AV-1-S0687 Electric Actuated PVC Butterfly Valves 110 VAC – On/Off Version (12 inches)
| Parameter | Details |
| Size | 12 inches |
| Material | PVC |
| Seal Options | EPDM |
Electric Actuated PVC Butterfly Valves 110 VAC – On/Off Version (12 inches) Description
Electric Actuated PVC Butterfly Valves 110 VAC – On/Off Version (12 inches) is used for controlling fluid flow in sanitary systems. Common applications include water treatment, chemical processing, and industrial cleaning systems.
Key Features:
– On/Off Operation: Uses a simple actuated mechanism for clear open/close states that simplifies control in automated systems.
– PVC Construction: Provides chemical resistance and lightweight design while meeting sanitary requirements.
– EPDM Sealing: Employs EPDM seals to maintain effective shutoff under a designated pressure rating.
– 110 VAC Operation: Integrates with standard AC power, allowing straightforward installation in industrial settings.
– 90° Cycle Time of 45: Offers a defined switching speed, reducing cycle variability and contributing to predictable system responses.
Electric Actuated PVC Butterfly Valves 110 VAC – On/Off Version (12 inches) Specifications
| Parameter | Details |
| Size | 12 inches |
| Material | PVC |
| Pressure | 120PSI |
| Seal Options | EPDM |
| 90° Cycle Time | 45 |
| Voltage | AC 110 |
*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.
Electric Actuated PVC Butterfly Valves 110 VAC – On/Off Version (12 inches) Applications
- Water Treatment: Applied in systems managing potable and process water where sanitary control is required.
- Chemical Processing: Utilized for controlling fluid paths in applications involving mild chemical substances.
- Industrial Cleaning: Integrated into cleaning systems requiring intermittent on/off flow control.
- Food & Beverage: Employed in sanitary lines where controlled fluid delivery is necessary.
- Pharmaceutical: Used for isolating fluid streams within production processes that demand minimal contamination.


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