247B25-15

247B25-15 Application Field and Working Principle

The 247B25-15 terminal block is suitable for a variety of applications across a range of industries. Commonly used in electronics, these blocks are used in industrial, automotive, consumer, commercial and military applications. 247B25-15 is one of the most popular terminal block series due to its flexibility, reliability and product range.

247B25-15 terminal blocks are available in a variety of configurations. There are two, three, four, five and six terminal versions, as well as jumper and splice options. All terminals are rated at 15 A. They come in a range of sizes, from 8 mm to 16 mm, depending on the number of terminals, and with a variety of pin configurations and accessories.

The 247B25-15 terminal block offers power connection ruggedness in a safe and reliable way. It has versatile vacuum-sealed pins, allowing for a wide range of wire sizes and multiple terminations. It also offers versatile insulation clamp options for reliable connection and insulation of potential differences in the power flow. In addition, its sturdy construction ensures reliable, long-term connection integrity and excellent operational quality over time.

The 247B25-15 terminal block is also highly resistant to corrosion and features a secure mounting system. This allows it to be installed in various applications in areas with limited space and tight installation requirements. The secure mounting also ensures a reliable contact and prevents short circuiting or wire vibration.

The 247B25-15 terminal block also features a safety barrier, which safely isolates the terminals from the environment. This provides a high level of protection for personnel and other components. Finally, it includes a built-in fuse holder that helps protect the terminal block from overcurrent and short circuit.

The 247B15-25 terminal block works by providing a connection point between two wires. The two wires enter the terminal block and are then connected together to a common conductive material, such as a circuit board. The terminals then allow electrical current to pass through the wires and into the circuit board. This process helps to reduce the number of wires needed and helps to increase the efficiency and accuracy of the electrical current.