The three-finger design of the MHS3 makes it ideal for gripping round objects and loading or unloading items from the chuck of a machine tool. 3 finger parallel style air gripper, Three fingers, Bore sizes: 16, 20, 30, 32, 40, 50, 63 (mm), Thirteen different switches in .5mm or 3mm lead wire lengths MHS3 GRIPPER, 3-FINGER. GRIPPER, 3-FINGER.

The three-finger design of the MHS3 makes it ideal for gripping round objects and loading or unloading items from the chuck of a machine tool. 3 finger parallel style air gripper, Three fingers, Bore sizes: 16, 20, 30, 32, 40, 50, 63 (mm), Thirteen different switches in .5mm or 3mm lead wire lengths MHS3 GRIPPER, 3-FINGER. GRIPPER, 3-FINGER.

The three-finger design of the MHS3 makes it ideal for gripping round objects and loading or unloading items from the chuck of a machine tool. 3 finger parallel style air gripper, Three fingers, Bore sizes: 16, 20, 30, 32, 40, 50, 63 (mm), Thirteen different switches in .5mm or 3mm lead wire lengths MHS3 GRIPPER, 3-FINGER. GRIPPER, 3-FINGER.

Please contact us for the latest version.sales@ocaire.com, VS3(CLASS 3) BODY PT 1/2, VALVE, VS3 (CLASS 3) SOL VALVE 3-PORT, JA, VS3(CLASS 3) BODY PT 1/2, 3.72727 lb

Please contact us for the latest version.sales@ocaire.com, VS3(CLASS 3) BODY PT 1/2, VALVE, VS3 (CLASS 3) SOL VALVE 3-PORT, JA, VS3(CLASS 3) BODY PT 1/2, 2.53257 lb

Please contact us for the latest version.sales@ocaire.com, VS3(CLASS 3) BODY PT 1/2, VALVE, VS3 (CLASS 3) SOL VALVE 3-PORT, JA, VS3(CLASS 3) BODY PT 1/2, 1.76369 lb

Please contact us for the latest version.sales@ocaire.com, VS4(CLASS 3) BASE MT 3/8, VALVE, VS4 (CLASS 3) SOL 4/5 PORT, QG, VS4(CLASS 3) BASE MT 3/8, 6.50363 lb

Please contact us for the latest version.sales@ocaire.com, VS4(CLASS 3) BASE MT 3/8, VALVE, VS4 (CLASS 3) SOL 4/5 PORT, QG, VS4(CLASS 3) BASE MT 3/8, 6.50363 lb

Please contact us for the latest version.sales@ocaire.com, VS3(CLASS 3) BODY PT 1/2, VALVE, VS3 (CLASS 3) SOL VALVE 3-PORT, JA, VS3(CLASS 3) BODY PT 1/2, 2.7658 lb

Please contact us for the latest version.sales@ocaire.com, VS3(CLASS 3) BODY PT 1/2, VALVE, VS3 (CLASS 3) SOL VALVE 3-PORT, JA, VS3(CLASS 3) BODY PT 1/2, 2.866 lb

Please contact us for the latest version.sales@ocaire.com, VS3(CLASS 3) BODY PT 1/4, VALVE, VS3 (CLASS 3) SOL VALVE 3-PORT, FA, VS3(CLASS 3) BODY PT 1/4, 2.83844 lb

Please contact us for the latest version.sales@ocaire.com, VS4(CLASS 3) BASE MT 3/8, VALVE, VS4 (CLASS 3) SOL 4/5 PORT, QE, VS4(CLASS 3) BASE MT 3/8, 4.51716 lb

Please contact us for the latest version.sales@ocaire.com, VS4(CLASS 3) BASE MT 3/8, VALVE, VS4 (CLASS 3) SOL 4/5 PORT, QE, VS4(CLASS 3) BASE MT 3/8, 4.40924 lb

No-lubrication and dry-air operation is possible.3 port direct operated valve, metal seal, Body ported or base mounted, Fluid: air, inert gas, Operating pressure range: 0 to 1.0MPa, Response time: 10ms or less (AC), 45ms or less (DC), VS3(CLASS 3) BODY PT 1/4, VALVE, VS3 (CLASS 3) SOL VALVE 3-PORT, FA, VS3(CLASS 3) BODY PT 1/4, 2.11643 lb

Please contact us for the latest version.sales@ocaire.com, VS4(CLASS 3) BASE MT 3/8, VALVE, VS4 (CLASS 3) SOL 4/5 PORT, QF, VS4(CLASS 3) BASE MT 3/8, 5.08999 lb

Please contact us for the latest version.sales@ocaire.com, VS3(CLASS 3) BODY PT 1/2, VALVE, VS3 (CLASS 3) SOL VALVE 3-PORT, JA, VS3(CLASS 3) BODY PT 1/2, 2.62519 lb

VEX3 series valves are 3-way 3-position closed center type valves.
While a normal 3-port valve’s ON/OFF is performed by turning a single solenoid ON/OFF, VEX3 series valves have a double solenoid, allowing for the switching between flow paths to be performed by turning 2 solenoids ON/OFF. All ports are closed when both solenoids are OFF.

An SMC 3-position valve with 3 manual operating methods added.Features · Intermediate stopping of cylinders with a maximum ø125 (diameter 125 mm) is possible.· Power consumption: 1 W.· Body ported type.· Body type: Air-operated type S / pilot solenoid type.· Thread type: Rc, G, NPT.· Operating method: External pilot solenoid type / Internal pilot solenoid type.

PFMV5 is a low flow analog sensor compatible with air and nitrogen.  It is intended to provide more reliable detection of suction of small components than can be achieved with a pressure sensor.  The very low flow rate ranges can also support leak detection.  Its small size permits deployment into areas with tight clearance, or manifold arrangements with a small footprint.  The sensor includes