System configuration
Standalone or Integrated Winding Cell
The winding machine can operate independently or within a full assembly line for synchronized handling of coiling and cable tie fastening operations.
COMPONENTS & MATERIALS
Built for Wire Coiling and Nylon Cable Tie Fastening
Key parts handled by the winding station, from finished junction boxes and PV cable leads to nylon cable ties and secured coiled output.
Key Components
Nylon Cable Tie
Tie feed support for repeatable winding fixation.
Finished Junction Box
Completed junction box body prepared for wire coiling.
PV Cable Leads
Pre-assembled cable leads routed into the winding fixture.
Coiled Wire Bundle
Controlled cable loop formed before tie fastening.
Secured Finished Unit
Wound and tied product ready for transfer or packing.
ENGINEERING DESIGN
Design Rationale and Deployment Context
Engineering decisions behind the winding cell architecture and the production environments where it performs best.
Engineering Advantages
01
Integrated Winding and Tying
Combines wire coiling and nylon tie fastening in one compact process cell.
02
Stable Cable Presentation
Fixture and feed path keep finished junction box cables aligned before winding starts.
03
Mechanical Arm Transfer
Automated material fetching reduces manual handling variation during cycle start.
04
Standalone or In-Line Layout
Can operate independently or connect with downstream packing and upstream assembly stations.
05
Repeatable Finished Output
Consistent coil shape and tie position support stable transfer, packing and traceability.
Ideal Production Scenarios
A
Junction Box Assembly Lines
Final cable handling station after electrical assembly and functional checks.
B
Manual-to-Auto Transition
Standalone winding automation for factories replacing manual coiling and tying.
C
High-Mix Finished Products
Suitable for finished junction box cable handling where fixture logic is standardized.
D
Packing Preparation
Creates controlled cable bundles before downstream transfer, boxing or palletizing.
E
Line Integration Projects
Works as a terminal station in full PV junction box production automation.
INTERACTIVE PROCESS FLOW
Five-Station Winding and Tying Flow
Interactive stations showing nylon tie loading, manual feeding, mechanical arm material fetching, winding/tying and final unloading.
Station 01
Nylon Cable Tie
Ties prepared and staged for coordinated winding and fastening operations.
- Engineering Focus
- Stable tie feeding path before winding zone.
- Quality Control
- Tie material presence confirmation before feeding starts.
MACHINE PARAMETERS
Automatic Winding Machine Parameters (Single Line)
Dimensions
L2500 * W2000 * H2000mm
Takt Time
400~500pcs / Hours
Voltages
AC 220V ±10%
Powers
3KW
CDA Pressure
0.55 ~ 0.65Mpa
Weight
200KG
CDA Consumption
30m³/h
Operator
1 operator for the entire production line (positive & negative)
ENGINEERING REFERENCES
FAQ, Knowledge Centre and Case Studies
These references focus on end-of-line consistency, labor reduction, changeover planning and the quality controls that matter when winding finished cable assemblies.
Frequently Asked Questions
01Why are finished cable assemblies wound and tied?
Winding organizes the cable into a consistent loop for packing, transfer and downstream handling while reducing loose cable movement.
02What affects coil appearance and consistency?
Cable length, cable memory, product orientation, winding path, tie position and fixture control all influence the finished coil shape.
03Why is cable tie control important?
A tie that is too loose may slip during packing, while excessive tightening can deform the cable or create unnecessary handling stress.
04What product details help define a winding recipe?
Cable length range, acceptable coil diameter, tie location, finished box geometry and packing requirements are the most useful starting points.
05How can winding reduce manual handling variation?
A controlled fixture and repeatable rotation path help make each finished bundle more consistent than hand winding, especially across shifts.
06What should be checked before connecting winding to a larger line?
The handoff position, product orientation, buffer logic and reject handling should be reviewed so the winding cell does not become an end-of-line bottleneck.
Linked References
A
B