ISO Standard Hydraulic Cylinder Note 3) When using D-M9A(V), order stainless mounting screw kit BBA1 instead of the iron auto switch mounting brackets (BMB5-032, BA7-, BS5-125) in the table above, and use the M4 x 6L stainless set screws included.
Note 2) Lead wire entry is inward when the product is shipped. 81 Dual rod cylinder CXSL 1221CXS / 10-/1122Basic style / CXS6, CXSL6 10-/1122122163.5+ST ST 50+ST 8 5.5 16 2-3.4 through 15+1/2ST M3 x 0.5 x 5L 2.75 19 26.5 counter bore depth 3.3 14 1 OUT 3 3 (Hexagon socket head set screw) 1 3.2 5.6 (16) 280.2 280.2 22.7 35 16 37 6.3 5 6 M2.5 x 0.45 x 6L M3 x 0.5 x 12.5L and M3 x 0.5 (Hexagon
Note Bracket A ZS-50-A Interchangeable with ISE70 With 2 mounting screws (M4 x 6L) Bracket B ZS-50-B With 2 mounting screws (M4 x 6L) Lead wire with M12 connector: Straight ZS-31-B Lead wire length: 5 m Lead wire with M12 connector: Right-angled ZS-31-C Lead wire length: 5 m 6 ISE70/71 Series For pressure switch precautions and specific product precautions, refer to the Operation Manual on
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit.? VV061 series model has an optional?power saving circuit that can be used for long-term continuous duty.?
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit.? VV061 series model has an optional?power saving circuit that can be used for long-term continuous duty.?