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MONILOG®

GasSensor System

Our innovative digital solution detects hazardous gases released by damaged or faulty lithium‑ion batteries – ensuring maximum safety, reliability, and peace of mind.

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Product description
Technical data
Radio

RADIO

Shock

SHOCK

Inclination

INCLINATION

Vibration

VIBRATION

Temperature

TEMPERATURE

Humidity

HUMIDITY

Pressure

PRESSURE

GPS Tracking

GPS TRACKING

Light Incident

LIGHT INCIDENT

Gas

GAS

  • Early detection of critical gas emissions using innovative digital sensors
  • Maximum transparency through continuous data logging and graphical visualization
  • Easy configuration of alarm and threshold values
  • Intelligent identification of hazardous gas mixtures by recognizing the gas “fingerprint”
  • Intuitive operation with the customized PC software (Monilog® GasControl)
  • Scalability for larger installations with up to 16 parallel GasSensors

Product description:

  • The technology enables precise detection of hydrogen and hydrocarbons.
  • Measurement data is continuously recorded and graphically visualized to ensure seamless monitoring.
  • Alarm and threshold settings can be configured easily and intuitively.
  • The sensors can be trained on specific gas mixtures to reliably detect hazardous off‑gases from battery failures.
  • Data evaluation is performed using the customized PC software Monilog® GasControl.
  • The system can be flexibly expanded and supports up to 16 parallel GasSensors within the Monilog® GasSensor System
  • The technology provides early detection of critical defects in stored or transported batteries.
  • It enables rapid intervention before a thermal runaway occurs.
  • It ensures continuous condition monitoring of individual batteries outside controlled environments.
  • Alarms and status messages can be transmitted directly to the fire alarm system, with the software supporting seamless integration into existing safety infrastructures

Technical data:

Housing
ABS plastic
Operation and storage conditions
5 °C to +55 °C at 5 to 90 % relative humidity
Interfaces
USB 2.0 client interface (Mini‑USB‑AB) for seamless PC connectivity, enabling continuous transmission of measurement data and real‑time device status
Internal voltage supply
R6, 3.6 V Lithium, backup batterie
External voltage supply
5 V via USB
Connection requirements
230 VAC outlets required for powering the 24 V power supplies. Sensor and fire alarm system (FAS) connectivity to the PC via USB repeaters and USB extenders to ensure stable data transmission over long distances