Product Overview

The AGS0513 is a high-sensitivity, low-power, and fast-response R454B refrigerant gas sensor based on MEMS technology. It is designed for real-time monitoring of R454B gas concentrations, featuring strong anti-interference capabilities and excellent long-term stability. Utilizing a high-performance semiconductor silicon-based resistive sensing chip and specialized digital module acquisition technology, this sensor offers high reliability, low power consumption, and a simple drive circuit. It is factory-calibrated and tested for large-scale applications in household and automotive air conditioning, cold chain transportation, environmental protection, chemical industries, and refrigeration systems.

Product Attributes

• Brand: ASAIR
• Model: AGS0513
• Refrigerant Compatibility: R454B
• Sensing Principle: MEMS, Metal Oxide Semiconductor
• Origin: Guangzhou Aosong Electronics Co., Ltd.

Technical Specifications

Important Notes & Warnings

• Avoid water splashing or immersion, as it can degrade performance or cause damage.
• Condensation on the sensitive material can lead to performance degradation.
• Freezing on the sensor surface can cause material layer cracking.
• Prolonged exposure to high concentrations of VOC gases (e.g., butane, hydrocarbons, hydrogen) can damage the sensor.
• High CO2 concentrations may slightly affect measurement accuracy.
• Avoid excessive airflow or direct airflow onto the sensor, as it can lead to inaccurate measurements.
• Do not exceed the working voltage (5.5VDC); reverse polarity can cause permanent damage.
• Avoid contamination from alkaline, acidic liquids, halogenated substances, or volatile silicon compounds.
• Long periods of power-off can cause reversible resistance drift; extended preheating may be required.
• Exposure to extreme conditions (high humidity, temperature, pollution) can severely impact performance.
• Frequent or excessive vibration and strong impacts can cause internal connection failures.
• Manual soldering is recommended (flux: chlorine-free resin; temperature: <250, time: <5s).
• When cleaning, prevent liquids from entering the sensor.
• Ensure sensor detection holes in instruments have access to external airflow.
• Use high-quality shielded cables for signal transmission.
• Continuous power supply is required for accurate measurements; intermittent power can lead to inaccuracies.
• DO NOT use this product in safety protection devices, emergency stop equipment, or any application where its failure could result in personal injury, unless specifically authorized.