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Product Information :

Name :
AUTOGRIP Machinery
Category :
  1. เครื่องจักร, อุปกรณ์เกี่ยวกับเครื่องจักร, เครื่องมือกล
Sub - Category :
  1. AUTOGRIP
Brand :
AUTOGRIP Machinery
Product Type :
  1. สินค้า, ผลิตภัณฑ์
Short Description :
AUTOGRIP Machinery

Product Detail :


Pneumatic Power Chuck
Pneumatic Power Chuck | 3-JAW
  • pneumatic chuck for the lathe.
  • Rotary chuck with built-in apneumatic cylinder, compact design, suitable for light machining. compatible to standard soft jaw/hard jaw.
  • Can be installed on a rotary table for indexing machining.
  • Sealed against dust and cutting chips.
  • Matching surfaces of all parts hardened, ground, and lubricated directly.
  • Note: To overcome friction force between distubritor ring and chuck body, the rotating torque of the rotary table must be higher than the requirement shown in the table.
 
ModelJaw stroke
(Dia.)(mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
(Pneumatic at 6.0kgf/cm2)
kN (kgf)
Max. pressure
(kgf/cm2)
Max. speed
(r.p.m.)
Max Rotation
Reslstance Torque
(Nm)
Air Consumption
(at 6.0 kgf/cm2)
lit (kgf/cm2)
Weight
(kg)
RAP-306 5.5 170 25 21(2141.4) 7 72 40 3.1 16.2
RAP-308 6.8 215 37 34.2(3487.4) 7 60 60 3.1 30.6
RAP-310 7 254 53 48(4894.7) 7 53
Stationary Chuck Base Plate
Non-Thru-Hole / Thru-Hole
  • Use for milling machine or machining center to achieve simultaneous processing of multiple workpieces.
  • Stationary cylinder lock valve (option) can be mounted.
  • Plate for 2,3,6 stationary chucks is an option.
 

* Subject to technical changes.

ModelABC1C2C3C4DEFGHJKLMNPQRSTU
MP4-06206 460 580 400 320 250 200 544 210 220 120 20 45 18 17 20 140 *B 33 18 20

 

 

 

Stationary Draw Collet Chuck
Pull Down Collet | Rubber collet
  • Build-in cylinder, ideal for drilling machines, milling machines and machining centers.
  • Work with Autogrip’s rubber collet(RG series), quick change and saving runtime.
  1. Two modes for the media supply: side-supply mode or baseplate-supply mode.
 
ModelJaw stroke(Dia.)
(mm)
Max. Chucking
Capacity (mm)
Round
Max. Chucking
Capacity (mm)
Hexagom
Max. Chucking
Capacity (mm)
Square
Max. clamping force
kN(kgf)
Weight
(kg)
Matching Stell ColletMax. pressure
MPa (kgf/cm2)
SCB-52
±0.5 4~52 7~45 7~36 80(8150) 8.6 RG-52 4.0(40)
SCB-65
±0.5 4~65 8~56 8~46 105(10700)

 

Stationary Expansible Pull Lock Chuck
Expansible Pull Lock | 3-JAW
  • Expandable chucks tyes
  • Build-in hydraulic cylinder; it can also work with a lock valve and be driven by air pressure.
  • For internal gripping
  • With high precision and stability.
  • Suitable for the precision large length size process.
  • Suitable for end process.
  • Can work together with multi-plate.
  • The air-tight pressure detection function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SE-305 3 83 29 14.3 (1459) 41.0 (4181) 0.7 (7) 1.3 (13) 2 0.46 14.6
SE-306 5 110 44 20.0 (2040) 57.0 (5812) 0.7 (7) 1.3 (13) 2 0.58 20
SE-308 5 150 50 32.0 (3263) 78.0 (7954) 0.7 

 

Stationary Pull Lock Chuck
Pull Lock | 3 Jaw Drilling and Milling Machine Chuck
  • Build-in hydraulic cylinder; it can also work with a lock valve and be driven by air pressure.
  • Radial clamp and axial pull down at the same time, keep the workpiece attaching close to the base surface of the chuck.
  • Almost no workpiece uplifting displacement.
  • 3 jaw drill chuck which the body with heat treatment and the organization of cylinder pull-down, and fine boring, which guarantee the high clamping precision and durableness, it’s suitable for heavy duty machining.
  • 3 jaw chucks are suitable for drilling, milling, and other machines.
  • Can work together with multi-plate.
  • The airtight pressure detection function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SU-303 2 42 4 5.2(530) 12.8(1305) 0.6(6) 1.3(13) 2 0.16 5.7
SU-304 3 60 5 6.7(683) 16.0(1632) 0.6(6) 1.3(13) 2 0.26 7.4
SU-306 5 105 31 18.5(1886) 40.0(4079) 0.6(6) 1.3(13) 2 0.58 18
SU-308 5 132 32 37.0(3773) 80.0(8158) 0.6(6) 1.3(13) 2 1.02 31.5
SU-310 5 163 44 46.2(4710) 100.0(10100) 0.6(6) 1.3(13) 2 2.11 53

 

