Refrigerant Contamination Detector - Yokogawa Corporation

The Yokogawa GA500 Refrigerant Contamination Detector is an essential tool for professional technicians and mechanics working with automotive and industrial refrigeration systems. Designed for accuracy and reliability, this robust device quickly identifies common contaminants, safeguarding expensive recovery equipment and ensuring the integrity of refrigerant systems. By providing clear indications of refrigerant purity, the GA500 helps professionals perform efficient diagnostics and maintenance.

Key Features

• Multi-Refrigerant Detection: Accurately measures and identifies the presence of R134a, R12, and R22 refrigerants, covering a wide range of automotive and industrial applications.
• Integrated Hydrocarbon Alarm: Features both audible and visual alarms to alert technicians to dangerous levels of hydrocarbon contamination, ensuring safety and preventing cross-contamination of systems.
• Air Percentage Indication: Provides a precise readout of the percentage of non-condensable gases, specifically air, present within the refrigerant system, crucial for optimal system performance and efficiency.
• Professional-Grade Construction: Built by Yokogawa Corporation, the GA500 offers durable construction engineered to withstand the demanding environments of professional workshops and industrial settings.
• Intuitive Operation: Designed for ease of use, allowing technicians to quickly assess refrigerant quality with minimal training, streamlining diagnostic workflows.

Applications

The Yokogawa GA500 Refrigerant Contamination Detector is an invaluable asset across various professional settings. It is widely utilized in automotive repair shops to prevent damage to expensive AC service and recovery machines by verifying refrigerant purity before extraction. Industrial and commercial HVAC technicians rely on the GA500 for diagnosing issues in refrigeration units, ensuring that systems are charged with uncontaminated refrigerant for peak efficiency and longevity. Furthermore, it is critical for quality control during refrigerant recycling and reclaim operations, guaranteeing that only pure refrigerant is returned to service.