PVB-160 main conductor distribution block 1x10-70, 6x2,5-16 PVB-160 1/6

Main conductor distribution block – a solid connection for photovoltaic installations

The PVB-160 1/6 distribution block is a reliable solution for safe and efficient connection of cables in photovoltaic installations. Designed with the needs of professionals in mind, it provides easy mounting on a DIN rail and guarantees durable connections. Its compact dimensions (67 mm height, 40 mm width and 46 mm depth) allow for installation even in limited spaces.

This distribution block is universal – it accepts both stranded and solid core wires, as well as thin-stranded wires with or without ferrules. The cross-section of the input wires is 16-95 mm², and the output wires 2.5-35 mm², which provides great flexibility when choosing the appropriate cables. The rated current of 160 A ensures safe operation even under heavy loads. The insulating cover protects against accidental contact with live wires, increasing safety.

Mounting and application

The PVB-160 1/6 distribution block is primarily used in photovoltaic systems as a connection point for the main cable to the distribution board. The DIN rail mounting method simplifies and speeds up installation, and the screw connection type guarantees a secure and durable connection of the wires. Its design allows for the connection of one input wire and six output wires, making it an ideal solution for branching installations.

• Safety: The insulating cover minimizes the risk of electric shock during maintenance or repair of the installation.
• Versatility: Acceptance of different types of wires (stranded, solid core, thin-stranded) simplifies component selection.
• Durability: Made of high-quality materials, it ensures long-lasting and reliable operation in various environmental conditions.
• Easy installation: The DIN rail mounting method significantly reduces installation time and facilitates access to connections in the future.
• Flexibility: A wide range of input and output wire cross-sections allows adaptation to different photovoltaic installation configurations.