High Speed 800RPM 1250 Double Twist Buncher Machine For 10 16 25 35 Cable
Technical Specification
Model | YL-1600 |
Dia. Of Stranded product (mm) | Max.30 |
Stranding Section Area mm2 | 16-95 |
Dia. Of inlet conductor (mm) | 1.2-3.6 |
Dia. Of inlet core wire (mm) | 1.0-10.0 |
Line Speed (m/min) | Max.150 |
Strand Pitch (mm) | 60-400 |
Rotation Speed (rpm) | Max.500 |
Application:
Suitable for bunch-twisting copper conductors, aluminum alloy conductors, etc., and for twisting cable core wires.
Features:
Product Description:
The "High Speed 800RPM 1250 Double Twist Buncher Machine" is a specialized piece of equipment used in the wire and cable manufacturing industry. It is designed for bunching or gathering multiple cables together to create a cable assembly. The machine operates at a high speed of 800 revolutions per minute (RPM) and has a model number or specification of "1250" which may refer to its size or capacity.
This particular machine is suitable for working with cables of specific sizes, including 10, 16, 25, and 35. These numbers typically represent the cross-sectional area of the cables in square millimeters. The machine can handle cables within these size ranges and effectively bunch them together.
The "Double Twist" mechanism in the machine means that it twists the cables in two directions simultaneously. This double twist action ensures uniformity, stability, and improved mechanical strength in the resulting cable assembly.
When using the High Speed 800RPM 1250 Double Twist Buncher Machine for cable production, multiple cables are fed into the machine. The rotating components of the machine gather the cables in a controlled manner, ensuring proper alignment and tension. The cables are then twisted together in a double twist pattern, forming a tightly bundled cable assembly.
The resulting cable assembly can be used for various applications, including power distribution, telecommunications, and industrial wiring. The high-speed capability of the machine allows for efficient and productive cable production.
It's important to note that the mentioned cable sizes and the specific capabilities of the machine may vary depending on the manufacturer and model. Different machines may have different size ranges, speed capabilities, and additional features to accommodate specific cable assembly requirements and production needs.
Technical parameters of 1250 Bow-type double twisting machine
I. Application:
This machine is applicable to stranding of insulated wire rods such as power cable, communication cable, computer and instrument cable, copper conductor, aluminum conductor, BV, BVV, RV and RVV.
II. Features and Properties:
1. It adopts imported carbon fiber rotary double bow slices and features light weight, small centrifugal force and high rotation speed.
2. PLC controls the whole process of production line with program control of PLC stranding pitch.
3. Bearing of the machine adopts the imported brands NSK and KOYO, high strength synchronous belt transmission force with high transmission accuracy and low noise, imported gas-liquid pressurized disc braking system, up and down spool in motor-driven conveying type, standalone closed protecting cover.
4. It adopts high hardness chrome bar as a guidance during wire ranging, multi-startthread transmission force speed reduction motor drive. PLC procedure controls the pitch of cables, which can be adjusted in the working process.
5. The pneumatic type jacking shaft structure is easy and convenient in operation.
6. The pre-twisting device with multi-hole inlet wire distribution plate arranges multiple wires layer by layer with concentric stranding. There is one rotating mould and two fixed moulds and squeezing moulds installed inside and outside the machine to guarantee tightness and roundness of stranded conductor.
7. Active type pay-off can keep constant tension of wire stringing, which avoids leakage of stranding effectively.
8. The mainshaft bearing is designed with temperature control system, which will stop working and offer a reminder to add lubricating oil to make automatic protection in case of over high temperature