The Parker Hannifin R26E63M Refrigeration Valve is a high-precision, commercial-grade valve engineered by Parker Hannifin for advanced refrigeration systems. Constructed with durable materials to withstand rigorous industrial environments, this model offers a reliable solution for controlling refrigerant flow in commercial and industrial applications. Featuring a 4-inch width, 5-inch depth, and 3-inch height, it integrates seamlessly into refrigeration assemblies with a focus on robustness and ease of maintenance. Designed to support precise operation under typical commercial workloads, the R26E63M is ideal for refrigeration systems requiring accurate flow regulation and long-term durability, with a safety-tested construction suited for high-pressure environments.
Top AllPoints R26E63M Features
The R26E63M refrigeration valve features high-performance flow control with stainless steel components, ensuring longevity in demanding environments. Its robust design simplifies servicing, with accessible connections and corrosion-resistant materials. Suitable for industrial refrigeration systems, it offers precise modulation and longevity under continuous operation. Its compact form enables integration into confined spaces, optimizing workflow efficiency in commercial setups. Its dependable construction reduces downtime, supporting consistent performance in temperature-sensitive applications.
- Functionality: Precise refrigerant flow regulation for stable system operation
- Durability: Stainless steel body resists corrosion and mechanical wear
- Ease of Maintenance: Modular design simplifies disassembly and inspection
- Application Fit: Suitable for installation in custom refrigeration control panels
- Workflow Efficiency: Compact footprint supports streamlined system integration
For controlling refrigerant flow in commercial refrigeration systems, the R26E63M offers precise, reliable performance suitable for demanding environments.
AllPoints R26E63M Technical Specs
The R26E63M refrigeration valve from Parker Hannifin operates without electrical requirements, featuring a corrosion-resistant stainless steel construction with dimensions of 4" width, 5" depth, and 3" height. It weighs 0.7 lbs and is manufactured in the United States. The valve is designed for use in commercial refrigeration systems handling various refrigerants under high-pressure conditions, supported by a rugged, industrial-grade build. Its setup supports easy integration into existing piping with reliable performance under continuous operation. Maintenance involves routine disassembly for inspection and cleaning, facilitated by its modular design, with compatibility for systems requiring precise refrigerant control. Its operating temperature range is suitable for standard refrigeration environments, with no hazardous materials involved.
- Electrical Requirements: None, manual operation
- Construction & Finish: Stainless steel, corrosion-resistant
- Dimensions: 4 inches W x 5 inches D x 3 inches H
- Weight: 0.7 lbs
- Country of Origin: United States
- Application Use: Installed in refrigeration control panels for medium workloads
- Temperature Range: Suitable for standard refrigeration temperatures
- Maintenance & Cleaning: Disassembly for inspection via modular design
- Safety & Compatibility: Supports high-pressure refrigerant systems without hazardous materials
- Installation Needs: Proper piping connections, clearance for servicing
What is a commercial refrigeration valve
A commercial refrigeration valve is a precisely engineered control device used to regulate refrigerant flow within commercial cooling systems. The Parker Hannifin R26E63M model, an advanced, industrial-grade valve, is installed in refrigeration pipelines to ensure accurate modulation of refrigerant transfer, supporting system efficiency and safety. Designed with a stainless steel body for durability, it handles typical refrigeration system pressures and temperatures, making it suitable for installation in large-scale cooling units and control panels. Its reliable operation is essential for maintaining system performance, especially in environments requiring consistent temperature control, such as supermarkets, food storage, and cold storage facilities.
Top commercial Refrigeration Valves for industrial foodservice environments
Top commercial refrigeration valves deliver durable, precise flow control for industrial foodservice refrigeration systems, suitable for continuous operation in cold storage and processing environments. The Parker Hannifin R26E63M, with its stainless steel construction, offers high reliability and seamless integration into medium-volume refrigeration workflows. Ideal for installed in control panels or inline piping, these valves support efficient system operation in commercial kitchens, cold storage, and food processing facilities.
- Operation Type — suitable for medium-volume industrial cold storage
- Kitchen Setting — optimized for foodservice facilities requiring precise cooling control
- Foodservice Category — essential for refrigeration system management in restaurants and supermarkets
- Workload Qualifier — supports moderate application throughput and continuous operation
- Use Case — effective refrigerant control for food preservation and temperature stability
Why Choose AllPoints R26E63M?
Designed for reliability and durability, the AllPoints R26E63M refrigeration valve features industrial-grade stainless steel components, precise control capabilities, and a compact form factor that fit seamlessly into commercial refrigeration setups. Its corrosion resistance and high-pressure tolerance reduce maintenance requirements, while its straightforward installation enhances operational efficiency. Compared to similar models, it provides a safer, more durable solution for precise refrigerant management, supporting long-term system performance without compromise.
- Compact footprint facilitates easy integration into tight refrigeration panels
- Manufactured in the United States with robust stainless steel materials
- Corrosion-resistant construction extends service life in aggressive environments
- Manual operation supports precise control without electrical dependency
- Supports high-pressure refrigerant flow with reliable sealing
