High sew gear motor dimensions Cost  made in China - replacement parts -  in Jambi Indonesia  Speed Efficient Semi-Automatic Die-Cutting and Creasing Machine My1300 with top quality

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Higher Velocity Efficient Semi-Automatic Die-Reducing and Creasing Device

  1. Specifications:
Model Device MY1200 MY1300 MY1500
Max. Paper Measurement mm 1200*780 1300*960 1500X1100
Min. Paper Size mm 350*350 400*400 500X400
Max. Die-reducing Measurement mm 1180*760 1280*940 1480X1080
Max. Speed sh/h -5000 -4600 -4000
Max. Wor ept Strain T 300 three hundred three hundred
Max. Paper Thickness mm 1-7 1-7 one-7
Die-reducing Precision mm ±0.five ±0.five ±0.five
Overall Electrical power KW 15 fifteen 19
Whole Bodyweight KG 11500 13000 16000
General Dimension mm 5150*4000*2145 5670*4100*2145 6100*4600*2205

 

  1. Functions of the machine:

Principal Features:

  1. The Bobst sort cut construction tends to make the slicing platform motion like a scissor, it will realize a full and less difficult minimize.
  2. Primary worm gear utilizes alloy copper material, after the experienced operator’s handbook scraping treatment method and rigid standard tests, it can makes certain the driving components 10 many years existence.
  3. The main chains undertake imported British Renold model, the distinctions of ten chains are less than .2mm.
  4. The hook up between gear box and driving shaft adopts sleeve and pin composition making certain a robust relationship.
    1. Speed:  

The equipment adopts frequency controller to obtain stepless velocity acceleration which can attain to 4500 instances for each hour. In the course of genuine generation, it can typically operate at 3600 to 4000 instances for each hour according to the good quality of the board. If the good quality of the paper is excellent, a excellent operator even can operate the equipment at 4200 instances for each hours without emotion as well hard.

  1. Security:

As it is proven in the photograph of the device, the machine adopts rear part paper feeding strategy which keeps the operator absent from the die-chopping element. The mounting and adjustment of the die plate is also completed exterior of the die-reducing part with sensors and detectors at die-reducing element to ensure that the equipment can not be started out when the die-slicing plate is at adjustment standing.
Aside from the sensors at die-slicing component, there are sensor or strategy switches at window part to make the whole equipment at checking standing to make certain its safety.

  1. Procedure usefulness:

There is Male-equipment interface put in in the control panel which will demonstrates the safety standing of the machine as nicely as malfunctions to facilitate the operator. Digicam is also installed in front of the operator for him/her to keep an eye on the operation status at the delivery part.

  1. Principal Buildings and Key Materials Employed
    1. 4 Primary Huge Elements:

They are referring to: bottom station, transferring platform, higher platform and machine wall. The bottom station is manufactured of gray forged iron -HT 200 the transferring platform is ductile iron – QT forty two-10 and the equipment wall is high quality A3 metal.

  1. Main Drive:

The eleven KW Siemens Motor together with the pneumatic clutch, worm shaft and worm equipment types a moving established to ensure stable pressure out place of not considerably less than 300 tons.

 
The materials for the worm shaft is 40Cr with quenching treatment method and equipment hardness HRC forty five-50. the material for the worm is copper alloy – ZQAL9-4.

 
The bearing that is utilized is SKF. The bush is copper alloy ZQSn6-6-3.

  1. Die-cutting and Creasing Component:

The travel is transferred via crank rod to pendulum which will deliver the relocating system to transfer up and down to reach die-minimize and creasing goal.
The pendulum is created of high quality ductile iron. The pendulum axis is carried out by induction harden with area hardness HRC forty three-48. The width of the pendulum is 250mm and diameter of pendulum shaft 70 mm – completely follow the specification of 1080 type automated die-cutting and creasing device. When compared with automatic die-slicing and creasing device which is employed for cardboard die-slicing, this sort of semi-automated die-slicing and creasing equipment is mainly employed for corrugated board which demands less strain for die-cutting, in this scenario very some producers have created smaller sized width on the pendulum and smaller diameter on the pendulum shaft. We keep wider pendulum and even bigger diameter on its shaft to make our equipment previous for a for a longer time lifestyle.                                    
The die-reducing plate makes use of 7 mm seventy five Crl plate which has much more hardness and lifestyle span than the manganese plate.  

