CYCLEMASTER Ball Valve with Access Port - 5/8 in Sweat

CYCLEMASTER Ball Valve with Access Port - 5/8 in Sweat

Manufacturer: Mueller Industries Inc
Brand: Mueller Industries Inc
Part #: 243370
MPN: AQ17862C
CPN:
Access Port      :      Yes
Body Material      :      Brass
Compatible Models      :      A 17842
Connection Size 1      :      5/8 in
Connection Size 2      :      5/8 in
Connection Sizes (Custom)      :      5/8~5/8 in
Connection Type 1      :      Sweat
Connection Type 2      :      Sweat
Connection Types (Custom)      :      Sweat~Sweat
Depth      :      6.4 in
Flow Coefficient (Cv)      :      12.1 Cv
For Use With      :      HVAC System
Function Type      :      Ball Valve
Height      :      2.23 in
Maximum Working Pressure      :      775 PSI
Package Quantity      :      1
Product Family      :      CYCLEMASTER
Product Weight      :      0.54 lbs
Refrigerant Type      :      HCFC~HFC~HFO
Shipping Weight      :      0.54 lbs
Width      :      0.9 in

The CYCLEMASTER ball valve is a reliable component for refrigeration systems, featuring a full port construction that matches the line size ID to ensure unrestricted flow. Its brass body and chromium-plated ball are designed for reduced wear and long service life.This valve is compatible with a wide range of common refrigerants, including HCFC, HFC, and HFOs, making it a versatile choice for service and new installations. It includes a convenient access port for system diagnostics and service.

MCM™ Seal Technology: Features exclusive MCM™ seals for industry-leading longevity and low leak rates.Durable Construction: Built with a rupture-proof encapsulated stem and an internally equalized ball design for reliable performance.Installation Flexibility: Allows for bi-directional flow, simplifying installation in various refrigerant line configurations.High-Pressure Rating: Rated for a maximum working pressure of 775 PSI and a temperature range of -40°F to 300°F.Certified Performance: UL/cUL Listed and CE certified, ensuring it meets rigorous industry safety and performance standards.

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