AV-2-S0627 Electric Actuated PVC Ball Valves 24 VAC – On/Off Version (1/2 NPT)
| Parameter | Value |
| Size | 1/2 NPT |
| Material | PVC |
| Seal Options | Teflon/EPDM |
Electric Actuated PVC Ball Valves 24 VAC – On/Off Version (1/2 NPT) Description
Electric Actuated PVC Ball Valves 24 VAC – On/Off Version (1/2 NPT) are designed for sanitary fluid control in processes requiring chemical resistance and non-metallic construction. They are applicable in sectors such as water treatment, food processing, chemical handling, and pharmaceutical manufacturing.
Key Features:
– Electrical Operation: Uses a 24 V DC power supply for consistent actuation integrated with modern control systems.
– Material Construction: PVC body contributes to chemical inertness and low maintenance in suitable environments.
– Pressure Performance: With a rating of 232 PSI, the valve is capable of handling moderate operational pressures.
– Seal Integrity: Utilizes Teflon and EPDM seals to maintain performance against wear and chemical exposure.
– Cycle Efficiency: A 20-second cycle time meets applications where controlled actuation timing is necessary.
Electric Actuated PVC Ball Valves 24 VAC – On/Off Version (1/2 NPT) Specifications
| Specification | Details |
| Size | 1/2 NPT |
| Material | PVC |
| Pressure | 232PSI |
| Seal Options | Teflon/EPDM |
| 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 PVC Ball Valves 24 VAC – On/Off Version (1/2 NPT) Applications
- Food & Beverage: Used to regulate liquid flows during cleaning and processing without compromising sanitary conditions.
- Water Treatment: Implements effective control of water and effluent streams in treatment systems.
- Chemical Processing: Enables measured flow control in applications where non-metallic and corrosion-resistant features are required.
- Pharmaceutical: Supports hygienic processing and isolation in controlled environments.
- Laboratory: Assists in experimental setups demanding consistent fluid control and straightforward maintenance.



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