Multi Cores Silicone Screened Cable SPC/SiR/SCR/SiR 450/750V 200°C – Heat Resistant Non-Magnetic Special Designed Motor Cable

Multi Cores Silicone Screened Cable SPC/SiR/SCR/SiR 450/750V 200°C – SPC Silver Plated Copper Conductors 19 Strands, SiR Silicone Rubber Flexible Compound Insulation, Glassfiber Filler, Multi Cores Stranded, PTFE Tape Binder, SCR Silver Plated Wire Braiding Screen Coverage >80% Non-Magnetic, SiR Silicone Rubber Flexible Compound Sheath Black

This specially designed motor cable features multi-core construction with silver plated copper conductors for high temperature and non-magnetic applications. Each conductor uses SPC silver plated copper with 19-strand construction, providing excellent conductivity and corrosion resistance. Insulation consists of SiR silicone rubber flexible compound, offering outstanding thermal stability to 200°C. Glassfiber fillers maintain core geometry, while PTFE tape binder ensures mechanical stability. The SCR screen utilizes silver plated wire braiding with >80% coverage, engineered to be non-magnetic for specialized motor applications where magnetic interference must be eliminated. The outer sheath is SiR silicone rubber flexible compound in black, providing durable protection at continuous 200°C operation. Rated at 450/750V, this cable delivers reliable performance in high temperature motor environments requiring non-magnetic shielding.

Key Features & Technical Advantages

• SPC silver plated copper 19-strand conductors for high temperature and corrosion resistance

• SiR silicone rubber insulation rated 200°C continuous

• Glassfiber fillers and PTFE tape binder for mechanical stability

• SCR silver plated wire braid screen >80% coverage, non-magnetic design

• SiR silicone rubber sheath black for 200°C operation

• 450/750V rating for motor power and control applications

Specifications & Construction

Why Choose Our Non-Magnetic Silicone Screened Motor Cable

We specialize in high temperature motor cables for demanding applications. Our SPC/SiR/SCR/SiR design combines silver plated conductors with silicone insulation for 200°C continuous operation. The non-magnetic SCR silver plated braid screen eliminates magnetic interference in sensitive motor applications. Glassfiber fillers and PTFE tape ensure mechanical stability at extreme temperatures. Every component is selected for high temperature performance without magnetic materials. As a specialized manufacturer, we control all production stages, offering custom configurations and technical support for your specific motor requirements.

Typical Applications – Solving Critical Industrial Challenges

• High Temperature Motor Windings: Provides reliable connections for motors operating in continuous 200°C environments

• Non-Magnetic Motor Applications: Eliminates magnetic interference in specialized motors for medical and scientific equipment

• Vacuum Furnace Motors: Delivers high temperature cabling for motors operating inside or near vacuum furnace installations

• Aerospace Motor Systems: Supplies lightweight, high temperature cabling for aircraft and aerospace motor applications

• Nuclear Grade Motor Connections: Provides non-magnetic, radiation-resistant cabling for nuclear facility motors

• Research Magnet Systems: Enables motor connections in high-field magnetic research environments where magnetic materials cannot be used

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FAQ

Q1: Why is non-magnetic screening important for motor cables?

A: Non-magnetic screening prevents interference with magnetic fields in specialized motors, sensors, and research equipment where magnetic materials would distort fields or affect measurements.

Q2: What advantage does silver plated copper provide?

A: Silver plated copper offers superior high temperature performance, maintains conductivity at elevated temperatures, and provides excellent corrosion resistance compared to bare or tinned copper.

Q3: What temperature rating does this cable achieve?

A: This cable is rated for 200°C continuous operation, with all components selected for long-term stability at this temperature.

Q4: What is the purpose of glassfiber fillers?

A: Glassfiber fillers maintain core geometry at high temperatures where organic materials would degrade, ensuring consistent electrical performance.

Q5: Is this cable suitable for variable frequency drive applications?

A: Yes, the non-magnetic SCR screen provides effective EMI protection for VFD applications while eliminating magnetic interference issues.