Rittal 9365013 RX baying connector for E-Cu 15x5-30x10 mm L: 130 mm, pack of 3 content_copy

The Rittal RX 9365013 is a long rail connector for the bayed enclosure system cabinet to cabinet, specifically developed for connecting modular RiLineX boards. It serves the electrical connection between adjacent enclosures within a field baying setup and enables continuous power supply through the busbars. The connector is designed for E-Cu busbars with dimensions 15 x 5/10 mm, 20 x 5/10 mm, and 30 x 5/10 mm and has a width of 130 mm. The maximum rated current load is 780 A, making it suitable for applications with high current demands.

Applications

The bayed connector is used in industrial electrical installations, particularly in environments where multiple enclosures are arranged in a row and an electrical connection between the busbars is required. It is part of the RiLineX system, which offers modular, standardized enclosure solutions. The application is for installations with voltages up to 1000 V AC and 1500 V DC, with a tested short-circuit withstand capability up to 65 kA. This makes it suitable for applications in manufacturing industry, power supply, and automation technology.

Functions and Equipment in Detail

The connector consists of an upper part made of galvanized steel sheet and a contact plate made of E-Cu, which is tinned. The tinning of the contact surface ensures good electrical conductivity and corrosion protection. The construction enables a secure and durable connection between the busbars of the adjacent enclosures. The connection is made via the 3-pole baying set (article number 9360104), which is required additionally. The packaging unit includes 3 pcs.

Technology Explained Simply

The maximum rated current load of 780 A means that the connector is designed for circuits that can be loaded up to this current level without overheating or loss of function. The use of E-Cu (electrolytic copper) for the contact plate ensures high electrical conductivity. The galvanized steel sheet cover protects the contact surfaces from external influences and provides mechanical protection. The width of 130 mm corresponds to the standard size for RiLineX modules and allows easy installation without additional adjustments.

Compatibility and Accessories

The bayed connector is specifically designed for use with the 3-pole baying set (article number 9360104). This set is required to establish the electrical connection between the enclosures. Compatibility is limited to busbars with the specified dimensions (15 x 5/10 mm, 20 x 5/10 mm, 30 x 5/10 mm). The standards IEC 61 439-1/-2 and UL 508 guarantee compliance with international safety and quality standards. The UL and C-UL (listed) certification confirms compliance with the requirements of North American and Canadian safety standards.

Installation and Mounting

Mounting is carried out during the installation of a RiLineX system. The connector is placed between two adjacent enclosures and connected with the baying set (9360104). Installation requires no additional tools or components other than the required baying set. The connection is secured by mechanical fit and electrical contact. Mounting typically takes place during enclosure assembly and is part of the modular RiLineX system construction.

Operational Advantages

The bayed connector provides a reliable and durable electrical connection between enclosures, increasing operational safety. The use of E-Cu and tinned contact surface ensures high conductivity and corrosion resistance. The tested short-circuit withstand capability up to 65 kA protects the installation from damage in case of short-circuit events. Compliance with standards IEC 61 439-1/-2 and UL 508 ensures the safety and quality of the product. The modular design allows flexible adaptation to different installation configurations.

General
Material	Top part: steel sheet, zinc-plated, contact plate: E-Cu, tinned
Rated current (max.)	780 A
Width	130 mm
Suitable for busbars	15 x 5/10 mm, 20 x 5/10 mm, 30 x 5/10 mm
Copper content (kg/piece)	0,99
PCF/VE (Cradle-to-Gate)	8,7

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