Connectors and couplers

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MICRO-CONTROLE / Spectra-Physics

Fiber optic coupler / polarization-maintaining - 488 - 1 550 nm | F-PMC Series

These fiber optic couplers are known for utilizing evanescent wave coupling technologies in order to provide a fixed ratio...

Fiber optic coupler / polarization-maintaining - 488 - 1 550 nm | F-PMC Series

These fiber optic couplers are known for utilizing evanescent wave coupling technologies in order to provide a fixed ratio 2x2 coupler, with a high PER (Polarization Extinction Ratio), as well as low insertion loss.

Other important advantages can be derived from the lack of deformation at the wave-guide core levels. In addition, since the two Panda fiber halves are in direct contact, the couplers are even more resistant to factors such as environmental effects and aging.

Coupler - ø 8 - 15 mm, max. 450 bar | SBA

Connection of hydraulic components on static and dynamic test benches
Connection of pumps, cylinders and directional control valves

The anti-pollution generation

A design that eliminates residual dead internal...

Coupler - ø 8 - 15 mm, max. 450 bar | SBA

Connection of hydraulic components on static and dynamic test benches
Connection of pumps, cylinders and directional control valves

The anti-pollution generation

A design that eliminates residual dead internal volume:

Prevents a specific volume of oil from being released at every uncoupling operation
Prevents the introduction of the same specific volume of air at every coupling operation

Connection under residual pressure

Lowering of the residual pressure by a central relief valve built into the socket valve or the plug valve. Automatic opening of this valve releases the volume of oil necessary for the backward movement of the valve.
Automatic operation

Coupling and uncoupling in one movement, one-handed.
Instant visual circuit identification

Fast circuit identification by colored rings:

Colorless
Blue
Red

Hydraulics pneumatic multi-coupling docking system

Our multi-coupling systems offer a range of possibilities in terms of connections, diameter, flow rates and types of locking, all on a single plate....

Hydraulics pneumatic multi-coupling docking system

Our multi-coupling systems offer a range of possibilities in terms of connections, diameter, flow rates and types of locking, all on a single plate. A number of different energy and fluid sources can be connected simultaneously, without risk of error or impact on performance with regard to flow rate and tightness. Our RMI, RMP, SPC and CombiTac multi-couplings provide highly flexible, ready to use standardized systems. If you require a customized solution, we will partner with you to develop a complete multi-coupling system to optimize the efficiency of your specific operation.

Pneumatic multi-coupling docking system - ø 3 - 8 mm, max. 15 bar | CombiTac

CombiTac programme
Centralised connection of your energy circuits for...

Pneumatic multi-coupling docking system - ø 3 - 8 mm, max. 15 bar | CombiTac

CombiTac programme
Centralised connection of your energy circuits for process equipment.
Ideal for a connection frequency of 1 to 5 times a day.
Compressed air, coolants, industrial vacuum, electricity.
Modular assembly design for solutions perfectly adapted to your needs.
WAGO

Digital coupler / fieldbus - 767 series

The 767 Series Fieldbus Coupler uses digital inputs and works to link to another...

Digital coupler / fieldbus - 767 series

The 767 Series Fieldbus Coupler uses digital inputs and works to link to another I/O module either analog or digital, by allowing signals to be collected and disseminated right into the field depending on the required use. WAGO, the manufacturer of the Fieldbus Coupler provides an online catalog as well.

Fieldbus coupler - 100 Mbps, EtherCAT® | 750-354/000-001

Wago’s top of the line product that is greatly simplified compared with more simple methods in which all bus nodes are numbered consecutively according to their network location....

Fieldbus coupler - 100 Mbps, EtherCAT® | 750-354/000-001

Wago’s top of the line product that is greatly simplified compared with more simple methods in which all bus nodes are numbered consecutively according to their network location....
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