Streamline's CYCLEMASTER ball valves feature full port construction, environmentally friendly, chromium-plated balls for reduced wear and extended seal life and our exclusive MCM seals for industry-leading longevity and low leak rates. Optional features include access ports, brass and valox seal caps, three-way body styles and motorized actuators to provide local or remote operation. CYCLEMASTER ball valves are UL /cUL listed and CE certified  and are compatible with all CFC, HCFC and HFC refrigerants and oils. Operating temperature ranges from -40° F to 300° F with maximum working pressure of 700 psig.,

Mueller Industries AQ17863

Streamline's CYCLEMASTER ball valves feature full port construction, environmentally friendly, chromium-plated balls for reduced wear and extended seal life and our exclusive MCM seals for industry-leading longevity and low leak rates. Optional features include access ports, brass and valox seal caps, three-way body styles and motorized actuators to provide local or remote operation. CYCLEMASTER ball valves are UL /cUL listed and CE certified  and are compatible with all CFC, HCFC and HFC refrigerants and oils. Operating temperature ranges from -40° F to 300° F with maximum working pressure of 700 psig.,

White Rodgers Cooling Controls BVS-012 Forged Brass Full Port Shut-Off Ball Valve with Access, 1/2" OD

• BVS models with 7/16-20 UNF - 1/4" flare connection and Schrader valve
• 2-threads at valve body for easy mounting
• Hermetic design
• Compatible for high pressure refrigerants as R-410A and CO2
• Light weight design
• Virgin PTFE seat gaskets
• Bi-directional flow characteristics
• Valve cap retained by strap attached to main body
• Pressure relief port design
• Full flow design (minimal pressure drop)
• 100% copper connections
• 49.5 bars test pressure PT, 225 bars burst pressure
• Medium compatibility HFC, HCFC, CO2, mineral, synthetic and polyol-ester (POE) lubricants
• Ball valves are not released for use with caustic, poisonous or flammable substances
• The BVE/BVS series refrigeration ball valves isolate suction, discharge, and liquid line pipework during maintenance shutdown periods

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White Rodgers Cooling Controls moisture indicators are designed to provide an accurate method of determining the moisture content of a system's refrigerant. The HMI is the highest sensitivity moisture indicator available and it detect moisture at 3% relative humidity (RH) providing plenty of time to make necessary adjustments before any damage is done. The Copeland AMI moisture indicator features a take-apart design for easier repair and the A-IHL saddle design moisture indicator is ideal for large diameter tubing.

• Highest sensitivity moisture indicator available
• Hermetic, leak-free construction
• Single indicator for all common refrigerants
• Accurate color calibration at low ppm levels and higher temperatures
• Wide angle viewing/high visibility window for ease of monitoring
• Solid copper connections
• All brass corrosion resistant body for fewer leaks

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White Rodgers Cooling Controls moisture indicators are designed to provide an accurate method of determining the moisture content of a system's refrigerant. The HMI is the highest sensitivity moisture indicator available and it detect moisture at 3% relative humidity (RH) providing plenty of time to make necessary adjustments before any damage is done. The Copeland AMI moisture indicator features a take-apart design for easier repair and the A-IHL saddle design moisture indicator is ideal for large diameter tubing.

• Highest sensitivity moisture indicator available
• Hermetic, leak-free construction
• Single indicator for all common refrigerants
• Accurate color calibration at low ppm levels and higher temperatures
• Wide angle viewing/high visibility window for ease of monitoring
• Solid copper connections
• All brass corrosion resistant body for fewer leaks

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White Rodgers Cooling Controls moisture indicators are designed to provide an accurate method of determining the moisture content of a system's refrigerant. The HMI is the highest sensitivity moisture indicator available and it detect moisture at 3% relative humidity (RH) providing plenty of time to make necessary adjustments before any damage is done. The Copeland AMI moisture indicator features a take-apart design for easier repair and the A-IHL saddle design moisture indicator is ideal for large diameter tubing.

• Highest sensitivity moisture indicator available
• Hermetic, leak-free construction
• Single indicator for all common refrigerants
• Accurate color calibration at low ppm levels and higher temperatures
• Wide angle viewing/high visibility window for ease of monitoring
• Solid copper connections
• All brass corrosion resistant body for fewer leaks

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Parker Sight Glass Moisture Indicator
The Parker PSG Moisture and Liquid Indicator combines the two functions of moisture and liquid indication into a single economical product. It takes the guess work out of servicing refrigeration and air conditioning equipment. The PSG assists the technician in determining the state of the circulating refrigerant at a particular location and if a safe moisture level exists in the system. Excessive moisture in refrigerant systems can cause unwanted chemistries such as hydrolysis of lubricants and other materials, corrosion of metals, copper plating, ice formation at the metering device and a chemical change in the motor insulation of a hermetic compressor.,

Parker Sight Glass Moisture Indicator
The Parker PSG Moisture and Liquid Indicator combines the two functions of moisture and liquid indication into a single economical product. It takes the guess work out of servicing refrigeration and air conditioning equipment. The PSG assists the technician in determining the state of the circulating refrigerant at a particular location and if a safe moisture level exists in the system. Excessive moisture in refrigerant systems can cause unwanted chemistries such as hydrolysis of lubricants and other materials, corrosion of metals, copper plating, ice formation at the metering device and a chemical change in the motor insulation of a hermetic compressor.,
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Parker PSG-3S