(N)SHTOEU Low Voltage Reeling Cable for Vertical Spreader Operation | Flexible 0.6/1 kV Cable with Fiber Optics | DIN VDE 0250-814 & GOST-R Certified
Application | Use | Flexible low voltage reeling cable for applications under extreme mechanical stresses, specially designed for vertical reeling operations (spreader reeling applications). |
Global Data | ||
Type Designation | (N)SHTOEU-J / (N)SHTOEU-O | |
Standard | Based on DIN VDE 0250-814 | |
Certifications / Approvals | GOST-R | |
Design Features | Conductor | Electrolytic bare copper, very finely stranded, class FS |
Insulation | Special thermoplastic compound with very high stability, excellent insulation resistance, and outstanding gliding characteristics | |
Core Identification | Black insulation with light printed numbers; earth conductor green-yellow | |
Individual Screen | Tinned copper braid screen, optimized transfer impedance at 30 MHz; surface coverage ≥60% (shielded cores), ≥80% (twisted pairs) | |
Core Arrangement | Laid-up in a maximum of 3 layers | |
Support Element | Central aramid support element to increase loading capability (kN value defines breaking load) | |
Sheath System | Inner Sheath: Special PCP compound, yellow | |
Electrical Parameters | Rated Voltage | 0.6 / 1 kV (600 / 1000 V) |
Max. Operating Voltage (AC) | 0.7 / 1.2 kV | |
Max. Operating Voltage (DC) | 0.9 / 1.8 kV | |
AC Test Voltage | 3.5 kV / 5 min | |
Data Transmission | ASI-Bus, Profibus, CAN-Bus, Industrial Ethernet; alternatively integrated fiber optics | |
Current Carrying Capacity | According to DIN VDE 0298-4 | |
Chemical Parameters | Oil Resistance | Acc. to DIN EN 60811-404; DIN VDE 0473-811-404 |
Weather Resistance | Suitable for indoor and outdoor use; resistant to ozone, UV, and moisture | |
Water Resistance | Verified by long-term testing | |
Thermal Parameters | Max. Conductor Temperature | 90 °C |
Max. Short-Circuit Temperature | 250 °C | |
Ambient Temp. (Fixed) | -50 °C to +80 °C | |
Ambient Temp. (Flexible) | -35 °C to +80 °C | |
Mechanical Parameters | Max. Tensile Load | Increased by additional support elements |
Torsional Stress | ±50°/m | |
Min. Bending Radius | According to DIN VDE 0298-3 | |
Min. Distance (S-type Change) | 20 × cable diameter | |
Travel Speed | Vertical reeling up to 240 m/min (consult manufacturer for higher speeds) | |
Additional Tests | Reverse bending, roller bending, torsional stress test | |
Cable Variants & Dimensions | Number of Cores × Cross Section | Includes control cables, composite control cables, and control cables with fiber optics |
Part Number / MLFB | As specified per configuration | |
Conductor Ø (max.) | Approx. 1.3–2.0 mm | |
Outer Ø (min.–max.) | Approx. 19.0–45.9 mm | |
Min. Bending Radius (Dynamic) | Approx. 110–230 mm | |
Weight | Approx. 770–3080 kg/km | |
Permissible Tensile Force | Up to approx. 6000 N | |
Conductor Resistance (20 °C) | Max. 7.98–19.5 Ω/km (depending on cross-section) | |
Current Carrying Capacity (1) | Up to 30 A | |
Short-Circuit Current | Up to 0.36 kA | |
Notes | Nominal Current Rating | Based on rubber cables laid on surface at 30 °C (DIN VDE 0298-4, Table 15) |
Special Designs | Integrated fiber optics available upon request |
When engineers search for “(N)SHTOEU reeling cable”, they are usually asking one key question:
Which low-voltage cable can reliably handle extreme mechanical stress in vertical reeling systems while also supporting modern data transmission?