Stationary Pull Down Chuck
Pull Down | 3-JAW
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • Radial clamp and axial pull down at the same time, keep the workpiece attaching close to the base surface of the chuck.
  • Almost no workpiece uplifting displacement.
  • The body with heat treatment and the organization of cylinder pull-down, and fine boring, which guarantee to the high clamping precision and durableness, it’s suitable for heavy duty machining.
  • Can work together with multi-plate.
  • Air-tight pressure detect function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SD-304 5 110 18 5.0 (510) 10.9 (1112) 0.6 (6) 1.3 (13) 2 0.26 8.1
SD-306 7.2 165 35 11.5 (1173) 25.0 (2550) 0.6 (6) 1.3 (13) 2 0.58 20.6
SD-308 7.2 210 28 21.7 (2213) 47.0 (4793) 0.6 (6) 1.3 (13) 2 1.02 34.1
SD-310 10.8 254 40 36.0(3680) 60.0(6118) 0.6(
Stationary Chuck
3-JAW
  • Stationary Non-Thru-Hole Chuck and Stationary Thru-Hole Chuck. Two types of jaws (two-jaw, three-jaw).
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • With small thru-hole and suits for long bar workpiece processing.
  • Easy to install. Installing the tubes and then operating.
  • Thin and compact design. Use standard soft jaws or standard hard jaws.
  • Can work together with multi-plate.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.
(mm)
Chucking Dia.
Min.
(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SP-304 5.1 110 10 7.5(765) 22.0(2243) 0.6(6) 1.3(13) 2 0.5 7
SP-306 5.5 168 30 21.0(2142) 52.0(5303) 0.6(6) 1.3(13) 2 1.4 16.5
SP-308 6.8 210 42 33.0(3365) 74.0(7546) 0.6(6) 1.3(13) 2 2.5 28.7
SP-310 7 254 52 48.0(4895) 107.0(10911) 0.6(6) 1.3(13) 2 4.2 42
SP-312 9.3 304 60 61.3(6246) 132.8(13532) 0.6(6) 1.3(13) 2 6.4 52.8
SP-316 14.5 400 30 96(9789) - 0.7(7) - 2 10.6 147.8
SP-320 16 500 45 104(10605) - 0.7(7) - 2 15 232.7
SP-324 16 600 140 153(15602) - 0.7

 

Stationary Chuck
2-JAW
  • Stationary Thru-Hole 2-JAW Chuck. 
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • With small thru-hole and suits for long bar workpiece processing.
  • Easy to install. Installing the tubes and then operating.
  • Thin and compact design. Use standard soft jaws or standard hard jaws.
  • Can work together with multi-plate.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.
(mm)
Chucking Dia.
Min.
(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SP-206 5.5 168 30 14.0(1427) 24.0(2450) 0.7(7) 1.2(12) 2 1.4 16
SP-208 6.8 210 42 28.9(2946) 49.6(5056) 0.7(7) 1.2(12) 2 2.5 27.7
SP-210 7 254 52 41.8(4260) 71.7(7308) 0.7(7) 1.2(12) 2 4.2 41.8

 

Non-Thru-Hole Stationary 2/3-Jaw Power Chuck
Non-Thru-Hole | 2/3-JAW
  • STATIONARY CHUCK with two or three jaws for drilling, milling and other machines.
  • Specification and size of matching chuck for model VP-200 is the same as model 2P.
  • Specification and size of matching chuck for model VP-300 is the same as model 3P.
 
ModelEff. Piston area cm2
Extend
Eff. Piston area cm2
Retract
Jaw stroke(Dia.) (mm)Max. pressure
MPa (kgf/cm2)
Weight (kg)
VP-204 28.0 24.9 6.4 2.1(21) 7.1
VP-304 28.0 24.9 6.4 3.2(32) 7.4
VP-205 28.0 24.9 6.4 2.2(22) 10.2
VP-305 28.0 24.9 6.4 3.3(33) 10.6
VP-206 63.1 53.5 8.5 2.3(23) 18.3
VP-306 63.1 53.5 8.5 3.4(34) 19.8
VP-208 103.4 90.8 8.8 1.9(19) 31.6
VP-308 103.4 90.8 8.8 2.8(28) 33.6
VP-210 153.1 133.5 8.8 1.5(15) 52.8
VP-310 153.1 133.5 8.8 2.2(22) 54.5

 

Thru-Hole Stationary 2/3-Jaw Power Chuck
Thru-Hole | 2/3-JAW
  • STATIONARY CHUCK with two or three jaws for drilling, milling and other machines.
  • Specification and size of matching chuck for model VH2-2200 is the same as model 2H-2 ;
  • Specification and size of matching chuck for model VH2-3200 is the same as model 3H-2.
  • Specification and size of matching chuck for model VH-200 is the same as model 2H ;
  • Specification and size of matching chuck for model VH-300 is the same as model 3H.
 
ModelEff. Piston area
Extend
cm2
Eff. Piston area
Retract
cm2
Jaw stroke
(Dia.) (mm)
Max. pressure
MPa (kgf/cm2)
Weight
(kg)
VH2-2204 52.4 46.7 5.5 2.0(20) 9.5
VH2-3204 52.4 46.7 5.5 3.0(30) 9.5
VH2-2205 63.7 57.9 5.5 2.0(20) 13.1
VH2-3205 63.7 57.9 5.5 3.0(30) 12.6
VH2-2206 97.1 88.5 6 1.8(17.9) 21.5
VH2-3206 97.1 88.5 6 2.7(26.8) 21.5
VH2-2208 128.9 113.6 7.6 2.1(20.7) 32.9
VH2-3208 128.9 113.6 7.6 2.9(28.6) 33.4
VH2-2210 189.2 174.3 8.9 1.9(19.2) 55

Pneumatic Power Chuck
Pneumatic Power Chuck | 3-JAW
  • pneumatic chuck for the lathe.
  • Rotary chuck with built-in apneumatic cylinder, compact design, suitable for light machining. compatible to standard soft jaw/hard jaw.
  • Can be installed on a rotary table for indexing machining.
  • Sealed against dust and cutting chips.
  • Matching surfaces of all parts hardened, ground, and lubricated directly.
  • Note: To overcome friction force between distubritor ring and chuck body, the rotating torque of the rotary table must be higher than the requirement shown in the table.
 
