CS-8030SS is a motor-driven system that neatly coils processed wires onto spools or trays with controlled tension to prevent tangling. It features adjustable speed controls for different wire types and often integrates with cutting/stripping machines for automated production. Modern versions include automatic length counting and programmable coiling patterns, with horizontal or vertical configurations available for various wire diameters. Precision guide mechanisms ensure uniform layering while maintaining wire integrity, making it essential for automotive, aerospace and telecom cable production. Optional quick-change spools and vibration damping further enhance efficiency in high-precision manufacturing environments.
Function of the cable prefeeder:
1. Automatic wire supply: The main role of the cable prefeeder is to ensure the continuous supply of wire in the stripping process, by providing stable wire tension, to prevent the wire from knotting, winding or breaking.
2. Enhance efficiency: The cable prefeeder ensures that the wire stripping machine does not need to change the bobbin frequently during the working process, which improves the production efficiency.
3. Adapt to large wire diameter: The cable prefeeder can adapt to larger wire diameter, ensuring that the wire can be transported smoothly during the stripping process.
Features:
1. Wide range of application: 30 square wire stripping machine can handle about 30mm² cable, suitable for all kinds of cable stripping, cutting and other work, commonly used in electric power, electrical, communications and other industries.
2. Precise Stripping: High-precision stripping tool and control system ensure that the insulation layer of the wire is stripped precisely without damaging the wire.
3. Adaptable: The cable prefeeder can be adjusted according to the specifications of different wires to ensure stable working conditions even under the working conditions of different types of cables 4. Reduced Operational Intervention: The cable prefeeder effectively reduces manual intervention, and in the automated work of the stripping machine, the cable prefeeder provides a more reliable management of wires, which makes the stripping process more stable and efficient.
5. Stable structure: The cable prefeeder is usually equipped with non-slip design and stable support structure, which can withstand heavier bobbins and ensure that the wires are not easy to loosen or sliding problems.
6. Easy operation: The design of the cable prefeeder is usually very intuitive, and the operator can easily place the cables onto the frame and adjust the proper tension.
The design of payoff racks in conjunction with wire strippers automates the payoff process, thereby reducing the complexity of manual operation.
7. Enhanced Safety: The cable prefeeder effectively reduces friction and jostling of the wire, thereby reducing cable damage and possible safety hazards in the work environment.
Model | CS-8030SS |
Available Wire Size | AWG12 – AWG3 |
Conductor Cross-Section | 1-30mm² |
Cutting Length | 1-99999mm |
Cutting Length Tolerances | ≤(0.002*L) mm |
Stripping Length | Head 10-120mm; Tail 10-80mm |
Conduit Diameter | φ16mm |
Production Rate | One cores wire, 2300pcs/h; Multi cores cable, 800pcs/h |
Display Screen | 7 inch touch screen |
Wire Feed Method | Belt feeding |
Drive Method | 16 wheels drive |
Power Supply | 220V/110V |
Power | 1200W |
Weight | 115kg |
Dimensions | 85*54*63cm |
Main power feeders for heavy machinery (CNC machines, industrial presses)
Three-phase motor connections (15-30kW rated equipment)
Factory floor busbar trunking systems
Power supply for large industrial HVAC systems (chillers, rooftop units)
Main riser cables in high-rise buildings
Feeder cables for commercial subpanels
Power distribution to large retail spaces/shopping malls
Data center power backbone (PDU connections)
Commercial kitchen equipment (industrial ovens 25-40kW)
Large water heaters/boilers
Industrial welding machines
Heavy duty elevators/escalators
Solar farm combiner box to inverter connections
Wind turbine generator cabling
Battery bank interconnections for large energy storage
Marine vessel power distribution
Mining equipment power cables
Oil/gas rig electrical systems
Electric vehicle fast charging stations (DC charging)
Technical Specifications:
Current Rating: ~100-140A (depending on insulation type and installation method)
Voltage Rating: Typically 600/1000V
Common Insulation Types:
XLPE (cross-linked polyethylene) – for high temperature applications
PVC – general purpose
EPR (ethylene propylene rubber) – flexible applications
Installation Methods:
Cable tray/conduit systems
Direct burial (with proper protection)
Aerial installations (with support messenger wires)
Safety Considerations:
Requires proper termination with lugs/crimps
Needs adequate bending radius (typically 8-10x cable diameter)
Must comply with local electrical codes (NEC/IEC standards)
Common Standards:
IEC 60502-1 (international)
BS 5467 (UK)
NF C 32-321 (France)
AS/NZS 5000.1 (Australia/NZ)
Note: Actual current ratings vary based on ambient temperature, installation method, and cable construction. Always consult manufacturer specifications for exact ratings in specific applications.
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