AV-2-S0587 Explosion Proof High Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (3/8 NPT)

Explosion Proof High Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (3/8 NPT) Description

This valve serves to regulate and isolate high-pressure fluid streams in environments presenting explosion hazards. It is suited for industries such as chemical processing, petrochemical systems, and high-pressure sanitation installations where secure fluid control is essential.

Key Features:
– Explosion Proof Construction: Configured to maintain integrity in explosive atmospheres without compromising performance.
– High Pressure Endurance: Rated to operate at pressures up to 2000PSI, ensuring functionality under demanding conditions.
– EPS Positioner Integration: Equipped with an EPS positioner featuring a 4-20mA input for accurate position control.
– Stainless Steel Fabrication: Manufactured from stainless steel for enhanced resistance to corrosion and environmental degradation.
– Rapid Cycle Capability: Completes a 90° rotation in 20 seconds, aiding in time-sensitive operational scenarios.

Explosion Proof High Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (3/8 NPT) Specifications

The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Explosion Proof High-Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (3/8 NPT) Applications

• Chemical Processing: Utilized for precise fluid regulation in systems requiring strict control under high-pressure conditions.
• Petrochemical: Implements accurate valve timing in pipelines and equipment exposed to aggressive process conditions.
• Sanitary Systems: Applied in controlled sanitary installations where fluid isolation is critical.
• Waste Management: Facilitates secure operation in environments with variable pressure loads.
• Marine Applications: Supports fluid control in coastal facilities where corrosion resistance and high-pressure stability are needed.