ModelJaw stroke
(Dia.)(mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
(Pneumatic at 6.0kgf/cm2)
kN (kgf)
Max. pressure
(kgf/cm2)
Max. speed
(r.p.m.)
Max Rotation
Reslstance Torque
(Nm)
Air Consumption
(at 6.0 kgf/cm2)
lit (kgf/cm2)
Weight
(kg)
RAP-306 5.5 170 25 21(2141.4) 7 72 40 3.1 16.2
RAP-308 6.8 215 37 34.2(3487.4) 7 60 60 3.1 30.6
RAP-310 7 254 53 48(4894.7) 7 53
Stationary Chuck Base Plate
Non-Thru-Hole / Thru-Hole
  • Use for milling machine or machining center to achieve simultaneous processing of multiple workpieces.
  • Stationary cylinder lock valve (option) can be mounted.
  • Plate for 2,3,6 stationary chucks is an option.
 

* Subject to technical changes.

ModelABC1C2C3C4DEFGHJKLMNPQRSTU
MP4-06206 460 580 400 320 250 200 544 210 220 120 20 45 18 17 20 140 *B 33 18 20

 

 

 

Stationary Draw Collet Chuck
Pull Down Collet | Rubber collet
  • Build-in cylinder, ideal for drilling machines, milling machines and machining centers.
  • Work with Autogrip’s rubber collet(RG series), quick change and saving runtime.
  1. Two modes for the media supply: side-supply mode or baseplate-supply mode.
 
ModelJaw stroke(Dia.)
(mm)
Max. Chucking
Capacity (mm)
Round
Max. Chucking
Capacity (mm)
Hexagom
Max. Chucking
Capacity (mm)
Square
Max. clamping force
kN(kgf)
Weight
(kg)
Matching Stell ColletMax. pressure
MPa (kgf/cm2)
SCB-52 ±0.5 4~52 7~45 7~36 80(8150) 8.6 RG-52 4.0(40)
SCB-65 ±0.5 4~65 8~56 8~46 105(10700)

 

Stationary Expansible Pull Lock Chuck
Expansible Pull Lock | 3-JAW
  • Expandable chucks tyes
  • Build-in hydraulic cylinder; it can also work with a lock valve and be driven by air pressure.
  • For internal gripping
  • With high precision and stability.
  • Suitable for the precision large length size process.
  • Suitable for end process.
  • Can work together with multi-plate.
  • The air-tight pressure detection function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SE-305 3 83 29 14.3 (1459) 41.0 (4181) 0.7 (7) 1.3 (13) 2 0.46 14.6
SE-306 5 110 44 20.0 (2040) 57.0 (5812) 0.7 (7) 1.3 (13) 2 0.58 20
SE-308 5 150 50 32.0 (3263) 78.0 (7954) 0.7 

 

Stationary Pull Lock Chuck
Pull Lock | 3 Jaw Drilling and Milling Machine Chuck
  • Build-in hydraulic cylinder; it can also work with a lock valve and be driven by air pressure.
  • Radial clamp and axial pull down at the same time, keep the workpiece attaching close to the base surface of the chuck.
  • Almost no workpiece uplifting displacement.
  • 3 jaw drill chuck which the body with heat treatment and the organization of cylinder pull-down, and fine boring, which guarantee the high clamping precision and durableness, it’s suitable for heavy duty machining.
  • 3 jaw chucks are suitable for drilling, milling, and other machines.
  • Can work together with multi-plate.
  • The airtight pressure detection function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SU-303 2 42 4 5.2(530) 12.8(1305) 0.6(6) 1.3(13) 2 0.16 5.7
SU-304 3 60 5 6.7(683) 16.0(1632) 0.6(6) 1.3(13) 2 0.26 7.4
SU-306 5 105 31 18.5(1886) 40.0(4079) 0.6(6) 1.3(13) 2 0.58 18
SU-308 5 132 32 37.0(3773) 80.0(8158) 0.6(6) 1.3(13) 2 1.02 31.5
SU-310 5 163 44 46.2(4710) 100.0(10100) 0.6(6) 1.3(13) 2 2.11 53

 

