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LB-DATA LiYC12Y-TP PUR Flexible Twisted Pair Shielded Cable

    LB-DATA LiYC12Y-TP PUR Flexible Twisted Pair Shielded Cable

    Flexible Twisted Pair Shielded Cables are engineered to provide reliable, high-speed data transmission while minimizing electromagnetic interference (EMI) and crosstalk. The twisted pair construction, combined with robust shielding, ensures optimal signal integrity and long-term performance in industrial, commercial, and networking environments. Designed for flexibility, these cables are easy to route through tight spaces, making them ideal for automation systems, telecommunications, electronic devices, and data centers. Built with high-quality conductors and durable insulation, flexible twist...
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LB-DATA LiYC12Y-TP


PUR Flexible Twisted-Pair Shielded Cable


Applications

LB-DATA LiYC12Y-TP PUR Flexible Twisted-Pair Shielded Cable is designed for use in moderate mechanical stress environments, providing solutions for data transmission, measurement, and control applications. This product is widely used in industrial automation, electromechanical equipment, machine tools, and other mechanical equipment. The twisted-pair cable reduces internal electromagnetic interference, and the tinned copper braided shield provides strong resistance to external electromagnetic interference, ensuring stable data and signal transmission.


Product Structure

Reference Standard: VDE 0812

Conductor: Multiple finely stranded bare copper wires, conforming to IEC 60228, Category 5 conductors

Insulation: High-strength HDPE

Core Twist: Twisted pairs; the twisted pair structure provides circuit decoupling (crosstalk)

Filling (optional): Cotton

Shield: Tinned copper wire braid, braid density ≥ 80%

Jacket Material: High-strength PUR

Jacket Color: RAL7001 gray and other colors

Core Color:

JZ: Black core, sequential white numbering, with a yellow-green ground conductor (on the outer layer)

JB: Colored core, with a yellow-green ground conductor

OZ: Black core, sequential white ink or laser-printed numbering, without a yellow-green ground conductor

OB: Colored core, without yellow-green ground wire


Technical Parameters

Rated Voltage: 300/300V

Test Voltage: 2000V

Rated Temperature: -20°C to +70°C

Minimum Bend Radius:

Mobile Installation: When travel distance < 10 meters, bend radius is 12 x D (cable outer diameter)

When travel distance ≥ 10 meters, bend radius is 15 x D (cable outer diameter)

Mobile Characteristics: Laying travel distance: 80 meters, acceleration 50 m/s², moving speed ≤ 5 m/s

Bending Life: 30 cycles/minute, >6 million cycles


Operating Temperature:

Fixed Installation - 40°C to +80°C

Mobile Installation - 30°C to +70°C

Outer Jacket Oil Resistance: Complies with IEC 60811-2-1

Environmental Requirements: RoHS and REACH Compliant

Flame Retardant: Complies with IEC 60332-1-2


Product Features

Small cable outer diameter saves installation space.

Excellent mechanical properties.

Excellent internal and external electromagnetic interference resistance.

Suitable for flexible applications.

Specialized structural design and materials enhance wear and bending resistance.

Limited oil resistance. Complies with DIN EN 50290-2-22.


