How to use Isuzu truck

The importance of correct operating procedures for Isuzu truck with crane cannot be underestimated. As a kind of heavy equipment, the operation of Isuzu truck with crane is not only related to work efficiency, but also to personal safety and property safety. Compliance with correct operating procedures can ensure the smooth progress of lifting tasks and reduce the risk of accidents. Correct operating procedures can improve the efficiency of Isuzu truck with crane. Accurate operating methods can save time and power consumption, improve operating efficiency during hoisting operations, and ensure timely loading and unloading of goods, which is particularly important for the logistics industry. Reasonable operating procedures can reduce duplication of work and incorrect operations, help establish good communication between truck drivers and guides, and improve operating efficiency.   Isuzu truck with crane operation steps: 1. Observe the operating environment of the Isuzu truck with crane, select a suitable angle for lifting operations, ensure there is enough space for the left and right outriggers to be fully opened, and park the truck at a suitable distance from the cargo according to the weight of the cargo. 2. Start the Isuzu truck with crane, hang up the power take-off, and put the power take-off in working condition. The specific operation is to step on the clutch, put the transmission handle in the neutral position, start the car, and observe the air pressure value when it reaches 0.5-.06Mpa. , pull out the manual air valve of the power take-off, and slowly release the clutch. At this time, the clutch is in working condition. 3. Only after completing the pre-operation inspection of the Isuzu truck with crane can the crane be used to operate the outriggers and boom. 4. Move the selector valve to the outrigger position on the sign, operate the outrigger, open the movable outrigger locking device, and extend the left and right horizontal outriggers and the left and right vertical outrigger cylinders according to the corresponding marks on the operating lever to ensure that the outriggers are Fully extended to support crane. 5. After the outrigger cylinder supports the crane, move the selector valve to the crane position on the sign, and use the crane to perform hoisting operations.   Isuzu truck with crane operating precautions: A. Precautions during operation: 1. Before using the crane, you need to ensure that the outrigger cylinders are fully opened and the outriggers are locked. The outrigger cylinders are on the ground and the car cannot be suspended in the air. All wheels of the car must be on the ground. 2. Before turning on the power take-off, check whether the control handle is in the neutral position. If the handle is not in the neutral position, return it to the neutral position. 3. Check whether the stop valve on the hydraulic tank is open. If not, be sure to open it and check the amount of oil in the tank. The oil level must...

Correct operation of the Isuzu Cargo Crane Truck is crucial because it is directly related to the safety and performance of the vehicle, greatly improving the service life of the truck-mounted crane and reducing the failure rate and maintenance costs. Operators should be familiar with the user manual and safe operating procedures to ensure that staff fully understand the functions and operating requirements of the equipment. It can also maximize the working efficiency and production capacity of the Isuzu Cargo Crane Truck. Operators should master appropriate operating skills and methods to ensure efficient and smooth loading and unloading processes. In addition, correct operation can reduce the risk of accidents and casualties and ensure workplace safety. Operators should remain vigilant at all times and comply with safety regulations and operating requirements. A. Inspection before lifting operations: 1. Check the oil level in the hydraulic tank. 2. Before starting the power take-off device, check whether each operating lever is in the neutral position. B. General precautions during lifting operations: 1. Carry out lifting operations within the rated lifting range. 2. Concentrate during operation and observe the surrounding situation to avoid accidents. 3. Pay attention to the temperature of the hydraulic oil. When the temperature exceeds 80°C, the lifting operation should be stopped. 4. When the wind speed exceeds 138m/s (level 6 wind), no lifting operations are allowed. 5. When lifting heavy objects, it is strictly prohibited to adjust the outriggers. When adjustment is needed, the heavy objects should be put down and the boom should be retracted. 6. When hoisting, it is strictly forbidden for the two mechanisms to operate at the same time. 7. It is not allowed to lift heavy objects buried underground or frozen on the ground, and it is not allowed to pull heavy objects diagonally. 8. Before starting the operation, use the hand brake to stop the truck. 9. It is strictly forbidden to stand under the boom before operation. 10. The tire pressure meets the regulations, 441kPa for the front wheel and 617kPa for the rear wheel. C. Determination of rated load: 1. According to the length of the boom and the pointer position of the amplitude indicator, first read the working amplitude. 2. Read the rated load from the lifting performance table based on the arm length and amplitude. 3. If the arm length or amplitude of the working position is not at the value given in the table, the lifting weight at this time should be based on the smaller of the adjacent values. 4. The parameters on the lifting performance table are only applicable to the lifting operation area. Lifting operations are strictly prohibited in the "prohibited operation area". D. Outrigger operation: 1. When telescopic and retracting the outriggers, first pull the positioning pin on the fixed outrigger box, manually pull out the movable outrigger to the appropriate position (middle posi...

