Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Solenoid: No.1 Solenoid, Body Size: 5 (20A), Style: 0 (Energized Open/N.C.), Option: BC6, Copper Body & Shading Coil, NBR Seal, Class B Coil, Port Size: 04 [1/2 (20A)], Thread: Rc, Voltage: 8 (48VAC 50/60HZ), Lead Wire: D (DIN Connector), Surge Suppressor: S (Surge Suppressor)
Solenoid: No.1 Solenoid, Body Size: 5 (20A), Style: 0 (Energized Open/N.C.), Option: BC6, Copper Body & Shading Coil, NBR Seal, Class B Coil, Port Size: 06 [3/4 (20A)], Thread: N (NPT), Voltage: 8 (48VAC 50/60HZ), Lead Wire: D (DIN Connector), Surge Suppressor: S (Surge Suppressor)
Solenoid: No.1 Solenoid, Body Size: 5 (20A), Style: 0 (Energized Open/N.C.), Option: BC6, Copper Body & Shading Coil, NBR Seal, Class B Coil, Port Size: 06 [3/4 (20A)], Thread: Rc, Voltage: 8 (48VAC 50/60HZ), Lead Wire: D (DIN Connector), Surge Suppressor: S (Surge Suppressor)
Solenoid: No.3 Solenoid, Body Size: 9 (50A), Style: 0 (Energized Open/N.C.), Option: BC6, Copper Body & Shading Coil, NBR Seal, Class B Coil, Port Size: 20 [2 (50A)], Thread: T (NPTF), Voltage: 8 (48VAC 50/60HZ), Lead Wire: D (DIN Connector), Surge Suppressor: S (Surge Suppressor)
Port Size: 03 (3/8 Rc), Voltage: 8 (48VAC, 50/60Hz), Electrical Entry: D (DIN Terminal), Light & Surge Suppressor: S (Surge Suppressor)
Port Size: 3/8 Rc, Voltage: 48VAC, 50/60Hz, Electrical Entry: DIN Terminal, Light & Surge Suppressor: Surge Suppressor, Bracket: -
Solenoid: No.1 Solenoid, Body Size: 20A, Style: Energized Open/N.C., Option: BC6, Copper Body & Shading Coil, NBR Seal, Class B Coil, Port Size: 04 [1/2 (20A)], Thread: Rc, Voltage: 48VAC 50/60HZ, Lead Wire: DIN Connector, Surge Suppressor: Surge Suppressor
Solenoid: No.1 Solenoid, Body Size: 20A, Style: Energized Open/N.C., Option: BC6, Copper Body & Shading Coil, NBR Seal, Class B Coil, Port Size: 06 [3/4 (20A)], Thread: NPT, Voltage: 48VAC 50/60HZ, Lead Wire: DIN Connector, Surge Suppressor: Surge Suppressor
Solenoid: No.1 Solenoid, Body Size: 20A, Style: Energized Open/N.C., Option: BC6, Copper Body & Shading Coil, NBR Seal, Class B Coil, Port Size: 06 [3/4 (20A)], Thread: Rc, Voltage: 48VAC 50/60HZ, Lead Wire: DIN Connector, Surge Suppressor: Surge Suppressor
Solenoid: No.3 Solenoid, Body Size: 50A, Style: Energized Open/N.C., Option: BC6, Copper Body & Shading Coil, NBR Seal, Class B Coil, Port Size: 20 [2 (50A)], Thread: NPTF, Voltage: 48VAC 50/60HZ, Lead Wire: DIN Connector, Surge Suppressor: Surge Suppressor
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely
Series MIW is a slider guide cylinder, with two sequentially operating fingers. The sequential operation uses a mechanically interlocking cam mechanism in addition to control of air passage to the pistons for reliable separation of work pieces. Separation of the piston and fingers allows easy replacement of fingers for maintenance. Three different finger variations make it possible to freely