AV-2-S0592 Explosion Proof High Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (1-1/2 NPT)

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

Explosion Proof High Pressure Stainless Ball Valves 110 VAC with EPS Positioner 4-20mA Input (1-1/2 NPT) are engineered to control pressurized fluid flows in environments where explosion risks exist. These valves serve industrial process controls in chemical processing, oil and gas production, and petrochemical facilities.

Key Features:
– Explosion Proof Design: Incorporates design measures to manage high pressure and potentially hazardous fluid conditions.
– Stainless Steel Construction: Uses corrosion-resistant materials suitable for chemically aggressive media and rigorous cleaning cycles.
– EPS Positioner Integration: Features an EPS positioner with a 4-20mA input for precise control and actuation in hazardous settings.
– High Pressure Operation: Rated at 2000PSI to handle demanding service conditions.
– Quick Response: A 90° cycle time of 30 s supports fast operational adjustments, reducing process downtime.

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

• Chemical Processing: Utilized in systems that require valves capable of handling corrosive media and maintaining safe operations under high pressure.
• Oil & Gas: Applied in refining and production processes where control of pressurized fluids is essential.
• Petrochemical Facilities: Employed for managing hazardous materials in environments with strict safety requirements.
• Power Generation: Incorporated in high-pressure fluid management where explosion proof operation is critical.
• Industrial Automation: Integrated in processes demanding precise actuation and reliable cycle performance.