NH3 Ammonia Gas Detector LGAD-T2010

Introduction

NH3 Ammonia Gas Detector within a temperature range of -10°C to 50°C. Its built-in data logger records measurements for future analysis. The device enhances workplace safety by providing ammonia leak detection in real time. It is equipped with advanced a built-in alarm to alert users of hazardous levels. ​Our detector is used in industrial safety, agriculture, laboratories, refrigeration, chemical manufacturing and livestock farming.

This security systems is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our NH3 Ammonia Gas Detector is used in industrial safety, agriculture, laboratories, refrigeration, chemical manufacturing, livestock farming, fertilizer production, food processing and systems to detect leaks and ensure safety.

Specifications

Measured Parameters	NH3, Temperature, Humidity
Temperature Range	-10°C to 50°C
Storage Temperature	-10°C to 60°C
Relative Humidity	20% to 85%
Atmospheric Pressure	86 to 106 Kpa
Detection Method (NH3)	Electrochemistry
NH3 Measuring Range	0.00 to 50.00 ppm
Sampling Time	1.5 Seconds
Power Supply	1500 mAh
Dimensions	130 × 80 × 30 mm
Weight	160g

Features

Rapid ammonia detection 

Industrial-grade durability

Real-time ammonia monitoring

Built-in audible alarm

High-precision gas detection

FAQs

1. Where are NH? Ammonia Gas Detectors commonly used?

These detectors are widely used in industrial safety, refrigeration systems, chemical plants, fertilizer production, wastewater treatment, livestock farming, food processing, and laboratories to monitor ammonia levels and prevent hazardous leaks. They help ensure compliance with safety regulations and protect workers from toxic gas exposure.

2. What is the typical measurement range of an NH? Ammonia Gas Detector?

The measurement range varies by model but typically falls between 0 to 100 ppm or higher. High-sensitivity models can detect lower concentrations for specialized applications like environmental monitoring, agricultural storage, and industrial process control. Advanced models may also feature adjustable alarm thresholds for customized safety settings.

3. What happens if ammonia levels exceed safe limits?

If ammonia levels surpass the preset threshold, the detector activates alarms to warn users. Prolonged exposure to high NH? levels can cause irritation, respiratory distress, and serious health issues, making immediate evacuation and ventilation necessary. Some advanced models can also trigger automated ventilation systems or send remote alerts for prompt action.

4. What is an NH? Ammonia Gas Detector?

An NH? Ammonia Gas Detector is a device designed to detect and measure ammonia gas (NH?) concentrations in the air. It helps prevent toxic exposure, ensuring safety in industrial, agricultural, and environmental settings. Commonly used in refrigeration systems and fertilizer production, it plays a vital role in preventing hazardous gas leaks.

5. How does an NH? Ammonia Gas Detector work?

It operates using electrochemical or semiconductor sensors that detect ammonia gas in the atmosphere. When NH? levels exceed safe limits, the detector triggers audible, visual, or vibration alarms to alert users of potential hazards. Some models also feature real-time data logging and wireless connectivity for continuous monitoring and remote alerts.