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Xtralis

ECO Gas Detector

ECO gas detectors can house up to two gas sensors, and additional detectors can be added easily to the pipe network to monitor more gases if required.

VESDA ECO uses an existing or new aspirating pipe network to actively monitor for gas escapes and build-ups. ECO gas detectors can house up to two gas sensors, and additional detectors can be added easily to the pipe network to monitor more gases if required. Pre-calibrated sensor cartridges are easily replaced in the field and make converting to different gas sensors or replacing sensors a simple task. The VESDA ECO detectors are configured using Xtralis VSC configuration software and can be remotely monitored using Xtralis VSM4 monitoring software. Both VSC and VSM can be used to download data from the onboard memory card for data analysis and trending of historical data. VESDA ECO by Xtralis provides significant installation and routine maintenance cost savings over conventional multi-point gas detection solutions, by reducing the number of detectors required to cover an area and by providing easy access for routine maintenance.

Features & Benefits:
  • Single or dual gas versions
  • Factory calibrated sensor cartridges
  • Integral alarm status LEDs
  • Integrates with PLCs/HVAC/BMS/FACP
  • Configurable relays
  • Integral gas test port
  • Remote reset
Certifications:
  • EN 45544:2000
  • EN 50271:2002

Others

  • Maximum Alarm Current
    • 85 milliampere
  • Maximum Input Power
    • 30 voltage direct current
  • Maximum Storage Temperature
    • 122 degree Fahrenheit
  • Power Source
    • Power Supply
  • Minimum Input Power
    • 18 voltage direct current
  • Alarm Relay Output
    • 1 A @ 30 voltage direct current
  • Minimum Storage Temperature
    • -4 degree Fahrenheit
  • Detection Area
    • Specific Point
    • Total Area
    • Zone
  • Maximum Operating Ambient Temperature
    • 122 degree Fahrenheit
    • 50 degree Celsius
  • Detection Method
    • Flammable
  • Digital Outputs
    • Modbus RTU
  • Minimum Operating Ambient Temperature
    • -4 degree Fahrenheit
    • 20 degree Celsius
  • Maximum Operating Humidity
    • 95 Percentage
  • Minimum Operating Humidity
    • 10 Percentage

Others

  • Maximum Alarm Current
    • 85 milliampere
  • Maximum Input Power
    • 30 voltage direct current
  • Maximum Storage Temperature
    • 122 degree Fahrenheit
  • Power Source
    • Power Supply
  • Minimum Input Power
    • 18 voltage direct current
  • Alarm Relay Output
    • 1 A @ 30 voltage direct current
  • Minimum Storage Temperature
    • -4 degree Fahrenheit
  • Detection Area
    • Specific Point
    • Total Area
    • Zone
  • Maximum Operating Ambient Temperature
    • 122 degree Fahrenheit
    • 50 degree Celsius
  • Detection Method
    • Flammable
  • Digital Outputs
    • Modbus RTU
  • Minimum Operating Ambient Temperature
    • -4 degree Fahrenheit
    • 20 degree Celsius
  • Maximum Operating Humidity
    • 95 Percentage
  • Minimum Operating Humidity
    • 10 Percentage
  • Maximum Alarm Current : 85 milliampere
  • Maximum Input Power : 30 voltage direct current
  • Maximum Storage Temperature : 122 degree Fahrenheit
  • Power Source : Power Supply
  • Minimum Input Power : 18 voltage direct current
  • Alarm Relay Output : 1 A @ 30 voltage direct current
  • Minimum Storage Temperature : -4 degree Fahrenheit
  • Detection Area : Specific Point|Total Area|Zone
  • Maximum Operating Ambient Temperature : 122 degree Fahrenheit|50 degree Celsius
  • Detection Method : Flammable
  • Digital Outputs : Modbus RTU
  • Minimum Operating Ambient Temperature : -4 degree Fahrenheit|20 degree Celsius
  • Maximum Operating Humidity : 95 Percentage
  • Minimum Operating Humidity : 10 Percentage