Barra de ligação equipotencial Digitus DN-19 EARTH 220 mm

The DIGITUS Potential Equalization Bar DN-19 EARTH 220 mm provides a compact, reliable solution for grounding and potential equalization in 19" cabinets and electrical installations. Manufactured in Turkey and compliant with applicable safety standards, the bar features six connection points and a 220 mm length to accommodate multiple equipotential bonding conductors.

Advantages

The DN-19 EARTH bar offers six clearly spaced connection points for simultaneous grounding of installed components and is designed for straightforward mounting in DIGITUS 19" cabinets. Its construction ensures stable electrical contact and supports system safety by reducing potential differences. The product is compatible with standard equipotential bonding practices used in data centers and industrial installations.

Suitable for

• Grounding and equipotential bonding in 19" server and network cabinets
• Data centers, telecommunications racks, and industrial control cabinets
• Bonding multiple chassis, patch panels, and power distribution units

Key specifications

• Brand: DIGITUS
• Model / MPN: DN-19 EARTH
• EAN: 4016032142027
• Length: 220 mm
• Number of connection points: 6
• Mounting: compatible with 19" cabinets
• Country of origin: Turkey

How to use

Mount the potential equalization bar inside a compatible 19" cabinet at a convenient location for access to the components to be bonded. Secure the bar using appropriate 19" mounting hardware. Connect each component's bonding conductor to the bar's connection points using suitable lugs or terminals, and ensure all connections are tightened to the recommended torque for the conductor type. Finally, connect the bar to the building grounding system using an appropriately sized grounding conductor.

Recommendations

Ensure installation is performed by qualified personnel following local electrical codes. Verify conductor sizes, terminal types, and torque settings per applicable standards. Inspect connections periodically to maintain reliable equipotential bonding.