AllPoints 040502-05 Balanced Port Expansion Valve for Refrigeration
- Utilizes balanced port technology for precise flow control
- Manufactured with corrosion-resistant metals for durability
- Supports nominal tons capacity for accurate regulation
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The Parker Hannifin 040502-05 Valve Body Expansion Valve is a precision-engineered component within the HVAC/R industry, designed by Parker Hannifin for effective refrigerant flow regulation in commercial refrigeration and air conditioning systems. This expansion valve features "ece" Balanced Port technology, facilitating balanced refrigerant distribution from port 1 to port 2. Built with durable materials for long-term performance, it ensures precise control over flow rates, addressing common issues like system instability and inefficiency. Its technical specifications, including a height of 4.5 inches and a width of 3 inches, make it suitable for integrating into complex commercial refrigeration setups and HVAC systems, meeting demands for high reliability and consistent performance.
Designed for HVAC/R technicians and commercial refrigeration professionals, this expansion valve offers balanced flow control with a robust "ece" balanced port design. Its high-quality construction ensures durability under demanding operational conditions, while features like precise flow regulation support energy-efficient system performance. This unit is ideal for retrofit projects, system upgrades, or OEM integration in medium-capacity cooling applications, providing reliable regulation and ease of maintenance in commercial setups.
Suitable for commercial refrigeration and air conditioning repair or upgrade applications.
The Parker Hannifin 040502-05 features a compact design measuring 4.5 inches in height by 3 inches in width and 3.5 inches in depth, weighing approximately 0.65 pounds. It is manufactured in the United States from high-grade materials suited for demanding HVAC environments, with a non-hazardous profile. The OEM product type ensures compatibility with a wide range of commercial refrigeration applications. Its construction supports operating conditions where precise refrigerant flow control is critical, enabling seamless performance within system parameters. This expansion valve functions effectively in standard HVAC refrigerant circuits, providing a dependable solution for system optimization and regulation.
A commercial expansion valve is a critical component in HVAC and refrigeration systems, responsible for regulating refrigerant flow from the condenser to the evaporator. The Parker Hannifin 040502-05 is a top-tier OEM expansion valve featuring "ece" Balanced Port technology, specifically engineered for precise flow control in medium-capacity cooling units. Installed in commercial refrigeration or HVAC applications, it ensures optimal system performance, energy efficiency, and consistent temperature regulation in environments like food service or cold storage facilities, making it suitable for high-demand operational settings with rigorous reliability standards.
This commercial expansion valve exemplifies high-quality build and precise function, ideal for HVAC and refrigeration environments that demand consistent refrigerant flow management and reliable performance. Parker Hannifin 040502-05 is suited for medium-duty applications, supporting efficient operation in commercial cooling systems. Its robust construction and accurate regulation capabilities make it suitable for use in installed HVAC systems, refrigeration units, or OEM setups requiring dependable flow control with a compact footprint.
Compared to similar expansion valves, the AllPoints 040502-05 offers superior durability with high-grade materials, a compact form factor, and precise "ece" Balanced Port flow control, ensuring reliable performance in demanding HVAC and refrigeration applications. Its corrosion-resistant construction enhances longevity, while straightforward installation and maintenance provide operational efficiency, supporting system uptime and optimal temperature regulation in commercial environments.
