2606-1112/020-000

PCB terminal block, 2606 Series, Push-in CAGE CLAMP®This PCB terminal block (item number 2606-1112/020-000) streamlines wire connections, making them both quick and easy. It is ideal for custom instal...

<h2>PCB terminal block, 2606 Series, Push-in CAGE CLAMP®</h2><br/><br/>This PCB terminal block (item number 2606-1112/020-000) streamlines wire connections, making them both quick and easy. It is ideal for custom installations with different mounting types. Rated current and voltage are important parameters when choosing a PCB terminal block, as they determine the product's suitability for different applications. This product has a rated voltage of 1000 V and a rated current of 41 A, making it suitable for high-load applications. Conductors can only be connected to this PCB terminal block if their strip length is between 11 mm and 13 mm. Featuring one conductor terminal along with Push-in CAGE CLAMP®, this product delivers reliable performance. 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. Dimensions: 92.85 x 28 x 24.3 mm (width x height x depth). Depending on the conductor type, this PCB terminal block is ideal for conductor cross sections ranging from 0.2 mm² to 10 mm². It has one level. You can connect twelve potentials / twelve poles using the twelve clamping points. The clamping spring is made of chrome-nickel spring steel (CrNi), the contacts are made of electrolytic copper (ECu), and the gray housing is made of polyamide (PA66) for insulation. Tin is used for coating the contact surfaces. This PCB terminal block is operated with a lever. The PCB terminal block is designed for THT soldering. The conductor is designed to be inserted at an angle of 0°.. The solder pins, which are 1.5 x 1.2 mm in cross-section and 4 mm long, are laid out over the entire terminal strip (staggered). There are one solder pin per potential.<br/>