CSC-2-510PN

CSC-2-510PN is a two pole, spring cage style jumper and it is an essential accessory for connecting two conductor blocks. This type of terminal block is available in two styles, right angle and zero insertion force (ZIF). The right-angle style offers the convenience of providing an inline connection in a compact size and the ZIF style is ideal for creating high-speed, repeated connections in equipment with limited space. It is perfect for applications in the medical, automotive, industrial, computer and communication markets. 

The CSC-2-510PN is made of polyamide 66 and it has a rated voltage of 300V and a rated current of 5A. It also features a 0.5 mm² to 0.75 mm² stranded wire range and an insulation resistance of ≥10 MΩ. It has a working temperature from -4ºF to 221°F and a surge current rating of 8kV. It has finger-safe contacts to protect users from electric shock and it meets UL94V-2 flammability standards. 

This terminal block has two poles, one for each conductor. Each pole has a spring that holds the conductor wire in place and a slots for the insulation and the conductor. The conductor wire is placed in the slot and the insulation is tucked up under the spring. The spring then pushes down onto the insulation to hold it firm. The connections remain secure for reliable connections. 

The CSC-2-510PN is easy to install and remove. For installation, it requires only a pair of wire-strippers and pliers. To remove it, the two poles are removed, either one at a time or both together. As the wire is not welded into place, no other tools such as heat guns or soldering irons are required, making it ideal for applications that require frequent disassembly. 

The CSC-2-510PN is a low-maintenance, low-cost solution for connecting two conductor blocks. It supports quick connections, has great electrical and mechanical properties and is perfect for a range of applications such as panels and junction boxes. It is an incredibly useful tool for connecting multiple components together for reliable performance.