265A61-17

265A61-17 terminal blocks are sturdy accessories designed and produced in Denmark. They provide a safe and secure connection between wiring, switches, and other components in automated systems. This ensures that power is transferred reliably from the power source to the terminal block. 265A61-17 terminal blocks are used widely in commercial electrical systems and have been specifically designed to ensure optimal performance and reliability in these applications.

These terminal blocks feature an integrated insulation displacement feature that makes them ideal for applications where space is limited or where there are a lot of wires to be connected. The insulation displacement feature creates a permanent connection between two wires using sharpened teeth that cut through the insulation on both wires. This method eliminates the need for stripping insulation off the wire, which can be time consuming and can create a risk of damaging the insulation or shorting out the circuit.

In addition to insulation displacement, 265A61-17 terminal blocks also feature an thermal sensing design. This means that they can detect when the temperature of the electrical system changes and will act accordingly. This can prevent overheating and ensure that the power is safely and efficiently transferred. Additionally, the terminal blocks can also be used in high-voltage systems, where they act as current-limiting devices, reducing the risk of damage to the electrical system. and components.

265A61-17 terminal blocks are also designed to easily accommodate a variety of other accessories, such as contacts, fuses, jumpers and adaptors. This allows for a customised configuration and makes them ideal for use in a wide range of automated applications.

265A-61-17 terminal blocks are an ideal way to ensure a safe and reliable connection between components in a variety of automated applications. With an integrated insulation displacement feature and current limiting capabilities, they provide a reliable and safe method of transferring power.