With the continuous advancement of urbanization, waste disposal has become an increasingly important issue. Isuzu waste collection truck has many advantages as an efficient and reliable waste disposal equipment. Its performance and quality directly affect the efficiency and effectiveness of garbage disposal. This article will discuss the advantages of Isuzu waste collection truck from the following aspects. 1. Advantages of Isuzu chassis The Isuzu chassis offers excellent stability. Stability is one of the important performance indicators of a commercial vehicle chassis. The Isuzu chassis uses high-quality materials and advanced manufacturing processes to ensure the structural stability of the vehicle. Isuzu chassis undergo rigorous engineering and rigorous testing to maintain stable performance under a variety of working conditions. It uses high-reliability components and systems, such as powerful engines, rugged chassis structures, high-performance suspension systems and stable braking systems, to ensure vehicle reliability and durability. It has a lower center of gravity and optimized weight distribution, making the vehicle more stable during operation. Whether driving at high speeds on the highway or driving on curves and slopes under complex road conditions, the Isuzu chassis can maintain good stability and provide a safer and more comfortable driving experience. 2.Isuzu trash compactor truck has high efficiency features. Traditional waste disposal methods often require multiple transports, resulting in unnecessary waste of time and resources. The Isuzu trash compactor truck can greatly reduce the volume of garbage by compressing garbage, allowing more garbage to be loaded in one trip. This not only reduces the number of transports, but also saves time and fuel costs. Moreover, since the volume of compactor garbage is reduced, the processing capacity of garbage disposal stations has also been improved, allowing large amounts of garbage to be processed faster. 3.Isuzu rear loader garbage truck has excellent reliability. This garbage truck uses high-quality workmanship and materials to ensure the stability and durability of the vehicle. The design of the rear loader garbage truck takes into account various factors to deal with harsh environments and working conditions, such as waterproofing, dustproof, shockproof, etc., and can operate normally under various complex road conditions. In addition, the Isuzu compactor trash truck is also equipped with a complete safety protection system to ensure the safety of the driver and surrounding pedestrians. These features make the Isuzu compactor trash truck one of the most trusted equipment in the trash disposal industry.