Stationary Pull Down Chuck
Pull Down | 3-JAW
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • Radial clamp and axial pull down at the same time, keep the workpiece attaching close to the base surface of the chuck.
  • Almost no workpiece uplifting displacement.
  • The body with heat treatment and the organization of cylinder pull-down, and fine boring, which guarantee to the high clamping precision and durableness, it’s suitable for heavy duty machining.
  • Can work together with multi-plate.
  • Air-tight pressure detect function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SD-304 5 110 18 5.0 (510) 10.9 (1112) 0.6 (6) 1.3 (13) 2 0.26 8.1
SD-306 7.2 165 35 11.5 (1173) 25.0 (2550) 0.6 (6) 1.3 (13) 2 0.58 20.6
SD-308 7.2 210 28 21.7 (2213) 47.0 (4793) 0.6 (6) 1.3 (13) 2 1.02 34.1
SD-310 10.8 254 40 36.0(3680) 60.0(6118) 0.6(
Stationary Chuck
3-JAW
  • Stationary Non-Thru-Hole Chuck and Stationary Thru-Hole Chuck. Two types of jaws (two-jaw, three-jaw).
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • With small thru-hole and suits for long bar workpiece processing.
  • Easy to install. Installing the tubes and then operating.
  • Thin and compact design. Use standard soft jaws or standard hard jaws.
  • Can work together with multi-plate.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.
(mm)
Chucking Dia.
Min.
(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SP-304 5.1 110 10 7.5(765) 22.0(2243) 0.6(6) 1.3(13) 2 0.5 7
SP-306 5.5 168 30 21.0(2142) 52.0(5303) 0.6(6) 1.3(13) 2 1.4 16.5
SP-308 6.8 210 42 33.0(3365) 74.0(7546) 0.6(6) 1.3(13) 2 2.5 28.7
SP-310 7 254 52 48.0(4895) 107.0(10911) 0.6(6) 1.3(13) 2 4.2 42
SP-312 9.3 304 60 61.3(6246) 132.8(13532) 0.6(6) 1.3(13) 2 6.4 52.8
SP-316 14.5 400 30 96(9789) - 0.7(7) - 2 10.6 147.8
SP-320 16 500 45 104(10605) - 0.7(7) - 2 15 232.7
SP-324 16 600 140 153(15602) - 0.7

 

Stationary Chuck
2-JAW
  • Stationary Thru-Hole 2-JAW Chuck. 
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • With small thru-hole and suits for long bar workpiece processing.
  • Easy to install. Installing the tubes and then operating.
  • Thin and compact design. Use standard soft jaws or standard hard jaws.
  • Can work together with multi-plate.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.
(mm)
Chucking Dia.
Min.
(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SP-206 5.5 168 30 14.0(1427) 24.0(2450) 0.7(7) 1.2(12) 2 1.4 16
SP-208 6.8 210 42 28.9(2946) 49.6(5056) 0.7(7) 1.2(12) 2 2.5 27.7
SP-210 7 254 52 41.8(4260) 71.7(7308) 0.7(7) 1.2(12) 2 4.2 41.8

 

Non-Thru-Hole Stationary 2/3-Jaw Power Chuck
Non-Thru-Hole | 2/3-JAW
  • STATIONARY CHUCK with two or three jaws for drilling, milling and other machines.
  • Specification and size of matching chuck for model VP-200 is the same as model 2P.
  • Specification and size of matching chuck for model VP-300 is the same as model 3P.
 
ModelEff. Piston area cm2
Extend
Eff. Piston area cm2
Retract
Jaw stroke(Dia.) (mm)Max. pressure
MPa (kgf/cm2)
Weight (kg)
VP-204 28.0 24.9 6.4 2.1(21) 7.1
VP-304 28.0 24.9 6.4 3.2(32) 7.4
VP-205 28.0 24.9 6.4 2.2(22) 10.2
VP-305 28.0 24.9 6.4 3.3(33) 10.6
VP-206 63.1 53.5 8.5 2.3(23) 18.3
VP-306 63.1 53.5 8.5 3.4(34) 19.8
VP-208 103.4 90.8 8.8 1.9(19) 31.6
VP-308 103.4 90.8 8.8 2.8(28) 33.6
VP-210 153.1 133.5 8.8 1.5(15) 52.8
VP-310 153.1 133.5 8.8 2.2(22) 54.5

 

Thru-Hole Stationary 2/3-Jaw Power Chuck
Thru-Hole | 2/3-JAW
  • STATIONARY CHUCK with two or three jaws for drilling, milling and other machines.
  • Specification and size of matching chuck for model VH2-2200 is the same as model 2H-2 ;
  • Specification and size of matching chuck for model VH2-3200 is the same as model 3H-2.
  • Specification and size of matching chuck for model VH-200 is the same as model 2H ;
  • Specification and size of matching chuck for model VH-300 is the same as model 3H.
 
ModelEff. Piston area
Extend
cm2
Eff. Piston area
Retract
cm2
Jaw stroke
(Dia.) (mm)
Max. pressure
MPa (kgf/cm2)
Weight
(kg)
VH2-2204 52.4 46.7 5.5 2.0(20) 9.5
VH2-3204 52.4 46.7 5.5 3.0(30) 9.5
VH2-2205 63.7 57.9 5.5 2.0(20) 13.1
VH2-3205 63.7 57.9 5.5 3.0(30) 12.6
VH2-2206 97.1 88.5 6 1.8(17.9) 21.5
VH2-3206 97.1 88.5 6 2.7(26.8) 21.5
VH2-2208 128.9 113.6 7.6 2.1(20.7) 32.9
VH2-3208 128.9 113.6 7.6 2.9(28.6) 33.4
VH2-2210 189.2 174.3 8.9 1.9(19.2) 55

Pneumatic Power Chuck
Pneumatic Power Chuck | 3-JAW
  • pneumatic chuck for the lathe.
  • Rotary chuck with built-in apneumatic cylinder, compact design, suitable for light machining. compatible to standard soft jaw/hard jaw.
  • Can be installed on a rotary table for indexing machining.
  • Sealed against dust and cutting chips.
  • Matching surfaces of all parts hardened, ground, and lubricated directly.
  • Note: To overcome friction force between distubritor ring and chuck body, the rotating torque of the rotary table must be higher than the requirement shown in the table.
 
