1

Paper return rack structure

Wall panel type

2

Paper return rack web width

1500mm

3

Paper roll diameter of the return tray

≤￠1500mm

4

Inner diameter of the core of the base paper roll

￠76mm

5

Unwinding belt

2 pieces/group

6

Unwinding speed adjustment

Independently adjust the speed of each rear frame through the touch screen

7

Adjusting the left and right positions of the base paper

Handwheel adjustment

8

Paper loading method

Pneumatic paper feeding arm

9

Driving method

Independent motor+synchronous belt

10

power

3KW/set

11

Minimum air pressure requirements

0.6Mpa

12

Gas consumption

About 1m ³/ hour

13

weight

About 1.5 tons/group

14

protection

Protect all main transmission components with protective covers

1

Standard width of base paper (mm)

1500

2

Design speed (m/min)

200

3

Production speed (m/min)

160

4

Flower roller specifications

5

Requirements for base paper

1 layer

6

Embossed steel roller

According to the customer's pattern, electric carving or corrosion technology can be used, and the pattern needs to be confirmed by both parties

7

Embossing system

Adopting a slider type fixed embossing roller for easy replacement

8

Pressure regulation

Cylinder loading pressure, limit screw adjustment pressure

9

Loose paper device

Using curved rollers to scatter paper

10

Minimum air pressure requirements

0.6Mpa

11

Gas consumption

About 1m ³/ hour

12

power

3KW independent motor drive

13

Embossing transmission

Independent motor drive, synchronous belt drive

14

protection

Protective cover for main transmission components

15

Hand grip protection

Install anti pinch device between embossing rollers

1

Design speed (m/min)

200 meters/minute

2

Stable production capacity (m/min)

130-160 meters/minute

3

Finished product specification after unfolding (mm)

210（+3，-3）×1500

4

Finished product folding specification (mm)

70（+3，-3）×1500

5

Finished product height (mm)

120mm-300mm

6

Count setting (draw)

Number of samples per paper strip: 150W-300W (digital even sample setting)

7

Sampling setting method

Set directly on the touch screen

8

restart at

Adopting high-resolution servo operation, with 100% accurate counting

9

Gram weight range of base paper (gsm)

Single layer 38-44g/㎡

10

folding mechanism

Vacuum adsorption folding

11

folding pattern

Staggered folding

12

Structural approach

Adopting a 40mm thick 45 # wall panel structure

13

Folding roller processing method

After quenching and tempering treatment, high-precision deep hole processing is used to ensure the rigidity and strength of each roller, and all are processed using CNC machining centers with G3.2 level dynamic balance to ensure the accuracy requirements of the folding roller during high-speed folding

14

Paper cutting bottom knife roller

1 paper cutting bottom knife roller, with 3 paper cutting bottom knives evenly distributed on the roller to ensure that each paper cutting length is 225 (+3, -3) mm, and there are regular vacuum adsorption holes arranged next to each bottom knife on the roller surface to adsorb the cut raw paper attached to the roller surface

15

Folding roller

2 folding rolls, with 4 paper inserting knives and 4 folding V-grooves evenly distributed on the rolls, ensuring that the size of the original paper after folding is 75mm (+3, -3), and vacuum adsorption holes are regularly arranged next to each knife inserting and folding V-groove on the roll surface to adsorb the cut original paper and attach it to the roll surface

16

Folding roller gap

0.3mm (composite paper depends on paper thickness)

17

Paper breaking method

1. A paper cutting surface knife roller with a surface knife fixed on the roller

2. A paper cutting bottom knife roller with three pieces of paper cutting bottom knives rotating to break the paper

3. The loading and unloading of the paper cutting tool are achieved using a cylinder. When using the inching function, you can choose to load or unload.

4. The paper cutting tool adopts a felt lubrication oil injection pipe for manual oil replenishment;

5. Spiral paper breaking structure; Stable paper breakage and long tool life

18

Paper guiding method

hand movement

19

S-shaped paper feeder

Adopting an S-shaped traction roller, the tension in the feed and break areas can be adjusted through a tapered pulley belt;

20

Vacuum duct section

The on-site vacuum air duct piping and construction shall be handled by the buyer themselves

21

Machine main motor power (kW)

5.5

22

Machine Inching Function

Machine can select jog function

23

Base paper tension system

Can be set through the touch screen

24

Machine remote vacuum pump power (kW)

30 (Taiwan Longtie) 7.5 (Vortex Fan)

25

Compressed air pressure (MPa)

≥0.6

26

Compressed air consumption (m3/h)

≥3

27

Electric grease pump power (W)

90

28

Electric grease pump power supply (V Hz)

Three phase 380v 50Hz

29

Machine Power Requirements (V Hz)

Three phase 380v 50Hz

30

Control voltage (V)

24

31

Compressed air pressure (MPa)

≥0.6

32

Gas Consumption

1000 liters/shift

1

Stacking function

Using 3 servo controls, automatic stacking can be achieved

2

Stacked structure

Adopting a 40mm thick 45 # wall panel structure

3

Stacked sliding seat

All stacked sliding seats are equipped with imported linear bearings

4

Main stacked workpieces

All are processed using CNC machining centers to ensure the accuracy of stacking

5

Paper outlet baffle

All imported aluminum alloy processing is used to ensure that the paper output does not affect the separation effect

6

Pneumatic part of the stacking part

Adopting Yadeke pneumatic components to ensure the accuracy of stacking

7

Sheet count tracking

Adopting high-precision servo encoder

8

Cascade sampling adjustment

Through touch screen settings, the number of samples can be adjusted 100% accurately (based on even samples)

9

Set the sampling range (sampling)

120-300 draws

10

Stacking Times

The maximum number of stacking times is 5 times/minute

11

control mode

When stopping normally, the entire stack must be completed before stopping

12

Stacking servo motor power (kW)

2+2+0.75=4.75

13

Compressed air pressure (MPa)

≥0.5

14

Gas Consumption

1000 liters/shift

15

Control voltage (V)

24

1

delivery passage

single channel

2

Conveying method

0.12KW/set

3

Overall dimensions of conveyor belt

3000mm conveyor

4

structure

Using square tubes with fixed guide plates

5

Photoelectric detection

The conveyor belt is equipped with a photoelectric induction switch for detecting the raw paper

6

Power supply

380V 50HZ

7

Overall weight

About 90kg/unit

8

drive

Independent motor drive, synchronous belt, flat belt drive

1

delivery passage

1800mm

2

Conveyor power

0.2KW/set X2 sets=0.4KW

3

Flipping method

90 ° flip (motor controlled)

4

Paper pressing method

Cylinder pressure paper

5

structure

flat plates

6

Photoelectric detection

The conveyor belt is equipped with a photoelectric induction switch for detecting the raw paper

7

Power supply

380V 50HZ

8

total weight

0.5T

9

drive

Independent motor drive, synchronous belt, flat belt drive