With the growth of urban garbage and the improvement of environmental awareness, Isuzu trash truck rear loader is widely used in the garbage collection and transportation process. As one of the core components of the trash compactor truck, the multi-way valve plays a key control role. Multi-way valve is an advanced control valve, usually composed of a group of oil circuits and a group of air circuits. However, due to service life and environmental factors, multi-way valves often need to be replaced. This article will explain in detail how to replace the multi-way valve of Isuzu trash truck rear loader. 1. Things to note before repairing multi-way valves 1). Carry out safety inspections before maintenance to ensure a safe working environment. 2). Determine the tools, spare parts, etc. required for maintenance and make adequate preparations. 3). It is prohibited to carry out maintenance while the power is on. Make sure that the equipment is repaired after a power outage. 4). Before disassembling the garbage removal truck multi-way valve, first remove dust, oil and other impurities attached to it to avoid entering the interior and causing failure. 2. Troubleshooting of multi-way valves 1. The multi-way valve cannot work If the waste collection truck multi-way valve does not work, you need to check the following aspects: (1) Check whether the power supply is normal. (2) Check whether the control signal of the multi-way valve is in place. (3) Check whether there is any blockage inside the multi-way valve, causing it to fail to work properly. 2. The multi-way valve works abnormally If the waste collection truck multi-way valve is working abnormally, you need to check the following aspects: (1) Check whether there are impurities entering the multi-way valve, causing problems such as jamming. (2) Check whether the seals of the multi-way valve are worn, aged, deformed, etc. (3) Check whether the control circuit of the multi-way valve is damaged. 3. Multi-way valve fault repair 1. The multi-way valve cannot work If the trash compactor truck multi-way valve fails to work, it needs to be repaired according to the following methods: (1) Check whether the power supply and control signals are normal. (2) Check whether there is any blockage inside the multi-way valve. If so, you need to remove the multi-way valve and clean out the internal impurities. (3) Check whether the internal relay of the multi-way valve is damaged. If so, replace the relay. 2. The multi-way valve works abnormally If the trash compactor truck multi-way valve works abnormally, it needs to be repaired according to the following methods: (1) Check whether there are impurities entering the multi-way valve, causing problems such as jamming. If so, you need to remove the multi-way valve and clean out the internal impurities. (2) Check whether the seals of the multi-way valve are worn, aged, deformed, etc. If so, just replace the seal. (3) Check whether the control circuit of the multi-way valve ...

The gear oil pump is one of the core components of the Isuzu truck mounted garbage compactor. It is responsible for providing hydraulic power to ensure the normal operation of the system. However, due to long-term operation and wear, the gear oil pump may malfunction, and then it is necessary to replace it with a new truck mounted garbage compactor gear oil pump. This article explains how to replace a gear oil pump. 1. Preparation 1). Determine the fault point: When a hydraulic system failure occurs in the isuzu truck mounted garbage compactor, you first need to determine whether it is a problem with the gear oil pump and eliminate the possibility of failure of other components. 2). Check spare parts: Purchase suitable gear oil pump spare parts, and check the integrity and quality of the spare parts.   2. Disassemble the gear oil pump 1). Cut off the power supply: Before disassembling the gear oil pump, cut off the power supply to ensure safe operation. 2). Clean the surrounding environment: Clean the mud and dust around the gear oil pump to ensure that the operating environment of the garbage disposal truck is clean and tidy. 3). Remove the oil delivery pipe: Remove the oil delivery pipe first, use a wrench to loosen the connecting screws, and place the pipe section in a spare position to prevent oil spillage. 4). Remove the connecting bolts: Use a wrench to loosen the connecting bolts between the gear oil pump and the drive motor. 5). Disassemble the gear oil pump: Gently remove the gear oil pump from the bracket and put it in place for later use. 3. Install a new gear oil pump 1). Prepare the installation location: Make sure the installation location of the new gear oil pump is clean, tidy, and free of mud and debris. 2). Install the gear oil pump: Place the new gear oil pump on the bracket and use the connecting screw to connect it to the drive motor. 3). Ensure sealing: Check whether the connecting bolts between the gear oil pump and the drive motor are firmly installed and whether the sealing is tight to prevent leakage. 4). Install the oil delivery pipe: Connect the oil delivery pipe to the gear oil pump and use a wrench to tighten the connecting screw. 4. Detection and testing 1). Check the installation stability: Check whether the gear oil pump is installed firmly and ensure that there is no looseness or shaking. 2). Check the oil line connection points: Check whether the oil pipe connection points are firm to ensure that the oil line is smooth and there is no oil leakage. 3). Test the performance of the gear oil pump: After installation, it needs to be tested to test the normal working condition of the gear oil pump to ensure that it can normally provide hydraulic power for garbage truck removal.   5. Cleaning and maintenance. After replacing the gear oil pump in the garbage removal truck, cleaning and maintenance work is required to ensure its normal operation. 1). Clean the surrounding environment: Clean the debris and mud a...

