1/2" ACME-M x 1/2" ACME-M Union MSC82633 - Mastercool

The Mastercool 82633 1/2" ACME-M x 1/2" ACME-M Union is a professional-grade fitting engineered for creating secure and leak-free connections within automotive and industrial HVAC/R systems. This robust union allows technicians to reliably join or extend hoses and components equipped with 1/2" ACME female threads, streamlining essential service and repair operations. Engineered for demanding environments, it ensures system integrity and efficient workflow.

Key Features

• Dual 1/2" ACME Male Connections: Provides broad compatibility with standard 1/2" ACME female-threaded hoses, manifold sets, and other essential HVAC/R equipment, enhancing system configuration flexibility.
• Precision Machined Threads: Engineered for a tight, secure, and leak-resistant seal, critical for maintaining system pressure and preventing costly refrigerant loss during service.
• Durable Brass Construction: Manufactured from high-quality, corrosion-resistant brass to ensure long-term reliability and withstand the rigorous conditions of professional shop and field use.
• Compact and Efficient Design: Facilitates easy integration into tight spaces within various automotive A/C and commercial refrigeration setups, optimizing workspace and accessibility.

Applications

The Mastercool 82633 union is an indispensable component for professional technicians in a range of refrigeration and air conditioning scenarios. It is ideally suited for connecting two 1/2" ACME female-threaded components, such as service hoses, manifold gauge sets, vacuum pumps, or refrigerant recovery units. This ACME fitting simplifies the extension of existing lines or the creation of custom system configurations in HVAC service and repair, supporting modern refrigerants like R134a and R1234yf. Its robust construction makes it equally suitable for precise automotive air conditioning servicing and demanding commercial refrigeration maintenance tasks.

Specifications

• Weight: 0.5 lbs
• Dimensions: 2.4 x 1.5 x 1.1 inches