Refrigeration Flare Hand Valve ZENIT SVD Series
Refrigeration Flare Hand Valve VIDEO
Technical Specifications
- Model Series SVD Refrigeration Flare Hand Valve
- Material Heavy duty forged brass body
- Surface Finish Precision machined corrosion resistant brass finish.
- Internal Components High durability nylon valve core, stainless and copper diaphragm
- Applicable Refrigerant HCFC and HFC
- Applicable Temperature -25~+100
- Air-tight Test pressure 30 kg/cm2
- Connection Type Standard SAE Flare mechanical fitting 1/4 inch 3/8 inch 1/2 inch 5/8 inch and 3/4 inch options
- Packaging Details 1 pc per inner packaging box standard export master carton
- Manufacturer Supplier AIR DRAGON Ltd
Key Features
- Heavy Duty Forged Brass Construction prevents body porosity leakage under high refrigerant pressures.
- Precision SAE Flare Connection enables tight mechanically reliable metal to metal sealing with standard refrigeration copper tubing.
- High Performance nylon Stem Packing ensures low friction valve spindle rotation and zero stem leakage during frequent cycling.
- Equipped with two diaphragm —stainless steel and copper—. By varying hardness to provide better leak prevention.
- Ergonomic Manual Handwheel allows smooth rotational torque for effortless shut off and manual throttling control in service lines.
- 100% inspection products. Ensure all Refrigeration Flare Hand Valve is perfect to customers.
Applications
- Commercial HVAC and Air Conditioning Chillers
- Cold Storage Refrigeration Lines and Compressors
- Supermarket Reach In Display Freezer Assemblies
- Commercial Ice Machine Fluid Control Lines
Frequently Asked Questions (B2B)
Q: What installation precautions should service engineers take when connecting flare hand valves?
A: Ensure copper tube ends are cleanly deburred and flared with a standard 45-degree tool. Apply a drop of refrigeration oil to the flare face and tighten with a torque wrench to prevent thread distortion.
Q: How does the PTFE packing gland prevent stem leaks during temperature fluctuations?
A: High-density PTFE maintains elastic memory and thermal tolerance across extreme cold and ambient ranges, maintaining continuous compression against the brass stem during thermal cycling.