As cities continue to develop and their populations grow, waste disposal has become an important issue. As an efficient and environmentally friendly garbage disposal method, Isuzu garbage compactor vehicle has been widely used in cities. As an advanced automation control technology, PLC control system plays a key role in the control of garbage compactor vehicle. This article will introduce how to set up its PLC control system. 1. Working principle of Isuzu garbage disposal truck The working principle of the garbage disposal truck is to compress the garbage to reduce its volume and improve the efficiency of garbage transportation. It usually consists of compression device, conveying system, control system, etc. The control system is responsible for controlling the work of each component of the compressed garbage truck to ensure the normal operation of the garbage disposal truck.   2. The setting process of PLC control system 1）. Determine the control objects: First determine the objects that need to be controlled, that is, each component of the waste removal truck. Common control objects include compression devices, conveyor belts, etc. 2）. Design control logic: Design the corresponding control program based on the working principle and requirements of the waste removal truck. For example, when the garbage is loaded to a certain level, the control system should automatically start the compression device; when the compression device is working, the loading of garbage should be stopped, etc. 3）. Write PLC program: According to the designed control logic, write the corresponding PLC program. Commonly used PLC programming languages include Ladder Diagram, Structured Text, etc. When writing a PLC program, you need to consider the input signals, output signals and corresponding logical relationships of the control objects. 4）. Connect hardware equipment: Connect the PLC to each component of the waste collection truck. It should be noted that different components may require different sensors, actuators and other equipment, so the compatibility of hardware devices must be ensured during the connection process. 5）. Compile and download the program: Compile the written PLC program into an executable file, and download it into the PLC memory through the programming software. 6）. Debugging and testing: After the PLC control system setting is completed, debug and test the Isuzu waste collection truck. By simulating various working scenarios, check whether the response and output of the PLC control system are as expected. If there are any problems, troubleshoot and correct them in a timely manner. 3. Precautions for setting up PLC control system 1）. System reliability: When setting up the PLC control system, ensure that the compactor trash truck is stable and reliable. Add backup equipment to prevent a single point of failure from bringing down the entire system. 2）. Security: In the control system settings, security must be considered. For example, add a...

Isuzu rubbish compactor truck is a special vehicle used for garbage compression and transportation. It consists of various important components and parts. Some of these parts are called wearing parts because they are subject to wear and failure during normal operation. It is important to know the list of wearing parts because prompt replacement and repair of them will ensure the efficient operation of the garbage truck. The following will introduce the wearing parts list and related content of Isuzu rubbish compactor truck. 1. List of wearing parts of hydraulic system The hydraulic system is the core component of the Isuzu trash collector truck, which uses hydraulic oil pressure to provide power and control the operation of the compression device. The following are some common wearing parts of hydraulic systems: 1）. Hydraulic cylinder seals: Hydraulic cylinders can be divided into main cylinders and auxiliary cylinders. There are seals between them, such as piston seals, rod seals, etc. They are prone to wear and aging due to long-term use, leading to oil leakage and performance degradation in the hydraulic system. 2）. Hydraulic valve core: The hydraulic valve core controls the flow direction and oil pressure of the hydraulic system and is a key component of the hydraulic system. Long-term high-load work will cause wear and tear, resulting in hydraulic system leakage and inflexible operation. 3）. Hydraulic pump: The hydraulic pump is the power source of the hydraulic system, providing the flow and pressure of hydraulic oil. Common wearing parts include pistons and piston rods, which are easily worn due to high-frequency operation. 2. List of wearing parts of electronic control system The electronic control system is an important equipment for the operation and control of Isuzu compactor trash truck. It includes electronic control panels, sensors, motors, etc. The following are some common wearing parts of electronic control systems: 1）. Control panel: The control panel is the interface for the operator to control the work of the compactor trash truck. Long-term use and external environmental influences, such as moisture and corrosion, may cause the control panel switches to be damaged or not work properly. 2）. Sensor: The sensor is used to detect and feedback the status and parameters of the compactor trash truck, such as compression force, hydraulic oil level, temperature, etc. These sensors can be affected by factors such as contamination, age, or circuit failure, causing inaccurate data or failure to function properly. 3）. Electric motor: The electric motor is the power source of the compactor trash truck and is used to drive hydraulic pumps, compressors and other equipment. Due to long-term high-load operation, the coils of the motor may overheat, burn out and other faults. 3. List of compressor wearing parts The compressor is the core equipment of the Isuzu rubbish compactor truck, which uses compression force to compress the garbage. The fo...

