generator stator coil winding machine
"
Dauerhafte Isoliermaschine für die Produktion von Φ50-120 mm Stator-ID
Slot Insulation Machine Φ50-120mm Stator ID lSO / SGS Audit Application: This machine is suitable for small and medium-sized three phase motor, single phase motor, externalrotor motor and generator, etc. It will be better if customer could send us detailed drawing including below information. 1. Stator lamination drawing 2. Stator stack drawing 3. Wire connection drawing 4. Stator application (1) Main Technical Features Model SMT-C160 Core length 20~160mm Stator I.D Φ50-120mm
Double Sides Stator Lacing Machine mit 3,5 kW Leistung und 3-Phase 380V/50Hz für 50-120mm ID-Bereich
Double Sides Stator Lacing Machine for 50-120mm ID Range Double Sides Lacing Machine 50-120mm ID Range ISO/SGS Audit Application Suitable for stators used in single phase motors, three phase motors, compressor motors, starter motors, washing machine motors, air conditioners, and more. For stator winding inserting machine inquiries, please provide the following information: Stator lamination drawing Stator stack drawing Wire connection drawing Stator application details Main
Selbst - Papierinserter 445kg PLC einfügend, programmieren Sie kontrollierte hohe Geschwindigkeit
Insulation Paper Inserting Machine Slot Bottom Insulation Paper Inserting Machine This machine is designed for slot cell paper insertion of medium and small size stator. All procedure are done by the machine automatically except to put on and take off stator. The complete inserting time for 24 slots stator can be shorten to12 sec/stator. The production cost will be highly reduced by decreasing the material loss andlabor cost. (1) Main Technical Data Model C100 Core Length 10
Großrahmen-Stator-Schnürmaschine für F250 / OD430 Motorherstellung SMT-DW600
Large Frame Stator Lacing Machine for F250 / OD430 Motor Manufacturing SMT-DW600 Loading stator vertically; equipped with pressing, automatic feeding, automatic cutting device, etc,; overhang winding adpots twin needle lacing by servo system simultaneously; needle transpositioning, hookin and stator indexing are controlled by servo system; spindle adopts frequency speed control; slot by slot lacing, interval lacing, and fancy lacing could be achieved by setting in human