Train washing machines are used for the cleaning operations of the exterior surfaces of variouskindsoftrains (sides, side top arcs, top surfaces, and end faces).Therearemainlytwotypesofsystems:stationary and mobile models. A typical systemis consist of a spray and brush cleaning system, anair drying system, a water supply system, a water recycling and treatmentsystem, and a SCADA data acquisition and video monitoring system.
The system is equipped with high - quality brush,smart cleaning techniques for train ends, reliable windshield wiper protection mechanism, intelligent anti - collision function, and advanced water-treatment technology. It has been successfully applied to various train types such as subways, trams, APM electric multiple units, and monorail vehicles. It can achieve fully automatic unmanned operation and remote control from the DCC (Depot Control Center).
The equipment features easy operation, stable performance, high efficiency and energy - saving, high degree of automation, and convenient maintenance.
Items | Technical Parameters |
Power Supply | AC 220V/380V, 50Hz |
Power | 100kW |
Train Flow Collection | pantograph/third rail |
Allowable Train Parking Alignment Precision | ±1m |
Washing Time | 15 minutes/train (For reference, a six-carriage train) |
Washing Capacity | 4 trains per hour |
Train Speed During Washing | 3~5km/h |
Total Water Consumption | ≤3t/train |
Clean Water Consumption | ≤800L/train |
Utilization Rate Of The Circulating Water | ≤3t/train |
Detergent Consumption | <5L/train |
Brush Life | 5years(By washing 24 trains ( six-carriage)every day |
Service Life Of The Equipment | ≥30 years |
Train washing machines are used for the cleaning operations of the exterior surfaces of variouskindsoftrains (sides, side top arcs, top surfaces, and end faces).
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