With the continuous development of cities, environmental protection and sustainable development have become the focus of global attention. As an environmentally friendly means of transportation, EV rear compactor trucks have significant advantages in solving urban waste problems, reducing air pollution, and improving waste disposal efficiency. This article will introduce in detail the advantages of Isuzu EV rear compactor trucks from three aspects: emission reduction, energy saving and waste disposal efficiency. 1.ISUZU EV garbage disposal truck can effectively reduce tail gas emissions and improve air quality. Traditional Isuzu garbage removal trucks usually use diesel engines, and their combustion process produces a large amount of harmful gases such as carbon monoxide, sulfur dioxide, and nitrogen oxides, which has a serious impact on the environment and human health. The EV garbage disposal truck uses electric energy to drive, completely eliminating tail gas emissions and reducing air pollutant emissions. Especially in urban areas with rapid economic development, it can effectively improve air quality and improve the living environment of citizens.   2.ISUZU EV garbage disposal truck saves energy and reduces operating costs. Compared with traditional garbage trucks, EV garbage disposal trucks consume less energy. The price of diesel used by traditional garbage trucks is relatively high, while EV waste collection trucks use electric energy as a power source, and the price of electric energy is relatively low and stable. In addition, with the development and application of renewable energy, Isuzu EV waste collection truck can also make full use of renewable energy sources such as solar energy and wind energy to further save energy and reduce operating costs. Therefore, the use of EV waste collection trucks can not only help reduce dependence on traditional energy, but also reduce the company's operating costs and improve economic benefits. 3.ISUZU EV waste collection truck has high garbage disposal efficiency. Traditional garbage trucks usually require multiple transportations during the transportation of garbage, which consumes a lot of time and human resources. The Isuzu EV waste collection truck has a large garbage storage space and high compression efficiency, which can greatly reduce the number of garbage transportation and improve the efficiency of garbage treatment. In addition, the EV compactor trash truck can also perform precise garbage sorting and compression according to garbage classification requirements, reducing the time and energy of garbage processing and helping cities achieve efficient garbage disposal. To sum up, Isuzu EV rear compactor trucks, as an environmentally friendly means of transportation, have major advantages in reducing emissions, saving energy and improving waste disposal efficiency. It can effectively improve urban air quality, reduce energy consumption and operating costs, and improve the efficiency of ...

Isuzu garbage compactor trucks are a critical piece of equipment used to collect and transport garbage. It can effectively reduce the volume of garbage and improve the efficiency of garbage transportation. Producing good garbage compactor trucks requires considering multiple factors, including material selection, design, manufacturing process, etc. The following will introduce in detail how to produce good Isuzu garbage compactor trucks from these aspects. 1. The selection of materials is crucial to producing a good Isuzu garbage removal truck. The materials used in the body and compression system should be pressure-resistant, wear-resistant, and corrosion-resistant. For example, the body can be made from high-strength steel or fiber-reinforced plastic to increase its strength and durability. The compression system can use high-strength alloy materials or special steel to improve the pressure resistance of the compression system.   2. Design is one of the key factors in producing a good Isuzu garbage removal truck. The design team needs to comprehensively consider market demand and customer feedback to develop a reasonable body structure and compression system. The body structure should have good strength and rigidity to withstand the weight and pressure of the garbage. The compression system should have efficient and stable compression capabilities to ensure complete compression and stable transportation of garbage. 3. The manufacturing process also has an important impact on the production of a good Isuzu waste removal truck. Manufacturers need to design and select suitable processes and equipment based on customer needs to ensure the manufacturing quality of waste removal trucks. Details determine success or failure, so attention should be paid to every production link and strict quality control and testing should be carried out. For example, during the body welding process, advanced welding technology should be used to ensure that the welds are strong and sealed. During the assembly process of the compression system, strict debugging and testing should be carried out to ensure the normal operation of the compression system.   4. Final assembly is an essential step in producing a good Isuzu rear loader garbage truck. Final assembly is the last step in the production of garbage trucks, which mainly includes the installation of cabin lifting devices, debugging and testing of vehicle electronic systems and other processes. The specific process flow is as follows: a. Car lifting device installation: Depending on the vehicle type, the corresponding lifting device is installed on the garbage truck and debugged and tested. b. Vehicle electronic system debugging and testing: Carry out debugging and testing according to the vehicle's supporting electronic system to ensure the normal operation of the electronic system. To sum up, the production of good Isuzu garbage compactor trucks requires comprehensive consideration from many aspects such a...

