WDZ-KYJYRP XLPE Control Cable LSZH Wire Shielded 0.6/1kV To 35kV

• 2C: Basic Instrument Circuits and Equipment Connections
• 3C, 4C: Multi-point Control Cabling
• 5C, 7C, 8C: Extended Control Circuits and Equipment Groups
• 10C, 12C, 16C: Multi-channel Cabling Between Panels
• 20C, 24C: Control Cabinets and Automation Systems with Higher Channel Counts

Some signal designs (depending on specifications) may use wire-pair structures

• 0.5 mm²
• 0.75 mm²
• 1.0 mm²
• 1.5 mm²
• 2.5 mm²

• 2C x 0.75, 2C x 1.0, 2C x 1.5
• 4C x 0.75, 4C x 1.0, 4C x 1.5
• 8C x 0.5, 10C x 0.5, 12C x 0.5
• 12C x 0.75, 16C x 0.75
• 20C x 0.5, 24C x 0.5

Supply depends on shielding type, low-smoke halogen-free compound system, and required standards. Please confirm the specific structure to ensure compliance with bidding requirements.

Low-smoke halogen-free compounds are commonly used to reduce smoke concentration and corrosive gases in fire scenarios, thereby supporting safer evacuation and reducing damage to sensitive equipment.

Shielding helps reduce electromagnetic interference, thereby improving the reliability of automation signals, sensor feedback, and control circuitry in electrically noisy environments.

The XLPE insulation layer on the core wires provides reliable dielectric and thermal properties for control and multi-core cabling.

The multi-core design reduces cable clutter and improves cable management in cable trays and cabinets, thereby accelerating commissioning and maintenance.

Standard core counts, common sizes, and export packaging facilitate repeat orders for automation projects and multi-site deployments.

• PLC control and I/O cabling
• Instrument loops and sensor circuits
• Automation panels, MCCs, and control cabinets
• Building management systems and industrial control cabling
• Signal cabling near frequency converters, motors, and switchgear
• Cable trays and conduits requiring Low Smoke Halogen-Free (LSZH) standards

Copper conductors are drawn and stranded to ensure flexibility. Each core uses a controllable thickness XLPE insulation layer to ensure stable performance.

Cores are numbered or color-coded and then stranded according to a specified core count and stable geometry to ensure consistent cable roundness.

Depending on specifications, a shielding layer, such as copper braid or copper tape, is typically applied to improve electromagnetic interference immunity and signal stability.

Extruding low-smoke halogen-free sheaths provides protection and fire resistance for wiring in enclosed environments.

Typical inspection items include conductor resistance, insulation thickness, spark testing, voltage testing, shielding continuity checks, and dimensional verification. Related documentation is available upon request.

• Conductor: Copper stranded wire
• Core insulation: Cross-linked polyethylene (XLPE)
• Shielding: Copper braid or copper tape (depending on specific specifications)
• Outer sheath: Low smoke halogen-free (LSZH) composite system
• Cable type: Shielded low smoke halogen-free control and instrumentation cable for fixed installation

• When your project requires compliance with Low Smoke Halogen-Free (LSZH) standards and shielding to improve signal quality in noisy environments, choose WDZ-KYJYRP.
• Select the core quantity based on the number of channels and future expansion needs; select the cross-sectional area based on circuit current, line length, and allowable voltage drop.
• Confirm the shielding type and grounding method to ensure effective shielding.
• If the wiring is located outdoors, underground, or at a high mechanical risk, please describe the environmental conditions in detail to select appropriate sheathing and protection design.

• What are the uses of WDZ-KYJYRP?

  It is used in low smoke halogen-free (LSZH) shielded control and instrumentation circuits that require stable signal transmission and higher electromagnetic interference (EMI) immunity, such as PLC wiring, sensors, and automation loops.

• What is the role of shielding in actual installation?

  Shielding reduces electromagnetic interference from motors, inverters, and switching equipment, helping to maintain reliable control signals and reduce noise-induced failures.

• Is WDZ-KYJYRP suitable for power distribution?

  It is primarily used for control and signal circuits. For mains power feeders, please select dedicated low-voltage power cables that match the load and installation path.

• What voltage rating should I choose?

  Select according to your control system specifications and local standards. Many projects specify control cables using voltage ratings of 300/500 V or 450/750 V.

• How do I choose the number of cores and cross-sectional area?

  The number of cores depends on the number of channels and equipment. The cross-sectional area depends on current requirements and line length. Please provide your channel list and distances so we can match them.

• Can you provide numbered cores and custom markings?

  Yes. We can provide numbering, printing, packaging markings, and export documentation for contractors and distributors.

JinHong has a wide range of cable and conductor products for you to choose from. We will provide caring services and professional project solutions for everyone who needs them.

JinHong cable products are manufactured according to GB, IEC, BS, NFC, ASTM, DIN, and other international standards. Our technical team can customize cable products that meet your requirements according to your needs.

JinHong provides free professional consulting services to provide you with one-stop project solution services and rapid product delivery solutions.

While we at JinHong provide high-quality cables, we also provide good delivery solutions. While ensuring the safe delivery of products, we provide the best packaging and transportation solutions, greatly reducing customers’ transportation costs.