Sanitary Motorized Ball Valve Clamp
- Model:
- Place of Origin:
- Wenzhou, China
- Material:
- SS304/SS316L
- Connection:
- Welded
- Packing:
- Suitable Packing for Sea/Air Transport
- Payment:
- T/T, L/C, Western Union
- Medium:
- Water, Oil, Gas
- Pressure:
- 0-10Bar
A sanitary ball valve with manual lever operation, butt-weld ends, and a three-piece stainless steel body provides positive shutoff in hygienic process lines. The listed configuration uses SS304 or SS316L construction with PTFE sealing. It is intended for applications across food, beverage, wine, pharmaceutical, and chemical processing, subject to material compatibility and operating requirements.
What the Three Piece Body Changes During Maintenance
The three-piece construction separates the central valve section from its end connectors, allowing access to internal components when the installation provides adequate service clearance. The ball rotates a quarter turn to open or close the flow path, while the PTFE seat forms the sealing interface around the ball.
Butt-weld connections create permanent joints with compatible tubing. Compared with a clamp ball valve, a welded configuration reduces detachable joints but requires the pipeline layout and maintenance plan to account for the permanent connections.
Matching Stainless Grades and PTFE Seats to the Process
| Selection Factor | Practical Check |
|---|---|
| Body material | Choose SS304 or SS316L according to corrosion exposure. |
| Seat material | Confirm PTFE compatibility with the medium and cleaning agents. |
| Tube dimensions | Match the valve ends to the tube outside diameter and wall thickness. |
| Operating pressure | Verify the rated pressure for the selected size and service conditions. |
| Temperature range | Confirm the limits for the body, seat, and process medium. |
The published specifications list a working pressure of 0–10 bar, a temperature range of −40°C to +150°C, and sizes from 1/2 to 6 inches (DN15–DN150). The allowable operating envelope should be confirmed for the exact configuration before installation.
When Manual Isolation Needs Motorized Control
Manual operation suits local shutoff where direct access is available. For remote switching or automated production sequences, a sanitary motorized ball valve may provide more convenient control. Actuator torque, cycle frequency, feedback requirements, and washdown conditions should be defined before selecting an automated arrangement.
A sanitary valve specification should also clarify the required connection standard and any documentation needed for material traceability or hygienic compliance.
Checking Seat Integrity and Ball Cavity Conditions
Routine inspection should cover the PTFE seat, ball surface, stem seal, and body joints. For processes involving frequent cleaning cycles, the valve cavity and seat design should be reviewed for retained product and cleaning compatibility. If cavity-filled seats are required, their availability must be confirmed for the selected model.
A defined maintenance routine, matched to the process medium and operating conditions, supports reliable shutoff and consistent service performance.
Product Parameter
