The parameters of the long arm excavator, how deep can the 300 extended arm excavator dig

Long Arm Excavator Reference Parameters Model Parameters PC200-8 PC220-8 PC300LC-7 PC360-7 PC400-7 PC450-7 Total length of large and small arms 15380mm 18000mm 18000mm 20000mm 22000mm 24000mm Total length of boom 8220mm 10000mm 10000mm 11000mm 12000mm 13000mm Total length of the stick 7160mm 8000mm 8000mm 9000mm 10000mm 11000mm Total weight of large and small arms 4000kg 4600kg 5200kg 6000kg 6500kg 7000kg Configuration bucket capacity Maximum digging height 12510mm 13500mm 13720mm 14920mm 16100mm 17300mm Maximum digging radius 15100mm 17300mm 17300mm 17600mm 19600mm 21600mm 23600mm Max Digging Depth 11340mm 13000mm 13200mm 15000mm 16500mm 18000mm Transport Height 2980mm 3160mm 3210mm 3210mm 3400mm 3400mm

<> there are often many construction sites due to the defects of the excavator itself that limit its scope of work.

The excavator is needed to expand the scope of construction, but the existing large and small arms can not meet the requirements of the site, and the long arm excavator (extended arm excavator) is also born on demand.

The so-called long arm (i.e., extended arm) is to lengthen a part of the original arm on the basis of the original arm or completely abandon the original arm and replace it with an extended arm to achieve a wider, deeper and higher working range, and improve the economic benefits of construction.

Excavator Extended Arm: The extended arm mainly ensures the structural strength, performance and quality of the product from the aspects of stress analysis, material selection, technology and technology, design and production through advanced computer-aided design system, various processing equipment, skilled staff skills and practical application knowledge and experience. An internal buffer plate is installed in the arm to withstand tension loads, extending the service life of the excavator.

Excavator extension arm: according to customer requirements design and production of a variety of two-stage and three-stage extended arms, two-stage extended arms can be lengthened to 13 meters to 32 meters, it is mainly suitable for earthwork foundations and deep trenches and long-distance dredging, construction of subway special excavation operations, etc.

Extended Arm Demolition Machine: Various two-stage or three-section extended arm demolition machines can be designed and produced according to customer requirements, two-stage extended arms can be lengthened to 13 meters to 26 meters, and three-section extended arm demolition machines can be extended to 16-36 meters, which is mainly suitable for high-rise buildings.

dismantling and other works.

The excavator extension arm is divided into: two-stage type, three-stage type, multi-stage type, two-stage type is mainly suitable for soil sand, concrete and other building handling, highway slope trimming and river dredging and building foundation, river, deep ditch and other earthwork excavation operations; Three-stage and multi-stage types are mainly suitable for dismantling and other operations of high-rise buildings. In order to ensure the most powerful digging capacity, the excavator extended boom with additional impact plates to extend the life of the stick, and the bucket with reinforced ribs, thickened steel plates, improved structural strength, and higher durability.

Summary. Hello dear, it is a pleasure to serve you. How deep can the 300 extended boom excavator dig:

DH300 excavator 18 meters extended arm: the big boom is 10 meters long, the small arm is 8 meters long, the transportation height is meters, the excavation radius is meters, the excavation height is meters, and the excavation depth is 13 meters. I hope mine can help you, and give me a five-star for my satisfaction and trouble, thank you.

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Dear, you are very happy to serve you. How deep can the 300 extended arm excavator dig: DH300 excavator 18 meters Jiashi Zheng long arm:

The boom is 10 meters long, the small arm is 8 meters long, the transportation height is meters, the excavation radius is meters, the excavation height is meters, and the excavation depth is 13 meters. I hope mine can help you, and give me a five-star for my satisfaction.

The longest long-arm excavator in China is 27 meters.

The total length of the large and small arms is 15380mm.

200 type long arm excavator, the total length of the arm is 15380mm, the total length of the boom is 8220mm, the total length of the stick is 7160mm, the total weight of the large and small arm is 4000kg, the configuration of bucket capacity, the maximum excavation height of 12510mm, the maximum excavation radius of 15100mm, the maximum excavation depth of 11340mm, and the transportation height of 2980mm.

Because the defects of the excavator itself limit its working range, it lengthens a part on the basis of the original size arm or completely discards the original size arm and replaces it with an extended size arm, so as to achieve a wider, deeper and higher working range, and improve the economic benefits of construction.

The products of long-arm excavator manufacturers include:

1.Biaohu Qingmo quasi-type long-arm excavator: suitable for general excavation operations, with high excavation efficiency and stability.

2.Extended Boom Excavator: For jobs that require deeper and farther digging, with longer arm lengths and greater digging depths.

