KX-AC70 Flat-empty Core Induction Coil Winding Machine
The Main Technical Parameters
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Wire diameter: |
1.5-6.0 (round),≤25mm2 (flat) |
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Twist handle length: |
≤45*50 |
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The biggest work itinerary of the line shaft: |
80 |
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Roll line direction: |
positive, reverse around |
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The minimum instruction value of the roll axis: |
0.1? |
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The maximum instruction value of the roller shaft: |
± 99± 359.9 |
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The minimum setting value of the camshaft: |
0.1 |
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Maximum setting value of the |
359.9 |
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Minimum setting value of the lifting shaft: |
0.01 |
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The maximum setting value of the lifting shaft: |
100 |
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Out of production per minute: |
5-6 |
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minutes/minute (winding) |
NO |
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Rolling line servo: |
1.5kW |
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Clear servo: |
3.0kW |
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Lift servo: |
1.5kW |
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Total power: |
6.0kW |
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Machine size: |
3200*1300*1900 |
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Machine weight: |
950kg |
Machine Introduction
The KX-AC70 integrates advanced fabrication methodology to deliver enhanced stability, substantially mitigating wire breakage and tracking deviations during operation. Through structural optimization, the mechanical layout achieves improved overall efficiency and minimized multi-axis repeatable positioning tolerances. Equipped with a high-resolution servo drive, the system guarantees superior angular precision during twisting sequences, while its primary spindle-engineered using premium German development principles-drastically reduces rotational runout to meet the strict internal diameter specifications of specialized air-core coils. This high-precision architecture makes the platform an ideal solution for demanding applications across the high-frequency electronics, new energy, and network transformer sectors.
Main Features
1. Kinematic Versatility and Form-Factor Capability
The Flat-Empty Core Induction Coil Winding Machine features an industrial PC-based control framework paired with advanced servo-driven actuation. This architecture features an adjustable mechanical layout with multi-station processing nodes, enabling the high-precision fabrication and shaping of complex, non-standard flat-wire geometries.
2. High-Performance Processing and Control Interface
The upper-level command architecture integrates a tier-one international CNC controller powered by a high-performance dual-core processor. Operating within a native Windows environment, the user interface is deployed on a 10-inch high-definition LCD touchscreen. This control display provides clear telemetry visualization, exceptional software stability, and a flat learning curve for accelerated operator onboarding.
3. Synchronized Propulsion and Execution Accuracy
The primary drive array utilizes premium, imported high-resolution servo motors running in direct synchronization with the central CNC processor. This closed-loop integration ensures flawless axis harmonization, dependable real-time feedback, and micron-level motion profiling, satisfying the strict manufacturing tolerances demanded by specialized air-core induction components.
4. Integrated Sub-Systems for Material Preparation
To facilitate the processing of large-cross-section heavy conductors, the platform can be configured with an auxiliary semi-automatic flat-wire insulation stripping mechanism. This integrated module performs precise surface stripping and profile thinning on large-gauge flat wires prior to the forming stage, optimizing material preparation within a single workflow.
Packaging
Factory