ModelJaw stroke
(Dia.)(mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
(Pneumatic at 6.0kgf/cm2)
kN (kgf)
Max. pressure
(kgf/cm2)
Max. speed
(r.p.m.)
Max Rotation
Reslstance Torque
(Nm)
Air Consumption
(at 6.0 kgf/cm2)
lit (kgf/cm2)
Weight
(kg)
RAP-306 5.5 170 25 21(2141.4) 7 72 40 3.1 16.2
RAP-308 6.8 215 37 34.2(3487.4) 7 60 60 3.1 30.6
RAP-310 7 254 53 48(4894.7) 7 53
Stationary Chuck Base Plate
Non-Thru-Hole / Thru-Hole
  • Use for milling machine or machining center to achieve simultaneous processing of multiple workpieces.
  • Stationary cylinder lock valve (option) can be mounted.
  • Plate for 2,3,6 stationary chucks is an option.
 

* Subject to technical changes.

ModelABC1C2C3C4DEFGHJKLMNPQRSTU
MP4-06206 460 580 400 320 250 200 544 210 220 120 20 45 18 17 20 140 *B 33 18 20

 

 

 

Stationary Draw Collet Chuck
Pull Down Collet | Rubber collet
  • Build-in cylinder, ideal for drilling machines, milling machines and machining centers.
  • Work with Autogrip’s rubber collet(RG series), quick change and saving runtime.
  1. Two modes for the media supply: side-supply mode or baseplate-supply mode.
 
ModelJaw stroke(Dia.)
(mm)
Max. Chucking
Capacity (mm)
Round
Max. Chucking
Capacity (mm)
Hexagom
Max. Chucking
Capacity (mm)
Square
Max. clamping force
kN(kgf)
Weight
(kg)
Matching Stell ColletMax. pressure
MPa (kgf/cm2)
SCB-52 ±0.5 4~52 7~45 7~36 80(8150) 8.6 RG-52 4.0(40)
SCB-65 ±0.5 4~65 8~56 8~46 105(10700)

 

Stationary Expansible Pull Lock Chuck
Expansible Pull Lock | 3-JAW
  • Expandable chucks tyes
  • Build-in hydraulic cylinder; it can also work with a lock valve and be driven by air pressure.
  • For internal gripping
  • With high precision and stability.
  • Suitable for the precision large length size process.
  • Suitable for end process.
  • Can work together with multi-plate.
  • The air-tight pressure detection function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SE-305 3 83 29 14.3 (1459) 41.0 (4181) 0.7 (7) 1.3 (13) 2 0.46 14.6
SE-306 5 110 44 20.0 (2040) 57.0 (5812) 0.7 (7) 1.3 (13) 2 0.58 20
SE-308 5 150 50 32.0 (3263) 78.0 (7954) 0.7 

 

Stationary Pull Lock Chuck
Pull Lock | 3 Jaw Drilling and Milling Machine Chuck
  • Build-in hydraulic cylinder; it can also work with a lock valve and be driven by air pressure.
  • Radial clamp and axial pull down at the same time, keep the workpiece attaching close to the base surface of the chuck.
  • Almost no workpiece uplifting displacement.
  • 3 jaw drill chuck which the body with heat treatment and the organization of cylinder pull-down, and fine boring, which guarantee the high clamping precision and durableness, it’s suitable for heavy duty machining.
  • 3 jaw chucks are suitable for drilling, milling, and other machines.
  • Can work together with multi-plate.
  • The airtight pressure detection function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SU-303 2 42 4 5.2(530) 12.8(1305) 0.6(6) 1.3(13) 2 0.16 5.7
SU-304 3 60 5 6.7(683) 16.0(1632) 0.6(6) 1.3(13) 2 0.26 7.4
SU-306 5 105 31 18.5(1886) 40.0(4079) 0.6(6) 1.3(13) 2 0.58 18
SU-308 5 132 32 37.0(3773) 80.0(8158) 0.6(6) 1.3(13) 2 1.02 31.5
SU-310 5 163 44 46.2(4710) 100.0(10100) 0.6(6) 1.3(13) 2 2.11 53

 

