Magnet: Built-in, Mounting: Through Hole, Standard, Bore Size: 32mm, Water Resistant: None, Port Thread: Bore 12, 16: M Thread; Bore 20 to 50: Rc, Stroke: 10mm, Action: Double Acting, Rod End: Round Bar Style, Direct Mount Switch Groove: None, Mounting Bolt: None, Auto Switch: M9PV--Solid State , Gen. Purpose, 3 Wire PNP, Vertical, Lead Wire or Prewired Connector: -, Number: -
Magnet: Built-in, Mounting: Through Hole, Standard, Bore Size: 32mm, Water Resistant: None, Port Thread: NPT, Stroke: 10mm, Action: Double Acting, Rod End: Round Bar Style, Direct Mount Switch Groove: None, Mounting Bolt: None, Auto Switch: M9PV--Solid State , Gen. Purpose, 3 Wire PNP, Vertical, Lead Wire or Prewired Connector: -, Number: -
Magnet: Built-in, Mounting: Basic, Bore Size: Ø4 mm, Stroke: 10 mm, Rod End Thread: With Thread, Auto Switch: M9PV--Solid State, Gen. Purpose, 3 Wire PNP, Vertical, 0.5M, Lead Wire or Prewired Connector: -, Number: -, Option: -
Magnet: Built-in, Mounting: Basic, Bore Size: Ø16 mm, Stroke: 10 mm, Rod End Thread: With Thread, Auto Switch: M9PV--Solid State, Gen. Purpose, 3 Wire PNP, Vertical, 0.5M, Lead Wire or Prewired Connector: -, Number: -, Option: -
Bore Size: 10mm, Finger Option: Standard Tap Mounting, Auto Switch: M9PV--Solid State, Gen. Purpose, 3 Wire PNP, Vertical, 0.5M, Lead Wire or Prewired Connector: -, Number: -
Bore Size: 10mm, Action: Double Acting, Auto Switch: M9PV--Solid State, Gen. Purpose, 3 Wire PNP, Vertical, Lead Wire or Prewired Connector: -, Number: -
Magnet: Built-in, Rod Type: Standard, Mounting: Both Ends Tapped, Bore Size: 12mm, Stroke: 10mm, Body Option: Standard (Rod End Female Thread), Auto Switch Groove: None (for 12-25 Bore w/o Magnet), Auto Switch: M9PV--Solid State , Gen. Purpose, 3 Wire PNP, Vertical, Lead Wire or Prewired Connector: -, Number: -
Magnet: Built-in, Rod Type: Standard, Mounting: Both Ends Tapped, Bore Size: 16mm, Stroke: 10mm, Body Option: Standard (Rod End Female Thread), Auto Switch Groove: None (for 12-25 Bore w/o Magnet), Auto Switch: M9PV--Solid State , Gen. Purpose, 3 Wire PNP, Vertical, Lead Wire or Prewired Connector: -, Number: -
Magnet: Built-in, Rod Type: Standard, Mounting: B [Through Hole (Standard)], Bore Size: 50mm, Stroke: 10mm, Body Option: Standard (Rod End Female Thread), Auto Switch Groove: None (for 12-25 Bore w/o Magnet), Auto Switch: M9PV--Solid State , Gen. Purpose, 3 Wire PNP, Vertical, Lead Wire or Prewired Connector: -, Number: -
Method: Double Acting, Main Body Shape: Square Shape, Gripping Force (Closed Side at 0.5 Mpa)(N): 11, Gripping Force (Open Side at 0.5 Mpa)(N): 17, Environment, Applications: Standard, Additional Function: With Linear Guide, Stroke Adjustment Mechanism: Not Provided, Cylinder internal diameter(mm): 10, Finger position / Options: Standard basic type, Body options: Basic type, Auto switch: M9PV
Magnet: Built-in, Mounting: B [Through Hole (Standard)], Type: Standard, Bore Size: 40mm, Port Thread Type: Rc: 32-100 Bore; M Thread 12 to 25 Bore, Stroke: 10mm, Body Option: Standard (Rod End Female Thread), Auto Switch Groove: None (for 12-25 Bore w/o Magnet), Mounting Bolt: None, Rod End Bracket: None, Auto Switch: M9PV--Solid State , Gen.
