China supplier H Frame Stamping Punching Press Line with Transfer Manipulator with high quality

Solution Description

h body stamping punching push line with transfer manipulator

JS36 straight facet 2 details push is made for the application of higher precision, weighty steel stampings works, these kinds of as motorbike and bicycle parts, and house equipment factors. Automation provisions, JX36 can be very easily upgraded for progressive robotic or mechanical transfer program.

Functions:

1) Welded Metal plate framework with CZPT beam, column and the foundation tightened and merged into 1 body by taut bolts.

2) Herringbone gear transmission.

3) Slide guiding adopts eight-side orthogonal information rail or forty five degree inclined 4-facet guide rail.

four) Pneumatic friction clutch and brake.

five) Equipped with hydraulic overload protecting unit.

six) Computerized oil lubrication method with standard time and potential.

seven) Duplex valves imported. Managed by PLC with worldwide model.

eight) Buttons, indicators, AC contactors, air circuit breakers and other managing products are imported from international brand

9) Double loop handle by imported digital and mechanical cam controller.

ten) Optional: air cushion, entrance-back again moving bolster, hydraulic cushion, lower pace shut top adjustment and transmission technique, gentle curtain.

Information:

Parameters:

Parameter Unit JS36- 250 JS36- three hundred JS36- 400
Nominal Ability KN 2500 3000 4000
Nominal strain stroke mm thirteen 13 13
Slide Stroke mm four hundred four hundred four hundred
Strokes For each Moment spm 16 sixteen 16
Max Die Set Top mm 650 720 770
Die Peak Adjustment mm 315 four hundred four hundred
Bolster Size L×R mm 2600 2800 2800
  F×B mm 1300 1600 1600
Slide Bottom Dimension L×R mm 2600 2800 2800
  F×B mm 1300 1600 1600
Facet Knockout Rod Construction   rigidity rigidity rigidity
  Knockout stress KN 100 a hundred and fifty a hundred and fifty
Cushion Clamping pressure KN 510 600 600
  Withdraw strain KN 510 600 600
  Amount Pc one one 1
  Stroke mm 200 200 two hundred
General Proportions Height mm 6960 7000 7000
  L×R mm 4760 5100 5100
  F×B mm 4200 4000 4000
Motor Electricity KW 37 37 45
Weight T seventy five 90 104
Parameter Device JS36- 500 JS36- 630 JS36- 800
Nominal Ability KN 5000 6300 8000
Nominal force stroke mm 13 13 13
Slide Stroke mm four hundred five hundred five hundred
Strokes For each Minute spm sixteen fourteen ten
Max Die Established Top mm 650 1100 990
Die Top Adjustment mm 400 five hundred four hundred
Bolster Dimension L×R mm 2800 3500 3640
  F×B mm 1600 1800 1800
Slide Base Dimensions L×R mm 2800 3500 3640
  F×B mm 1600 1800 1800
Facet Knockout Rod Structure   rigidity rigidity rigidity
  Knockout force KN 150 a hundred and fifty one hundred fifty
Cushion Clamping strain KN 600 one thousand a thousand
  Withdraw stress KN 600 1000 one thousand
  Amount Laptop 1 1 1
  Stroke mm two hundred 250 250
General Dimensions Height mm 7400 8000 8500
  L×R mm 5100 6200 6800
  F×B mm 4000 4370 4600
Motor Electricity KW seventy five ninety one hundred ten
Weight T 142 a hundred and eighty 210
Parameter Device JS36-1000 JS36-1250 JS36-1600
Nominal Capability KN 10000 12500 16000
Nominal force stroke mm 13 13 13
Slide Stroke mm 500 600 500
Strokes Per Minute spm 10 twelve 10
Max Die Set Peak mm a thousand 1300 950
Die Top Adjustment mm 400 five hundred 400
Bolster Measurement L×R mm 4000 4000 5000
  F×B mm 2000 2000 2000
Slide Base Dimension L×R mm 4000 4000 5000
  F×B mm 2000 2000 2000
Side Knockout Rod Composition   rigidity rigidity air
  Knockout stress KN a hundred and fifty a hundred and fifty one hundred
Cushion Clamping strain KN 1200 1500 1500
  Withdraw force KN 1200 1500 1500
  Amount Personal computer one 1 one
  Stroke mm 250 250 250
All round Proportions Top mm 9000 9900 10000
  L×R mm 7500 8500 8500
  F×B mm 5300 5600 5600
Motor Power KW one hundred ten 132 132
Weight T 255 320 480

 

 

Racks are employed to transform rotary movement into linear movement. The spur enamel of the rack cut into 1 experience of the sq. or circular rod part and work with the pinion, which is a small cylindrical gear that meshes with the rack. Generally, racks and pinions are collectively referred to as “rack and pinion”.
Gears are used in a big quantity of mechanical products. Most importantly, they give equipment reduction for motorized gear. This is crucial due to the fact usually small motors that spin very quick can offer ample electricity to the device, but not enough torque, the pressure that triggers an object to spin or twist on an axis. For instance, an electric powered screwdriver has a really large equipment reduction (minimizes the speed of a rotating machine (like an electric powered motor)) simply because it calls for a lot of torque to turn the screw. But the motor creates only a small quantity of torque at higher speeds. With gear reduction, the output speed can be diminished while increasing the torque.

China supplier H Frame Stamping Punching Press Line with Transfer Manipulator with high quality