Enhanced Safety and Performance: A Comprehensive Guide to Feichun SIENOPYR(110) (N)HX4GAF UL 0.6/1kV Halogen-Free Single Core Cables
Prioritizing Safety and Reliability: The Feichun SIENOPYR(110) (N)HX4GAF UL 0.6/1kV Cable Solution
Feichun Cable is known for its unwavering commitment to delivering high-quality and reliable cabling solutions across diverse industries.
As part of this commitment, Feichun introduces the SIENOPYR(110) (N)HX4GAF UL 0.6/1kV cable—a product designed to meet the strictest safety standards while providing exceptional fire safety and thermal performance.
This halogen-free single core cable is engineered for fixed wiring or occasional movement in electrical installations, making it the perfect solution for high-performance environments where safety and reliability are paramount.
This article will dive deep into the SIENOPYR(110) (N)HX4GAF UL 0.6/1kV cable's construction, specifications, applications, installation guidelines, and troubleshooting.
Our goal is to provide a comprehensive understanding of how this cable enhances fire safety, supports high-temperature applications, and complies with critical international standards such as DIN VDE, UL, and IEC.
Addressing Critical Safety and Performance Needs with SIENOPYR Cables
Cables in industrial, commercial, and residential installations face critical challenges, especially in environments where fire safety and high operating temperatures are of primary concern.
The Feichun SIENOPYR cable was designed with these challenges in mind, offering an ideal solution for demanding applications that require halogen-free, fire-resistant cables.
Fire Safety and Toxicity: A Critical Concern
Traditional cables, often made from PVC, can release toxic fumes such as hydrogen chloride gas when exposed to fire.
These gases not only harm the environment but also pose significant risks to human health, hinder evacuation efforts, and damage sensitive equipment.
The Feichun SIENOPYR(110) (N)HX4GAF cable’s halogen-free construction mitigates these risks. By eliminating halogens, it ensures that no harmful gases are released during a fire, improving safety for both people and equipment.
High Operating Temperatures: Addressing Thermal Stress
Certain installations, particularly those exposed to high ambient temperatures or direct heat, demand cables that can withstand prolonged thermal stress without degrading.
The SIENOPYR(110) cable features a maximum conductor temperature of 110°C, making it ideal for environments with high thermal loads.
This high-temperature resistance ensures that the cable remains operational and safe even in extreme conditions, contributing to a longer service life and more reliable performance.
International Standards Compliance: Ensuring Global Reliability
The Feichun SIENOPYR(110) (N)HX4GAF UL 0.6/1kV cable complies with several international standards, ensuring that it meets the strictest safety and performance criteria.
These standards are crucial for ensuring safety, quality, and interoperability across borders.
Engineered for Safety and Performance: Technical Details
Let’s take a closer look at the technical specifications and standards compliance of the Feichun SIENOPYR(110) (N)HX4GAF UL 0.6/1kV cable.
This section provides a detailed breakdown of the materials, construction, and electrical characteristics that make this cable an industry leader in safety and performance.
Standards Compliance
| Standard | Description |
| DIN VDE 0250-501 | Specifies the requirements for flexible cables for fixed installations. |
| UL 758, AWM Style 3685 | Covers wires and cables used in appliances and electrical devices. |
| IEC 60754-2 | Tests the amount of halogen acid gas released during combustion. |
| DIN EN 60332-1-2 | Specifies the test for vertical flame propagation for single insulated wires or cables. |
| DIN EN 61034-2 | Measures smoke density during the combustion of cables. |
| UL 1581, VW-1 | Flame test for wires and cables with vertical flame resistance. |
Conductor
- Material: Tinned, finely stranded copper wire (Class 5 according to DIN EN 60228).
- Advantages of Tinning: Tinning offers corrosion resistance, improves solderability, and enhances the overall durability of the conductor.
- Class 5 Stranding: Provides high flexibility, making it ideal for dynamic installations where movement is required.
Insulation
- Material: Cross-linked LS0H (Low Smoke Zero Halogen).
Benefits:
Halogen-free: No toxic fumes or corrosive gases during combustion.
Low smoke emission: Improves visibility during emergencies, helping with quicker evacuation.
High temperature resistance: Withstands up to 110°C for reliable performance in high-heat environments.
