Applied Markets
Installed Gases
Project Details
GasTiger 2000 Portable H₂ (Hydrogen) Detector Delivery (Gyeonggi-do)
Hello from MG Korea. Today we introduce the GasTiger 2000 configured for H₂ (hydrogen) measurement. The GasTiger 2000 supports an extensive range of gas sensor combinations — this case focuses on a hydrogen-specific configuration.
Unboxing the GasTiger 2000
Contents: main unit, AC adapter, user manual, programming cable, wrist strap. (Printer is optional.)
Exterior — Front and Rear Views
Front and rear of the instrument. The 6,000 mAh high-capacity battery provides up to 30 hours of runtime.
Sensor Warm-Up and H₂ Measurement
Sensor warm-up requires approximately 1 minute.
Live H₂ measurement display. The unit is set to ppm for this configuration.
Menu Structure — Calibration, Alarm, Data, Measurement, System
All major operating parameters are user-configurable:
- Calibration: span setpoint and zero calibration
- Alarm: upper and lower limits, sound level, LED and vibration on/off
- Data: stored values in real time, logging interval, live graphing
- Measure: unit and range selection, individual sensor on/off
- System: factory reset, date/time, PC connection ID and addressing, administrator mode
Frequently Asked Questions
Q1. Why can the GasTiger 2000 measure hydrogen (H₂)?
The GasTiger 2000 accepts up to 4 sensors from a lineup of over 40 gas types — the customer selects the combination needed for their application. A dedicated electrochemical H₂ sensor allows hydrogen concentration to be measured with ppm-level precision.
Q2. Why is the ppm unit used for hydrogen measurement?
Hydrogen's lower explosive limit (LEL) is 4% vol (40,000 ppm) — relatively low compared to many other flammable gases. Measuring in ppm allows early detection of leaks at concentrations well below the explosive threshold, providing maximum advance warning time. GasTiger 2000 allows users to select ppm or %vol units as required.
Q3. What industrial environments require hydrogen gas monitoring?
Hydrogen monitoring is needed at hydrogen refueling stations, hydrogen fuel cell power systems, battery charging rooms (lead-acid batteries generate H₂ during charging), semiconductor and display manufacturing processes, hydrogenation reactors in chemical plants, and petroleum refinery equipment.
Q4. What does 6,000 mAh / up to 30 hours mean for industrial field use?
At a typical workday of 8–10 hours, the battery supports more than 3 days of continuous use without recharging. This eliminates battery concerns in remote outdoor locations, confined-space work, tunnel environments, and night shifts — ensuring uninterrupted monitoring throughout the work period.
Q5. How is the GasTiger 2000 data logging function used in practice?
Measured values are automatically stored to internal memory with timestamps. Connecting via USB cable to a PC allows data to be downloaded through the dedicated software, displayed as time-series graphs, or exported to Excel. The logged data supports post-shift gas exposure history review and safety compliance reporting.
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