General
Conductor cross section	0,2-16 mm²
Rated current	68 A
Operating voltage	400 V
Terminal width	12 mm
Colour	Blue
Mounting rail	TS 35
Technology	CAGE CLAMP®

The WAGO 783-613 is a 1-conductor N-disconnect terminal block, specifically designed for use in electrical control systems. It enables a safe and reliable connection of a single conductor with an N-connection, where the disconnect function allows for targeted isolation of the neutral conductor. The product is supplied in blue color and features CAGE CLAMP® technology, enabling quick and secure connection without additional tools. The terminal block is designed for mounting on a TS 35 mounting rail, ensuring standardized installation in enclosures and distribution systems.

Applications
The 1-conductor N-disconnect terminal block 783-613 is suitable for applications in industrial electrical engineering where clear separation of the neutral conductor is required. It is commonly used in distribution enclosures, control systems, and switchgear, where a secure and isolated connection of the N-conductor is necessary. The terminal block is designed for use in electrical installations with an operating voltage up to 400 V, making it suitable for typical low-voltage applications.

Features and Equipment in Detail
The terminal block has a maximum cross-sectional area of 16 mm², with an acceptable conductor cross-section ranging from 0.2 mm² to 16 mm². The CAGE CLAMP® technology ensures automatic tensioning of the conductor as soon as it is inserted into the terminal block. This reduces installation time and increases the reliability of the connection. The terminal block is finished in blue, which visually distinguishes it from other conductors and facilitates identification of the neutral conductor.

Technology Explained Simply
The CAGE CLAMP® technology is based on a movable clamp lever that automatically tightens when the conductor is inserted. This ensures a secure connection without additional tools. The disconnect function allows the neutral conductor to be isolated at a specific point, which is beneficial during maintenance work or when reconfiguring circuits. The terminal block is rated for a nominal voltage of 400 V, which is sufficient for most industrial and commercial applications. The nominal current rating is 68 A, making the terminal block suitable for medium to high loads.

Compatibility and Accessories
The terminal block is designed for mounting on a TS 35 mounting rail, which is the industry standard for enclosure mounting. Compatible accessories include various support rails, such as steel support rails 35x15 mm or 35x7.5 mm, as well as busbar carriers and cover profiles. Labelling systems such as the WMB multi-labelling system allow for clear identification of the terminal block. Additionally, test plugs and reduction plugs are available to facilitate maintenance and testing of the installation.

Mounting and Installation
Mounting is done by simply inserting the terminal block into the TS 35 rail. The conductor connection is made by inserting the wire into the terminal block, where the CAGE CLAMP® technology automatically clamps the conductor. The terminal block is designed for mounting in enclosures and distribution systems, with dimensions and mounting height conforming to common standards. The width of the terminal block is 12 mm, allowing for compact placement in tight control systems.

Operational Advantages
The terminal block provides a secure and reliable connection, guaranteed by the CAGE CLAMP® technology. The disconnect function enables targeted isolation of the neutral conductor, which is advantageous during maintenance or circuit reconfiguration. The clear blue color coding facilitates identification of the N-conductor. The terminal block is designed for high load capacity, with a nominal current rating of 68 A, making it suitable for a wide range of applications. Mounting is quick and easy, without requiring additional tools.

Protection Rating and Environmental Conditions
The terminal block is designed for use in enclosed enclosures. The operating voltage is up to 400 V, which is sufficient for typical low-voltage installations.