working principle of pantograph | how does pantograph work?
Electric locomotives have provided traction power to trains since 1837. Unlike steam and diesel locomotives, electric locomotives do not carry their fuel on board. Rather, the fuel could be located hundreds of miles away at a power plant, in the form of coal or other energy sources, and delivered to the locomotive by cables.
An electric locomotive is essentially a box filled with transformers and semiconductors that converts electricity collected from external sources to the desired voltage to drive traction motors.
Mersen manufactures pantograph carbon strip. The carbon strip is fixed on the pantograph to collect electrical current by applying pressure on the catenary. They are used in railways: locomotives, high speed trains, electric rail cars, tramways, urban trains, etc.
working principle of pantograph | how does pantograph work?
Electric locomotives have provided traction power to trains since 1837. Unlike steam and diesel locomotives, electric locomotives do not carry their fuel on board. Rather, the fuel could be located hundreds of miles away at a power plant, in the form of coal or other energy sources, and delivered to the locomotive by cables.
An electric locomotive is essentially a box filled with transformers and semiconductors that converts electricity collected from external sources to the desired voltage to drive traction motors.
Mersen manufactures pantograph carbon strip. The carbon strip is fixed on the pantograph to collect electrical current by applying pressure on the catenary. They are used in railways: locomotives, high speed trains, electric rail cars, tramways, urban trains, etc.
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