Parker Skinner | Valves | Solenoid Valves (9 results found)

Parker Skinner
3000 Series 2-Way Miniature Direct Acting Valves
Key Features 1/8" NPT Brass and Stainless Steel Applications Instrumentation Equipment Analyzers and Diagnostic  Equipment Medical and Dental  Equipment ... More >
Parker Skinner
20C Series 2-Way Miniature Direct Acting Valves
Sizes 1/8 NPT Standard Voltages AC 24/60 120/60–110/50 240/60–220/50 DC – 12, 24 ... More >
Parker Skinner
209 & 309 Series Solenoid Valve Manifolds for Parker Skinner Cartridge Valves
Key Features Improved System Reliability Reduced Fittings, Tubing, and Potential Leak Paths Simplified Purchashing, Installation, and Testing Self-contained Cartridge ... More >
Parker Skinner
Media Isolated Solenoid Valves
Key Features Specially  designed for non-contaminating and corrosive applications The valves assure absolute purity and inertness to corrosion when used with a broad ... More >
Parker Skinner
CNG High Pressure Solenoid Valves
Key Features Valves range in flow for single and  multi-tank systems Wide pressure range of 0-4500 PSI  for working and maximum operating  tank pressure Max ... More >
Parker Skinner
CNG Low Pressure Solenoid Valves
Key Features 2 Way Normally Closed Brass Body, FKM & ECO Seals ECE R110 Approved Minimum Pressure Differential  is 10PSI and Maximum  Differential is 250PSI Media ... More >
Parker Skinner
CNG High Pressure Solenoid Valve with Integrated Filter
Key Features 2 Way Normally Closed Stainless Steel Body 12VDC and 24VDC Maximum Pressures: See Chart Media Temperature: -10°F to 180°F Power Consumption: 22 Watts ... More >
Parker Skinner
High Flow Direct Mount Namur Solenoid Valves
Key Features Compact Design High flow Rates up to 3.0 Cv Fail Safe Operation Outdoor Use Long Life Expectancy FM & CSA Approvals Reduced inventory Applications ... More >
Parker Skinner
Glycol Solenoid Control Valve
Key Features 2 Way Normally Closed -40°F to 180°F Ambient Pressure Range: 3 - 44 PSI Internal Bi-Directional Diode  Surge Suppression Electrical Connection:  ... More >