Stationary Pull Down Chuck
Pull Down | 3-JAW
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • Radial clamp and axial pull down at the same time, keep the workpiece attaching close to the base surface of the chuck.
  • Almost no workpiece uplifting displacement.
  • The body with heat treatment and the organization of cylinder pull-down, and fine boring, which guarantee to the high clamping precision and durableness, it’s suitable for heavy duty machining.
  • Can work together with multi-plate.
  • Air-tight pressure detect function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SD-304 5 110 18 5.0 (510) 10.9 (1112) 0.6 (6) 1.3 (13) 2 0.26 8.1
SD-306 7.2 165 35 11.5 (1173) 25.0 (2550) 0.6 (6) 1.3 (13) 2 0.58 20.6
SD-308 7.2 210 28 21.7 (2213) 47.0 (4793) 0.6 (6) 1.3 (13) 2 1.02 34.1
SD-310 10.8 254 40 36.0(3680) 60.0(6118) 0.6(
Stationary Chuck
3-JAW
  • Stationary Non-Thru-Hole Chuck and Stationary Thru-Hole Chuck. Two types of jaws (two-jaw, three-jaw).
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • With small thru-hole and suits for long bar workpiece processing.
  • Easy to install. Installing the tubes and then operating.
  • Thin and compact design. Use standard soft jaws or standard hard jaws.
  • Can work together with multi-plate.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.
(mm)
Chucking Dia.
Min.
(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SP-304 5.1 110 10 7.5(765) 22.0(2243) 0.6(6) 1.3(13) 2 0.5 7
SP-306 5.5 168 30 21.0(2142) 52.0(5303) 0.6(6) 1.3(13) 2 1.4 16.5
SP-308 6.8 210 42 33.0(3365) 74.0(7546) 0.6(6) 1.3(13) 2 2.5 28.7
SP-310 7 254 52 48.0(4895) 107.0(10911) 0.6(6) 1.3(13) 2 4.2 42
SP-312 9.3 304 60 61.3(6246) 132.8(13532) 0.6(6) 1.3(13) 2 6.4 52.8
SP-316 14.5 400 30 96(9789) - 0.7(7) - 2 10.6 147.8
SP-320 16 500 45 104(10605) - 0.7(7) - 2 15 232.7
SP-324 16 600 140 153(15602) - 0.7

 

Stationary Chuck
2-JAW
  • Stationary Thru-Hole 2-JAW Chuck. 
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • With small thru-hole and suits for long bar workpiece processing.
  • Easy to install. Installing the tubes and then operating.
  • Thin and compact design. Use standard soft jaws or standard hard jaws.
  • Can work together with multi-plate.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.
(mm)
Chucking Dia.
Min.
(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SP-206 5.5 168 30 14.0(1427) 24.0(2450) 0.7(7) 1.2(12) 2 1.4 16
SP-208 6.8 210 42 28.9(2946) 49.6(5056) 0.7(7) 1.2(12) 2 2.5 27.7
SP-210 7 254 52 41.8(4260) 71.7(7308) 0.7(7) 1.2(12) 2 4.2 41.8

 

Non-Thru-Hole Stationary 2/3-Jaw Power Chuck
Non-Thru-Hole | 2/3-JAW
  • STATIONARY CHUCK with two or three jaws for drilling, milling and other machines.
  • Specification and size of matching chuck for model VP-200 is the same as model 2P.
  • Specification and size of matching chuck for model VP-300 is the same as model 3P.
 
ModelEff. Piston area cm2
Extend
Eff. Piston area cm2
Retract
Jaw stroke(Dia.) (mm)Max. pressure
MPa (kgf/cm2)
Weight (kg)
VP-204 28.0 24.9 6.4 2.1(21) 7.1
VP-304 28.0 24.9 6.4 3.2(32) 7.4
VP-205 28.0 24.9 6.4 2.2(22) 10.2
VP-305 28.0 24.9 6.4 3.3(33) 10.6
VP-206 63.1 53.5 8.5 2.3(23) 18.3
VP-306 63.1 53.5 8.5 3.4(34) 19.8
VP-208 103.4 90.8 8.8 1.9(19) 31.6
VP-308 103.4 90.8 8.8 2.8(28) 33.6
VP-210 153.1 133.5 8.8 1.5(15) 52.8
VP-310 153.1 133.5 8.8 2.2(22) 54.5

 

Thru-Hole Stationary 2/3-Jaw Power Chuck
Thru-Hole | 2/3-JAW
  • STATIONARY CHUCK with two or three jaws for drilling, milling and other machines.
  • Specification and size of matching chuck for model VH2-2200 is the same as model 2H-2 ;
  • Specification and size of matching chuck for model VH2-3200 is the same as model 3H-2.
  • Specification and size of matching chuck for model VH-200 is the same as model 2H ;
  • Specification and size of matching chuck for model VH-300 is the same as model 3H.
 
ModelEff. Piston area
Extend
cm2
Eff. Piston area
Retract
cm2
Jaw stroke
(Dia.) (mm)
Max. pressure
MPa (kgf/cm2)
Weight
(kg)
VH2-2204 52.4 46.7 5.5 2.0(20) 9.5
VH2-3204 52.4 46.7 5.5 3.0(30) 9.5
VH2-2205 63.7 57.9 5.5 2.0(20) 13.1
VH2-3205 63.7 57.9 5.5 3.0(30) 12.6
VH2-2206 97.1 88.5 6 1.8(17.9) 21.5
VH2-3206 97.1 88.5 6 2.7(26.8) 21.5
VH2-2208 128.9 113.6 7.6 2.1(20.7) 32.9
VH2-3208 128.9 113.6 7.6 2.9(28.6) 33.4
VH2-2210 189.2 174.3 8.9 1.9(19.2) 55

Pneumatic Power Chuck
Pneumatic Power Chuck | 3-JAW
  • pneumatic chuck for the lathe.
  • Rotary chuck with built-in apneumatic cylinder, compact design, suitable for light machining. compatible to standard soft jaw/hard jaw.
  • Can be installed on a rotary table for indexing machining.
  • Sealed against dust and cutting chips.
  • Matching surfaces of all parts hardened, ground, and lubricated directly.
  • Note: To overcome friction force between distubritor ring and chuck body, the rotating torque of the rotary table must be higher than the requirement shown in the table.
 
