Overview
Portable Multiple Gas Detector LPMG-A10 with compact handheld design, simultaneously detects contents of four different gases namely H2S, CO, O2, CH4. Large easy to read lattice TFT display shows all real time detection values of gases. Used in field detection of multiple gases for quality testing and research purpose.
Specifications :
Sampling Method |
Diffusion |
Working conditions |
Temperature |
-20 to 50°C |
Pressure |
0.9 to 1.1 (standard atmospheric pressure) |
Humidity |
10 to 95 % RH (no dew condensation) |
|
Explosion proof grade |
Exia II CT3 |
Protection grade |
IP65 |
Charging time |
4 to 6 h |
Working time of battery |
> 8 h (non-alarm state) |
Type of battery |
Lithium battery |
Length of Pump pipe |
< 1 meter |
Measurement principle of sensor |
Electrochemical, catalytic combustion |
Power supply |
Lithium battery (DC 3.7V, 2400mAh) |
Dimension (host machine) |
85 × 153 × 50 mm |
Dimension (hand shake of gas pump) |
45 × 239 × 28 mm |
Weight (host machine) |
About 300 g |
Weight (hand shake of gas pump) |
About 80 g |
HS Code |
9027100090 |
Features :
- - Portable, lightweight design
- - Save power by adjusting back light brightness
- - Electrochemical, catalytic combustion, imported sensor
- - Can set Upper/Lower alarm limits for better operations
- - Alarm with LED buzzer, vibration alerts when gas spikes are detected
- - Automatic battery detection (under-voltage indication)
- - Stores test memory data, alarm data
Applications :
Used for simultaneous field detection of H2S, CO, O2, CH4 across mining, environmental industry, waste management plants, petroleum testing units, gas and chemical industry.
Optional Accessories :
Accessories No. |
Name |
1 |
Hand held gas pump |
Gas Detector Details :
Measurement Gas |
Range |
Accuracy |
Minimum reading |
Response time |
O2 |
0 to 25 % Vol |
<± 5 % (VOL)
|
0.1 % Vol |
≤ 20 sec |
CH4 |
0 to 100 % LEL |
<± 5 % (F.S.)
|
0.1 % LEL |
≤ 30 sec |
CO |
0 to 999/1000 ppm |
<± 5 % (F.S.)
|
1 ppm |
≤ 50 sec |
H2S |
0 to 99/100 ppm |
<± 5 % (F.S.)
|
0.1 ppm |
≤ 50 sec |