
STBL-SO Series – Single Touch Ball Lock with Shut-Off
The STBL-SO Series is an advanced quick coupling solution engineered for rapid clamping and de-clamping of pipes used in fuel lines, cooling systems, and similar fluid handling systems. Designed specifically for low-pressure applications, it offers a tool-free, single-touch locking mechanism that significantly reduces operator effort and cycle time.
With its integrated shut-off valve, the STBL-SO prevents fluid spillage or contamination during disconnection, ensuring cleaner and safer operations. The superior dual-seal design guarantees high reliability and repeatability, even across multiple connect-disconnect cycles.
Key features -
1) One-touch locking for fast and reliable engagement.
2) Internal shut-off valve to prevent fluid loss and maintain cleanliness.
3) Dual-sealing technology for enhanced leak-proof performance.
4) Robust construction suitable for various pipe-end geometries (flares, beads, barbs, flanges, etc.).
5) Designed for low-pressure system compatibility.
Key Benefits -
1) Quick and simple operation – no tools or complex maneuvers required.
2) First-time-right connection reduces error rates and retesting.
3) Improved test bench productivity through faster connection cycles.
4) No fluid loss or drips at disconnection point – critical for cleanroom or sensitive environments.
5) Minimized operator fatigue due to ergonomic, low-effort design.
6) Long service life even in repetitive-use scenarios.
Technical Highlights -
1) Automotive fuel line and cooling system testing.
2) Leak testing and functional validation on assembly lines.
3) Quick connect for low-pressure hydraulic or pneumatic setups.
4) R& D lab environments requiring frequent pipe changes.
5) Operating Pressure Range: Suitable for low-pressure systems (specifications available upon request).
6) Temperature Range: Customizable to match testing/environmental needs.
7) Material Options: Available in corrosion-resistant and chemical-compatible grades.
8) Connection Sizes: Wide range of diameters available to suit diverse pipe configurations.
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