Gas Detection Device

SENSING SOLUTION

Gas Detection Device

A compact detection device that monitors gas conditions in offices and industrial sites in real time and provides instant alerts when anomalies occur

PRODUCT LINEUP

Gas Detection Product Lineup

OVERVIEW

Multi-Gas Sensor Module

The Multi-Gas Sensor Module measures concentrations of oxygen, carbon monoxide, ammonia, and hydrogen sulfide in real time from a single device. Optimized for industrial sites and indoor air quality management, it supports data logging and remote monitoring via BLE wireless communication and built-in memory.

Product overview

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FEATURES

Key Features

4-Gas Simultaneous Detection

Measures O2, CO, NH3, H2S from one compact module

Auto Calibration

Automatically compensates sensor drift for long-term accuracy

Wireless Connectivity

BLE 5.0 links to smartphones and central monitoring systems

Extended Operation

Low-power design enables up to 72 hours continuous battery operation

SPECIFICATIONS

Technical Specifications

TypeMulti-gas sensor module
Detectable GasesO2, CO, NH3, H2S, CH4
PowerDC 5V / Lithium battery
OutputBLE 5.0, UART, digital output
SizeApprox. 65 x 50 x 25mm

APPLICATIONS

Application Areas

Factory Safety

Real-time detection and alarm for harmful gas leaks

Hospital/Medical

Air quality management in operating rooms and wards

Commercial Facilities

Indoor air quality monitoring in underground parking and malls

Agriculture/Livestock

Ammonia concentration management in greenhouses and barns

EXPECTED BENEFITS

Expected Benefits

Discover the key benefits of deploying the Microsens-G field gas measurement system, based on real customer cases.

Safety Monitoring Improvement

Significant improvement in on-site safety management

Early gas anomaly detection level — before vs. after deployment (internal evaluation index)

42
Before
91
After
Early gas anomaly detection rate +117%
On-site safety management system strengthened
Risk response process standardized
Early gas anomaly detection rate +117%On-site safety management system strengthenedRisk response process standardized

Response Speed Improvement

Reduced time from anomaly detection to response

Anomaly detection & response time (min) — actual field measurements

48Before281 mo123 mo66 mo2.51 yr
Instant detection via real-time alerts
Avg. response time 48 min → 2.5 min
Annual safety incidents reduced 68%
Instant detection via real-time alertsAvg. response time 48 min → 2.5 minAnnual safety incidents reduced 68%

Deployment Efficiency

~63% cost reduction vs. conventional precision equipment

Total deployment cost comparison (relative index, existing = 100) — customer measurement

100
Existing Equipment
37
Microsens-G
~63% deployment cost reduction
Compact & lightweight design minimizes installation effort
Annual maintenance cost reduced 40%
Immediate deployment at small sites
Compact & lightweight design minimizes installation effortAnnual maintenance cost reduced 40%Immediate deployment at small sites

Business Scalability

Sustainable expansion based on phased growth

Cumulative deployment sites by commercialization stage (concept)

8
Prototype
22
Field Test
47
Small Sales
83
Standard
140
Lineup
Easy early reference customer acquisition
Repeat purchase rate 72% (within 1 year)
Distribution network expansion possible
Easy early reference customer acquisitionRepeat purchase rate 72% (within 1 year)Distribution network expansion possible
Key Expected Benefits
On-site Safety Enhancement
Fast Anomaly Detection & Response
Practical Commercialization Base

APPLICATION SCENARIOS

Application Scenarios

Here is how you can utilize this in these situations. Check the scenario that fits your site.

Multi-Gas Monitoring at Chemical Plant

Chemical / Petrochemical

Situation

A chemical plant with multiple gas types finds it difficult to respond quickly to complex leak situations with a single detection system, and regular inspection costs are excessive

How to Use

Distribute multi-gas sensors across key process zones and integrate with central monitoring system for immediate alerts when anomalies occur

Expected Effect

Early detection of complex gas leaks, reduced safety inspection costs, standardized on-site response system

Refrigerant Gas Management at Food Factory

Food Processing / Refrigeration

Situation

Delayed detection of ammonia and other refrigerant gas leaks can cause product loss and worker safety hazards simultaneously

How to Use

Install combined toxic gas and IAQ sensors and integrate with smartphone app to send real-time alerts to personnel

Expected Effect

Minimized refrigerant loss, worker safety secured, food safety regulation compliance supported

Medical Gas Safety Management at Healthcare Facility

Medical / Hospital

Situation

Medical gas anomalies like oxygen and CO2 directly affect patient safety, but existing systems take time to respond after detection

How to Use

Install sensors at key points in wards and operating rooms and integrate in real time with nurse stations and administrator terminals

Expected Effect

Immediate alerts dramatically reduce response time, preventing medical gas-related accidents

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PROJECTS

Related Projects

Gas Detection Device

Gas Detection Device

Development of compact gas detection device