Cantilever Type Hydraulic Driven Pay Off & Take Up Machine 630-1250mm For Cable And Wire

Hydraulic Cantilever Type Cable Take-up Pay off Unit with Traverse 630-1250mm

Application

take-up and pay-off machine is mainly used for winding various signal cable, optical cable
Requirement for Production Line Working Environment:

Main Specification
Temperature :0~45 ºC
Power supply :3 phase 380±10%, 50 Hz with neutral wire.

1700 Hydraulic Cantilever Type Take-up with traverse
The machine adopts double sleeve structure to enhance the bearing capacity of the equipment, Cantilever hydraulic lifting, easy to operate. Using ball screw to traverse wire, suitable for different wire diameter with high precision.

Parameters

End shaft type bilateral clamping, cantilever adopts hydraulic electric lifting, bobbin clamping and loosening by motor.
Apply bobbin size: φ630-1250mm
Bobbin width 500~1200mm
Adaptor hole diameter Φ75150mm
Applied cable diameter range: ≤Φ10~60mm
Bobbin weight: ≤4t,
Line speed: 26.52rpm (50HZ) 53rpm (100HZ)
Lifting mode: adopt electro-hydraulic lifting mode
Bobbin Clamping mode: 400W deceleration motor clamping
Take-up model: 15kw 1500rpm Siemens AC servo motor drive, Speed and tension control can be achieved
Take-up torque: Max ~4600 N.m
The wire traversing adopts AC servo motor drive, ball screw traversing wire, pitch: 0 ~ 40mm, and sychronization with Take-up.
The device contains pneumatic brakes that can be used to brake rapidly during downtime.
Siemens S7-1200 PLC control, 7-inch touch screen control wiring traversig, wiring pitch can be set on the touch screen
Main parts bearing use NSK

Bobbin supported in cantilever being the bobbin lifting done through hydraulic cylinders and the pintles closing done through a motor and a worm drive. It adopts hydraulic swing arm double casting structure, hydraulic lifting and lead screw clamping;

High precision cable traversing done through a worm drive with servo motor;

Designed for processes which require high speed and big bobbin sizes;

HMI+PLC control system for speed synchronization with the line.