(N)TSKCGEWOEU Medium Voltage Reeling Cable with Fiber Optics – Flexible High-Mechanical-Stress Power & Data Cable for Container Cranes and Mobile Equipment
Product Name | (N)TSKCGEWOEU Medium voltage reeling cable with fiber optics |
Application | Flexible medium voltage reeling cable with integrated fibre-optics for combined transmission of energy and data, designed for high or extreme mechanical stresses (high travel speeds, dynamic tensile loads, multiple directional changes, churning over rollers, torsional stresses). Mainly for mobile equipment, e.g., fast-moving container cranes and large moving equipment. |
Type Designation | (N)TSKCGEWOEU |
Standard | Based on DIN VDE 0250-813 |
Certifications / Approvals | GOST-R |
Notes on Installation | Preparation of fibre-optics requires special skills and elaborate tools; recommended to be performed by customer service (factory assembly). Provide connection dimensions. |
Design Features | Conductor: Electrolytic copper tinned, finely stranded, class FS (DIN VDE 0295) Insulation: High-grade special EPR compound (≥3GI3), improved mechanical/electrical characteristics (DIN VDE 0207, Part 20) Electrical Field Control: Inner semiconductive EPR layer, outer semiconductive modified NBR, Easy Strip design Core Identification: Natural coloured insulation with black semiconductive layer Optical Fiber: Core diameter 62.5, 50, or 9 μm; cladding 125 μm; coating 250 μm; 6, 12, 18, 24 fibres Fiber Class: G50/125 μm, G62.5/125 μm, E9/125 μm Fiber Type: Graded-index or Monomode Attenuation: 850 nm: <2.8–<3.3 dB/km; 1310 nm: <0.8–<0.9 dB/km; 1550 nm: <0.3 dB/km Bandwidth: 850 nm: >400 MHz; 1300 nm: >600–>1200 MHz Numerical Aperture: 0.14–0.275 ±0.02 Fiber Coding: Special color code Fiber Covering: Hollow core with ETFE filling compound Core Arrangement: Three-core with cradle separator; earth conductor split into 2; optical element: six tubes around central support |
Sheath System | Inner sheath: EPR compound (≥5GM3), red, water barrier Anti-torsion braid: Polyester threads vulcanized between sheaths Outer sheath: Sandwich structure, abrasion/tear-proof high-grade PCP rubber (≥5GM5), bright red/red |
Electrical Parameters | Rated Voltage: 3.6/6 kV Max AC Voltage: 4.2/7.2 kV Max DC Voltage: 5.4/10.8 kV AC Test Voltage: 11 kV EMC: Extremely low interference due to symmetrical three-core design Data Transmission: Fibre-optics for high-speed data Current Carrying Capacity: According to DIN VDE 0298 Part 4; higher values consult manufacturer |
Chemical Parameters | Oil Resistance: DIN EN 60811-404 / DIN VDE 0473-811-404, para 10 Weather Resistance: Outdoor/indoor, ozone, UV, moisture resistant Water Resistance: According to HD 2216 |
Thermal Parameters | Max Conductor Temp: 90 °C Max Short Circuit Temp: 250 °C Ambient Temp (fixed installation): -50 °C to +80 °C Ambient Temp (flexible operation): -35 °C to +80 °C |
Mechanical Parameters | Max Tensile Load on Conductor: 20 N/mm² Max Tensile Load During Acceleration: Up to 30 N/mm² (DIN VDE 0298 Part 3: 15 N/mm²) Torsional Stress: ±25 °/m Min Bending Radius: According to DIN VDE 0298 Part 3 Min Distance with S-Type Changes: 20 × D (cable diameter) Travel Speed: Gantry/reeling operation: no restriction; >240 m/min consult manufacturer Additional Tests: Reversed bending, torsional stress test |
In modern industrial operations, especially in ports, container terminals, and large mobile equipment setups, the demand for cables capable of handling both power and data under extreme mechanical stress has grown significantly. The (N)TSKCGEWOEU Medium Voltage Reeling Cable with Fiber Optics is a cutting-edge solution engineered to meet these challenges.