Product Code

Number of cores × cross-sectional area

n*mm²

Approximate outer diameter of cableApproximate copper usageApproximate cable weight
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.022*2*0.26.8 21.2 50 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.033*2*0.27.1 25.7 59 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.044*2*0.27.4 31.0 71 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.055*2*0.28.8 36.6 91 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.066*2*0.29.5 42.1 103 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.077*2*0.210.6 47.6 125 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.088*2*0.210.6 51.1 133 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.099*2*0.212.1 58.8 153 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.10110*2*0.212.3 62.9 162 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.1212*2*0.213.0 70.9 191 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.1515*2*0.214.7 85.1 239 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.1616*2*0.214.7 88.6 246 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.1818*2*0.215.4 97.7 268 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-002.2020*2*0.215.8 105.7 287 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.022*2*0.37.2 26.1 57 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.033*2*0.37.6 32.5 69 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.044*2*0.38.3 39.7 91 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.055*2*0.39.4 47.2 106 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.066*2*0.310.2 54.7 122 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.077*2*0.311.3 62.3 147 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.088*2*0.311.3 67.6 157 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.099*2*0.313.3 77.5 192 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.1010*2*0.313.5 83.4 204 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.1212*2*0.314.3 95.2 240 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.1515*2*0.315.7 115.2 284 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.1616*2*0.315.7 120.5 293 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.1818*2*0.316.5 133.4 321 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-003.2020*2*0.316.8 145.1 344 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.022*2*0.58.1 35.8 73 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.033*2*0.59.2 48.2 100 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.044*2*0.510.5 59.7 141 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.055*2*0.511.9 71.5 166 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.066*2*0.512.8 83.2 191 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.077*2*0.514.2 95.1 229 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.088*2*0.514.2 104.0 245 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.099*2*0.516.7 119.0 296 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.1010*2*0.517.0 128.7 315 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.1212*2*0.517.5 148.1 353 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.1515*2*0.519.7 180.2 439 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.1616*2*0.519.7 189.1 456 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.1818*2*0.521.1 209.9 519 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-005.2020*2*0.521.6 229.3 558 


Product Code

Number of cores × cross-sectional area

n*mm²

Approximate outer diameter of cable

 (mm)

Approximate copper usage

(kg/km)

Approximate cable weight

(kg/km)

LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.022*2*0.759.8 39.8 98 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.033*2*0.7510.3 50.3 120 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.044*2*0.7510.9 62.1 146 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.055*2*0.7512.8 74.1 184 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.066*2*0.7513.9 86.2 211 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.077*2*0.7515.0 98.4 239 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.088*2*0.7515.0 107.3 257 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.099*2*0.7518.0 122.9 327 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.1010*2*0.7518.3 132.6 349 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.1212*2*0.7518.9 152.2 391 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.1515*2*0.7521.3 184.8 487 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.1616*2*0.7521.3 193.8 505 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.1818*2*0.7522.4 214.9 554 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-075.2020*2*0.7522.9 234.4 597 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.022*2*1.011.0 60.6 129 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.033*2*1.011.6 80.0 163 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.044*2*1.012.8 100.9 213 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.055*2*1.014.8 122.2 266 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.066*2*1.016.1 143.5 307 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.077*2*1.017.7 164.7 365 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.088*2*1.017.7 182.4 394 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.099*2*1.020.4 207.7 451 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.1010*2*1.021.1 226.3 503 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.1212*2*1.021.4 263.4 569 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.1515*2*1.024.5 323.0 706 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.1616*2*1.024.5 340.6 736 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.1818*2*1.026.2 379.6 834 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-010.2020*2*1.026.8 416.7 902 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.022*2*1.512.4 81.2 170 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.033*2*1.513.1 109.6 216 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.044*2*1.514.8 139.7 281 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.055*2*1.516.2 170.2 335 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.066*2*1.517.6 200.7 388 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.077*2*1.519.4 231.3 460 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.088*2*1.519.4 257.7 500 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.099*2*1.523.2 292.7 614 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.1010*2*1.523.5 320.3 659 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.1212*2*1.524.3 375.3 749 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.1515*2*1.527.4 462.1 927 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.1616*2*1.527.4 488.5 968 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.1818*2*1.528.8 545.5 1067 
LB-DATA LiYC12Y(TP)-300JZ/JB/OZ/OB-015.2020*2*1.529.9 600.5 1185 


Flexible Twisted Pair Shielded Cables are designed to deliver high-speed, reliable data transmission with minimal electromagnetic interference (EMI) and crosstalk. Combining twisted pair construction with robust shielding, these cables maintain signal integrity and ensure long-term performance in industrial, commercial, and networking environments. Their flexibility allows for easy routing through confined spaces, making them ideal for automation systems, telecommunications, electronic devices, and data centers.

