937205

Henry 937205 5/8" Ball Valve with Schrader Valve for Refrigeration & Air Conditioning Systems

The Henry 937205 5/8" Ball Valve with Schrader Valve is a high-quality, bi-directional air conditioning and refrigeration system valve. Suitable for CO2, HCFC, HFC, R290, and A2L refrigerants, it features premium PTFE seals, a double O-ring stem seal, and a blow-out proof stem. It ensures reliable isolation and performance with a maximum operating pressure of 60 barg and a temperature range of -40°C to +120°C. UL listed for durability and safety.
Ex. VAT
£25.58
Inc. Tax
£30.70

Description

Henry 937205 5/8" Ball Valve with Schrader Valve

The Henry 937205 5/8" Ball Valve with Schrader Valve is a premium solution designed for air conditioning and refrigeration systems, offering exceptional reliability and versatility. Engineered by Henry Technologies, a trusted name in refrigeration components, this valve is ideal for isolating purposes in liquid and gas applications, ensuring seamless performance in demanding environments.

Key Features

  • Bi-Directional Flow: Allows flexible installation and operation in any orientation.
  • Schrader Valve Included: Facilitates easy pressure monitoring and system servicing.
  • Robust Construction: Features a brass valve body, plated steel stem, and copper/K65 copper alloy pipe extensions for durability.
  • Premium Sealing: Equipped with high-quality PTFE ball seals and a double O-ring stem seal design using neoprene for leak-free performance.
  • Blow-Out Proof Stem: Enhances safety by preventing stem ejection under pressure.
  • Positive Stem Stop: Ensures precise positioning with a clear indicator showing open or closed status.
  • Vented Ball Cavity and Seal Cap: Prevents over-pressure and enhances sealing integrity.
  • Mounting Pad: Simplifies installation in various system configurations.
  • UL Listed: Certified for safety and reliability (applies to 937 series standard models).

Applications

The Henry 937205 is compatible with a wide range of refrigerants, including CO2, HCFC, HFC, R290, and A2L gases, making it suitable for modern refrigeration and air conditioning systems. It is designed to handle liquid and gas applications, providing reliable isolation in commercial and industrial setups. The valve is compatible with associated oils, ensuring versatility across various system requirements.

Technical Specifications

  • Size: 5/8" (ODF connection)
  • Maximum Operating Pressure: 60 barg
  • Operating Temperature Range: -40°C to +120°C
  • Flow Coefficient (Kv): 11.96 m³/h
  • Thread: 8-36 UNF-2B x 20 pitch
  • Materials: Brass body, plated steel stem, copper/K65 copper alloy extensions, PTFE cap seal, neoprene O-rings

Installation Guidelines

To ensure optimal performance and longevity, protect the valve body from excessive heat during installation to prevent sealing damage. Full installation instructions are included with each valve, providing clear guidance for proper setup. Always follow the provided guidelines to maintain the valve’s integrity and performance.

Why Choose the Henry 937205?

the Henry 937205 Ball Valve offers unmatched reliability and safety for refrigeration and air conditioning professionals with its robust design, premium materials, and advanced sealing technology. Its compatibility with a broad range of refrigerants, including eco-friendly options like R290 and A2L gases, makes it a future-proof choice for modern systems. Backed by Henry Technologies’ reputation for quality, this valve is an essential component for any high-performance HVAC system.

Order the Henry 937205 5/8" Ball Valve with Schrader Valve today from AirconSpares.com and experience superior performance and durability in your refrigeration systems.

More Information

Product NameHenry 937205 5/8" Ball Valve with Schrader Valve for Refrigeration & Air Conditioning Systems
SKU937205
mpn937205
c2c BrandHenry

Reviews

Write Your Own Review
Only registered users can write reviews. Please Sign in or create an account

User Guides and Technical Downloads

UK-Ball-Valves.pdf (470.61 kB)