Howo 20 cbm solid waste compactor garbage truck

HOWO Rear Load Garbage Truck (also called HOWO garbage compression truck, HOWO rear loader, HOWO waste compactor truck, back load garbage truck, HOWO trash compactor truck, garbage compactor manufacturer) is designed for daily rubbish transport in such living areas as all kinds of cities, large station, port and wharf, airport, and densely-populated areas like industrial and mineral enterprises and military units.

This HOWO 20CBM garbage rear loader truck is a high-performance, large-tonnage urban sanitation equipment, with a 6*4 drive configuration, a total weight of 25 tons, and a rated load of 12.7 tons. It is equipped with a WP10.340 engine, outputting 340 horsepower, and the power system is equipped with turbocharging and intercooling technology. The howo heavy-duty chassis adopts a wheelbase design of 4600+1350mm, with a front axle load of 7 tons and a rear axle double axle load of 13 tons each, ensuring a strong load-bearing capacity.

The garbage compactor box has a volume of 20 cubic meters and adopts an arc-shaped integral steel plate welding process. The bottom plate and side plates are both 4mm thick Q235 special steel, with a compression ratio of 1:3.4, and significant loading and unloading efficiency. The loading cycle time under full load does not exceed 40 seconds, and the unloading time does not exceed 45 seconds. The howo 20CBM garbage compactor truck is equipped with a PLC automatic control system, which can realize fully automatic operation, and is equipped with a variety of safety accessories as standard, such as warning lights, emergency stop buttons, fire extinguishers, etc. It is an ideal equipment for modern urban sanitation and transportation.

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The application of PLC system in howo rear loader garbage truck has significant advantages:

1. Precise control: The compression process is accurate to milliseconds, and the compression force, angle, and time can be precisely controlled, which increases the compression efficiency by 15-20%, reducing the risk of manual misoperation.

2. Intelligent management: Real-time data collection and monitoring, automatic recording of each garbage loading and unloading parameters, traceable operation trajectory and working status, and support for remote diagnosis and management.

3. System stability: Strong anti-interference ability, operating temperature range of -20℃ to 65℃, service life of up to 10-15 years, and failure rate lower than traditional hydraulic control systems.

4. Energy saving and environmental protection: Precisely control the energy consumption of the hydraulic system, reduce invalid energy consumption, real-time monitoring of oil temperature and pressure, and reduce energy consumption by about 20-25%.

5. Convenient maintenance: Modular design, fast fault location, remote firmware upgrade, and significantly reduced maintenance costs.