601 Pneumatic Tri-Clamp Coaxial Valve

Overview

The coaxial valve employs a body and actuator structure. The actuator aligns with the fluid pipeline axis (direction of fluid flow), which maximizes space efficiency. This alignment also minimizes the impact of fluid pressure differences on the valve’s opening pressure.

Technical Specification

Nominal pressure: 0-16bar (0-232Psi)

Control pressure: 3-8bar(43.5-116Psi)

Control medium: Clean compressed air, neutral gas, temperature ≤60℃

Valve body Material: CF8,CF8M

Valve seat seal material: Fluororubber FKM / Ethylene Propylene Diene Monomer EPDM

Applicable medium: FKM is suitable for most media, except steam

EPDM is used for hot water and steam, not suitable for oils, fuels, etc.

Ambient temperature: -10℃~ 80℃

Medium temperature: -20℃~ 150℃(FKM)

-20℃~ 130℃(EPDM)

Control type: Single action normally closed, normally open, double action normally closed, normally open, double action without spring

Connection type: Thread (BSP/BSP/NPT) Valve leakage level: DIN EN 12266 A level

Working Principle

The valve operates by using compressed air to move a piston, which opens and closes the valve. The design allows for minimal obstruction, enabling quick operation. Additionally, enhancements to the valve’s internal structure improve fluid flow and reduce pressure loss.

Advantages

1. Compact, aesthetic,durable: Stainless steel body, integrated piston and seal, installable in any direction.
2. Fast, efficient: Improved medium flow, fast switching, low pressure loss.
3. Vacuum resistant: Excellent sealing, suitable for vacuum pipelines.
4. Anti-clogging: Ideal for particle-rich, viscous, easily condensing media.
5. Maintenance-free: Single moving part (piston rod), no additional maintenance required.

 Applications:

Machine tool cooling, oil extraction, gas equipment, powder metallurgy, high-pressure washers, pressure grouting, bottle blowers, sewage and foaming equipment, high-pressure testing, laminar cooling, vacuum equipment.