250-119/000-012

PCB terminal block, 250 Series, solder pin dimensions 0.4 x 0.75 mmOur PCB terminal block (item number 250-119/000-012) makes connections quick and easy. It is a universal connector that can be used a...

<h2>PCB terminal block, 250 Series, solder pin dimensions 0.4 x 0.75 mm</h2><br/><br/>Our PCB terminal block (item number 250-119/000-012) makes connections quick and easy. It is a universal connector that can be used almost anywhere, e.g., as a pluggable PCB connector, panel feedthrough header, connector for rail-mount terminal blocks, or a floating connector for different mounting methods. Rated current and voltage are important parameters when selecting a PCB terminal block, as they indicate how the product can be used. This product has a rated voltage of 160 V and a rated current of 8 A. Conductors should only be connected to this PCB terminal block if their strip length is between 8.5 mm and 9.5 mm. This product incorporates one conductor terminal and utilizes Push-in CAGE CLAMP®. Push-in CAGE CLAMP® connection technology is ideal for connecting all conductor types. It allows direct insertion of both solid and fine-stranded conductors with ferrules without the need for tools—all thanks to its pluggable design. The dimensions are 68 x 16.7 x 12 mm (width x height x depth). Depending on the conductor type, this PCB terminal block is suitable for conductor cross sections ranging from 0.2 mm² to 1.5 mm². It features one level and nineteen clamping points that you can use to connect nineteen potentials / 19 poles. The orange housing is made of polyamide (PA66) for insulation and the clamping spring is made of a Copper alloy. The contact surface is coated with tin. This PCB terminal block is operated with a push-button. The PCB terminal block is designed for THT soldering. The conductor is designed to be inserted into the board at an angle of 45°.. The solder pins, which are 0.4 x 0.75 mm in cross-section and 3.4 mm long, are arranged over the entire terminal strip (in-line). There are one solder pin per potential.<br/>