ELVR19500

Terminal Blocks - Headers, Plugs and Sockets encompass a huge variety of products, each with their own unique application field and working principle. ELVR19500 is one of such products, whose main application is in transportation and telecom applications.

ELVR19500 is a ro slide terminal block that is designed for safe and reliable connection of power rail wiring systems. It utilizes two prongs, one of which has a built-in shrouded slide mechanism which allows for simple and efficient installation into 19.5mm width panel cutouts. The contact pin is provided with a mechanical spring that ensures safe and secure contact with the panel. This terminal block is particularly well suited for truck and depot applications, where it is highly resistant against shock, vibration, and other environmental conditions. Additionally, its design also allows for quick connection and easy maintenance.

The working principle of ELVR19500 is quite unique. This terminal block utilizes thermoelectric/thermoplastic (TE/TP) technology to achieve its performance. When the terminal block is connected to a power source, a thin layer of thermoplastic insulation is formed between the pin and the pin contact. This layer of insulation prevents arcing, ensuring that the contact is properly sealed. This allows it to maintain safety and reliability of the connection under extreme environmental conditions.

Other features of the ELVR19500 terminal block include its ability to withstand temperatures of up to 105°C (212°F). It also has a small footprint, making it ideal for use in limited space applications. Additionally, its shock-resistant design ensures that it can withstand tough vibration and shock conditions. Furthermore, it has a variety of mounting options, including through-hole and plug-in types.

In conclusion, ELVR19500 terminal block is a unique product, with its own application field and working principle. It is designed for use in transportation and telecom applications, and utilizes TE/TP technology to ensure safety and reliability. Additionally, it is resistant to shock, vibration, temperature and other environmental conditions, and has a small footprint, making it ideal for use in limited space applications. All of these features make it an ideal choice for a wide range of applications.