840-900-850 water ripple three-layer pressing tile machine 1

Technical parameters of 840/850/900 three-layer tile press:

1. 840 is formed for 11 rows of shafts, 900 is formed for 9 rows of shafts, and 850 is formed for 8 rows of shafts. The board surface is flat, without wrinkles or scratches.

2. The body is welded with 300mm h steel, and the middle plate is welded with 14mm steel plate (U-shaped middle plate).

3. The shaft is made of 45 # steel, and after processing, the shaft body size is a solid shaft with a diameter of 70mm. The solid core shaft is formed by processing the mold wheel with 45 # steel, and the surface is plated with hard chromium.

4. The transmission adopts sprocket and chain transmission (chain hanging type), and the 5 # 3kw planetary cycloidal reducer has smooth motion and no noise.

5. The transmission bearing adopts 210 high-speed double sealed bearings, which are maintenance free to extend the operating life of the machine.

6. The shearing hydraulic system adopts CDF-14 gear pump, shearing GR12, motor power of 3kw, noiseless and stable operation, long service life, and adopts medium plate welding and heavy-duty shearing.

7. The computer control system adopts a highly intelligent industrial electronic programmer PLC control system, which is easy to operate, accurate in accuracy, and stable in performance.

8. The length accuracy is less than 2mm, and the board output speed is 8-12 meters per minute. (PLC manufacturer: Siemens rotary encoder manufacturer: Ruipu Anhua High Hydraulic Electromagnetic Valve manufacturer: Huade)

9. The raw material support frame is manually adjusted and easy to operate, suitable for 0.25mm to 0.8mm color coated or galvanized plates.

10. The machine is 5800mm long, 1350mm wide, and 1500mm high.

The clutch can separate the upper and lower layers. Ordinary equipment uses a motor to drive 40 shafts to rotate, with one layer working and the other layer following idle. Now, with the clutch, you can use the layer you want to use, which can save power and increase the lifespan of the motor. At the same time, it also saves board costs.