Riyadh Cables - Low Voltage Cable- Unarmoured -600/1000V -CU/MICA/LS0H- Single Core- 630mm²- Black

The mica cable from Riyadh is a high-performance low voltage cable designed for critical applications that require continuous operation during fire conditions. As part of advanced fire rated cables, it ensures maximum safety, durability, and reliability in emergency systems.

Specifications:

• Brand: Riyadh
• Type: Low Voltage MICA Cable (Unarmored)
• Size: 1x630 mm²
• Voltage Rating: Low Voltage
• Conductor: Copper
• Insulation: MICA + LSOH
• Outer Sheath: Low Smoke Zero Halogen (LSZH)
• Core: Single Core

Features:

• Fire Resistant Performance: Designed as one of the top fire resistance cables, maintaining circuit integrity during fire conditions
• Advanced MICA Insulation: Provides exceptional protection under high temperatures
• Low Smoke Emission: Functions as a low smoke cable, reducing smoke generation during fire
• LSOH / LSZH Technology: Classified as a low smoke zero halogen cable and lsoh cable, minimizing toxic gas emissions
• High Reliability: Suitable for critical systems requiring uninterrupted power supply

Applications:

• Fire alarm and emergency systems
• Emergency lighting and evacuation systems
• Critical power supply installations
• Commercial buildings and infrastructure projects
• Industrial facilities requiring fire rated cables

Frequently Asked Questions:

What is a mica cable and why is it used?

A mica cable is a fire-resistant cable designed to maintain electrical circuit integrity during fire, making it essential for safety and emergency systems.

What are fire rated cables used for?

Fire rated cables are used in critical applications where cables must continue operating during fire, such as alarms, emergency lighting, and evacuation systems.

What is the benefit of a low smoke zero halogen cable?

A low smoke zero halogen cable reduces smoke and eliminates harmful halogen gases, improving safety in enclosed environments.

Is this cable suitable for industrial and commercial use?

Yes, it is ideal for both industrial and commercial applications requiring high safety standards and reliable performance.