ELVR03100

The ELVR03100 is a type of Terminal Blocks - Headers, Plugs and Sockets. It is a versatile and cost-effective way to connect electronic components together, making it suitable for a wide range of application areas. In particular, it is often seen in industrial automation, medical equipment, and home automation applications.

The ELVR03100 is a rugged, reliable and easy-to-install connector design that is comprised of a Header and a Socket. The two parts are connected together via an overmolded band. The overmolded band provides mechanical strength and protection from environmental elements. The Header part features a number of terminals that correspond to the number of pins of the Socket. Typically, these connectors are used to connect wires, Resistors, potentiometers, and other small components.

The ELVR03100 has a working voltage of 37V (max). This means it is sufficiently robust against common electrostatic discharges and other electrical interference. Furthermore, it operates at a wide temperature range with the insulation between the terminal blocks maintaining its integrity in temperatures ranging from -40° to +105° Celsius. In terms of power dissipation, depending on the type of Socket used, the ELVR03100 can dissipate a maximum of 2 Watts of power.

The ELVR03100 maintains its electrical setting at the mating level for up to 2000 mating cycles. This durability makes it suitable for multiple environments, from commercial, industrial, to medical. In terms of installation, the ELVR03100 is easy to mount on any PCB using only a simple self-clinching nut.

The ELVR03100 is an ideal choice for a wide range of applications that require a high-performance yet cost-effective interconnection system. It is especially well-suited for high-temperature environments where maintenance-free performance and reliability are of utmost importance. With its rugged design, high temperature tolerance, low power dissipation, and multiple connection points, the ELVR03100 offers an efficient and economical solution for creating custom-made electronic assemblies.