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DTW - 110
DTW - 110
Model Name
DTW - 110
Process Capacity
Max. 640 Units/Daily (8 hours/daily basis)
Equipment Spec.
2200mm(W) x 5160mm(L) x 1000mm(H)
Required Power
220v 3-phase / 380v 3-phase, 60HZ
Equipment weight
4,700kg
Power Consumption
15.5kW
Applicable Vehicles
Large vehicles
Operating Method
Automatic tire washing system by proximity S/W detection
Washing Time
45sec
Spray Pressure
3-4 kgf/㎠
DTW - 110
Model Name
DTW - 110
Equipment Spec.
2200mm(W) x 5160mm(L) x 1000mm(H)
Equipment weight
4,700kg
Applicable Vehicles
Large vehicles
Washing Time
45sec
Process Capacity
Max. 640 Units/Daily (8 hours/daily basis)
Required Power
220v 3-phase / 380v 3-phase, 60HZ
Power Consumption
15.5kW
Operating Method
Automatic tire washing system by proximity S/W detection
Spray Pressure
3-4 kgf/㎠
DTW - 150
DTW - 150
DTW - 150
Model Name
DTW - 150
Process Capacity
Max. 700 Units/Daily (8 hours/daily basis)
Equipment Spec.
2650mm(W) x 5160mm(L) x 1000mm(H)
Required Power
220v 3-phase / 380v 3-phase, 60HZ
Equipment weight
4,900kg
Power Consumption
15.5kW
Applicable Vehicles
25 ton, Large Vehicles
Operating Method
Automatic tire washing system by proximity S/W detection
Washing Time
45sec
Spray Pressure
3-4 kgf/㎠
DTW - 150
Model Name
DTW - 150
Equipment Spec.
2650mm(W) x 5160mm(L) x 1000mm(H)
Equipment weight
4,900kg
Applicable Vehicles
25 ton, Large Vehicles
Washing Time
45sec
Process Capacity
Max. 700 Units/Daily (8 hours/daily basis)
Required Power
220v 3-phase / 380v 3-phase, 60HZ
Power Consumption
15.5kW
Operating Method
Automatic tire washing system by proximity S/W detection
Spray Pressure
3-4 kgf/㎠
Strength of ROLL Driving Method
Strong Design for Durability
A roller is made of high-strength pipe and a circular bar welded to the roller prevents sliding of the tire when driving. When the roller rotates, the tire is designed to wash off mud evenly from between the double wheel grooves by water pressure from below.
Vehicle sensing device by proximity S/W
The proximity S/W between the rollers detects vehicles and performs the wash, and a built-in timer can adjust the washing time according to site conditions and soil type. The device has a built-in circuit breaker in the main power overload equipment.
Automatic discharge device of settled soil by scraper
The powerful scraper conveyor developed by our company is an excellent product that automatically exhaust settled soil. Unlike our competitor’s products, it helps to maintain a clean site at all times by installing a soil guide chute at the soil discharge port.
Anti-reverse device
The anti-reverse ratchet is designed to prevent reverse rotation of the rollers to ensure smooth entry and exit of vehicles. It is equipped with a gear reducer protection device to prevent damage of the rollers and chains during rapid starting.
Sequence of Tire Washing
01
A vehicle enters the systemThe vehicle will slowly follow the automatic guideline of the system, allowing the front wheel of the vehicle to settle between the front rollers.
02
Simultaneous washing of front wheels and bottom front of a vehicleWhen the brake is released while the vehicle is in neutral, the auto-sensing system will wash the wheels and clean dirt from the inside and outside of the front wheels and under the car.
03
Washing the rear wheels and bottom rear of the vehicleThe rear wheels are placed slowly between the front rollers as in the case of washing the front wheels and the gear is positioned in neutral. When the brake is released, the system performs tire washing in the same manner as for the front wheels by operation of the automatic sensor.
04
Entry of VehicleAfter washing all the tires, the vehicle will be slowly released from the washing system to complete the washing process.
05
Automatic discharge of settled soilThe tire washing system automatically discharges soil and refills water to wash the next vehicle, and returns to the standby state in the shortest possible time.
Tire wash system 
