|
Max pulling force |
2000daN (When the linear speed is 100m/min) |
|
Applicable cable diameter |
0~100mm |
|
Max linear speed |
100m/min |
|
Max rotating speed |
120r/min |
|
Pitch range |
100~2500mm |
|
Caterpillar motor |
18.5kw(2sets, AC variable frequency motor) |
|
Clamping cylinder quantity |
7pairs(upper 7pcs + lower 7pcs) |
|
Belt effective contact length |
2000mm |
|
Belt width |
122mm |
|
1. It adopts upper and lower flat belt pulling mode. Pneumatic clamping and pneumatic tensioning. 2. Pulling mode: Two AC variable frequency motors are used to drive the pulling wheels separately, with variable frequency control and stepless adjustment of linear speed. 3. Adopts pneumatic brake device. 4. The caterpillar rotation is driven by a 30kw AC variable frequency motor through a rotary reduction box. 5. The belt surface has arc-shaped grooves to increase the contact area. 6. There are two groups of pulling belt support rollers in the middle and one group at each end, for a total of four groups. 7. The inlet and outlet of the caterpillar are equipped with adjustable#type guide wire strand. 8. Caterpillar passing wire hole diameter ≥130mm 9. Equipment central height 1000mm 10. Electrical control system 19.1 Power supply: three-phase five-wire system, 380V ±10% 50Hz. 19.2 The caterpillar motor and caterpillar rotary motor are driven by AC variable frequency motors and controlled by Danfoss inverters. 19.3 Each motor is equipped with a grating encoder. 19.4 This caterpillar can receive the main machine’s signal and realizes synchronous operation with the main machine. 19.5 The electrical control of this equipment adopts an independent electrical control cabinet. |
|
1. It adopts upper and lower flat belt pulling mode. Pneumatic clamping and pneumatic tensioning.
2. Pulling mode: Two AC variable frequency motors are used to drive the pulling wheels separately, with variable frequency control and stepless adjustment of linear speed.
3. Adopts pneumatic brake device.
4. The caterpillar rotation is driven by a 30kw AC variable frequency motor through a rotary reduction box.
5. The belt surface has arc-shaped grooves to increase the contact area.
6. There are two groups of pulling belt support rollers in the middle and one group at each end, for a total of four groups.
7. The inlet and outlet of the caterpillar are equipped with adjustable#type guide wire strand.
8. Caterpillar passing wire hole diameter ≥130mm
9. Equipment central height 1000mm
10. Electrical control system
19.1 Power supply: three-phase five-wire system, 380V ±10% 50Hz.
19.2 The caterpillar motor and caterpillar rotary motor are driven by AC variable frequency motors and controlled by Danfoss inverters.
19.3 Each motor is equipped with a grating encoder.
19.4 This caterpillar can receive the main machine’s signal and realizes synchronous operation with the main machine.
19.5 The electrical control of this equipment adopts an independent electrical control cabinet.