Product Details
Place of Origin: China
Brand Name: Beyde
Certification: CE
Model Number: 1250/1+1+3
Payment & Shipping Terms
Minimum Order Quantity: 1 set
Packaging Details: Safety container packing
Delivery Time: 90 days
Payment Terms: L/C, D/A, D/P, T/T
Supply Ability: 200 set/year
Usage: |
Stranding,core Cable Laying Up Machine |
Color: |
Customized |
Name: |
Laying Up Machine |
Function: |
Electric Wire Laying Up |
PLC: |
SIEMENS |
Stranding Pitch (mm): |
200-5000 |
Cage Rotation (rpm): |
50r/min |
Warranty: |
12 Months |
Motor: |
Siemens |
Inverter: |
Japan YASKAWA |
Usage: |
Stranding,core Cable Laying Up Machine |
Color: |
Customized |
Name: |
Laying Up Machine |
Function: |
Electric Wire Laying Up |
PLC: |
SIEMENS |
Stranding Pitch (mm): |
200-5000 |
Cage Rotation (rpm): |
50r/min |
Warranty: |
12 Months |
Motor: |
Siemens |
Inverter: |
Japan YASKAWA |
Unlock the Potential of Cradle Laying Up Machines with Our Expertise CLY-1250/1+1+3
Applications
Cradle Laying Up Machine is an important equipment for cable cabling, mainly used for cabling operations of 3 to 7 core insulated wires. The equipment can produce a variety of cables, including:
Medium and low voltage power cables
Control cables
Communication cables
Mining cables
In addition, it can also be used to produce circular or fan-shaped cross-section cables, supporting back-twist and non-back-twist cabling processes.
| Model | Single Wire Cross-sectional Area (mm²) | Maximum Cabling Diameter (mm) | Cabling Speed (m/min) | Cabling Pitch (mm) | Main Motor Power (kW) |
|---|---|---|---|---|---|
| CLY-1250/1+1+3 | 10~25 | 75 | 3.5~25.4 | 151~2652 | 37 |
| CLY-1600/1+1+3 | 10~35 | 100 | 4.9~35.5 | 415~7100 | 55 |
| CLY-1000/1+6 | 6~20 | 63 | 3.5~25.4 | 110~1910 | 30 |
Why choose us?
Rich industry experience
We have more than 40 years of experience in cable equipment manufacturing and have installed more than 300 cabling and cable laying equipment for customers around the world.
High efficiency and energy saving
Our Cradle Laying Up Machine adopts advanced motor drive technology, low operating noise and low energy consumption.
Customized solutions
We provide a variety of models and configurations (such as 1+3, 1+1+3, 1+4, etc.) to meet the production needs of different customers.
Reliable quality and support
Our products undergo strict quality inspections and provide comprehensive after-sales service. Many customers report that the equipment runs stably and has a long service life.
| I |
| nput line dia. | Ø6- Ø25mm |
| Strand cage max rotation speed | 50r/min |
| Max lay-up diameter | Ø80mm |
| Lay-up pitch | 500-3600mm (Stepless adjustable) |
| Linear max speed | 50m/min |
| Haul-off Max pull force | 1600kg |
| Pay-off bobbinsize in cage | PN1250 |
| Central Pay-off bobbin size | PN1250 |
| Take-up bobbin size | PN1000- PN2000 |
| Main stranding cage motor power | 45 kW (AC) |
| Take-up motor power | 5.5 kW(AC) |
| Haul-off motor power | 18.5kW(AC) |
| Machine high | 1000mm |
Pay off bobbin size:PN1250
Max load capacity:3T each bobbin
Max speed :50r/min
Pitch range:500-3600mm (Stepless adjustable on PLC)
Driving motor power: 45KW(AC)
The winch is operated through the HMI touch screen, and the programmable controller PLC coordinates and controls the start, stop, jog and other operations of the winch cage.
The stranding cage is supported by the reduction box and the large bearing seat. The main shaft is a whole piece of high-quality seamless steel pipe, driven by a separate AC variable frequency motor, and has the left and right stranding function. 100% back-twist twisting is realized through the planetary gear mechanism.
The whole machine is designed for high-speed operation, without tugboat load, and runs through the reduction box and the internal bearing of the large bearing seat.
The back-twist mechanism of the stranding cage adopts planetary gear back-twist, which can withstand large torque.
The stranding cage is independently driven by a 45KW AC motor with a built-in encoder. The encoder operates in a closed-loop control system and is coordinated and controlled by the programmable logic controller PLC and each unit.
Pay-off tension: The reel cradle provides the tension required for pay-off through mechanical belt friction, and the tension can be adjusted manually.
Braking system: winch cage braking through: air pressure brake, frequency converter, braking resistor, etc. are coordinated by PLC to complete the braking process. The entire braking process is synchronized with the whole machine to ensure stable pitch.
There are 12 sets of filling rope pay-off racks at the outlet end of main cage body.
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