SMC Corporation of America
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Search Results "MHKL2-12D1-M9BL"

DBL ACT SW CAP, ACTUATOR, MHK2/MHKL2 GRIPPER, HE, 20MM MHK2/MHKL2 DBL ACT SW CAP, 0.95398 lb

SGL ACT SW CAP, ACTUATOR, MHK2/MHKL2 GRIPPER, IT, 25MM MHK2/MHKL2 SGL ACT SW CAP, 1.24561 lb

The MHK2 gripper is standard with a dust cover for protection against direct exposure to harsh environments * and has optional stainless steel fingers., 25MM MHK2/MHKL2 DBL ACT SW CAP, ACTUATOR, MHK2/MHKL2 GRIPPER, IE, 25MM MHK2/MHKL2 DBL ACT SW CAP, 1.45749 lb

The MHK2 gripper is standard with a dust cover for protection against direct exposure to harsh environments * and has optional stainless steel fingers., GRIPPER, PARALLEL WEDGE CAM, ACTUATOR, MHK2/MHKL2 GRIPPER, FE, 12MM MHK2/MHKL2 DBL ACT SW CAP, .49824 lb, ModelApplicable boltsMax. screw-in depth l mmMHKL2-12M3 x 0.50.745

MHK2/MHKL2 GRIPPER. GRIPPER, PARALLEL WEDGE CAM. ACTUATOR. 20MM MHK2/MHKL2 DBL ACT SW CAP. .97563 lb. HE.

MHK2/MHKL2 GRIPPER. GRIPPER, PARALLEL WEDGE CAM. ACTUATOR. 16MM MHK2/MHKL2 DBL ACT SW CAP. .62130 lb. GE.

MHK2/MHKL2 GRIPPER. GRIPPER, PARALLEL WEDGE CAM. ACTUATOR. 25MM MHK2/MHKL2 DBL ACT SW CAP. 1.50454 lb. IE.

The MHK2 gripper is standard with a dust cover for protection against direct exposure to harsh environments * and has optional stainless steel fingers., GRIPPER, PARALLEL WEDGE CAM, ACTUATOR, MHK2/MHKL2 GRIPPER, HE, 20MM MHK2/MHKL2 DBL ACT SW CAP, .96452 lb

The MHK2 gripper is standard with a dust cover for protection against direct exposure to harsh environments * and has optional stainless steel fingers., GRIPPER, PARALLEL WEDGE CAM, ACTUATOR, MHK2/MHKL2 GRIPPER, FT, 12MM MHK2/MHKL2 SGL ACT SW CAP, .46297 lb, ModelApplicable boltsMax. screw-in depth l mmMHKL2-12M3 x 0.50.745

Part Number Description: FINGER ASSY (MHKL2)   Product Line: A   Product Line Description: ACTUATOR   Family Code: 513   Family Description: MHK2/MHKL2 GRIPPER   Class Code: I1   Part Code: 2   Reference Code:  J   This is a custom made item that is NOT returnableClick here to report information errorImage shown may not match exact part number

Finger Stroke: Standard, Bore Size: 12mm, Action: D (Double Acting), Finger Material: 1 (Stainless Steel)

Bore Size: 12mm, Thread: M Thread:8~25 Bore, Rc: 32 Bore, Stroke: 12mm, Finger Option: 1 (Tapped on Upper and Lower Faces)

Bore Size: 12mm, Action: Double Acting, Finger Option: Side Tapped Mounting, Auto Switch: -, Lead Wire or Prewired Connector: -, Number: -, Made to Order: -

How Grip: Pinch, Chuck Type / Open, Chuck Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 24, Closed Dimension L2(mm): -, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape (Flat Shape), Gripping Force (Closed Side at 0.5 Mpa)(N): 48, Gripping Force (Open Side at 0.5 Mpa)(N): 48, Environment, Applications: Standard, Additional Function: With Linear

How Grip: Pinch, Parallel Type / Open, Parallel Type, Number of Fingers: 2 Pcs., Open Dimension L1(mm): 13, Closed Dimension L2(mm): 9, Type: [Main Body] Body, Operation Method: Double Acting, Main Body Shape: Square Shape, Gripping Force (Closed Side at 0.5 Mpa)(N): 15, Gripping Force (Open Side at 0.5 Mpa)(N): 16, Environment, Applications: Dust Resistant / Drip-Proof, Additional Function

Number Of Fingers(pcs.): 2, Cylinder inner diameter(ø): 12, Port thread type: M screw, Stroke(mm): 12, Finger option: Top/bottom surface tap, Stroke adjuster: Not available, Scraper: Not available, Auto switch: Without auto switch (built-in magnet), Lead wire length(m): N/A, Number of auto switches: N/A, Connector Type: N/A, Made-to-order specifications: N/A

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