Air Fittings & Tubing

D P M Part No.

KJ

P. 34 P. 34 KQ2L T KQ2T P. 34 KQ2H Use to branch line from female thread in both 90 directions. VMG Branch Y Male run tee Gasket Use to branch line in the same direction from female thread and in 90 direction. KQ2U KQG P. 35 P. 35 KQ2Y P. 36 Use to branch line in the same direction from female thread.

Vacuum Unit

, Description (Pressure Switch for Vacuum) p. 22 Pressure Switch for Vacuum with Energy Saving Function Specifications, Internal Circuit and Wiring Example p. 23 Port Layout Standard Products p. 24 Option -D p. 26 Option -L p. 29 Construction p. 31 Replacement Parts for Single Unit / How to Order p. 32 Exploded View of Manifold p. 33 Dimensions p. 35 Electrical Wiring Specifications

<br>③ Manifolds with kits other than the serial transmission kit (“S”), which includes options “F,” “L,” “M,” “P,” and “T,” do not have common polarity. Therefore, it is acceptable to mount either VQC1000/2000 positive common or negative common valves. However, it is not possible to mix them. The wiring also depends on the common polarity of the valves.

<br>② For the standard type, the part number is “VHK2A-02S-06F.” In July 2019, the VHK series was refreshed as the VHK-A series. The knob is now equipped with a function to prevent the knob from coming out, but the specifications and dimensions are the same as those of the existing product. Refer to the catalog for the different 1 (P) and 2 (A) combinations.

<br>Note 1) There is no external pilot type VFS1000 or VFR6000 series valve.<br>Note 2) Although there is an external pilot type VFR4000/5000 series 3-position valve, it cannot be used in this way because the P port needs to be pressurized.

NAME

Operation tinre @ntinuous (ShourVday) =1.Syears Clean Air for Clean Room Seruice Clean roorn Comgessed ait C Supa Mist Seoarator q/silem B/Blcrrviq air b partsdebning ODerry pcint: -58'F or less (Atnospheric p(essure), OEfficiency: Less than 100 particles 0.3 microns ol1 larger per cubic foot.

Air Pilot Operated Series NVSA

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3 Way,3 Port Solenoid Valve NVZ Series

A A afll-'h s-zl;lh P R P R (external pilot type) A A , A;Tt-Zb gzt;]ri! , P R P R Model Specifications Air and inert 20-100 PSI (1.5"7kgf/cm,) VAC-1 10Torr 20-1OoPS|(15-7ksflcm'?) N,lax. 120'F (50'C) 20 ms or less (7OPS|) 600 cpm , Slotted Knob locking type Individual, Common Not (Use turbine oil # 1 (lSO VG32) if lubrication is Drovided.)

NVZseies

A A afll-'h s-zl;lh P R P R (external pilot type) A A , A;Tt-Zb gzt;]ri! , P R P R Model Specifications Air and inert 20-100 PSI (1.5"7kgf/cm,) VAC-1 10Torr 20-1OoPS|(15-7ksflcm'?) N,lax. 120'F (50'C) 20 ms or less (7OPS|) 600 cpm , Slotted Knob locking type Individual, Common Not (Use turbine oil # 1 (lSO VG32) if lubrication is Drovided.)

Magnet: P (Built-in Strong Magnet), Clevis Width: A (16.5mm), Bore Size: 50mm, Port Type: TN (NPT), Stroke: 100mm, Accessories: Y (Dbl Knuckle Joint, M6 w/o Tap), Pedestal: None, Locking Direction: B (Retraction Locking), Port Position: Port on Top, By-pass Piping on Left, Switch Mtg Rod Position: R (Right), Auto Switch: P74--Reed, DC Volt, AC Volt, High Magnetic Field Resistant, 2 Wire,

Magnet: P (Built-in Strong Magnet), Clevis Width: A (16.5mm), Bore Size: 63mm, Port Type: TN (NPT), Stroke: 100mm, Accessories: Y (Dbl Knuckle Joint, M6 w/o Tap), Pedestal: None, Locking Direction: B (Retraction Locking), Port Position: Port on Top, By-pass Piping on Left, Switch Mtg Rod Position: R (Right), Auto Switch: P74--Reed, DC Volt, AC Volt, High Magnetic Field Resistant, 2 Wire,

