Air Conditioning Refrigerant Identifier - Neutronics Inc

The Neutronics Inc. Model IDJR Air Conditioning Refrigerant Identifier is an essential diagnostic instrument for professional automotive and industrial technicians. This robust device precisely identifies the purity of refrigerants and quantifies the presence of air, safeguarding the integrity of A/C systems and protecting valuable recovery and recycling equipment from contamination. It delivers reliable data crucial for informed service decisions and maintaining high service standards.

Key Features

• Advanced Infrared Technology: Utilizes non-dispersive infrared (NDIR) technology for rapid and accurate analysis of refrigerant composition, quickly confirming purity.
• Air Contamination Detection: Clearly displays the percentage of air present in the refrigerant, helping prevent system performance degradation and potential component damage.
• Dual Power Versatility: Operates seamlessly on both 12V DC for mobile applications and 110V AC for shop environments, offering flexible power solutions for mechanics.
• SAE J1771 Certified: Design certified to meet SAE J1771 standards, ensuring reliable performance and adherence to recognized industry specifications for refrigerant identification.
• Durable Professional Construction: Built with rugged materials to withstand the demanding conditions of professional workshop and industrial settings, ensuring longevity and consistent performance.

Applications

This refrigerant identifier is an indispensable tool for technicians performing A/C service on a wide range of automotive applications, including passenger vehicles, light trucks, and heavy-duty equipment, as well as various industrial refrigeration systems. It is crucial for pre-screening refrigerant tanks before purchase or use to confirm their purity and prevent the introduction of contaminated refrigerant into a shop's inventory. Furthermore, the IDJR is essential before recovering refrigerant from any vehicle or system, safeguarding expensive recovery machines from internal damage and cross-contamination caused by mixed or impure refrigerants. Utilizing the Model IDJR helps maintain system efficiency, extend equipment life, and uphold the highest standards of service quality.