3.Long boom excavator for aerial work: suitable for aerial work, with a higher working height and a larger working range.

4.Rotary drilling rig: suitable for drilling operations of building foundations, bridges, tunnels and other projects, with high drilling efficiency and stability.

5.Multi-functional long-arm excavator: suitable for a variety of operation scenarios, can be replaced with different auxiliary equipment according to needs, such as buckets, tamping bars, steel shears, etc.

6.Special long-arm excavator: suitable for special operation scenarios, such as deep-water operations, mining operations, railway station errands, etc., with special design and configuration.

The working speed of the excavation boom is mainly affected by the following factors:

1.The structure and performance of the boom itself. The structure of the boom determines its range of motion and flexibility, while the performance of the hydraulic and mechanical systems determines the speed and force of the boom's movement.

In general, booms with more advanced structures and higher hydraulic and mechanical systems will work faster.

2.The magnitude of the working load. The greater the load that the boom carries when working, the slower it will work. Especially when the load reaches the maximum lifting capacity of the boom, the working speed decreases significantly. Therefore, the actual working speed is often lower than the theoretical maximum speed of the boom.

3.Work environment factors. The space and ground conditions of the work site can also affect the working speed of the boom.

The wider the space and the flatter the ground, the faster the boom will work. On the contrary, the narrow and crowded space and the complex and rugged environment of the ground will limit the movement of the boom and reduce the working speed.

4.Operator proficiency. The operator who operates the excavation boom is also an important factor affecting the speed of work.

Skilled operators will be able to maneuver the boom more easily, quickly and accurately, while unskilled operators will be slower.

In addition to the above factors, the maintenance status of the boom will also have a certain impact on its working speed. Regular maintenance can maximize the performance of the boom and ensure its working speed. If maintenance is neglected for a long time, the hydraulic and mechanical systems will have varying degrees of wear or failure, which will also lead to a decrease in the working speed of the boom.

In summary, the working speed of the excavation boom is affected by a combination of factors. The level of its own structure and system performance, the size of the working load, the advantages and disadvantages of the working environment, the level of operator proficiency, and the maintenance status of the machinery will have a great impact on the actual working speed of the boom.

Generally speaking, the higher the performance of the boom, the smaller the load, the wider the environment, the more skilled the operator, and the better the maintenance, the faster the dust will work. On the contrary, if the boom has poor performance, excessive load, narrow space, unskilled operation, and long-term neglect of maintenance, the working speed of the boom will be significantly reduced. Therefore, in order to give full play to the maximum working speed of the boom, it is necessary to start from many aspects, through the selection of high-performance equipment, close to the maximum lifting capacity operation, improve the environment, improve the operation skills and strengthen the maintenance and other measures to give full play to the efficiency and productivity of the boom.

The speed of the excavation boom depends on a variety of factors, such as the working pressure of the hydraulic system, the design of the mechanical structure, the output capacity of the power system, etc. Therefore, it is not possible to give a fixed value for velocity. Excavation boom speeds vary by brand, model, and workload.

However, in general, the boom speed of the excavator can be adjusted by controlling the working pressure of the hydraulic system. Increasing the working pressure can increase the boom speed, but too high the working pressure will affect the stability and life of the system, so it needs to be adjusted according to the actual work needs.

In addition to this circumference, the boom speed of the excavator is also affected by the mechanical structure. Some advanced excavators have lighter mechanical structures that increase boom speed and agility.

For the situation that it is necessary to increase the speed of the excavation boom, you can take measures to disguise the auspicious letter:

1.Adjust the working pressure of the hydraulic system, and increase the working pressure appropriately, but not too high.

2.The advanced mechanical structure design reduces the weight of the fuselage and improves the speed and sensitivity of the boom.

3.Regularly inspect and maintain the hydraulic system to ensure proper operation and avoid the boom speed dropping due to system failure.

In conclusion, the speed of the excavation boom is a complex issue that requires a combination of factors. In actual work, it is necessary to adjust and maintain the stove according to the specific situation to ensure that the excavator has good working performance and stability.

The speed of the excavator boom refers to the speed at which the boom is stretched during the operation of the excavator, and its size is not related to the relevant factors such as the reputation of the working ring, the model of the excavator and the hydraulic system. In general, the speed of the excavation arm can be briefly introduced in about 80 words. Specifically, the speed of the excavation boom is usually about 5-6 seconds, and different excavator models and configurations will be different.

At the same time, in the actual operation, it is also necessary to take into account the operating efficiency, performance, load and stability of the excavator to ensure that the work indicators can meet the expected requirements. Therefore, the mastery and application of the speed of the excavator boom is one of the key elements of the operation and maintenance of the excavator.