912015

Voltage - UL:	--
Stripping Length:	10mm
Material Flammability Rating:	--
Material - Insulation:	--
Fuse Type:	--
Color:	--
Features:	LED
Wire Gauge or Range - mm²:	2.5mm²
Wire Gauge or Range - AWG:	12-26 AWG
Series:	W
Voltage - IEC:	--
Termination Style:	Screw
Terminal - Width:	5.0mm
Number of Levels:	2; Connected
Number of Positions:	3
Disconnect Type:	--
Type:	Feed Through
Part Status:	Active

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Terminal blocks are an essential element in electric, electronic and other industries, and are used to connect electrical components in power, communication and signal control systems. Din rail terminal blocks are an ideal solution when handling complex power, signal and communication applications as they provide many advantages when compared to traditional wiring methods.Din rail terminal blocks are most commonly used in industrial applications. They are mounted on standardized 35 millimeter (mm) din rail which is used as the mounting system for a wide variety of electrical control devices and systems. As such, many industrial and commercial facilities set up a standardized din rail system for their electrical control systems, enabling them to quickly integrate different components into one efficient system. Din rail terminal blocks are used to quickly create a lasting electrical connection between two components, making them extremely useful in controlling power distribution.These types of terminal blocks come in two types; channel and din rail. Channel terminal blocks are designed for use in slotted chassis or panel mounted systems and are usually configured in a rail to rail type system. The din rail terminal blocks are designed for use in din rail mounted systems and can be configured in various style depending on the application. Both types offer cost efficiencies, easy installation and maintenance and helps improve safety by proactively preventing accidental electrical shock.Additionally, din rail terminal blocks offer a few unique advantages when compared to traditional wiring methods. This is due to how quickly and reliability they can be connected and disconnected. This device can also be used to route signal and communication path with secure and versatile wiring that can easily be separated from high power circuits, helping to reduce noise and interference. Most of these products are UL listed and meet published requirements for interface safety and strength. Many are also available with finger safe versions, which are specially designed to prevent contact with potentially hazardous exposed electrical components. The working principle of channel terminal blocks is simple. Connectors are fastened to the back end of the terminal block and the wires are clamped down on to the front part of the terminal block, which ensures a solid and secure connection. The wires are held firmly in place by the tension of the clamping mechanism and the part is easily aligned to ensure a strong connection. Din rail terminal blocks use a locking system which holds the connectors in place and provides electrical connection. The connections are completed by pushing the conductors into the slot and clamping down the connector into the slot. Before locking, each conductor is held within the terminal block using an independent lever.Terminal blocks are also easily configured for automation purposes, simplifying the installation and maintenance process through a wide range of programmable features such as current limiting, adjustable time delays, and temperature monitoring. To summarize, din rail terminal blocks are a reliable cost effective connector solution, that are suitable for industrial applications. They can also be used to route signal and communication paths, with secure and versatile wiring that can be separated from high power circuits. They are also widely available in UL listed and finger safe versions, in both channel and din rail styles. The working principle of these products is simple and their locking system ensures a strong and secure connection with the conductor.

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