Safe conductor bar knowledge

Post at June, 19, 2017 Views:3945

1.Safe conductor bar is also known as: Conductor line, pwer line, busbar. Safe conductor bar is according to foreign advanced experience combined with national conditions developed energy-saving conductor bar, it is safe and reliable and excellent mechanical and electrical performance, easy installation and maintenance. The space of phase is 80mm, protective shell for the engineering plastics and aluminum alloy alloy two materials, the conductor for the aluminum alloy (inlaid stainless steel) or pure copper. Not affected by rain and frost frost, suitable for open air, water mist, acid mist, conductive dust and other poor environment. 300A The following specifications can be produced according to user needs a radius of the circle, arc.

The safe conductor bar is used to supply power to the moving equipment. It consists of two parts. The slip rail (fixed part, connected with the power supply, the long rail is connected with a single length of 4m / root or 6m / (Sliding part, can slide on or in the slide track and contact with the copper strip to take power, the current collector used to connect with the mobile motor).

Commonly used safe conductor bar (tube, closed), unipolar combination of trolley wire, rigid body trolley line, multi-stage pipe safety trolley line, seamless safety trolley line, cable safety trolley line, I word Steel cable pulley, etc., in the protection level, insulation has greatly improved, safe and reliable.

2.The safe conductor bar quality can be measured according to the following criteria:

a. carbon brush life - are consumables, travel distance affect the equipment maintenance cycle.

b.trolley wire shell quality - for temperature, environment and so on.

c.current collector performance - mainly from the wheel life, turn wheel design and collector whether to meet the use of a variety of environments.

d. trolley line expansion problem - the length of more than 100 meters after the expansion of the problem should be considered.

e. the voltage drop problem - according to a variety of copper strip length voltage drop is different.