325212-13-0

Top Termination:	Screws
Material Flammability Rating:	UL94 V-0
Material - Insulation:	Polypropylene (PP)
Operating Temperature:	105°C
Mounting Type:	Chassis, Panel; Through Hole
Terminal Screw Finish:	--
Terminal Screw Material:	Brass
Color:	--
Features:	Flange
Barrier Type:	3 Wall (Tri)
Bottom Termination:	PC Pin
Series:	32500
Wire Gauge:	14-22 AWG
Voltage Rating:	300V
Current Rating:	15A
Number of Rows:	1
Pitch:	0.325" (8.26mm)
Number of Wire Entries:	13
Number of Circuits:	13
Terminal Block Type:	Barrier Block
Part Status:	Active
Packaging:	Bulk

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Terminal blocks, also known as barrier blocks, are devices used to vertically stack or connect individual electrical conductors in order to connect them to a power source or load. The simplest form of a terminal block consists of two or more contact pads, placed on one side of the block, together with two or three screws connected to the other side of the block that secure a single conductor. As technology advanced, the use of terminal blocks increased due to their convenience, flexibility, and relative simplicity of installation and commissioning.The specific number “325212-13-0” signifies a particular type of terminal block known as a barrier block. Barrier blocks are designed to provide comprehensive and reliable connection between electrical components, such as actuators, relays, and the like. Often times, these components will have exposed terminals that, when not connected, can cause a potentially dangerous situation. This is where a barrier block comes into play.A barrier block\'s defining feature is the presence of an insulation sleeve, or barrier, which helps maintain safety by completely surrounding the connections. This sleeve is usually made of plastic or rubber, and is designed to absorb any potential current leakages while preventing accidental contact.In addition to providing insulation, barrier blocks can also be used to provide additional routeing flexibility. This is because the distance between the surfaces of the connectors can be adjusted depending on the design, making it possible to connect components much closer together than would be normal otherwise. This kind of flexibility reduces the amount of space used for routeing, and simplifies wiring configurations.The working principle of a barrier block is relatively straightforward. To make a connection, the installer simply lines up the conductors and inserts them into the appropriate slots on the terminal block (ensuring that the corresponding conductors have opposite polarity). As the installer slides in the conductor, it simultaneously locks it in place, ensuring a snug and reliable connection.The barrier blocks are designed to be significantly robust, even in the toughest of environments. This is due to their insulation sleeve, which protects the connection from any environmental threats, such as voltage spikes, strong vibrations, or corrosive atmospheres.Overall, barrier blocks have become an invaluable asset in the field of electrical engineering, as they provide operators with a safe and reliable connection system. Their flexibility, robust design, and ease of use make them invaluable in projects of any scale and complexity, allowing for extensive routeing solutions. Hence, the success of barrier blocks is understandable, with millions of units being sold around the world every year.

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