The (N)SHTOEU Low Voltage Reeling Cable, designed in accordance with DIN VDE 0250-814 and GOST-R certified, is a proven solution for vertical spreader reeling applications—especially in ports, container terminals, and heavy industrial environments across Southeast Asia, including Indonesia.
What Makes (N)SHTOEU Different from Standard Low Voltage Reeling Cables?
Unlike ordinary flexible power cables, (N)SHTOEU is purpose-engineered for vertical reeling, where gravity, tensile force, torsion, and high travel speeds act simultaneously.
Key distinguishing features include:
Central aramid support element for high tensile load
Anti-torsion braid system to prevent twisting
Multi-layer sheath system for durability
Optional fiber optics or industrial bus systems integrated in one cable
This design allows the cable to perform safely under continuous lifting and lowering cycles, such as spreader reeling on cranes.
Can (N)SHTOEU Transmit Data and Signals?
Yes.
The cable supports:
ASI-Bus
Profibus
CAN-Bus
Industrial Ethernet
For advanced automation, integrated fiber optics can transmit all bus protocols in one hybrid cable—reducing installation complexity.
How Does (N)SHTOEU Perform in Harsh Environmental Conditions?
Is It Suitable for Outdoor Use in Indonesia?
Absolutely. The cable is tested for:
UV resistance
Ozone resistance
Moisture and water resistance
Oil resistance (DIN EN 60811-404)
Temperature Performance
Condition | Temperature Range |
|---|---|
Fixed installation | -50 °C to +80 °C |
Flexible operation | -35 °C to +80 °C |
Max conductor temperature | 90 °C |
Short-circuit temperature | 250 °C |
Where Is (N)SHTOEU Commonly Used?
What Are the Typical Applications?
Vertical spreader reeling systems
Port container cranes
Hoisting equipment
High-rise industrial lifting systems
Automated terminals
How Does (N)SHTOEU Compare with Other Reeling Cables?
Comparison Table: (N)SHTOEU vs Standard Reeling Cable
Feature | (N)SHTOEU | Standard LV Reeling Cable |
|---|---|---|
Vertical reeling optimized | ✅ Yes | ❌ Limited |
Aramid support element | ✅ Yes | ❌ No |
Anti-torsion braid | ✅ Yes | ❌ No |
Fiber optics option | ✅ Yes | ⚠️ Rare |
Travel speed (hoist) | Up to 240 m/min | <150 m/min |
Service life | Long | Medium |
What Installation Guidelines Should Be Followed?
How Can You Maximize Service Life?
Respect minimum bending radius (DIN VDE 0298-3)
Maintain minimum distance for S-type direction changes: 20 × D
Avoid exceeding permissible tensile force
Consult manufacturer for speeds above 240 m/min
Correct installation is as important as cable selection.
Frequently Asked Questions About (N)SHTOEU Reeling Cables
Is (N)SHTOEU Suitable for Horizontal Reeling?
It can be used, but it is specifically optimized for vertical reeling. For purely horizontal systems, other designs may be more cost-effective.
Can Fiber Optics Be Added Later?
No. Fiber optics must be integrated during manufacturing to ensure mechanical protection and signal integrity.
Is GOST-R Certification Important?
Yes, especially for projects involving Eurasian markets or equipment sourced from Russia-aligned standards.
How Do I Select the Right Core Configuration?
Selection depends on:
Power requirements
Control signal count
Data transmission needs
Mechanical load
Always match core count and cross-section to actual operating conditions.
Why Choose (N)SHTOEU for Vertical Spreader Operations?
If your project requires:
High mechanical endurance
Reliable vertical reeling
Power + control + data in one cable
Compliance with DIN VDE 0250-814
Then (N)SHTOEU is a technically proven and economically sound choice.
Need Help Selecting the Right (N)SHTOEU Cable?
Choosing the correct core configuration, tensile rating, and data option is critical.
👉 Contact our technical team for:
Cable selection guidance
Custom designs with fiber optics
Project-specific recommendations for Indonesian ports and industries
