Ross 0889-0DLF Air EEZ-ON Lockout Solenoid Valve 2773B6085

ROSS 0889-0DLF Air EEZ-ON Lockout Solenoid Valve 2773B6085

The ROSS 0889-0DLF Air EEZ-ON Lockout Solenoid Valve, model number 2773B6085, is a high-performance pneumatic energy isolation valve designed to enhance safety and efficiency in industrial applications. This valve combines the essential functions of energy isolation and gradual pressurization, ensuring controlled startup and shutdown of pneumatic systems.

Key Features

• Energy Isolation: The valve provides a reliable means to isolate pneumatic energy, allowing for safe maintenance and servicing of equipment.
• Soft-Start Function: Integrated EEZ-ON® technology enables gradual re-application of downstream pressure, preventing rapid equipment movement during startup.
• Manual Lockout Capability: Designed to be lockable in the OFF position, ensuring compliance with safety standards and preventing inadvertent actuation.
• High Flow Capacity: Dirt-tolerant and wear-compensating design ensures quick response and high flow rates, enhancing system performance.
• Full-Size Exhaust Ports: Exhaust ports equal to or larger than the supply provide rapid exhaust of downstream air and are threaded for silencers or remote exhaust lines.
• Fluorocarbon Slipper Seals: These seals facilitate easy shifting, even after long periods of inactivity, ensuring consistent operation.

Specifications

• Port Size: 1″ NPT
• Function: 3-Way
• Voltage: 24 VDC
• Operating Pressure: 15 to 150 psig (1 to 10 bar)
• Ambient Temperature Range: 40 to 120°F (4 to 50°C)
• Media Temperature Range: 40 to 175°F (4 to 80°C)
• Fluid Media: Filtered Air
• Valve Body Material: Cast Aluminum
• Poppet/Spool Material: Acetal and Stainless Steel
• Seal Material: Buna-N
• Safety Category: Category 1
• Performance Level (PL) Rating: PL c
• Safety Integrity Level (SIL): SIL 2
• Certifications: EAC Declaration, CSA/UL Certification

The ROSS 0889-0DLF Air EEZ-ON Lockout Solenoid Valve 2773B6085 is engineered to meet stringent safety requirements while providing efficient and reliable control of pneumatic systems. Its robust construction and advanced features make it an ideal choice for applications requiring precise energy isolation and controlled pressurization.