H3ABT-10102-G8

Jumper Wires

The H3ABT-10102-G8 is a type of jumper wire that is typically used for double-ended strain relief. It is generally composed of two conductors that are separated by an insulating element. Each conductor is terminated with a plastic jumper, which helps provide additional insulation against the environment.The jumper is usually made from a PVC or polypropylene material, and it is designed to have a tight fit and reliable connection between the two conductors. The insulating element helps prevent any direct contact between the conductors, which reduces the amount of current leakage that can occur. The strain relief provided by the jumpers also helps to provide a secure and reliable connection between the two conductors.The jumper wires are highly durable and are resistant to a number of environmental conditions. When properly installed, they provide a secure connection that is able to withstand a variety of temperature and humidity conditions without corroding or breaking. This makes them an ideal choice for applications where a reliable connection is required.

Pre-Crimped Leads

The H3ABT-10102-G8 is also available in the form of pre-crimped leads. These leads are basically two metal wires that are crimped together with an insulating material in between. The insulating material helps to create an airtight seal between the two wires, which reduces the likelihood of current leakage.The pre-crimped leads are designed to have a tight fit and provide a secure connection between the two conductors. The tight fit helps to ensure that the connection holds without a break or corrosion caused by temperature or humidity conditions. Additionally, pre-crimped leads are highly flexible, allowing them to bend and contort in challenging spaces.The H3ABT-10102-G8 is an ideal choice for applications where a reliable and flexible connection is required. The pre-crimped leads provide a secure connection and reduce the likelihood of current leakage. Additionally, the flexibility of the leads makes them easy to bend and install into tight spaces.