KXP4-200 Fully Automatic Four Spindles Coil Winding Machine
Specification
|
Number of winding spindles |
4 |
|
Spindle speed |
3000rpm |
|
Wire diameter |
0.4-1.4mm (more than 0.4mm need to add different accessories) |
|
Spindle spacing |
200mm |
|
Maximum bobbin outer diameter |
80mm |
|
Spindle Inner Diameter |
14mm |
|
Guide pin moving range |
X: 80 Y: 100 Z: 70 mm |
|
Winding motor power |
4.0KW |
|
X\Y\Z\S axis power |
X: 400W Y: 400W Z: 750W S: 400W |
|
Pressure |
0.4-0.65Mpa |
|
Supply voltage |
AC380V±10% 50HZ |
|
Total power |
6.0KW |
|
Machine size |
Length: 1450mm Width: 1400mm Height: 1700mm |
|
Machine weight |
750Kg |
Features
1. Integral Spindle Housing Construction
The spindle headstock is meticulously engineered from a single, monolithic material block. This fabrication method effectively eliminates cumulative tolerances inherent in multi-component assemblies, guaranteeing absolute axial alignment and ensuring structural integrity over extensive operational lifecycles.
2. Multi-Axial Path Control and High-Tier Automation
Driven by a sophisticated multi-axis motion kernel, the system demonstrates superior trajectory execution, including synchronized linear and circular interpolation as well as helical wrap profiles. In addition to standard autonomous cycles-such as material loading, spindle indexing, and precision layering-the software architecture is optimized for high-complexity maneuvers, including orthogonal lead-outs and localized wire-to-slot compression.
3. Ergonomic HMI and Data Security Protocols
The control interface prioritizes low-latency interaction and intuitive parameter management. To maintain process consistency and protect proprietary production "recipes," a secure access-control layer is integrated, preventing unauthorized modification of critical system data by unauthenticated personnel.
4. High-Dynamic Servo Actuation Suite
Mechanical motion is powered by a comprehensive suite of Panasonic AC brushless servo motors. This configuration provides the high-velocity response and sub-micron positioning repeatability required for intensive industrial duty cycles while ensuring long-term hardware durability.
5. Premium Global Component Architecture
Operational reliability is reinforced through the exclusive integration of high-tier international sub-assemblies. The utilization of premier imported components ensures consistent performance benchmarks and reduces the total cost of ownership by minimizing mechanical variance.
6. Configurable Needle-Bar Kinematics
The needle assembly features a versatile indexing mechanism, supporting rotations of 0°, 90°and optional 135°. This modular orientation capability allows for the execution of specialized high-impact terminations, complex lead routing, and precision severing sequences for advanced winding geometries.
Video
