HS R410a R22 Refrigeration Tool Air conditioning Safety Valve Adapter Fitting Refrigeration Charging Copper Adapter For R410A

Versatile & Durable Refrigerant Control Valve Adapters - These versatile and durable refrigerant control valve adapters cater to both R12/R22 and R410 air conditioning systems, offering compatibility with 1/4" Male to 1/4" Female threads for R12/R22 manifolds and 1/4" Male to 5/16" Female threads for R410 manifolds. Featuring adjustable opening functionality, they facilitate seamless operation. Crafted from premium brass, these adapters ensure high strength and longevity, making them easy to install at the end of a charging hose, minimizing refrigerant loss during maintenance tasks.

Description:
WIDE APPLICATION - The R12 AC flow control valve adapter fits for R12 R22 air conditioner manifold with 1/4" Male to 1/4" Female. The R410 Refrigerant Charging Valve manifold with 1/4" Male to 5/16" Female.
FUNCTION - The valve has the adjustable opening function for convenient use.
DESIGN - The R12 refrigeration charging safety adaptor with 1/4" SAE and 1/4" Female Thread. The R410 refrigeration charging safety adaptor with 1/4" SAE and 5/16" Female Thread. The R12 R410a refrigerant charging valve is easy to install, just install on the end of a charging hose and minimize refrigerant loss during servicing.
PREMIUM QUALITY - The R12 R22 R410 control valve adapter is made of high quality brass material, with high strength and durable to use.

Specifications:
Material: Brass
Exterior Finish: Brass
Inlet Connection Size: 0.25 Inches
Inlet Connection Type: Threaded
Outlet Connection Type: threaded
Outlet Connection Size: 0.25 Inches
Item Weight: 7 ounces
Package Dimensions: 6.5 x 5.67 x 1.38 inches
Manufacturer Part Number: Refrigerant Charging Valve

Packing List：
1Pc x R12 R22 Refrigerant Charging Valve(Blue). 1Pc x R410 Refrigerant Charging Valve(Red).

Note:
Please allow 2-3cm errors due to manual measurement
Item color displayed in photos may be showing slightly different on your computer monitor since monitors are not calibrated same