Fob Price: $20000 / Unit
Min. Order: 1 Unit
Used Excavator HYUNDAI 225LC-9T
1. As an important construction machinery, excavators have changed the way of human construction. The powerful function of large excavators with high work efficiency. Excavator can complete many projects at a fast speed. it can also use various auxiliary equipment, such as hammer, fixtures etc.to carry out more complex operations and improve work efficiency.
2. Small excavators are flexible control and convenient maintenance, can adapt to different complex and harsh working conditions all kinds of pipeline foundation pit excavation, foundation engineering construction, public utilities, housing water leakage maintenance and other use range is very wide universal, is warmly welcomed by customers.
3. Various types of second-hand excavators are lower prices, good performance in the construction, mining, highway field to play a greater role, less investment but more returns for users.
Product Details
Main parameters of Hyundai 225-9 excavator:
- Working weight of the whole machine: The working weight of the whole machine of Hyundai 225-9 excavator is 22570 kg. The working weight of the whole machine is an important parameter of the excavator, which directly affects the stability and carrying capacity of the excavator.
- Bucket capacity: The bucket capacity of Hyundai 225-9 excavator is 1.05 m³. The bucket capacity affects the excavation efficiency and operating range of the excavator. Buckets of different capacities can meet different operating requirements.
- Boom length: The boom length of Hyundai 225-9 excavator is 5680 mm. Boom length is an important parameter of the excavator, which directly affects the operating range and excavation depth of the excavator.
- Arm length: The arm length of Hyundai 225-9 excavator is 2920 mm. The arm length is also an important parameter affecting the operating range and excavation depth of the excavator.
- Performance: The Hyundai 225-9 excavator has a slewing speed of 12 rpm, a travel speed of 5.3/3.4 (high/low) km/h, a gradeability of 35%, a ground pressure of 47.06 Kpa, a bucket digging force of 151.6 kN, a digging force of 106.2 kN, and a maximum traction of 191.1 kN. These performance parameters directly affect the working efficiency and work quality of the excavator.
- Power system: The engine model of the Hyundai 225-9 excavator is Cummins B5.9-C, with a rated power of 112 KW/1950 rpm, a maximum torque of 613.5 N.m, a displacement of 5.9 L, a number of cylinders of 6, a cylinder diameter and stroke of 107×124 mm, a water-cooled cooling method, and a six-cylinder four-stroke turbocharged direct injection engine. The power system is the heart of the excavator, which directly affects the power performance and working efficiency of the excavator.
- Hydraulic system: The main pump type of the Hyundai 225-9 excavator is a variable swash plate axial piston pump, the maximum flow of the main pump is 2222 l/min, the travel hydraulic motor type is a variable swash plate axial piston motor, the rotary hydraulic motor type is a fixed swash plate axial piston motor, the working hydraulic oil circuit is 35 Mpa, the travel hydraulic circuit is 35 Mpa, the rotary hydraulic circuit is 26.5 Mpa, and the pilot oil circuit is 4 Mpa. The hydraulic system is an important part of the excavator, which directly affects the excavator's control performance and work efficiency.
- Main body dimensions: The total transport length of the Hyundai 225-9 excavator is 9550 mm, the total transport width is 2990 mm, the total transport height is 3080 mm, the cab height is 2920 mm, the vehicle width is 2740 mm, the counterweight ground clearance is 1060 mm, the track ground length is 3650 mm, the total track length is 4000 mm, the track shoe width is 600 mm, the total track width is 2990 mm, the track gauge is 2390 mm, the minimum ground clearance is 480 mm, the minimum turning radius of the front working device is 3740 mm, and the rear end turning radius is 2840 mm. The main body dimensions are an important parameter of the excavator, which directly affects the stability and passability of the excavator.
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