Magnet: Built-in, Mounting: B [Through Hole (Standard)], Type: Standard, Bore Size: 12mm, Port Thread Type: Rc: 32-100 Bore; M Thread 12 to 25 Bore, Stroke: 10mm, Body Option: Standard (Rod End Female Thread), Auto Switch Groove: None (for 12-25 Bore w/o Magnet), Mounting Bolt: None, Rod End Bracket: None, Auto Switch: M9PV--Solid State , Gen.
Magnet: Built-in, Mounting: B [Through Hole (Standard)], Type: Standard, Bore Size: 20mm, Port Thread Type: Rc: 32-100 Bore; M Thread 12 to 25 Bore, Stroke: 10mm, Body Option: Standard (Rod End Female Thread), Auto Switch Groove: None (for 12-25 Bore w/o Magnet), Mounting Bolt: None, Rod End Bracket: None, Auto Switch: M9PV--Solid State , Gen.
Magnet: Built-in, Mounting: Foot, Type: Standard, Bore Size: 20mm, Port Thread Type: Rc: 32-100 Bore; M Thread 12 to 25 Bore, Stroke: 10mm, Body Option: Standard (Rod End Female Thread), Auto Switch Groove: None (for 12-25 Bore w/o Magnet), Mounting Bolt: None, Rod End Bracket: None, Auto Switch: M9PV--Solid State , Gen.
Part Number Description: FINGER ASSY/MHQ2-10D S C Product Line: A Product Line Description: ACTUATOR Family Code: 506 Family Description: MHQ/MHP GRIPPERS Class Code: E1 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
Parallel Type Air Gripper MH*-OMC0028 PRODUCT NAME Parallel Type Air Gripper MODEL / Series / Product Number MHL2-10D* MHL2-16D* MHL2-20D* MHL2-25D* MHL2-32D* MHL2-40D* Contents 1. Safety Instructions 2. Product Specifications 3. Operating method or operation 3-1. Operating environment 3-2. Air supply 3-3. Lubrication 3-4. Mounting 3-5. Finger attachment 3-6. Selection 3-7.
*Through-hole mounting is not used when mounting the auto switch for the 90-MHZJ2-10D. *When using the perpendicular auto switch for 10, the fitting and auto switch could mutually interfere.
An auto switch for detecting the location can be mounted. 10D MHZ2-16D 20D 10DN MHZ2-16DN 20DN Tool stand Added to the standard tool adapter The height for setting a tool can be adjusted. An auto switch for detecting a tool can be mounted. (Series MA3 only) (Series MA3 only) Rotary actuated type MHR2-10 15 Refer to AHC system Series MA. 12-12-17
Double piston construction achieves compact design with strong holding force. q r Mounting is possible from 4 directions. e w Model Bore size Holding force (N) q w MHF2-8D MHZ2-10D 8 10 19 11 MHF2-12D MHZ2-20D 12 20 48 42 w e r MHF2-16D MHZ2-25D 16 25 90 65 MHF2-20D MHZ2-32D 20 32 141 158 Features 2 Series MHF2 Model Selection Model Selection Selection procedure Confirm gripping force Confirm
Test range Thermometer Equipment for test Pressure tap Pressure tap Restrictor in the downstream side Restrictor in the upstream side Flow meter 6d 2d 10d 20d Fig. (3) Test circuit based on IEC60534-2-3, JIS B 2005 20 Flow Characteristics Note) Use this graph as a guide. In the case of obtaining an accurate flow rate, refer to pages 16 to 20.