AV-2-S0505 Air Actuated V-Port Stainless Ball Valves with Linit Switch – Rack & Pinion (2-1/2 NPT)
| Parameter | Value |
| Size | 2-1/2 NPT |
| Material | Stainless Steel |
| Seal Options | Teflon/Viton |
Air Actuated V-Port Stainless Ball Valves with Linit Switch – Rack & Pinion (2-1/2 NPT) Description
Air Actuated V-Port Stainless Ball Valves with Linit Switch – Rack & Pinion (2-1/2 NPT) is engineered for controlling sanitary fluid flow in high-pressure conditions. It supports processes in industries such as food processing, pharmaceuticals, water treatment, and biotechnology.
Key Features:
– Air Actuation: Utilizes compressed air to drive the valve, reducing the need for electrical components in sanitary applications.
– V-Port Geometry: Incorporates a V-shaped port to regulate flow dynamics and maintain adequate pressure control.
– Linit Switch Integration: Employs a rack and pinion mechanism coupled with a Linit switch for precise positional feedback.
– Stainless Steel Construction: Uses a specific stainless steel grade to resist corrosion and chemical exposure in sanitary environments.
– Seal Compatibility: Designed to work with Teflon/Viton seals to maintain effective sealing at 800PSI.
Air Actuated V-Port Stainless Ball Valves with Linit Switch – Rack & Pinion (2-1/2 NPT) Specifications
| Specification | Details |
| Size | 2-1/2 NPT |
| Material | Stainless Steel |
| Pressure | 800PSI |
| Seal Options | Teflon/Viton |
*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.
Air Actuated V-Port Stainless Ball Valves with Linit Switch – Rack & Pinion (2-1/2 NPT) Applications
- Food & Beverage: Applied in sanitary processing to manage fluid flow with strict hygiene requirements.
- Pharmaceuticals: Integrated into systems where chemical compatibility and material isolation are critical.
- Water Treatment: Utilized to regulate flow in installations requiring controlled pressure and secure sealing.
- Biotechnology: Employed in fluid handling processes where precise flow control and cleanability are essential.




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