1173870000

Voltage - UL:	300V
Operating Temperature:	-25°C ~ 70°C
Stripping Length:	10mm
Material Flammability Rating:	UL94 V-0
Material - Insulation:	Polycarbonate (PC)
Height (Max):	2.579" (65.50mm)
Length:	4.724" (120.00mm)
Housing Color:	Gray
Features:	--
Wire Gauge or Range - mm²:	1.5mm²
Wire Gauge or Range - AWG:	16 AWG
Series:	P
Current - UL:	10A
Voltage - IEC:	250V
Current - IEC:	17.5A
Termination Style:	Push In, Spring
Terminal - Width:	9.2mm
Number of Levels:	4
Number of Positions:	32
Mounting Type:	DIN Rail
Type:	Signal Distribution
Part Status:	Active

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Terminal Blocks - SpecializedThe term “terminal block” is often used to refer to a range of specialized components that are used in electrical and electronic systems. These components are used in various regions of the electrical circuits that are available. They are often used for transferring power and signals between different parts of the electronic system, providing flexibility where multiple connections are required. In this article we will explore the application field and working principle of the terminal block, and how it is implemented in various applications.The primary application of terminal blocks is in electrical and electronic circuits where it is necessary to connect multiple components. This may include connecting different sections of a circuit that are supplied from two separate power sources, or connecting a single circuit to several other circuits. The basic construction of a terminal block includes a metal contact on one end that is inserted into an electrical socket, with the other end being connected to a conductor.Terminal blocks are used for both input and output connections in a circuit. The input terminal is typically used for power connection, while the output terminal is used for signal transfer. This type of connection is often used in high power circuits where it is necessary to quickly disconnect and reconnect components from the same circuit. Terminal blocks are also used in applications where space is limited, such as when connecting a number of components to a control panel.The internal working principle of the terminal block depends on the type of connection it is used to make. In general, there are two types of connections possible; single-pole, and multi-pole. Single-pole connections involve just one connection between two terminal blocks, while multi-pole connections make it possible to join several electric signals with the same set of contacts. Each type of connection is secured and held in place by the use of an insulation sleeve that is usually made of plastic or another synthetically permeable material.Single-pole terminal blocks use a motionless contact system that ensures a reliable connection for a variety of electrical applications. This system is based on the push-on method where a male blade is inserted in the female contact and is held in place by the tension created, arcing and preventing current losses. On the other hand, multi-pole terminal blocks employ a more complex design that uses several blades to hold the contact firmly in place.In addition to the basic application of terminal blocks, they are also used in a variety of other applications, including logic equations, signal stabilization, current control, and polarity protection. In logic equations, a single signal is used to completely control the state of several other signals. This type of application is especially useful in equipment that requires a number of control signals to be managed simultaneously.Signal stabilization is another application for which terminal blocks are used in a variety of electrical systems. This involves the coordination of a variety of electrical signal components in order to obtain a stable output. This technique is especially useful in applications such as frequency modulation and phase control, among others.Current control is another application for which terminal blocks are used in various electrical systems. This technique is used to ensure that the current in a circuit remains within a safe range in order to avoid damage or hazardous conditions.Finally, polarity protection is another common application for which terminal blocks are used. This technique involves ensuring that a certain direction of current flow is maintained, preventing a reverse flow that can damage the components of an electronic system.In summary, terminal blocks are used for a variety of applications within the electrical and electronic industry. These components provide a cost-effective and reliable way to connect various electric components together and provide a flexible connection solution in a variety of different electrical systems. They are particularly useful in applications where space is limited or when multiple connections are needed. Terminal blocks also provide a number of additional features such as logic equations, signal stabilization, current control, and polarity protection.

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