3213955

Voltage - IEC:	--
Stripping Length:	10mm
Material Flammability Rating:	UL94 V-0
Material - Insulation:	Polyamide (PA), Nylon
Fuse Type:	--
Color:	Gray
Features:	--
Wire Gauge or Range - mm²:	0.14-4mm²
Wire Gauge or Range - AWG:	12-26 AWG
Voltage - UL:	300V
Current - UL:	20A
Series:	CLIPLINE PTI
Current - IEC:	24A
Termination Style:	Push In, Spring
Terminal - Width:	5.2mm
Number of Levels:	3; 1 Grounded
Number of Positions:	5
Disconnect Type:	Switch, Knife
Type:	Disconnect, Feed Through, Isolated
Lead Free Status / RoHS Status:	--
Part Status:	Active

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Terminal Blocks - Din Rail, ChannelTerminal blocks, or terminal boards, are an essential connection point between different pieces of equipment in a wide variety of applications and industries. These blocks serve as a central hub for incoming and outgoing electrical signals, providing the means to connect multiple electrical components and components with one another. While there are a number of different forms of terminal blocks, the two most common are the din rail terminal block and the channel terminal block.The din rail terminal block is the more traditional form of terminal block, with several variations existing. Din rail terminal blocks feature a rectangular form factor, with a set of screw terminals or blades into which wires can be secured. These blocks are generally mounted to DIN rails, which are standardized form sizes for mounting electrical components onto common backplanes. Din rail terminal blocks are widely found in many industrial automation and control applications, where their standardized form factor allows them to easily mix and match across different devices and applications.The second major form of terminal block is the channel terminal block, which provides more flexibility than its din rail counterpart. Channel terminal blocks allow the user to define the number of channels, or the number of insulation strips or channels to allow for multiple wires to be connected, and in many cases, offer better levels of dynamic current control. Channel terminal blocks are typically used in situations where the number of connections and levels of current control need to be tightly controlled, such as in servers and other IT applications. They are also often used in automotive applications such as brakes, where the need for multiple connections and accurate currents are both important.In both forms of terminal blocks, there are several types that can be used for various levels of current control and connection types. The most common type is the non-isolated terminal block, which does not require the use of any insulation strip between the wires. This type of terminal block is used when the wires are already correctly insulated.In applications where the wiring needs to be more isolated, a variety of isolation terminals are available, such as multi-pole isolation terminals, expandable terminals, and insulation sleeve terminals. Multi-pole isolation terminals are commonly used where a high level of current protection is needed, such as in telecommunications and industrial motor control applications, as they offer multiple layers of insulation for safer and more reliable connections.Expandable terminals are often used in equipment racks, where they allow the user to expand the number of channels as needed. These terminals are also often used in situations where large amounts of current need to be controlled, such as in solar and photovoltaic applications.Finally, insulation sleeve terminals are used when the need to increase the size and voltage of the connection is a factor. These terminals are used in higher voltage applications such as power transmission and also in applications where the temperature of the connection must be monitored.Overall, the variety of terminal blocks available from Din Rail or Channel terminals provides a wide range of applications and solutions, allowing users to make the connections they need for their applications and industries. With the right choice of terminal blocks, the right solutions can be created, helping the user meet operational requirements and achieve the best possible performance.

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