Agilent Hydrogen sensor module for GC, G6598-64000 (New)

Hydrogen sensor for Agilent GC systems ensures safe operation by monitoring oven H₂ levels and triggering alerts or shutdowns. Ideal for labs using hydrogen as carrier gas.
Purchase price
1,980
without VAT
In stock
+ 50  delivery

Features

Condition:
New
Warranty:
3 months
Manufacture year:
0
Countries:
Czech Republic
Additional services
Installation
Extended warranty

Features

The Agilent Hydrogen Sensor Module (G6598-64000) enhances laboratory safety by detecting and alerting users to elevated hydrogen levels inside the GC oven. Designed specifically for Agilent GC systems, it enables safe use of hydrogen as a carrier gas while minimizing risk in routine and unattended operation.

Key Features

  • Designed for integration with Agilent 7890, 8890, and Intuvo 9000 GC systems
  • Continuously monitors hydrogen levels in the GC oven compartment
  • Provides automated system shutdown and alerts if hydrogen exceeds safe thresholds
  • Enhances safety when using hydrogen as a carrier gas, especially in unattended or overnight runs
  • Fast and accurate detection with minimal impact on GC performance
  • Seamless integration with Agilent GC software for alarm logging and system control
  • Supports regulatory compliance and best practices in laboratory gas safety
  • Easy installation and calibration with no modification to core GC hardware

Technical Specifications

  • Part number: G6598-64000
  • Detection target: Hydrogen gas (H₂)
  • Detection range: Typically 0–10% hydrogen in air
  • Response time: Rapid detection in seconds
  • Sensor location: Installed in GC oven
  • Alarm threshold: Factory-set safety limit (adjustable via system software)
  • Compatibility: Agilent 7890 GC, 8890 GC, and Intuvo 9000 GC
  • Integration: Communicates with GC system for automatic safety response
  • Output: Triggers shutdown, alerts, and user notification via software
  • Applications: GC labs using hydrogen as a carrier gas in environmental, pharma, petrochemical, food, and academic settings