Danfoss Maneurop MTZ32JF5AVE Reciprocating Compressor | 2.6 HP | R404A, R134a, R407C | 230V 3-Phase

Product Description:

The Danfoss MTZ32JF5AVE (from the MTZ32-5VM series) is an industrial-grade Maneurop compressor designed for medium and high evaporating temperature applications. Optimized for R404A, R134a, and R407C, this 2.6 HP unit is widely used in cold rooms, large reach-in chillers, and milk cooling tanks across the UAE. Its signature robust design features a large internal free volume, which provides industry-leading protection against liquid refrigerant slugging. Built to maintain peak efficiency in the Middle East’s high-ambient environments, the MTZ32JF5AVE utilizes a 100% suction gas-cooled motor to prevent overheating during the intense summer heat, ensuring long-term reliability for critical cooling infrastructure.

Key Features & Benefits:

• Versatile Refrigerant Range: Specifically designed for use with modern HFCs like R404A, R134a, R407C, and R507A.
• Exceptional Liquid Handling: Large internal volume safeguards mechanical parts from liquid refrigerant return, extending the unit’s lifespan.
• Extreme Climate Endurance: Suction gas-cooled motor technology ensures reliable operation even in the UAE’s high-ambient temperatures.
• Standard Rotolock Fittings: Features convenient Rotolock connections for faster installation and easier field maintenance.
• Advanced Lubrication System: Factory-charged with POE oil (175PZ) to ensure superior lubrication and compatibility with HFC systems.

Technical Specifications :

FAQs:

• Q: Can this compressor be used in a standard 380-400V network?
• A: No, this model is specifically wound for 230V 3-Phase power. Always verify your site’s electrical supply before installation.
• Q: Is this unit suitable for air conditioning applications?
• A: Yes, the MTZ series is excellent for high evaporating temperature applications like AC, provided the capacity matches the system design.
• Q: Does it include the internal motor protection?
• A: Yes, it features built-in internal line break protection to safeguard against thermal and current overloads.