As one of the important components of the rear compactor truck, the hydraulic oil pipe is responsible for transmitting its hydraulic pressure. However, due to long-term use and environmental factors, hydraulic oil pipes may age, crack or leak, which will affect the normal operation of the garbage truck.This article will detail the steps on how to replace a rear compactor truck hydraulic oil pipe to ensure it is functioning properly. Hydraulic oil pipe disassembly process: 1. Shut down the system: Before disassembling the waste disposal truck hydraulic oil pipe, first shut down the hydraulic system and ensure that the pressure in the system has been released. 2. Preparation: Confirm the location and connection method of the hydraulic oil pipe to be disassembled, and prepare the required tools and materials. 3. Disassemble the oil pipe: Use a suitable tool, such as a wrench or pipe wrench, to loosen and remove the hydraulic oil pipe connecting thread. Take care to avoid damage to surrounding components. 4. Cleaning and inspection: The disassembled waste disposal truck hydraulic oil pipe needs to be cleaned to remove dirt and residual hydraulic oil. At the same time, check the condition of the oil pipe. If it is damaged or worn, it needs to be replaced in time. 5. Install new oil pipes or reinstall: Install new hydraulic oil pipes or reinstall the original hydraulic oil pipes as needed. Make sure the sealing ring at the connection is installed correctly and use appropriate tools to tighten the connection threads, but do not overtighten to avoid damaging the oil pipe or connection. 6. Test the connection: After installing the oil pipe, restart the waste disposal truck hydraulic system and perform a pressure test to ensure there is no leakage at the connection. Hydraulic oil pipe installation process: 1. Preparation: Confirm the size, material and connection method of the trash truck rear loader hydraulic pipe to be replaced, and prepare the required tools and materials. 2. Shut down the system: Before installing the hydraulic oil pipe, first shut down the hydraulic system and ensure that the pressure in the system has been released. 3. Remove the old hydraulic oil pipe: Use a suitable tool, such as a wrench or pipe wrench, to loosen and remove the old hydraulic oil pipe. Take care to avoid damage to surrounding components. 4. Prepare new oil pipe: Cut new hydraulic oil pipe to appropriate length as needed, and ensure that the cuts at both ends of the oil pipe are flat and smooth. 5. Install the new oil pipe: Insert one end of the new hydraulic oil pipe into the connecting joint or flange, and ensure that the sealing ring is correctly installed at the connecting port. Use appropriate tools to tighten the connection threads, but do not overtighten to avoid damaging the tubing or connections. 6. Test the connection: After installing the new oil pipe, restart the hydraulic system of the trash truck rear loader and perform a pressure test to ensure that t...

