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ATEX VERSION (Explosion-Proof)
- Service-friendly manual override
- Energy-saving “Kick and Drop” or pulse coils
- Explosion-proof variants available on request
- Servo-assisted piston valve from DN8 to DN40
- Increased operational safety with pivoted armature technology
NEW
2/2 Solenoid Valve
จุดเด่นของ Type 6440
- Safety shut-off valve in fuel cell systems and other hydrogen applications
- Very compact solenoid valve with reliably high tightness and service life
- Available for up to orifice 12 mm and pressure range 40 bar
- Available as flange or cartridge variant for quick system integration
- Degree of protection IP65 or IP6K9K with automotive plug
2/2 Solenoid Valve
BURKERT – TYPE 6480 Servo-assisted 2/2-way piston valve up to 1000 bar
- Hydrogen-resistant screwed fluid housing
- Function test with forming gas at nominal pressure
- Piston system with mechanical seal bearings
- Explosion-proof design ATEX and IECEx
- Inspection holes for monitoring the process seal
2/2 Solenoid Valve
BURKERT – TYPE 6481 Servo-assisted 2/2-way piston valve up to 450 bar
- Hydrogen-resistant screwed fluid housing
- Function test with forming gas at nominal pressure
- Piston system with mechanical seal bearings
- Explosion-proof design ATEX and IECEx
- Inspection holes for monitoring the process seal
2/2 Solenoid Valve
จุดเด่นของ Type 7011 - 2/2 Way Direct-Acting Plunger Valve
- Explosion-proof variants
- Slipped over coil system
- Simple and fast flange or manifold mounting
- Direct-acting and compact small valve up to DN 2.4
- Quick coupling (push-in fitting) for push-in connectors
NEW
Air distribution
- Easy connection and quick setup
- Front and rear pressure gauge connection
- Available in three sizes with M5, G1/4 and G1/2 connections
- Anodized aluminum body
- IP65 protection rating
- Centesimal accuracy in regulation
Air distribution
- Modern industrial applications constantly require more sophisticated and better performing pneumatic components . Flexibility and adaptability are key factor when designing a machine. The possibility to change the application parameter during operation such as for example the speed of a cylinder or the force generated by a rotary actuator are beneficial to the designer.