Electrical Characteristics
| Property | Value |
| Rated Voltage U0/U (Um) | 0.6/1 (1.2) kV |
| Test Voltage | 3.5 kV |
| Max. Conductor Temperature | 110°C |
| Max. Temperature at Short Circuit | 250°C |
Environmental and Mechanical Properties
| Property | Value |
| Ambient Temperature (Fixed Installation) | -40°C |
| Laying Temperature (Min.) | -25°C |
| Flame Retardant | Yes (EN/IEC 60332-1-2, UL 1581 VW-1) |
| Low Smoke | Yes (IEC/EN 61034-2) |
| Oil Resistant | Yes (IEC/EN 60811-404) |
| Permanent Tensile Strength | 15 N/mm² |
| Bending Radius | Fixed Install: OD ≤12mm: 4 x OD, OD >12mm: 5 x OD |
| | Free Moving: OD ≤12mm: 5 x OD, OD >12mm: 6 x OD |
Ensuring Safe and Reliable Installations: Key Recommendations
The Feichun SIENOPYR(110) (N)HX4GAF UL 0.6/1kV cable is a versatile solution, but it’s essential to follow specific installation guidelines to ensure optimal performance and long-term safety.
Minimum Installation Temperature
The minimum laying temperature for the SIENOPYR cable is -25°C. Installing cables at temperatures lower than this can result in brittle insulation, which could crack or break under strain, jeopardizing safety.
Cable Handling
It’s crucial to handle the cable carefully during installation. Avoid damaging the insulation by pulling the cable too forcefully or dragging it across rough surfaces. Using proper tools for installation will help prevent damage.
Bending Radius
| Installation Type | Bending Radius for OD ≤12mm | Bending Radius for OD >12mm |
| Fixed Installation | 4 x OD | 5 x OD |
| Free Moving | 5 x OD | 6 x OD |
Correct bending ensures that the insulation remains intact and prevents stress on the conductor. Always use the recommended bending radii during installation to avoid damaging the cable.
Termination and Connection
Ensure that the connectors and accessories used with the SIENOPYR cable are compatible with LS0H insulation.
Follow correct termination techniques to ensure reliable electrical connections that prevent issues like overheating or voltage drop.
Maintaining Performance and Safety: Troubleshooting and Best Practices
To ensure your Feichun SIENOPYR(110) (N)HX4GAF cable continues to operate at peak performance, regular maintenance and troubleshooting are essential.
Common Installation Mistakes
- Exceeding the bending radius: This can strain the insulation and conductors, potentially leading to cable failure.
- Damaging the insulation: During handling or installation, any damage to the insulation can compromise safety and performance.
Troubleshooting Common Problems
- Insulation Damage: Regularly inspect the cable for cuts, abrasions, or any physical damage to the insulation.
- Overheating: Ensure that the cable size is appropriate for the current load and that ventilation is adequate. Overheating can lead to insulation degradation and reduced cable life.
Where SIENOPYR Cables Excel: Key Applications and Advantages
The Feichun SIENOPYR(110) (N)HX4GAF cable is ideally suited for installations in high-risk environments that require superior fire safety, high-temperature performance, and flexibility. Here are some key applications:
- Public Buildings: Where fire safety is paramount, such as in high-rise buildings, airports, or hospitals.
- Transportation Systems: Railways, subways, and tunnels where high thermal stability is essential.
- Industrial Facilities: Power stations, factories, and other locations with high-temperature and fire risk.
RFQ: Common Questions and Answers
What is the maximum operating temperature for the Feichun SIENOPYR(110) (N)HX4GAF cable?
The maximum operating temperature for this cable is 110°C.
Is the cable suitable for outdoor use?
The Feichun SIENOPYR(110) cable is designed for fixed indoor installation. If you need to use it outdoors, ensure proper protection from direct exposure to harsh weather conditions.
What is the difference between halogen-free and PVC cables?
Halogen-free cables, like the SIENOPYR(110), do not release harmful gases when exposed to fire, unlike PVC cables which can emit toxic fumes.
Can the Feichun SIENOPYR(110) (N)HX4GAF cable be used in mining environments?
Yes, the SIENOPYR(110) cable is suitable for harsh industrial environments, including mining operations, where high heat resistance and fire safety are crucial.
This cable’s robust design and adherence to global standards ensure that it remains a top choice for industries requiring dependable and safe cable solutions.
Whether you're working in public infrastructure or a high-risk industrial setting, the Feichun SIENOPYR(110) (N)HX4GAF cable delivers the highest levels of performance and safety.
Note: This is just part of the standard parameters of our products. Please contact our Engineer if you need more. And the information contained within this webpage is for guidance only and is subject to change without notice or liability. All dimensions and specifications are nominal and are subject to normal manufacturing tolerances. All pictures shown are for illustration purposes only. The actual product may vary. All the information is provided in good faith and is believed to be correct at the time of publication.
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Enhanced Safety and Performance: A Comprehensive Guide to Feichun SIENOPYR(110) (N)HX4GAF UL 0.6/1kV Halogen-Free Single Core Cables Images
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