- Function introduction
- Application scenario
- parameter list
Function introduction
01
Economy and environmental protection
One car can be equipped with multiple boxes, which can improve the utilization rate of the vehicle and reduce the waste of no-load on the return journey. The unique pull arm design uses high-strength steel plates as a whole, so that the vehicle has a low weight and high quality. The chassis adopts the CA1250P62K1L3T1E6Z diesel chassis produced by China's well-known FAW Group Corporation. The chassis has excellent engine body design and advanced and efficient fuel control system, which achieves energy saving and environmental protection. The garbage bin is a sealed structure, and the garbage is sealed during the process of hoisting and transporting the garbage bin, which can effectively avoid secondary pollution.
02
Safe, stable, reliable and durable
(1) The unique pull arm design matches the second-class car chassis, the length of the chassis is consistent with the pull arm device, the center of gravity of the whole vehicle is low, and the space structure is coordinated. This ensures that the load can be evenly distributed on the rear axle when the vehicle is hooking up and unloading the cargo box, thereby minimizing the stress on the frame.
(2) The overall structure of the pull arm is made of high-strength steel plate with a yield strength of 700N/mm2, and cast steel or forged steel is used for important parts. The arm frame body is welded by the welding robot using high-strength gas shielded welding, which ensures the stable and reliable welding performance. All the running shaft holes are processed and manufactured by large CNC boring and milling machine, which ensures the accuracy of the whole machine structure.
(3) The guide mechanism of the telescopic arm adopts the side chute and the slider to cooperate with the guide structure to make the process of loading and unloading run smoothly.
(4) The pull arm hook adopts an automatic locking and opening structure. The lock block is opened by gravity in the hanging box. In the transport state, it is locked to prevent the hook from being released. When the lock block is opened, the opening of the hook guide part is enlarged, which is convenient for The driver can easily carry out the hanging box operation.
(5) A new type of unloading protection mechanism is installed to ensure that the turning frame will not rotate relative to the sub-frame when the vehicle is unloading, thereby improving the safety and reliability during use.
(6) The main hydraulic control components of this vehicle are all famous and high-quality products produced by internationally renowned companies to ensure the stability and reliability of the hydraulic system.
03
Convenient and reliable operation
The electronic control system is integrated in the cab,
and all functional actions can be operated in the cab. The control system of this vehicle is assembled with integrated electronic control components, and the control is accurate and reliable. And with an indicator system. The electrical control system is assembled with well-known brand electrical components and has two functions of control and alarm. Its unique interlocking function makes the pull arm travel switch in a normally closed state when the pull arm is dumping garbage, which will cut off the circuit that controls the solenoid valve of the lock box, and cannot perform the unpacking operation, thus avoiding the accident caused by misoperation. Danger. In addition, all hydraulic operation actions are indicated by lights to avoid misoperation; the air control valve of the system is placed in the cab, and the air source of the chassis is used as the power to control the reversing of the multi-way reversing valve to ensure the reversing. reliable and stable.
04
Pull arm tops
The pull arm top is designed and manufactured by introducing and absorbing European advanced technology, with stable performance and good workmanship. The design of the pull arm is safe and reliable, light and strong, with high inclination and quick loading and unloading.
The hook arm and its linkage frame on the pull arm are made of Baosteel customized plates; the subframe is made of WISCO customized plates. Both of these two types of plates are high-strength welded plates with high tensile strength and good welding performance. Therefore, in the forming process, the ordinary bending machine cannot be folded, and through cooperation with two steel mills, a roll forming die is produced, and the pull arm profiles of different specifications are made. The top of the pull arm is not only about the selection of materials and quality, but also the molding of the mold directly ensures the machining accuracy of the parts.
The four parts of the upper part of the pull arm are all boring and processed, and are completed on a high-precision three-axis CNC gantry milling and boring machine. All the inner hole processing only needs to be clamped once, which reduces the processing error and ensures the shape tolerance of each hole and the consistency between the holes. Positional accuracy such as axiality, parallelism, etc. Therefore, the interchangeability of products is ensured, and the assembly efficiency and assembly quality are improved.
The finished pulling arm should be tested twice. One is the action function test. The rotation between each component is stable, and there is no eccentric wear, eccentric load and various assembly stresses. The hydraulic test bench is used to load the pulling arm. The hydraulic system is cleaned, the impurities in the hydraulic system are filtered, the entire hydraulic system is kept clean, and the various moving parts of the pull arm are lubricated, so that each component is always in good working condition. The second is the load test. It has a multi-functional adjustable load platform. According to the hook structure of the hook and the hooking capacity of the hook, it is equipped with the corresponding load weight for testing. The load weight is greater than 10% of the load. Ability testing, testing the tightness of pipelines and the reliability of the pull arm frame, to ensure a 100% pass rate.
(1) Chassis
The bottom frame is made of special customized profiles and is connected with the chassis of the vehicle. The arrangement of the hinge points between the lift frame and the bottom frame follows a principle, that is, the hinge point is separated from the box bearing point of the lift frame, which is important for increasing the system. The lifting capacity and stability have a very good effect. In addition, steel rollers installed on both sides of the chassis can minimize the frictional resistance generated during the sliding process of the box.
