H3ABG-10112-S8

Jumper Wires

Jumper wires are one of the most widely used types of copper electrical wire in the electronics industry. They provide an efficient, reliable and cost-effective way of making electrical connections between any pair of points. The length of jumper wires can be adjusted to suit a particular circuit’s requirement. Each jumper wire consists of two or more pieces of copper wire which have been pre-crimped or twisted together, usually at one end, to form an electrical connection.

Jumper wires are typically manufactured with insulated cables or wire, with a non-insulated portion at the end that forms the jumper connection. The insulation surrounding the wire protects it from short-circuiting, while the exposed metal contact at the end of the jumper wire allows it to be connected to terminals, PCBs, and other electrical components.

Jumper wires are typically rated for different current ratings, voltage ratings, and temperature ratings. The current rating is a measure of how much current a jumper wire can safely carry without becoming damaged or overheating. The voltage rating of a jumper wire determines its ability to carry electrical potential without damage. The temperature rating is a measure of how much heat a jumper wire can safely carry without being damaged.

Pre-Crimped Leads

Pre-crimped leads are an effective way of connecting electrical components by using cut wires that have been previously crimped or twisted together. Crimping is a process in which two electrical conductors are mechanically secured together to form a connection. Pre-crimped leads can also be referred to as pre-cut leads.

Pre-crimped leads are used in various applications such as circuit boards, digital sensors, motors, and more. They are most commonly used in electrical circuits in which an electrical connection must be made quickly and easily without the need for soldering. Additionally, they are used to increase the electrical contact reliability between two components.

Pre-crimped leads can be manufactured using different types of wire, such as copper, tinned copper, and silver. The selection of wire type depends on the application and the current and voltage requirements of the circuit. In addition, the leads can be insulated or non-insulated. Non-insulated leads are typically used when insulation is not required for the application or when the circuit requires only a low voltage drop. When insulation is required, the leads can be insulated with several different materials, such as silicone rubber, PVC, or polypropylene.

H3ABG-10112-S8 Application Field and Working Principle

The H3ABG-10112-S8 is a pre-crimp split lead designed for electrical connection, widely used across industrial, automotive, agricultural and research applications. It is a high-current-carrying device for making connections between wires, circuit boards, sensors, and motors. This particular product supports large amperage applications such as high-current circuit breaker systems and continuous heavy load currents.

The H3ABG-10112-S8 pre-crimp split lead is composed of two 6-gauge 20 AWG 5-conductor stranded copper copper wires. At the end points of each wire, they are pre-crimped with a stainless steel metal splice. This provides a highly reliable electrical connection, allowing for a continuous and low-resistance flow of power throughout the entire circuit.

The H3ABG-10112-S8 features an integrated temperature sensing device that helps monitor the temperature of the two connected wires and prevents overheating. It also meets UL128, CSA C22.2, MIL-STD-202D, and ICEA S95-658 requirements for electrical and environmental safety. The H3ABG-10112-S8 is also REACH compliant and RoHS compliant, making it a safe and reliable choice for a wide range of applications.