AV-2-S0609 Air Actuated High Pressure Ball Valves – Scotch Yoke (2 NPT)
| Parameter | Value |
| Size | 2 NPT |
| Material | Stainless Steel |
| Seal Options | Braided Graphite/(FKM) Viton |
Air Actuated High Pressure Ball Valves – Scotch Yoke (2 NPT) Description
The air actuated high pressure ball valves with Scotch Yoke mechanism are engineered for fluid control in sanitary systems and high-pressure pipelines. They serve industries such as water treatment, pharmaceutical processing, chemical manufacturing, and food and beverage production.
Key Features:
– Air Actuation: Utilizes compressed air to facilitate valve movement, allowing for swift and controlled operation.
– High Pressure Rating: Rated to operate reliably at 2000PSI, making it suitable for demanding high-pressure environments.
– Material Construction: Manufactured from stainless steel to resist corrosion and maintain hygienic conditions.
– Seal Integrity: Incorporates braided graphite/(FKM) Viton seals to address chemical exposure and pressure fluctuations.
– Mechanical Operation: The Scotch Yoke design minimizes moving parts, which simplifies maintenance and reduces wear over time.
Air Actuated High Pressure Ball Valves – Scotch Yoke (2 NPT) Specifications
| Parameter | Value |
| Size | 2 NPT |
| Material | Stainless Steel |
| Pressure | 2000PSI |
| Seal Options | Braided Graphite/(FKM) Viton |
The above product information is based on theoretical data and is for reference only. Actual specifications may vary.
Air Actuated High Pressure Ball Valves – Scotch Yoke (2 NPT) Applications
- Water Treatment: Applied to control flow and isolate sections in potable water systems with high-pressure requirements.
- Chemical Processing: Employed for managing fluid control in chemical pipelines where material compatibility is critical.
- Pharmaceutical Manufacturing: Utilized in sanitary setups to maintain process isolation and meet hygienic standards.
- Food and Beverage Production: Integrated into processing lines to uphold sanitary conditions and precise fluid management.
- Laboratory Systems: Deployed in high-pressure experimental setups requiring consistent and accurate fluid control.


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