Specifications:
The ENERGYSAVER® Valve is a 5/2 solenoid pilot valve designed for ISO 5599/I applications. It is rated for continuous duty with standard voltages of 100-110V at 50 Hz, 100-120V at 60 Hz, 200-240V at 50/60 Hz, and 24, 110V DC. Power consumption is 8.5 VA inrush and 6 VA holding on AC, and 6 watts on DC. The valve operates within an ambient temperature range of 40 to 120°F (4 to 50°C) and a media temperature range of 40 to 175°F (4 to 80°C). It uses 5-micron filtered air as the flow media and supports an inlet pressure of 60 to 120 psig (4 to 8 bar).

Standard Specifications:
The valve is designed to reduce cylinder retract pressure, thereby saving up to 30% in compressed air consumption. It is a 5-port, 2-position valve that supplies full line pressure to port 4 and reduced pressure to port 2, allowing for efficient cylinder operation.

Advantages:

• Reduces compressed air consumption by up to 30%.
• Compatible with existing ISO 5599/I valves without adaptation.
• Spool and sleeve construction enhances valve longevity.
• Reduces leakage and noise due to lower applied pressure.
• Extends the life of cylinders and other equipment.

Models and Dimensions:
The document lists various models for single and double solenoid configurations, with details on weight, ISO size, average Cv, and dimensions.

Operation:
When energized, the valve directs supply pressure to extend the cylinder at full force. Upon de-energizing, the valve shifts to reduce pressure, allowing the cylinder to retract efficiently. The valve functions as a fixed spring regulator in energy-saving mode, maintaining return pressure at approximately 30 psig (2 bar).

Application Warning:
At inlet pressures below 45 psig (3 bar), the valve will pressurize port 2 and exhaust port 4 regardless of solenoid signals, which must be considered in application design to prevent injury or damage.

Warranty and Contact Information:
Standard ROSS warranty and cautions apply. Contact information for ROSS offices worldwide is provided for further assistance.