AV-2-S0588 Explosion Proof High Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (1/2 NPT)

Explosion Proof High-Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (1/2 NPT) Description

Explosion Proof High Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (1/2 NPT) is designed to regulate fluid flow in systems where both sanitary conditions and safety in explosive atmospheres are required. It finds applications in chemical processing, petrochemical installations, and industrial water treatment environments where precise control and spark prevention are critical.

Key Features:
– Explosion Proof Design: Minimizes ignition risks in environments with flammable gases or vapors.
– High Pressure Capacity: Supports operations up to 2000PSI, ensuring effective fluid handling under extreme conditions.
– Stainless Steel Construction: Offers resistance to corrosion and maintains integrity in sanitary applications.
– Seal Integrity: Utilizes braided graphite/Viton seals to maintain tight shut-off performance during repeated cycles.
– Integrated EPS Positioner: Features an EPS positioner with a 4-20mA input for accurate valve control.

Explosion Proof High-Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (1/2 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 (1/2 NPT) Applications

• Chemical Processing: Manages fluid control where reactive substances require safe containment.
• Petrochemical Installations: Provides controlled operation in settings that must avoid ignition risks.
• Industrial Water Treatment: Regulates high-pressure systems for efficient treatment processes.
• Food & Beverage Processing: Ensures sanitary fluid management in environments with strict hygiene standards.
• Energy Production: Controls fluid isolation in systems that involve high-pressure dynamics.