GasTiger 2000 Portable CO₂ Detector Delivery — Bucheon, Gyeonggi-do

GasTiger 2000 Portable CO₂ Detector Delivery — Bucheon, Gyeonggi-do

This article features a GasTiger 2000 portable multi-gas detector delivered in Bucheon, Gyeonggi-do.

GasTiger 2000 — CO₂ Configuration

The GasTiger 2000 supports up to four simultaneous gas sensors, with sensor types selected at the time of order. This unit was purchased for CO₂ (carbon dioxide) monitoring.

Built-In Pump — Active Suction Sampling

A built-in pump at the top of the unit actively draws sample gas to the sensor. The pump can be enabled or disabled in the settings menu.

Carry Options — Lanyard and Belt Clip

The side lanyard anchor allows the unit to be carried by hand,

while the rear belt clip attaches securely to safety vests, belts, or trouser waistbands.

CO₂ Measurement Display — Korean UI

The live CO₂ reading is displayed prominently in the center of the screen. The Korean-language UI makes operation intuitive for all users without additional training.

Alarm Function — Immediate Alert Above 400 ppm

For this demonstration, the upper alarm threshold was set to 400 ppm. The moment the reading crossed the limit, the unit vibrated, sounded a beep alarm, turned the displayed value red, and flashed the status LED — confirming that GasTiger 2000 provides immediate multi-modal alerts whenever configured thresholds are exceeded.

Frequently Asked Questions

Q1. Why is a built-in pump useful for CO₂ measurement?

CO₂ is approximately 1.5 times denser than air and can accumulate near floor level. The built-in pump actively draws gas from a specific height or location — allowing accurate measurement of concentration at the point of interest rather than relying on ambient diffusion. This is particularly useful for confined low-level spaces such as pits and trenches.

Q2. Can the GasTiger 2000 measure CO₂ and other gases simultaneously?

Yes — up to 4 sensors can be installed. Combining CO₂ with O₂, CO, and H₂S sensors allows the four standard confined-space gases to be monitored with a single instrument before entry. Sensor combinations are selected at time of order.

Q3. Why was 400 ppm used as the alarm threshold in this demonstration?

400 ppm approximates normal outdoor CO₂ concentration — well below the indoor air quality limit of 1,000 ppm — making it a convenient low threshold for demonstrating sensor response and alarm activation. In actual deployments, thresholds are set according to regulatory requirements and site-specific safety standards.

Q4. What is the advantage of a Korean-language UI in industrial settings?

Instruments with foreign-language menus require additional manual reference during setup, calibration, or alarm configuration. A Korean UI allows menu navigation, alarm threshold setting, and data review to be completed intuitively — reducing the risk of configuration errors and improving field efficiency.

Q5. In which industries is a portable CO₂ detector commonly used?

Common applications include fire suppression agent rooms, underground septic tanks, basement parking facilities, dry ice production and storage, fermentation systems (food and beverage), cell culture incubators, and indoor air quality management in offices, schools, and healthcare facilities.

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