ModelJaw stroke
(Dia.)(mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
(Pneumatic at 6.0kgf/cm2)
kN (kgf)
Max. pressure
(kgf/cm2)
Max. speed
(r.p.m.)
Max Rotation
Reslstance Torque
(Nm)
Air Consumption
(at 6.0 kgf/cm2)
lit (kgf/cm2)
Weight
(kg)
RAP-306 5.5 170 25 21(2141.4) 7 72 40 3.1 16.2
RAP-308 6.8 215 37 34.2(3487.4) 7 60 60 3.1 30.6
RAP-310 7 254 53 48(4894.7) 7 53
Stationary Chuck Base Plate
Non-Thru-Hole / Thru-Hole
  • Use for milling machine or machining center to achieve simultaneous processing of multiple workpieces.
  • Stationary cylinder lock valve (option) can be mounted.
  • Plate for 2,3,6 stationary chucks is an option.
 

* Subject to technical changes.

ModelABC1C2C3C4DEFGHJKLMNPQRSTU
MP4-06206 460 580 400 320 250 200 544 210 220 120 20 45 18 17 20 140 *B 33 18 20

 

 

 

Stationary Draw Collet Chuck
Pull Down Collet | Rubber collet
  • Build-in cylinder, ideal for drilling machines, milling machines and machining centers.
  • Work with Autogrip’s rubber collet(RG series), quick change and saving runtime.
  1. Two modes for the media supply: side-supply mode or baseplate-supply mode.
 
ModelJaw stroke(Dia.)
(mm)
Max. Chucking
Capacity (mm)
Round
Max. Chucking
Capacity (mm)
Hexagom
Max. Chucking
Capacity (mm)
Square
Max. clamping force
kN(kgf)
Weight
(kg)
Matching Stell ColletMax. pressure
MPa (kgf/cm2)
SCB-52 ±0.5 4~52 7~45 7~36 80(8150) 8.6 RG-52 4.0(40)
SCB-65 ±0.5 4~65 8~56 8~46 105(10700)

 

Stationary Expansible Pull Lock Chuck
Expansible Pull Lock | 3-JAW
  • Expandable chucks tyes
  • Build-in hydraulic cylinder; it can also work with a lock valve and be driven by air pressure.
  • For internal gripping
  • With high precision and stability.
  • Suitable for the precision large length size process.
  • Suitable for end process.
  • Can work together with multi-plate.
  • The air-tight pressure detection function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SE-305 3 83 29 14.3 (1459) 41.0 (4181) 0.7 (7) 1.3 (13) 2 0.46 14.6
SE-306 5 110 44 20.0 (2040) 57.0 (5812) 0.7 (7) 1.3 (13) 2 0.58 20
SE-308 5 150 50 32.0 (3263) 78.0 (7954) 0.7 

 

Stationary Pull Lock Chuck
Pull Lock | 3 Jaw Drilling and Milling Machine Chuck
  • Build-in hydraulic cylinder; it can also work with a lock valve and be driven by air pressure.
  • Radial clamp and axial pull down at the same time, keep the workpiece attaching close to the base surface of the chuck.
  • Almost no workpiece uplifting displacement.
  • 3 jaw drill chuck which the body with heat treatment and the organization of cylinder pull-down, and fine boring, which guarantee the high clamping precision and durableness, it’s suitable for heavy duty machining.
  • 3 jaw chucks are suitable for drilling, milling, and other machines.
  • Can work together with multi-plate.
  • The airtight pressure detection function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SU-303 2 42 4 5.2(530) 12.8(1305) 0.6(6) 1.3(13) 2 0.16 5.7
SU-304 3 60 5 6.7(683) 16.0(1632) 0.6(6) 1.3(13) 2 0.26 7.4
SU-306 5 105 31 18.5(1886) 40.0(4079) 0.6(6) 1.3(13) 2 0.58 18
SU-308 5 132 32 37.0(3773) 80.0(8158) 0.6(6) 1.3(13) 2 1.02 31.5
SU-310 5 163 44 46.2(4710) 100.0(10100) 0.6(6) 1.3(13) 2 2.11 53

 

