AV-2-S0563 Electric Actuated High Pressure Stainless Ball Valves 24 VAC with EPS Positioner 4-20mA Input (3/8 NPT)

Electric Actuated High Pressure Stainless Ball Valves 24 VAC with EPS Positioner 4-20mA Input (3/8 NPT) Description

Electric Actuated High Pressure Stainless Ball Valves 24 VAC with EPS Positioner 4-20mA Input (3/8 NPT) serve to control high-pressure fluid flow in applications requiring sanitary processing. Suitable for industries including food processing, pharmaceutical manufacturing, and water treatment, the valve maintains fluid integrity even under dynamic operating conditions.

Key Features:
– Actuation Efficiency: Incorporates an electric actuator operating at 24 VAC, facilitating prompt and repeatable valve operation.
– Material Integrity: Manufactured from stainless steel to withstand 2000PSI, ensuring performance stability under high-pressure conditions.
– Seal Reliability: Uses braided graphite/Viton seals to reduce leakage risk and extend service intervals.
– Standardized Connection: Configured with 3/8 NPT connections, simplifying integration into existing piping systems.
– Cycle Consistency: Completes a 90° actuation cycle in 20 seconds, supporting predictable process control.

Electric Actuated High Pressure Stainless Ball Valves 24 VAC with EPS Positioner 4-20mA Input (3/8 NPT) Specifications

Parameter	Details
Size	3/8 NPT
Material	Stainless Steel
Pressure	2000PSI
Seal Options	Braided Graphite/Viton
90° Cycle Time	20 s
Voltage	DC 24

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

Electric Actuated High Pressure Stainless Ball Valves 24 VAC with EPS Positioner 4-20mA Input (3/8 NPT) Applications

Food Processing: Implements sanitary fluid control for ensuring separation and cleanliness during ingredient transfer.
Pharmaceutical Manufacturing: Maintains precise flow regulation under high-pressure conditions for consistent batch quality.
Water Treatment: Controls high-pressure water flow in processes requiring reduced contamination risks.
Chemical Processing: Provides actuation stability in environments with corrosive fluids.
Research Laboratories: Facilitates controlled experimental setups in high-pressure fluid systems.