Conversion support with short-circuit protection

Abstract

The invention discloses a conversion support with short-circuit protection, belongs to the field of illuminating devices, and particularly relates to a conversion support connected into an electric system. The conversion support with the short-circuit protection comprises a conversion support body, a short-circuit protector and inductance ballast. The short-circuit protector is connected to two ends of the conversion support body, the inductance ballast is connected with the conversion support body, electronic ballast is arranged on a main support body, support heads are mounted at two ends of the main support body, a copper pin of a power live line and a copper pin of a power zero line are arranged on the support head at one end of the main support body, two copper pins which are serially connected with each other are arranged on the support head at the other end of the main support body, the copper pin of the power live line and a ballast power live line are connected to form a support power live line, and the copper pin of the power zero line and a ballast power zero line are connected to form a support power zero line. The conversion support with the short-circuit protection is simple and speedy in replacement, reliable in performance and high in safety, and is safe and reliable.

Description

[0001] technical field [0002] The conversion bracket with short-circuit protection of the invention belongs to the field of lighting devices, and in particular relates to a conversion bracket connected in an electrical system. Background technique [0003] Due to the limitations of the development history of fluorescent lamps, T8 light sources with magnetic ballasts were commonly used before the more energy-saving and environmentally friendly T5 light sources and electronic ballasts. As we all know, the loss of magnetic ballasts during work The electric energy is very large, and the current society which advocates energy conservation and environmental protection all over the world has become unable to meet the needs of the market. As we all know, the power consumption of magnetic ballasts in operation is very large. In today's society where energy is increasingly scarce and the world advocates energy conservation and environmental protection, it is no longer suitable for t...

AI Technical Summary

Problems solved by technology

[0003] Due to the limitations of the development history of fluorescent lamps, T8 light sources with magnetic ballasts were commonly used before the more energy-saving and environmentally friendly T5 light sources and electronic ballasts. As we all know, the loss of magnetic ballasts during work The electric energy is very large, and the energy is increasingly tense, and the world advocates energy conservation and environmental protection in today's society, which no longer meets the needs of the market.

As we all know, the power consumption of magnetic ballasts during work is very large. In today's society where energy is increasingly scarce and the world advocates energy saving and environmental protection, it has not met the needs of the market.

At present, the T5 conversion brackets currently on the market use two copper pins at one end as the contact element pins of the live wire of the power supply, and two copper pins at the other end as the contact element pins of the neutral line of the power supply. This method allows the operator to replace the installation process. It is possible to cause electric shock to the human body due to carelessness or improper operation method, and bring harm to the life safety of the installer.

On the other hand, even if it is a safe replacement, since the inductive starter seat is empty after the replacement, the contact copper sheet inside the inductive starter seat is exposed in the air without any protective measures, and human hands may touch the copper sheet to cause electric shock. so it's not safe

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