Specification
Program:
Microprocessor controlled, capable of holding 999 program sequences which may be run independently or in selected blocks for compound windings.
Control:
Spindle drive – High torque brushless DC induction motor producing a max torque 78.5 Ncm.
Traverse – Constant current driven 4-phase stepper motor.
Features:
The wire is fed via separate tension control units, and guide tube type feeder heads. Each winding head is independently adjustable so that winding may be carried out simultaneously on all four spindles.
Application:
Coils wound with a single wire size, including ignition coils, solenoids, relays, motors and transducers.
Package Includes:
4 x guide tube type wire feeder heads, 4 x tension units, 4 x wire feeder drums, footswitch and comprehensive manual.
Wire size:
0.02 – 0.6 mm
Maximum Pitch:
10 mm
Winding Width:
100 mm (max)
Bobbin Diameter:
100 mm (max)
Max speed:
6000 rpm
Power:
AC 230 / 110 V ± 10%, 50 – 60hz
Dimensions:
1000 x 500 x 1000 mm
Net weight:
60kg
CE cert.
No.AE9955093 01
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The WH-764 is a high speed four spindle benchtop coil winding machine with digital controller for semi-automatic operation. It is ideal for use in the production of small inductors, particularly bobbins wound with a single wire size and high turns count. The high maximum winding spindle speed (up to 6000 rpm) enables coils with a high turns count to be wound in a short cycle time.
Four spools of wire may be mounted above the machine in the supplied wire spool drums, minimising the footprint for efficient use of workshop space. Typical applications include the manufacture of gas ignition coils, solenoids and many forms of sensor coil in medium and large batch quantities.
The digital control regulates all of the fundamental winding parameters such as winding speed, wire pitch, acceleration, braking, and turns count. Using the simple programming system and multi-step programs, complex windings can be generated with ease. Stored programs can be instantly recalled, reducing machine setup time for product changeover to a minimum.
