CE Certified European Standard Oil-Resistant Control Cable YSLY-JZ

Control cables play a vital role in modern industrial production and automation systems, with their performance and quality directly impacting equipment operational safety and efficiency. As a manufacturer of cables, Shanghai Okesen Wire & Cable Co., Ltd. specializes in producing oil-resistant cables compliant with European standards and high-quality control cables with CE certification. This article provides a comprehensive analysis of the material selection, manufacturing processes, application scope, installation methods, and usage precautions for control cables, aiming to help users better understand product characteristics and make scientifically sound purchasing decisions.

I. Material Selection for Control Cables—The First Line of Defense for Quality

The materials used in control cables directly determine their mechanical properties, electrical performance, and environmental adaptability. Shanghai Okesen employs eco-friendly polymer materials for insulation and sheathing, ensuring excellent oil resistance, corrosion resistance, and wear resistance.

• Conductor material typically uses high-purity oxygen-free copper, which offers high conductivity and excellent tensile strength, ensuring stable signal transmission.

• Insulation layers often utilize materials such as polyvinyl chloride (PVC), cross-linked polyethylene (XLPE), or polyurethane (PUR). Oil-resistant cables, in particular, use polymer synthetic rubber or specialty plastics to enhance longevity in oily environments.

• Sheathing materials emphasize wear and corrosion resistance. European-standard oil-resistant cables commonly use oil-resistant PVC or PUR sheathing to meet the demands of various industrial environments.

Material selection not only impacts performance but also relates to environmental protection and safety. Shanghai Okesen’s products use raw materials that comply with environmental standards, ensuring no pollutant release and meeting EU RoHS and REACH standards.

II. Manufacturing Process—Details Shape Quality

High-quality control cables rely on meticulous manufacturing processes. Shanghai Okesen strictly adheres to the ISO9001 quality management system in its production流程, with each batch undergoing rigorous testing.

1. Conductor Stranding Process: Fine stranding of multiple thin copper wires reduces metal fatigue from bending during use, enhancing flexibility.

2. Smooth and Uniform Insulation Layer: Advanced extrusion equipment ensures even thickness of insulation and sheathing layers, avoiding localized weaknesses that could lead to breakdown.

3. Multi-Layer Sheathing Technology: Multi-layer composite sheathing processes are employed based on application needs, improving mechanical protection and environmental adaptability.

4. Flame Retardant Treatment: Flame-retardant materials are incorporated into the design to ensure performance does not degrade rapidly in fire conditions, meeting European safety standards.

Additionally, electrical performance tests, mechanical performance tests, and environmental adaptability tests during production ensure every cable meets industry standards and customer requirements.

III. Application Scope—Meeting Diverse Industrial Needs

Control cables have a wide range of applications, covering machinery manufacturing, automated production lines, shipbuilding, factory automation control systems, and more. Shanghai Okesen’s European-standard oil-resistant cables and CE-certified cables are particularly suited for complex environments:

• Industrial Automation: Ideal for connecting PLCs and robotic control systems, ensuring accurate signal transmission and avoiding interference.

• Machinery Equipment: Oil-resistant cables are used in environments exposed to lubricants and hydraulic oils, extending equipment service life.

• Building Installation: Products compliant with European standards and CE certification are widely used in Europe, maintaining high safety standards.

• Marine and Rail Transit: Products feature fire and corrosion resistance, ensuring stable operation of critical systems.

To accommodate different installation environments, Shanghai Okesen can also customize specialized control cables based on customer needs, meeting specific requirements for temperature, humidity, and mechanical stress.

IV. Precautions During Use—Ensuring Long-Term Stable Operation

Although control cables are designed for durability, improper use and maintenance can affect their performance and lifespan. Key considerations include:

• Avoid excessive stretching and bending, especially in dynamic applications. Special drag chains or protective devices are recommended.

• Prevent exposure to overheating environments, as some control cables are temperature-sensitive, and prolonged high temperatures can cause insulation aging.

• Keep cables tidy during installation, avoid contamination at connection points, and ensure tight, reliable connections to prevent poor contact.

• Regularly inspect cable exteriors; replace or repair any cracks or damage promptly to prevent potential safety hazards.

• Adhere to cable current-carrying capacity guidelines to avoid overheating or internal damage from overload operation.

Proper maintenance not only extends cable life but also reduces unexpected downtime costs in production.

V. Installation Guidelines—Maximizing Cable Performance

Installing control cables involves more than simple connections; it requires following scientific methods to ensure system stability:

1. Before installation, check cable specifications and models to ensure they meet technical requirements.

2. Adhere to the minimum bending radius during bending to prevent structural damage.

3. Use cable trays, conduits, or ducts to ensure neat cable laying and avoid交叉 interference.

4. Use appropriate junction boxes at cable connections and ensure proper sealing to prevent moisture and dust ingress.

5. Integrate with grounding systems to ensure good shielding performance and effectively prevent electromagnetic interference.

Scientific installation significantly enhances the service life and efficiency of control cables.

Conclusion

In the era of continuous development in electrical automation, the quality of control cables reflects the core strength of industrial equipment. With robust technical expertise and strict quality management, Shanghai Okesen Wire & Cable Co., Ltd.’s European-standard oil-resistant cables and CE-certified cables have become a trusted choice for many users. Rational material selection, refined processes, diverse applications, and standardized installation are the foundations of our market presence. For customers seeking to enhance equipment reliability and reduce maintenance costs, choosing Shanghai Okesen’s high-quality control cables is the optimal choice for high-standard industrial automation operations. We welcome customers to visit and collaborate for a bright future in smart manufacturing.

Okesen control cables include the following types. Customers can select the appropriate model based on actual needs:

I. PVC Polyvinyl Chloride Control Cables:

1. PVC Non-Braided Control Cable: OFX500-YY

2. PVC Braided Control Cable: OFX500-CY

3. PVC Non-Braided Oil-Resistant Control Cable: OFX501-YY

4. PVC Oil-Resistant Braided Control Cable: OFX501-CY

5. PVC Double-Sheath Oil-Resistant Braided Control Cable: OFX501-YCY

II. PUR Polyurethane Control Cables:

1. PUR Non-Braided Control Cable: OFX500-YP

2. PUR Braided Control Cable: OFX500-CP

3. PUR Double-Sheath Braided Control Cable: OFX500-YCP

III. LSZH Low Smoke Zero Halogen Control Cables:

1. LSZH Non-Braided Control Cable: OFX500-HH

2. LSZH Braided Control Cable: OFX500-CH

For special requirements, please contact Okesen sales. We can assist with selection based on actual installation needs and provide free technical support.