As one of the key components of the Isuzu bin lorry compactor truck, the nylon slider carries the important task of ensuring the smooth operation of the garbage truck. However, over time and with increased use, nylon sliders can become worn or damaged. Therefore, it is crucial to correctly replace the nylon slider of the bin lorry compactor truck. This article will detail the steps to replace the nylon slider of the compactor trash truck to ensure its normal operation. 1. Confirm the model and specifications of the new nylon slider. Because the nylon sliders used by different models of truck trash compactor may be different. Once the model and specifications of the nylon slider are confirmed, we can start the preparation work.   2. Stop the car and take safety measures. Make sure the truck trash compactor is stopped and parked in a level and safe area. This ensures accident-free replacement of the nylon slider.   3. Prepare the required tools and materials. Typically, the tools required to replace the nylon slider of a trash truck rear loader include a wrench, screwdriver, and rubber hammer. In terms of materials, we need to prepare new nylon sliders and matching screws and nuts. 4. Start disassembling the original slider. Use a wrench or screwdriver to remove the screws connecting the slider to the mounting bracket. In the meantime, be careful to save the screws and nuts for later use. Then, gently tap the slider to disengage it from the compactor trash truck's retaining bracket. If the slider is very tight, you can use a rubber hammer to tap it harder, or you can use a hydraulic jack to loosen it. When disassembling, it is also necessary to check and clean the waste and residue at the slider connection to ensure that the new slider can be installed smoothly.   5. Install the new slider. Place the new slider on the fixed bracket of the compactor trash truck, ensuring that the angle and position of the slider are consistent with the original slider. Use screws and nuts to secure the slider to the bracket. During the fixing process, use a wrench and screwdriver to ensure a tight and secure fixation.   6. Test the operation of the new slider. Start the garbage removal truck and observe whether there are any abnormal noises or vibrations when the new slider is running. If any abnormality is found, stop operation and check whether the slider is installed correctly and make corresponding adjustments. In order to ensure the normal operation of the rear loader garbage truck, it is necessary to regularly check the wear of the slider. Through the steps introduced in this article, we can correctly replace the nylon slider of the rear loader garbage truck to ensure the normal operation of the garbage truck and improve the efficiency of garbage disposal.

The CAN-BUS control system of the Isuzu rear loader truck is a Controller Area Network, or CAN-BUS technology control system for short. CAN-BUS is a standard for vehicle network communication, which enables information transmission and data exchange between multiple controllers. The Powerstar Isuzu rear loader truck truck uses CAN-BUS control system technology to connect various controllers on the Isuzu rear loader truck truck together and perform data transmission and communication through the CAN-BUS bus. This allows the control and monitoring of various functional components of the Isuzu rear loader truck truck, such as compression devices, unloading devices, joysticks, electronic displays, etc. Through the  Isuzu rear loader CAN-BUS control system, remote monitoring and fault diagnosis of Isuzu rear loader trucks can be realized, improving the operating efficiency and safety of Isuzu rear loader trucks. A. Working principle of CAN-BUS: Sensors throughout the vehicle body need to monitor the  Isuzu rear loader status in real time and send this information to the corresponding control unit. For example, information from the air pressure sensor, engine temperature sensor, accelerator pedal position sensor, engine speed sensor and other units reaches the engine control unit, which sends corresponding instructions after analysis and processing to control the amount of fuel injected by the injector.The control units in the vehicle do not work independently, they often need to share information to collaborate better. There is a problem of information transmission. There are two main ways of communicating between control units: 1. Each piece of information is exchanged through its own independent data line. For example, if there are 5 signals that need to be transmitted between two control units, 5 independent data lines are required. The more information there is, the more cables are needed and the more pins between control units. 2. All information between control units is exchanged through two data lines. In this way, all information, regardless of capacity, can be transmitted through these two wires. ( This data line is also called the CAN data bus ) The CAN bus uses a broadcast communication method without host participation. In other words, all control units can "hear" what other units are "saying" indiscriminately, but cannot send information to specific units individually - unless specially set up.   B. Isuzu rear loader CAN bus vs OBD: The full name of OBD is On-board Diagnostics, which is a specification established in Europe and the United States for monitoring vehicle emission-related systems (such as engines and gearboxes). OBD defines the diagnostic services and data transmission formats that emission-related systems must support, and sets up a fault mechanism to facilitate recording fault information and alerting car owners. OBD data transmission requires underlying data links as support. This un...