CS-S805H is a multi-core wire cutting stripping machine,an automated or semi-automated device designed to strip the insulation from multi-conductor cables (up to 6 cores) quickly and precisely. These machines are widely used in electrical manufacturing, automotive wiring, telecommunications, and electronics assembly to improve efficiency and consistency in wire processing.
Function:
1. Stripping of outer sheath and core insulation layer:
* Stripping of outer sheath and core insulation layer: CS-805H multi-core wire stripping machine is mainly used to strip the outer sheath and core insulation layer of multi-core cables to ensure that the insulation layer is completely removed without affecting the internal metal conductor of the cable
* Adapt to different sheath materials: It can handle a variety of cable sheath materials, such as PVC, PE, rubber, etc. According to the different hardness and thickness of the sheath, adjust the stripping depth and strength.
2. Multi-core cable processing:
* Multi-core stripping: It is suitable for stripping the insulation of the outer sheath and core wire of multi-core cables, and can process up to 5 core wires at a time. Multi-core cables include control cables, communication cables, etc., with different numbers of conductors. This machine can accurately handle the sheath stripping of each wire.
* Uniform stripping: The stripping machine can ensure that the outer sheath of each core wire is stripped evenly and completely without causing damage to the wire.
3. Automatic feeding and stripping:
*Automatic feeding: Equipped with an automatic feeding device, it can feed the cable into the stripping system and control the feeding speed and position of each wire to ensure a smooth stripping process.
*Automatic stripping control: Through an advanced control system, the stripping depth and stripping length are automatically adjusted according to the cable specifications to avoid errors caused by manual adjustment.
4. Adjustable stripping depth and length:
*Adjustable depth: The stripping machine is usually equipped with a precise tool adjustment system, which can adjust the stripping depth according to the sheath thickness and material of different cables to ensure accurate removal of the outer sheath without damaging the internal insulation layer.
*Adjustable length: The stripping length can be adjusted as needed to flexibly respond to different processing requirements.
5. Multiple function integration:
*Multi-core stripping and cutting: In addition to outer sheath stripping, CS-805H also has functions such as cutting and processing core wires, which can complete multiple processes at one time, greatly improving work efficiency.
*Multi-layer stripping: Supports multi-layer stripping function, which can continue to strip the middle insulation layer or shielding layer after stripping the outer sheath, suitable for more complex cables.
6. Automatic detection and control:
*Intelligent control: Equipped with an automatic control system, it can monitor the machine’s operating status and adjust parameters in real time to ensure that each step is carried out according to the predetermined requirements.
*Fault detection and alarm: The machine usually has a fault diagnosis and alarm system, which can alarm in time when a fault occurs, reducing the loss caused by the fault.
| Model | CS-805H |
| Available Wire | Round sheathed cable |
| Conductor Cross-Section | 1-6mm² |
| Inner Core Numbers | Within 5 cores |
| Cutting Length | 1-99999mm |
| Cutting Length Tolerances | ≤(0.002*L) mm |
| Jacket Stripping Length | Head 0.1-250mm; Tail 0.1-70mm |
| Inner Core Stripping Length | Head 0.1-30mm; Tail 3-30mm |
| Conduit Diameter | φ6mm |
| Production Rate | One cores wire, 2300pcs/h |
| Multi cores cable, 800pcs/h | |
| Display Screen | 4.3 inch LCD touch screen |
| Wire Feed Method | Belt feeding |
| Drive Method | 4 wheels drive |
| Power Supply | 220V/110V |
| Power | 780w |
| Weight | 42kg |
| Dimensions | 53*51*43cm |
Multi-core cables consist of multiple insulated conductors bundled under a single sheath. They are widely used where flexibility, space efficiency, or complex signal/power transmission is required.
Motor Control: Connects PLCs (Programmable Logic Controllers) to servo motors, VFDs (Variable Frequency Drives), and actuators.
Sensor Networks: Transmits signals from pressure/temperature sensors (e.g., 4–20 mA or RS-485 communication).
Robotics: Powers joints and control units in robotic arms (high-flex designs with PUR/PVC insulation).
Temporary Power Supplies: Used in construction sites or events (e.g., rubber-insulated multi-core cables like H07RN-F).
Subpanel Wiring: Feeds secondary distribution boards in buildings.
Three-Phase Systems: Multi-core cables (e.g., 4-core or 5-core) distribute balanced loads in 400V industrial setups.
Ethernet Cables: Shielded multi-core pairs (Cat5e/Cat6) for LAN networks.
Telecom Infrastructure: Fiber-optic multi-core cables for backbone networks.
Audio/Video Systems:
Multicore audio cables (e.g., 12–24 cores) for studio mixing consoles.
SDI/HDMI cables with multiple coaxial cores for broadcast equipment.
Automotive Wiring Harnesses: Powers ECUs (Engine Control Units), infotainment systems, and lighting (thin multi-core strands).
Aerospace: Lightweight, fire-resistant multi-core cables for avionics (e.g., MIL-SPEC standards).
Railways: Supplies control circuits, lighting, and signals in trains (BS6853 compliant for fire safety).
Solar Farms: Multi-core PV cables connect panels to combiner boxes (UV-resistant insulation).
Wind Turbines: Dynamic cables with multiple cores for pitch control and sensors (high-flex, oil-resistant).
Patient Monitoring: Multi-core cables for ECG machines, MRI systems, and ultrasound devices (shielded to reduce EMI).
Surgical Tools: Supplies power and signals to endoscopic/laser equipment.
Shipboard Wiring: Water-resistant multi-core cables (e.g., IEC 60092 standards) for navigation and propulsion systems.
Subsea Applications: Oil/gas rigs use armored multi-core cables for ROVs (Remotely Operated Vehicles).
Appliance Wiring: Inside washing machines, refrigerators, and AC units.
USB/Type-C Cables: Multi-core designs for power delivery and data transfer.
Conductor Types:
Copper: Standard for most applications (stranded for flexibility).
Tinned Copper: For marine/outdoor use (corrosion-resistant).
Insulation Materials:
PVC: General-purpose, cost-effective.
PUR (Polyurethane): Abrasion-resistant for robotics.
Silicone/Rubber: High-temperature/flexibility (e.g., stage lighting).
Shielding:
Foil/braided shields for EMI protection (e.g., in data/medical cables).
Standards:
UL/CSA: North America (e.g., UL AWM style).
IEC/EN: Europe (e.g., H05V-K, H07RN-F).
Military: MIL-DTL-27500 for aerospace. 
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