1600A Current Collector Yangzhou Darui Detailed Information
Product Introduction:
The current collector is the main device on the current collection side of the sliding contact line system that picks up electrical energy. It directly conducts electrical energy to the electrical appliance through the sliding contact between the collector brush and the guide rail, thereby achieving mobile power supply for the system. The current collector consists of two parts: a mechanical tension device and a collector brush that directly slides in contact with the guide rail.
The mechanical tension device determines the sliding contact pressure between the collector brush and the guide rail and the stability of the mechanism. The collector brush is the conductor that picks up electrical energy through sliding contact with the guide rail. Its performance, conductive quality, and the quality of material structure and composition will directly affect the safe operation quality of the entire system equipment.
Product Introduction:
The current collector is one of the main devices on the current collection side of the sliding contact line system that picks up electrical energy. It directly conducts electrical energy to the electrical appliance through the sliding contact between the collector brush and the guide rail, thereby achieving mobile power supply for the system. The current collector consists of two parts: a mechanical tension device and a collector brush that directly slides in contact with the guide rail. The mechanical tension device determines the sliding contact pressure between the collector brush and the guide rail and the stability of the mechanism. The collector brush is the conductor that picks up electrical energy through sliding contact with the guide rail. Its performance, conductive quality, and the quality of material structure and composition will directly affect the safe operation quality of the entire system equipment. Therefore, the current collector is one of the most important components in the entire sliding contact line system.
Double-head Current Collector mainly consists of components such as the shoe piece, shoe box, spring, current collector bracket, and current collector support part. Current collectors are divided into heavy-duty and light-duty types. The choice between a light-duty and heavy-duty current collector is determined by the current of the sliding contact line. Generally, if the sliding contact line current is less than or equal to 500A, a light-duty current collector can be selected; if it is greater than 500A, a heavy-duty current collector should be selected.
When selecting a double-head current collector, the first consideration is to choose a manufacturer that matches the sliding contact line. Do not use current collectors indiscriminately, as this may affect the normal operation of the crane and, in severe cases, burn out the sliding contact line. The shoe piece on the current collector is made of copper-containing carbon-based material pressed together. After purchase, check its fit with the sliding line. Since the current collector itself is a consumable item, long-term use will wear out the shoe piece, so it is necessary to regularly check the wear degree of the shoe piece on the current collector and replace it periodically.
It is the main device on the current collection side of the sliding contact line system that picks up electrical energy. It directly conducts electrical energy to the electrical appliance through the sliding contact between the collector brush and the guide rail, thereby achieving mobile power supply for the system. It consists of two parts: a mechanical tension device and a collector brush that directly slides in contact with the guide rail. Also known as current receiver, power supply device, conductor device. Multi-pole, single-pole, single-pole row type, combined sliding line current collectors. (Industry: sliding contact lines, sliding lines, sliding conductors, sliding mobile power transmission and supply)
The current collector is one of the most important components in the sliding line system.
