4 WAY 3/8" BALL VALVE MANIFOLD - Mastercool

The Mastercool 96372 4-WAY 3/8" Ball Valve Manifold is engineered for professional technicians requiring robust and precise control over automotive and industrial refrigeration systems. This manifold delivers exceptional durability and operational efficiency, featuring a solid extruded aluminum body and stainless steel ball valves designed for accurate and rapid refrigerant management. It is an essential tool for comprehensive system diagnostics, charging, and recovery tasks.

Key Features

• Durable Construction: Features a solid extruded aluminum manifold body built to withstand demanding shop and field environments, ensuring long-term reliability.
• Precise Flow Control: Equipped with stainless steel ball valves that allow for smooth, quick, and positive refrigerant flow control with just a quarter-turn, enhancing operational efficiency.
• Clear Refrigerant Monitoring: An extra-large sight glass provides immediate and unobstructed visual verification of refrigerant flow and condition during system operations.
• Accurate Pressure Readings: Silicone-dampened gauges minimize needle pulsation, delivering stable and consistently accurate pressure readings critical for precise system diagnostics.
• Field Recalibratable Gauges: Gauges are designed for easy recalibration in the field, ensuring sustained accuracy over time and extending the tool's service life.
• Comprehensive Hose Set: Includes three 1/4" SAE hoses (blue, red, yellow) with integrated ball valves for efficient system connection, alongside one 3/8" SAE black vacuum hose for rapid evacuation.

Applications

This 4-way ball valve manifold is an indispensable tool for a wide range of applications in both automotive and industrial settings. It is ideal for professional mechanics performing accurate charging, recovery, and evacuation procedures on vehicle air conditioning systems, as well as technicians working on commercial refrigeration units, HVAC systems, and other industrial cooling equipment. Its multi-port design facilitates complex system operations, allowing for simultaneous vacuum, charge, and pressure readings.