: Cushion valve right, Cylinder with improved water resistance: N/A
, Cylinder Type: Rectangular, Cylinder Nominal Designation Size(φ): 20, Port thread type: Rc, Port position: N/A, Switch: A93V, Lead wire(m): 3, Number Of Switches: 2 pcs., Custom-made specifications: N/A, Connector Type: N/A, Type of Rod end thread: Female thread, Cylinder with improved water resistance: N/A
, Cylinder Type: Rectangular, Cylinder Nominal Designation Size(φ): 32, Port thread type: Rc, Port position: N/A, Switch: Y7BA, Lead wire(m): 3, Number Of Switches: 2 pcs., Custom-made specifications: N/A, Connector Type: N/A, Type of Rod end thread: Male thread, Cylinder with improved water resistance: N/A
, Cylinder Type: Rectangular, Cylinder Nominal Designation Size(φ): 32, Port thread type: Rc, Port position: N/A, Switch: Z73, Lead wire(m): 3, Number Of Switches: 2 pcs., Custom-made specifications: N/A, Connector Type: N/A, Type of Rod end thread: Male thread, Cylinder with improved water resistance: N/A
, Cylinder Type: Rectangular, Cylinder Nominal Designation Size(φ): 32, Port thread type: Rc, Port position: N/A, Switch: Z73, Lead wire(m): 5, Number Of Switches: 2 pcs., Custom-made specifications: N/A, Connector Type: N/A, Type of Rod end thread: Male thread, Cylinder with improved water resistance: N/A
, Cylinder Type: Rectangular, Cylinder Nominal Designation Size(φ): 63, Port thread type: Rc, Port position: N/A, Switch: M9BA, Lead wire(m): 3, Number Of Switches: 2 pcs., Custom-made specifications: N/A, Connector Type: N/A, Type of Rod end thread: Female thread, Cylinder with improved water resistance: N/A
, Cylinder Type: Rectangular, Cylinder Nominal Designation Size(φ): 63, Port thread type: Rc, Port position: N/A, Switch: M9BW, Lead wire(m): 3, Number Of Switches: 2 pcs., Custom-made specifications: N/A, Connector Type: N/A, Type of Rod end thread: Female thread, Cylinder with improved water resistance: N/A
The opening angle ranges from 30 to -10 degrees. A double piston mechanism provides a large amount of gripping force, while maintaining a compact design. The MHC series has a built in speed adjustment and a recessed groove for auto switches.
The opening angle ranges from 30 to -10 degrees. A double piston mechanism provides a large amount of gripping force, while maintaining a compact design. The MHC series has a built in speed adjustment and a recessed groove for auto switches.
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).
Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).
A hybrid regulator is created from a regulator and a solenoid valve with the electro-pneumatic regulator series VY1. A maximum effective area of 670mm² (2B) can be covered by the combination of an ultra-compact electro-pneumatic pilot valve (22.4 X 30 X 39) and a 3 port, high-capacity exhaust main regulator (VEX1*00 series).