S coupler series KK employs a unique connection method. A slim body design and large effective area are achieved with a construction that does not use steel balls or valve springs and therefore does not restrict the flow path. Together with a reduction of the body size, pressing parts and resin parts are used to achieve an overall weight reduction.

S coupler series KK employs a unique connection method. A slim body design and large effective area are achieved with a construction that does not use steel balls or valve springs and therefore does not restrict the flow path. Together with a reduction of the body size, pressing parts and resin parts are used to achieve an overall weight reduction.

S coupler series KK employs a unique connection method. A slim body design and large effective area are achieved with a construction that does not use steel balls or valve springs and therefore does not restrict the flow path. Together with a reduction of the body size, pressing parts and resin parts are used to achieve an overall weight reduction.

S coupler series KK employs a unique connection method. A slim body design and large effective area are achieved with a construction that does not use steel balls or valve springs and therefore does not restrict the flow path. Together with a reduction of the body size, pressing parts and resin parts are used to achieve an overall weight reduction.

S coupler series KK employs a unique connection method. A slim body design and large effective area are achieved with a construction that does not use steel balls or valve springs and therefore does not restrict the flow path. Together with a reduction of the body size, pressing parts and resin parts are used to achieve an overall weight reduction.

S coupler series KK employs a unique connection method. A slim body design and large effective area are achieved with a construction that does not use steel balls or valve springs and therefore does not restrict the flow path. Together with a reduction of the body size, pressing parts and resin parts are used to achieve an overall weight reduction.

S coupler series KK employs a unique connection method. A slim body design and large effective area are achieved with a construction that does not use steel balls or valve springs and therefore does not restrict the flow path. Together with a reduction of the body size, pressing parts and resin parts are used to achieve an overall weight reduction.

S coupler series KK employs a unique connection method. A slim body design and large effective area are achieved with a construction that does not use steel balls or valve springs and therefore does not restrict the flow path. Together with a reduction of the body size, pressing parts and resin parts are used to achieve an overall weight reduction.

18G1/2 1 2:20 dm3/(s bar) (100mm2) 2 3:22 dm3/(s bar) (110mm2)G1/2 0.26G1/2 1 2 5.32 3 5.85.0 MPa0.5 to 5.0 MPa?5 to 80C?

Series PA is a double acting, compact, large capacity diaphragm pump suitable for transfer and recovery of a wide variety of fluids. The PA series is available in 3 types; automatically operated, air operated or automatically operated with a built-in pulsation attenuator.

S.; Repeatability: ±1% F. S.

S.; Repeatability: ±1% F. S.

I/O and actuator cables are also identical to the standard LEY Body sizes: 16, 25, 40; Maximum work load: 100 kg (horizontal); 46 kg (vertical); Maximum speed: 800 mm/s (16mm lead, size 40); Maximum acceleration: 10, 000 mm/s ²; Stroke range: 30 to 500mm in 50mm increments; Positioning repeatability: ±0.02mm; Motor type: 24 VDC step motor with incremental A/B phase encoder

Body sizes: 16, 25, 40; Maximum work load: 100 kg (horizontal); 46 kg (vertical); Maximum speed: 800 mm/s (16mm lead, size 40); Maximum acceleration: 10, 000 mm/s²; Stroke range: 30 to 500mm in 50mm increments; Positioning repeatability: ±0.02mm; Motor type: 24 VDC step motor with incremental A/B phase encoder

The AR*S series standby regulator provides a simple, mechanical method of introducing a reduced, standby pressure to the Air Management System.  A non-relieving design, the AR*S allows the system to decay naturally to the standby pressure to minimize the air required to bring the system back to full pressure after a short idle period.

Body sizes: 16, 25, 40; Maximum work load: 100 kg (horizontal); 46 kg (vertical); Maximum speed: 800 mm/s (16mm lead, size 40); Maximum acceleration: 10, 000 mm/s²; Stroke range: 30 to 500mm in 50mm increments; Positioning repeatability: ±0.02mm; Motor type: 24 VDC step motor with incremental A/B phase encoder

The AR*S series standby regulator provides a simple, mechanical method of introducing a reduced, standby pressure to the Air Management System.  A non-relieving design, the AR*S allows the system to decay naturally to the standby pressure to minimize the air required to bring the system back to full pressure after a short idle period.

The AR*S series standby regulator provides a simple, mechanical method of introducing a reduced, standby pressure to the Air Management System.  A non-relieving design, the AR*S allows the system to decay naturally to the standby pressure to minimize the air required to bring the system back to full pressure after a short idle period.

The ISE20B-S is a digital pressure sensor with all standard features of the ISE20B, while integrating an M12 connection. M12 permits a stable connection for sensor installations outside a cabinet. The sensor has an informative, easy to read 3 screen, 3 color display.

The ZSE20B(F)-S is a digital vacuum sensor with all standard features of the ZSE20B(F), while integrating an M12 connection. M12 permits a stable connection for sensor installations outside a cabinet. The sensor has an informative, easy to read 3 screen, 3 color display.