Straight lengths can be supplied at any length from 600mm - 4000mm.

The tap off slot outlet and cover are made from a durable, high strength, Class B, 130°C or Class F, 155°C insulation material.

The tap off slot cover prevents access to the contacts behind the cover and protects it from the entry of dirt, dust or moisture.

Tap off units are IP55 as standard but higher levels up to IP67 can be achieved upon request.

Straight lengths can be supplied at any length from 600mm - 4000mm.

The tap off slot outlet and cover are made from a durable, high strength, Class B, 130°C or Class F, 155°C insulation material.

The tap off slot cover prevents access to the contacts behind the cover and protects it from the entry of dirt, dust or moisture.

Tap off units are IP55 as standard but higher levels up to IP67 can be achieved upon request.

Flatwise elbows are used to make 90° changes in the direction of the busduct system. Vertiv™ can also manufacture specially angled elbows for both flatwise and edgewise products.

Edgewise elbows are used to make 90° changes in the direction of the busduct system. Vertiv™ can also manufacture specially angled elbows for both flatwise and edgewise products.

An offset is used to avoid any obstacles eg. pipes or to steel columns and to conform to the structure of the building.

An offset is used to avoid any obstacles eg. pipes or to steel columns and to conform to the structure of the building.

Combination elbows are used to conform to the building’s structure and to change the direction of the busbar within a confined space.

Combination elbows are used to conform to the building’s structure and to change the direction of the busbar within a confined space.

Flange connections provide a direct connection to low voltage switchgear, transformer enclosures and other electrical equipment. Standard flanges can be offset to the left or right of the section as required.

A combination flange is used when the minimum leg lengths for either the standard elbow or the standard flange cannot be met.

A combination flange is used when the minimum leg lengths for either the standard elbow or the standard flange cannot be met.

Flatwise tee’s are used to split one busbar run into two runs going in different directions. This reduces the amount of space needed when supplying two different parts of a building with power.

Expansion units are used to accommodate the expansion and contraction of a busbar system as well as allow for building movement. They allow for a 40mm movement along the length of the busbar.

Expansion units are recommended when a straight busbar run exceeds 60m.

End feed units are used on the ends of busbar risers which are cable fed. They can be on top or the bottom of the busbar.

The size of end feed required depends on a number of factors:

• rating of busbar
• size of cable
• number of cables
• use of a protective device or isolator

Centre feed units are used in the middle of busbar risers which are cable fed.

The size of end feed required depends on a number of factors:

• rating of busbar
• size of cable
• number of cables
• use of a protective device or isolator

End caps are used to safely cap off the end of a busbar run. The end cap units are factory fitted but can be easily removed to allow for the extension of the system.

The joint pack is a compression joint design which uses a specially designed Belleville washer to distribute the pressure evenly over the joint pack. Joint packs are used to connect all the components in a busbar system together. The earth is maintained through the joint by both the joint pack cover and the earth side plate. The joint pack is supplied in specific sizes depending on the rating of busbar required.