  1. Board Conveying:

It adopts 3-cam intermittent positioning device to ensure the boarding conveying accurate and secure.

 
The machine uses gripper bar kind with 12A extended joints chain which is much less in excess weight and much less shock to the intermittent device below the precondition to ensure the strength of the chain. The model of the chain is Renold U.K with large precise and top quality. .    
The Gripper bar adopts aviation aluminum with three bridge sort- light in weight and substantial in power.

  1. Electric powered Portion

The electrical areas are created and assembled according to the European CE normal and makes use of globe wide acknowledged brand name merchandise.

  1. Set up of Die

The die mounting and dismounting adopts aspect withdrawing ways which time saving and effortless for procedure.
There are two approaches for the fixation of the die-possibly by bolt or clippers which are subject to customer’s advice.
The chase loc ept is pneumatic which is simple, practical and reliable.

  1. Unique Figures of Our Machine:
    1. Clever And Specific Front Lay Design and style:

In comparison with the card board sheet, the corrugated board has more power. If the corrugated board abnormally reaches to the entrance lay, it will injury the front lay and the gripper bar when the entrance lay reaches to its highest place.
Usually the producers will put in sensors on this component to stop the device when the paper is fed abnormally to the front lay. However, when the machine is running at the large velocity, the inertia will bring the machine to run for a although to make the front lay to its highest position and then also hurt the front lay and the gripper bar.
Our unique design and style is that when the abnormal board feeding occurs and becoming detected, the front lay can never ever reaches to its maximum position which makes totally free from entrance lay and gripper bar damages simply because of irregular paper feeding.
As it is our special design and style, so there is no picture to be proven right here.

  1. Optional Delivery Platform:

According to the requirement of the client we can do the shipping platform possibly sq. type or E kind (as proven in the photo) . If the customer has sufficient pallets, he can pick sq. sort. If the shopper does have enough pallet, he can pick, E sort platform for which will also provide 4 delivery trolleys.                     

  1. Pneumatic Preloading and Lifting Step Device:

The pre-loading gadget is pneumatic driven. When a single paper measurement is set, when you do other pile of pre-loading, there is no trouble of you to reset the pre-loading gadget, you can just press the button and the machine will do for you.
The lifting step unit is also pneumatic to facilitate the conveying of the paper pile.

  1. Dancing Roller Feeding:

Really some of the die-reducing machine producers use immediate feeding approach which is the operator will feed the board straight to the mouth of the gripper. What we have found that the feeding time to the gripper is only .3 seconds which tends to make the board feeding work hard and inaccurate.
Our machine makes use of an additional dance roller feeding method whose board feeding time can be lengthen to .6 second. With each other with the conveying areas it can make an simpler work of the operator and more rapidly in performance of the equipment.
For example:  If an operator operates the direct feeding semi-computerized die-cutting device at 3300 sheets for each hour, he can easily operate our equipment at 3700 – 4000 sheets for each hour.

  1. Configurations:

 

Name Brand and Origin Remarks
Bearing SKF Swiss Essential part
IKO Japan or HangZhou, China Not crucial element
Chain Renold U.K Principal Chain ( Discrepancy of significantly less than .2 mm for for each 10 chains of equipment chain length)
CHOHO Japan Other Chain are Choho Japan
Relay Omron Japan  
Contactor, buttons TELEMECANIQUE
France
 
Photograph Electrical Change Fotek ZheJiang  
Stabilizer  MEANWELL ZheJiang  
Variator Delta ZheJiang  
Primary Motor Siemens Joint Venture
PLC Delta, ZheJiang  
Male-equipment Interface Delta  
Pneumatic Areas Sunrise, ZheJiang  
Rotary Joints SMC Japan  
Motor at feeding and shipping CPG ZheJiang  

 
 
 

/ The use of first gear manufacturer’s (OEM) portion figures or trademarks , e.g. CASE® and John Deere® are for reference reasons only and for indicating item use and compatibility. Our company and the listed substitute components contained herein are not sponsored, authorized, or manufactured by the OEM. /

High sew gear motor dimensions Cost  made in China - replacement parts -  in Jambi Indonesia  Speed Efficient Semi-Automatic Die-Cutting and Creasing Machine My1300 with top quality

High sew gear motor dimensions Cost  made in China - replacement parts -  in Jambi Indonesia  Speed Efficient Semi-Automatic Die-Cutting and Creasing Machine My1300 with top quality