Installation Diagram

Proper installation is key to achieving optimal performance from flexible twisted pair shielded cables. Below is a schematic overview:

Installation Diagram Overview:

  1. Identify cable path and routing constraints.

  2. Ensure connectors align with corresponding ports.

  3. Maintain minimum bend radius to avoid signal degradation.

  4. Properly secure cable with clips or ties to prevent movement.

Diagram Placeholder: [Insert schematic showing cable routing, connectors, and minimum bend radius]

Safety Instructions

Safety is critical when installing and using flexible twisted pair shielded cables.

1. Electrical Safety

  • Ensure power is off before connecting or disconnecting cables.

  • Avoid exposure to high-voltage sources.

2. Mechanical Safety

  • Do not exceed recommended bend radius.

  • Avoid pinching or crushing the cable.

  • Use cable management accessories to prevent strain.

3. Environmental Safety

  • Keep cables away from water, corrosive chemicals, and excessive heat.

  • Avoid direct sunlight and UV exposure for non-UV-resistant jackets.

4. Personal Protective Equipment (PPE)

  • Wear gloves when handling sharp connectors.

  • Use safety glasses in environments with potential debris.

Flexible Twisted Pair Shielded Cable

Installation Guide

Following proper installation procedures ensures optimal performance and longevity.

Step 1: Preparation

  • Verify cable type, length, and shielding.

  • Inspect connectors and cable ends for damage.

Step 2: Routing

  • Plan cable path avoiding interference from high-power lines.

  • Maintain recommended bend radius throughout the route.

Step 3: Termination

  • Insert cable into connector, ensuring proper alignment.

  • Engage locking mechanisms or clips to secure the cable.

Step 4: Securing

  • Use cable ties or clips to prevent movement.

  • Avoid tight bundling that can compromise shielding effectiveness.

Step 5: Testing

  • Conduct continuity, resistance, and signal integrity tests.

  • Verify performance using network analyzers or relevant test equipment.

Installation Checklist Table

StepActionNotes
PreparationVerify cable type and inspect connectorsPrevents installation errors
RoutingPlan path and maintain bend radiusAvoids signal degradation
TerminationProperly insert and secure connectorsEnsures stable connection
SecuringUse ties/clipsPrevents cable movement
TestingContinuity and signal integrity checkConfirms optimal performance

Technical Service

Reliable technical support ensures proper installation, troubleshooting, and long-term customer satisfaction.

1. Installation Support

  • Guidance on routing, connector termination, and shielding handling.

  • Recommendations for minimizing EMI and signal loss.

2. Troubleshooting

  • Diagnose signal issues, crosstalk, or interference.

  • Provide solutions for repair, replacement, or re-routing.

3. Documentation

  • Access to technical datasheets, wiring diagrams, and certification documents.

  • Detailed installation manuals and compliance guidelines.

4. Customer Support Channels

  • Email, phone, and live chat support.

  • Dedicated B2B account managers for bulk orders and custom solutions.

5. Warranty and Replacement

  • Standard warranty for manufacturing defects.

  • Clear policies for replacement, returns, and service requests.

Applications

Flexible Twisted Pair Shielded Cables are widely used across multiple industries:

  • Industrial Automation: PLC systems, robotic arms, and machinery communication.

  • Telecommunications: Network switches, routers, and data centers.

  • Medical Equipment: Diagnostic devices, imaging systems.

  • Consumer Electronics: Computers, printers, AV systems.

  • Transportation: Automotive networking, rail communication, and control panels.

Conclusion

Flexible Twisted Pair Shielded Cables offer reliable, high-speed, and interference-free connectivity for modern applications. Following proper installation procedures, adhering to safety guidelines, and leveraging technical support ensures optimal performance and long-term reliability. Choosing certified, high-quality flexible twisted pair shielded cables helps businesses maintain operational efficiency, reduce downtime, and comply with international standards.



İlgili etiketler： Flexible Twisted Pair Shielded Cable High Speed Twisted Pair Cable Durable Shielded Data Cable

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