0386316812

Top Termination:	Screws
Material Flammability Rating:	--
Material - Insulation:	--
Operating Temperature:	--
Mounting Type:	Chassis, Panel
Terminal Screw Finish:	Zinc, Clear Chromate
Terminal Screw Material:	Steel
Color:	--
Features:	--
Barrier Type:	--
Bottom Termination:	Quick Connect (0.250"), Insulated
Series:	--
Wire Gauge:	--
Voltage Rating:	--
Current Rating:	--
Number of Rows:	--
Pitch:	0.438" (11.12mm)
Number of Circuits:	12
Terminal Block Type:	Barrier Block
Part Status:	Active
Packaging:	Bulk

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Terminal Blocks - Barrier BlocksTerminal blocks are an important type of electrical components used to connect two electrical signals, making them an invaluable tool in creating complex wiring systems. Terminal blocks are essential for connecting multiple electrical components to a single source of power. They can be found in a variety of applications, ranging from home projects to industrial scale electrical systems.Barrier blocks are a type of terminal block that provide safety barriers between two circuits to protect against electrical shock and prevent faulty wiring. A barrier block, also known as a bus bar, is a compact electrical connection device that utilizes a physical barrier between two electrical circuits or devices. It serves as an insulator, preventing contact between the two circuits, and increases the safety of the system by ensuring no power from one circuit can flow into the other. Barrier blocks are frequently used in industrial automation systems, including production lines, conveyor belts, and elevator controls.Barrier blocks consist of several different components, including a terminal head, screw terminals, bus bars, and a base. The terminal head has multiple pairs of screw terminals, which are bolted to the base of the barrier block with the screw terminals. The bus bars are then connected to the terminals and form an electrical circuit between each of the terminals. To ensure proper installation, the terminals and wires must be tightened and secured with a screwdriver.The working principle of a barrier block is relatively simple. When electrical current is flowing through the terminals, the current passes through the bus bars and produces a voltage drop that travels through the wires to the terminals. This voltage drop creates an electrical resistance, which helps to limit the amount of current that can travel through the circuit. This resistance acts as a barrier, preventing electrical shocks and protecting the system from faulty wiring.In addition to providing protection from electrical shorts, barrier blocks can also be used to connect several electrical components that require a single power source. This is done by attaching each component to one terminal head, then connecting those terminals together with a bus bar. This multi-circuit connection allows for a greater amount of current to be provided to each component, making it possible to power multiple electrical components all at once.Barrier blocks can be a valuable tool in any wiring system, whether it is an industrial automation system or a home wiring project. Not only do they provide protection against electrical shocks, but they also help to ensure that electricity is distributed evenly between multiple connected components. By providing a physical barrier between two circuits, barrier blocks allow for a greater degree of safety and stability for any electrical system.

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