Magnet: P (Built-in Strong Magnet), Clevis Width: A (16.5mm), Bore Size: 50mm, Port Type: TF (G), Stroke: 100mm, Accessories: Y (Dbl Knuckle Joint, M6 w/o Tap), Pedestal: None, Locking Direction: B (Retraction Locking), Port Position: Port on Top, By-pass Piping on Left, Switch Mtg Rod Position: R (Right), Auto Switch: P79W--Reed, 2-color Indication, High Magnetic Field Resist., 2 Wire, Lead

Magnet: P (Built-in Strong Magnet), Clevis Width: A (16.5mm), Bore Size: 63mm, Port Type: TF (G), Stroke: 100mm, Accessories: Y (Dbl Knuckle Joint, M6 w/o Tap), Pedestal: None, Locking Direction: B (Retraction Locking), Port Position: Port on Top, By-pass Piping on Left, Switch Mtg Rod Position: R (Right), Auto Switch: P79W--Reed, 2-color Indication, High Magnetic Field Resist., 2 Wire, Lead

Magnet: Built-in Strong Magnet, Clevis Width: 16.5mm, Bore Size: 50mm, Port Type: NPT, Stroke: 100mm, Accessories: Dbl Knuckle Joint, M6 w/o Tap, Pedestal: None, Locking Direction: Retraction Locking, Port Position: Port on Top, By-pass Piping on Left, Switch Mtg Rod Position: Right, Auto Switch: P74--Reed, DC Volt, AC Volt, High Magnetic Field Resistant, 2 Wire, Lead Wire or Prewired Connector

Magnet: Built-in Strong Magnet, Clevis Width: 16.5mm, Bore Size: 63mm, Port Type: NPT, Stroke: 100mm, Accessories: Dbl Knuckle Joint, M6 w/o Tap, Pedestal: None, Locking Direction: Retraction Locking, Port Position: Port on Top, By-pass Piping on Left, Switch Mtg Rod Position: Right, Auto Switch: P74--Reed, DC Volt, AC Volt, High Magnetic Field Resistant, 2 Wire, Lead Wire or Prewired Connector

Operation Method: Straight Advancing Stroke, Cylinder Diameter(Ø): 50, Stroke S(mm): 100, Support Type: Clevis, Rod Tip Shape: [Others] Clevis Type, Clamping Force(kN): 0.98, Max. Pressure(MPa): 1, Additional Function: No (Standard), Rod Motion: Double Acting Piece Rod, Operating Temperature Range(°C): -10～60, Auto Switches: P79WSE, Lead Wire Length(m): 0.3, The number of the switches: 2

Operation Method: Straight Advancing Stroke, Cylinder Diameter(Ø): 63, Stroke S(mm): 100, Support Type: Clevis, Rod Tip Shape: [Others] Clevis Type, Clamping Force(kN): 1.56, Max. Pressure(MPa): 1, Additional Function: No (Standard), Rod Motion: Double Acting Piece Rod, Operating Temperature Range(°C): -10～60, Auto Switches: P79WSE, Lead Wire Length(m): 0.3, The number of the switches: 2

Wedge Cam Operation Gripper Series MHK2

Refer to "Auto Switch Hysteresis" on P.24. Note 2) Refer to P.22 and 23 for auto switch specifications.

CEx-OMQ0011

ML2B32 15N Va 0.25m/s 0.5MPa L1 0.05m L2 0.05m W W 1 L L1 W W W M We M3 V M1 V <> W max=60N( Va P 19) a1= W = 15 =0.25 W max 60 M 2 max=2Nm( Va P 19) a2= M = 0.75 =0.375 M max 2 <> We=1.410VaW=1.4100.2515=52.2N M max=3.5Nm( V=1.4Va) M 3 WeL 1 =52.50.05 1 =0.88Nm 3 3 a3= M 3 = 0.88 =0.25 M 3max 3.5 M max=12Nm( V=1.4Va) M 1 WeL 1 1 =52.50.05 1 =0.88Nm 3 3 a4= M 1 =