Zásuvková lišta Lanview LVR-2MIT-SW-IT4 1U čierna 2m kábel

The Lanview LVR-2MIT-SW-IT4 is a 1U power distribution unit designed for installation in standard server rack cabinets. It comes with a 2 meter power cord terminated with a Schuko plug and provides four Schuko type F / type J outlets in a compact black metal housing, offering straightforward rack-mounted power distribution for IT equipment.

Advantages

This PDU offers four Schuko type F/Type J sockets in a space-saving 1U design and includes a 2 m cable for flexible placement relative to the mains outlet. The black finish fits standard rack aesthetics, the unit is lightweight for easy mounting, and its basic PDU design provides reliable, no-frills power distribution for servers and network devices.

Suitable for

• Small and medium server racks requiring four Schuko outlets
• Network cabinets and telecommunication racks
• Edge and rack-mounted IT equipment with Schuko power connectors
• Environments needing a compact, basic PDU solution

Key specifications

• Form factor: 1U rack-mount
• Outlets: 4 x Schuko type F / Type J
• Cable length: 2 m (with Schuko plug)
• Colour: Black
• Weight: 0.5 kg (manufacturer data shows 600 g in summary — unit weight listed as 0.5 kg in attributes)
• Model / MPN: LVR-2MIT-SW-IT4
• EAN: 5715063205914

How to use

Mount the unit in a 1U space inside a standard rack using appropriate screws or rail accessory hardware. Route the 2 m power cord to a suitable mains outlet and connect the Schuko plug. Plug equipment with Schuko type F or type J connectors into the four available sockets. Ensure the rack and PDU are properly secured and that the total connected load does not exceed the circuit and device ratings.

Recommendations

Use this basic PDU for distributing mains power to multiple devices in a rack. For managed power control, monitoring, or overload protection, consider a PDU with those specific features. Verify connector compatibility (Schuko type F / type J) before installation and follow local electrical safety regulations during mounting and connection.