How Does the (N)TSKCGEWOEU Cable Handle Electrical and Data Transmission?
The cable is rated for medium voltage applications, with a nominal voltage of 3.6/6 kV, and is available up to 12/20 kV for heavier-duty applications. Key electrical features include:
Maximum AC voltage: 4.2/7.2 kV
Maximum DC voltage: 5.4/10.8 kV
AC Test voltage: 11 kV
Current carrying capacity: Based on DIN VDE 0298-4, adjustable for specific installation conditions
EMC Performance: Symmetrical three-core design reduces electromagnetic interference, essential for integrated power and data transmission.
The fiber optic component enables high-speed, interference-free data transmission, supporting large bandwidth and stable operation even under high mechanical stress. Optical fibers are color-coded for easy identification, ensuring reliable installation and maintenance.
Where Is the (N)TSKCGEWOEU Cable Commonly Used?
The primary applications include:
Container Cranes: For high-speed crane operations where simultaneous power and data transmission are required.
Mobile Industrial Equipment: Large moving machines, stackers, and automated guided vehicles (AGVs).
Ports and Terminals: Reeling systems in container yards with complex travel paths and torsional stress.
Industrial Automation: Environments requiring minimal EMI and reliable data communication alongside power supply.
A real-world case study in Indonesia involves a container terminal in Tanjung Priok, Jakarta, where (N)TSKCGEWOEU 6/10 kV cables with 12 optical fibers were installed to replace traditional medium voltage cables. The result was:
Reduced downtime due to cable failures
Stable high-speed data transfer for crane automation systems
Increased mechanical lifespan due to robust anti-torsion and abrasion-resistant design
FAQ: What Do Users Commonly Ask About (N)TSKCGEWOEU Cables?
Can this cable transmit data reliably at high speeds?
Yes, integrated fiber optics support high data rates with minimal interference, even under extreme mechanical stress.
How does it compare with traditional medium voltage reeling cables?
Compared to standard medium voltage cables:
Fiber Integration: Supports data transmission alongside power.
Mechanical Strength: Anti-torsion braid and sandwich sheath system provide higher lifespan.
EMC Performance: Symmetrical core arrangement reduces interference.
Feature | Standard MV Cable | (N)TSKCGEWOEU |
|---|---|---|
Data Transmission | Not supported | Supported via fiber optics |
Torsional Resistance | Moderate | ±25°/m |
Bending Radius | Higher | Optimized (20×D) |
Mechanical Protection | Limited | High, with anti-torsion braid |
Environmental Resistance | Moderate | UV, oil, water, ozone resistant |
Can it be used in tropical Indonesian climates?
Yes, the cable operates reliably from -35°C to +80°C and is resistant to UV, moisture, and chemicals.
What are the maintenance recommendations?
Inspect periodically for sheath damage
Ensure bending radius and torsional limits are maintained
Replace damaged fibers immediately to maintain data integrity
Is factory assembly required for fiber optic preparation?
It is strongly recommended, as proper fiber termination requires advanced tools and experienced personnel.
What Are the Advantages of Choosing (N)TSKCGEWOEU for Industrial Applications?
High Mechanical Stress Handling: Ideal for fast-moving cranes and mobile machinery.
Integrated Power and Data: Simplifies cabling and reduces system complexity.
Durable Sheath System: Ensures long service life even under abrasion and torsion.
Global Compliance: Based on DIN VDE standards with GOST-R approval.
Flexible Design Options: Multiple fiber counts and voltage ratings allow tailored solutions.
Installation and Commercial Advice
For industrial operators in Indonesia considering modern container terminal upgrades, crane automation, or mobile industrial machinery:
Evaluate your power and data needs
Consult with certified cable specialists for proper installation
Consider upgrading to (N)TSKCGEWOEU medium voltage reeling cables with fiber optics to enhance reliability, reduce downtime, and future-proof your infrastructure
Contact our technical team today to discuss tailored solutions and factory assembly options.
