construction of Liquid Detection Sensor Rope
    Application Note: Construction of Liquid Detection Sensor Rope
    The E-LDx-y Liquid Detection Sensor Rope has a non-conductive polymer mesh covering two sensing wires that lie between the polymer carriers. Fluid has to penetrate the non-conductive mesh in order to close the circuit, which triggers an alert that is reported to the E-MINI-LXO. The non-conductive polymer mesh prevents artificial bridges between the sensing wires and false alarms caused by dirt/dust buildup, metal contact or pressure on the rope. Since the mesh covers only the two sensing cables and not the entire rope, the rope dries quickly after being in contact with fluids, minimizing delays between normalcy.

CAD Drawings