(2) Linkage frame
The linkage frame is entirely made of Baosteel custom-made profiles. Bearings used at the flip shaft are made of high-quality wear-resistant copper/aluminum alloy. When the lift box function is running, the lift frame is combined with the lift arm.
(3) Fixed seat
The fixed seat is a hollow structure, made of high-quality high-strength profiles and cast steel parts welded together. The cylinder connections (steel castings) in the frame can well withstand the forces generated during the lifting of the box and the process of dropping a fully loaded box. Even if the box support has been connected to the rear of the lift arm, the lift arm can directly transmit the lifting force required in the process of lifting the box.
(4) Hook arm
The hook arm has a double welded hollow structure, and the connecting telescopic arm adopts a slider made of synthetic material, which can reduce the wear to a minimum. The hook handle adopts the detachable structure of the draw hook. The advantage of this structure is that draw hooks of different heights can be selected according to the size of different boxes. Another advantage of this design is that once the hook is damaged, it can be easily disassembled and replaced, and all operations can be completed in a very short time.
05
Pull arm hook box
The key parts such as the hook box body are made of high-strength, wear-resistant steel plate, and its effective strength is twice that of ordinary Q345B low-alloy high-strength plate; in addition, high-density shot peening, airless spraying for high-strength marine anti-corrosion and wear-resistant plates is used. Corrosion-resistant primer and other measures have greatly improved the comprehensive service life of the entire equipment.
The equipment is easy to install and debug. There are no special requirements for the use site and workshop, and it can be moved at any time as needed. The entire product series is standardized design, making it compatible with various types of detachable garbage trucks with high applicability. .
The side plate is made of the whole plate, without exposed reinforcing ribs, and the appearance is smooth and beautiful. The inner and outer surfaces of the box are treated with high-density shot peening (the treatment effect reaches Sa2 level); using the airless spraying process, we apply the special anti-rust, anti-corrosion and wear-resistant post-slurry primer for shipbuilding in the bottom treatment of the equipment. , greatly improving the anti-rust ability and wear resistance; the welding of the equipment is beautiful and smooth, without welding defects such as leakage welding, cracks, slag inclusions, pores, undercuts, and spatters. All exposed ferrous metal surfaces are rust-resistant. The paint film is smooth and flat, without flow marks, bubbling, wrinkling, cracks and obvious brush marks.
In order to prevent leakage more effectively. The rear door is locked by a hydraulic locking device that takes power from the detachable garbage truck in the compartment, and the hydraulic cylinder will not automatically expand and contract when bumped and impacted. The locking lugs are coaxially welded together to lock both sides synchronously. The rear door hinge ear hole is an oblique long hole, which makes the rear door more effective in full contact with the sealing strip. Because NBR has excellent oil resistance, high wear resistance, good heat resistance and strong adhesion. Therefore, we use the integral high-wear NBR oil-resistant structure sealing strip, which has excellent sealing performance, can effectively prevent the leakage of sewage and the emission of odor, and avoid the waste of garbage in the process of hoisting and transporting garbage cans. Sealed, can effectively avoid secondary pollution.
Application scenarios
The CHD5255ZXXJFE6 compartment detachable garbage truck produced by Yantai Haide Special Vehicle Co., Ltd. adopts the CA1250P62K1L3T1E6Z diesel chassis produced by China's well-known FAW Group Co., Ltd., and matches the YHLLB20H-type pull arm top that is independently developed. It integrates loading, transportation and self-unloading, without auxiliary equipment, all operations are completed in the cab, the operation is convenient and simple, and the labor intensity of the operator is reduced. Mainly used in municipal sanitation, property management, large factories, industrial and mining and other places to collect and carry various domestic wastes.
parameter list
project | Indicators and Parameter | |
Vehicle model | CHD5255ZXXJFE6 | |
Chassis parameters | Chassis model | CA1250P62K1L3T1E6Z |
manufacturer | China FAW Group Corporation | |
Wheelbase(㎜) | 4350+1350 | |
drive mode | 6X4 | |
Tire specifications | 11.00R20 (12R22.5 295/80R22.5) | |
Number of tires | 10 | |
number of axes | 3 | |
Rated loading mass(kg) | 13095 | |
Wheelbase (front/rear) (㎜) | 1928/1878/1878 | |
Size parameters | Dimensions (L×W×H)(㎜) | 8480×2530×3105 |
Front overhang/Rear overhang (㎜) | 1400/1380 | |
Approach/Departure(°) | 22/19 | |
Quality parameters | Curb weight(kg) | 11710 |
Maximum total mass(kg) | 18000 | |
Rated loading mass(kg) | 25000 | |
Performance parameters | Device model | YHLLB-20-H |
Hooking Capacity(T) | 20 | |
Maximum tilt angle(°) | 50 | |
Rated pressure of hydraulic system(MPa) | 28 | |
Maximum speed(km/h) | 89 | |
Minimum ground clearance (mm) | 260 | |
Minimum turning diameter(m) | 18.4 | |
engine | model | CA6DK1-28E6(CA6DK1-26E6 CA6DK1-32E6) |
manufacturer | China FAW Group Corporation | |
Displacement(ml) | 7146 | |
Rated power/speed (kw/r/min) | 09/2300 (195/2300 239/2300) | |
Engine maximum net power (KW) | 206(192/236) | |
Fuel type | diesel oil |