1766240000

Voltage - IEC:	600V
Stripping Length:	18mm
Material Flammability Rating:	UL94 V-0
Material - Insulation:	Thermoplastic, Wemid
Fuse Type:	--
Color:	Blue
Features:	--
Wire Gauge or Range - mm²:	1.5-16mm²
Wire Gauge or Range - AWG:	4-14 AWG
Voltage - UL:	500V
Current - UL:	65A
Series:	Z
Current - IEC:	76A
Termination Style:	Push In, Spring
Terminal - Width:	15.0mm
Number of Levels:	1
Number of Positions:	2
Disconnect Type:	--
Moisture Sensitivity Level (MSL):	--
Type:	Feed Through
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Terminal blocks are used in a wide range of applications. From high voltage applications such as power control, power distribution, lighting control, and telecommunications, to low voltage applications such as industrial automation, consumer electronics, building automation, and process control, terminal blocks provide a cost-effective and reliable solution for the interconnection of electrical circuits.The most commonly used terminal blocks are the Din Rail type, which are used in industrial and commercial applications – typically for the power distribution, and for the feedback control in process control. The Din Rail is a metal rail with a tongue and groove design that allows the terminals to be snapped into place. The channel type is also commonly used in some low voltage applications, such as data communication systems, lighting control systems, or motor control. This type of terminal block utilizes two pieces of metal that are securely held together by a nut or other fastener – typically to create a power connection.Regardless of type, terminal blocks provide a simple and effective way to electrically connect two or more components. Each terminal has two contact points, which are separated by insulation material and are typically connected using screws or spring-loaded connectors. The contacts are separated from each other via a solid insulating barrier, which prevents electrical energy from jumping from one terminal to another. The contacts are also typically color-coded, making it easier to identify the correct terminals for connection.Terminal blocks also provide extra features, such as allowing components to be wired in series or in parallel, or providing protection against voltage spikes, or EMI (electromagnetic interference) protection. This protection is typically achieved by utilizing a thick wall of insulating material between the contacts, or by coating the contacts with an insulating material.The working principle of a terminal block is simple: it provides a reliable connection point between two components, allowing electrical energy to pass between them safely. When the right connections are made, the power flows from one component to the next, and the terminals are used to provide a ground route which helps reduce the risk of EMI (electromagnetic induction).In summary, terminal blocks are an integral part of the electrical and electronic industry. They provide a cost-effective and reliable way to connect two or more components, and are used in a wide variety of applications. Most types of terminal blocks use screws or spring connectors to separate contacts, and are typically color-coded to make it easier to identify the right terminals for connection. Terminal blocks also provide extra features, such as protection from voltage spikes or EMI, helping to ensure that the connected components are as safe and secure as possible. The working principle of a terminal block is simple – it provides a reliable connection point between two components, allowing electrical energy to pass between them safely.

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