2624-1106

PCB terminal block, 2624 Series, Push-in CAGE CLAMP®This PCB terminal block (item number 2624-1106) is designed to connect conductors quickly and easily. It is a universal connector that can be used a...

<h2>PCB terminal block, 2624 Series, Push-in CAGE CLAMP®</h2><br/><br/>This PCB terminal block (item number 2624-1106) is designed to connect conductors quickly and easily. It is a universal connector that can be used almost anywhere, for example, as a pluggable PCB connector, panel feedthrough header, connector for rail-mount terminal blocks, or a floating connector for different mounting methods. This PCB terminal block has a rated voltage of 400 V and can handle currents up to 41 A, making it ideal for high-load applications. Strip lengths must be between 10 mm and 12 mm when connecting conductors to this PCB terminal block. This product features one conductor terminal and utilizes Push-in CAGE CLAMP®. Push-in CAGE CLAMP® connection technology is ideal for connecting all conductor types. Solid and fine-stranded conductors with ferrules can be plugged in without needing to use any tools—all thanks to its pluggable design. The dimensions are 31.5 x 19.4 x 16.3 mm (width x height x depth). Depending on the type of conductor, this PCB terminal block is ideal for conductor cross sections ranging from 0.2 mm² to 6 mm². It features one level and six clamping points for connecting six potentials / 6 poles. The gray housing is made of polyamide (PA66) for insulation, the contacts are made of electrolytic copper (ECu), and the clamping spring is made of chrome-nickel spring steel (CrNi). Tin is used for coating the contact surfaces. An operating tool is used to operate this PCB terminal block. The PCB terminal block is designed for THT soldering. These PCB terminal blocks are mounted using feed-through mounts.. The conductor is designed to be inserted at a 0° angle.. The solder pins, which are 0.8 x 1 mm in cross-section and 4 mm long, are arranged over the entire terminal strip (in-line). There are two solder pins per potential.<br/>