Stationary Pull Down Chuck
Pull Down | 3-JAW
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • Radial clamp and axial pull down at the same time, keep the workpiece attaching close to the base surface of the chuck.
  • Almost no workpiece uplifting displacement.
  • The body with heat treatment and the organization of cylinder pull-down, and fine boring, which guarantee to the high clamping precision and durableness, it’s suitable for heavy duty machining.
  • Can work together with multi-plate.
  • Air-tight pressure detect function is optional.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.(mm)
Chucking Dia.
Min.(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SD-304 5 110 18 5.0 (510) 10.9 (1112) 0.6 (6) 1.3 (13) 2 0.26 8.1
SD-306 7.2 165 35 11.5 (1173) 25.0 (2550) 0.6 (6) 1.3 (13) 2 0.58 20.6
SD-308 7.2 210 28 21.7 (2213) 47.0 (4793) 0.6 (6) 1.3 (13) 2 1.02 34.1
SD-310 10.8 254 40 36.0(3680) 60.0(6118) 0.6(
Stationary Chuck
3-JAW
  • Stationary Non-Thru-Hole Chuck and Stationary Thru-Hole Chuck. Two types of jaws (two-jaw, three-jaw).
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • With small thru-hole and suits for long bar workpiece processing.
  • Easy to install. Installing the tubes and then operating.
  • Thin and compact design. Use standard soft jaws or standard hard jaws.
  • Can work together with multi-plate.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.
(mm)
Chucking Dia.
Min.
(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SP-304 5.1 110 10 7.5(765) 22.0(2243) 0.6(6) 1.3(13) 2 0.5 7
SP-306 5.5 168 30 21.0(2142) 52.0(5303) 0.6(6) 1.3(13) 2 1.4 16.5
SP-308 6.8 210 42 33.0(3365) 74.0(7546) 0.6(6) 1.3(13) 2 2.5 28.7
SP-310 7 254 52 48.0(4895) 107.0(10911) 0.6(6) 1.3(13) 2 4.2 42
SP-312 9.3 304 60 61.3(6246) 132.8(13532) 0.6(6) 1.3(13) 2 6.4 52.8
SP-316 14.5 400 30 96(9789) - 0.7(7) - 2 10.6 147.8
SP-320 16 500 45 104(10605) - 0.7(7) - 2 15 232.7
SP-324 16 600 140 153(15602) - 0.7

 

Stationary Chuck
2-JAW
  • Stationary Thru-Hole 2-JAW Chuck. 
  • Build-in hydraulic cylinder; it can also work with lock valve and be driven by air pressure.
  • With small thru-hole and suits for long bar workpiece processing.
  • Easy to install. Installing the tubes and then operating.
  • Thin and compact design. Use standard soft jaws or standard hard jaws.
  • Can work together with multi-plate.
 
ModelJaw stroke
(Dia.) (mm)
Chucking Dia.
Max.
(mm)
Chucking Dia.
Min.
(mm)
Max. clamping force
Pneumatic
kN(kgf)
Max. clamping force
Hydraulic
kN(kgf)
Max. pressure
Pneumatic
MPa (kgf/cm2)
Max. pressure
Hydraulic
MPa (kgf/cm2)
Min. pressure
kgf/cm2
Air consumption
lit(at 6.0 kgf/cm2)
Weight (kg)
SP-206 5.5 168 30 14.0(1427) 24.0(2450) 0.7(7) 1.2(12) 2 1.4 16
SP-208 6.8 210 42 28.9(2946) 49.6(5056) 0.7(7) 1.2(12) 2 2.5 27.7
SP-210 7 254 52 41.8(4260) 71.7(7308) 0.7(7) 1.2(12) 2 4.2 41.8

 

Non-Thru-Hole Stationary 2/3-Jaw Power Chuck
Non-Thru-Hole | 2/3-JAW
  • STATIONARY CHUCK with two or three jaws for drilling, milling and other machines.
  • Specification and size of matching chuck for model VP-200 is the same as model 2P.
  • Specification and size of matching chuck for model VP-300 is the same as model 3P.
 
ModelEff. Piston area cm2
Extend
Eff. Piston area cm2
Retract
Jaw stroke(Dia.) (mm)Max. pressure
MPa (kgf/cm2)
Weight (kg)
VP-204 28.0 24.9 6.4 2.1(21) 7.1
VP-304 28.0 24.9 6.4 3.2(32) 7.4
VP-205 28.0 24.9 6.4 2.2(22) 10.2
VP-305 28.0 24.9 6.4 3.3(33) 10.6
VP-206 63.1 53.5 8.5 2.3(23) 18.3
VP-306 63.1 53.5 8.5 3.4(34) 19.8
VP-208 103.4 90.8 8.8 1.9(19) 31.6
VP-308 103.4 90.8 8.8 2.8(28) 33.6
VP-210 153.1 133.5 8.8 1.5(15) 52.8
VP-310 153.1 133.5 8.8 2.2(22) 54.5

 

Thru-Hole Stationary 2/3-Jaw Power Chuck
Thru-Hole | 2/3-JAW
  • STATIONARY CHUCK with two or three jaws for drilling, milling and other machines.
  • Specification and size of matching chuck for model VH2-2200 is the same as model 2H-2 ;
  • Specification and size of matching chuck for model VH2-3200 is the same as model 3H-2.
  • Specification and size of matching chuck for model VH-200 is the same as model 2H ;
  • Specification and size of matching chuck for model VH-300 is the same as model 3H.
 
ModelEff. Piston area
Extend
cm2
Eff. Piston area
Retract
cm2
Jaw stroke
(Dia.) (mm)
Max. pressure
MPa (kgf/cm2)
Weight
(kg)
VH2-2204 52.4 46.7 5.5 2.0(20) 9.5
VH2-3204 52.4 46.7 5.5 3.0(30) 9.5
VH2-2205 63.7 57.9 5.5 2.0(20) 13.1
VH2-3205 63.7 57.9 5.5 3.0(30) 12.6
VH2-2206 97.1 88.5 6 1.8(17.9) 21.5
VH2-3206 97.1 88.5 6 2.7(26.8) 21.5
VH2-2208 128.9 113.6 7.6 2.1(20.7) 32.9
VH2-3208 128.9 113.6 7.6 2.9(28.6) 33.4
VH2-2210 189.2 174.3 8.9 1.9(19.2) 55


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