EFB Elektronik Fire Protection Telecommunication Distributor VKA E30/400 for 400 DA

The EFB Elektronik Brandschutz-Fernmeldeverteiler VKA E30/400 is a high-quality fire protection telecommunication distributor designed for safety-relevant telecommunication infrastructure in fire protection zones. It ensures functional integrity of electrical cable systems for up to 30 minutes, complying with DIN 4102-12. This surface-mounted distributor is made of fire-resistant steel sheet and features a lockable hinged door, making it ideal for use in buildings where fire safety is paramount.

Advantages

This distributor offers reliable fire protection for telecommunication cables, maintaining functionality during a fire. Its robust construction and IP54 protection degree make it suitable for demanding environments. The integrated earthing bolt and internal cable routing brackets facilitate easy installation and cable management.

Suitable for

• Safety-relevant telecommunication infrastructure in fire protection zones
• Installation in commercial and industrial buildings requiring fire-resistant cable systems
• Use with LSA-Plus disconnection modules for efficient cable termination

Key specifications

• Fire resistance class: E30 (30 minutes)
• Capacity: 400 DA (double wires/pairs)
• Mounting type: Surface-mounted
• Housing material: Fire-resistant steel sheet
• Protection degree: IP54
• Colour: RAL 7035 (light grey)
• Door type: Hinged door, lockable
• Internal configuration: Prepared for LSA-Plus disconnection modules
• Number of LSA-Plus modules supported: 40 (estimated, assuming 10 DA per module)
• Cable entry: Multiple knockouts (top/bottom)
• Standards compliance: DIN 4102-12
• Earthing: Integrated earthing bolt
• Cable management: Internal cable routing brackets
• Operating temperature: -5°C to +40°C
• Relative humidity: 5% - 95% non-condensing
• Series: VKA

Recommendations

For optimal performance, use with LSA-Plus disconnection modules and ensure proper earthing. This distributor is an essential component for fire safety in telecommunication networks.