Correct Cleaning the Oil Stains of Generator Set Parts

When repairing generator sets, it is of great significance to correctly remove oil and impurities from the surface of components to improve repair quality and extend the service life of machinery. Failure to strengthen the cleaning of parts, improper selection of cleaning agents, and improper cleaning methods can lead to early wear and corrosive damage of components.

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If the impurities in the bolt holes of the generator set and the sand particles in the hydraulic components are not thoroughly removed, resulting in insufficient bolt torque, easy fracture of the piston ring, erosion of the cylinder gasket, and early wear of the hydraulic components: during major repairs, attention is not paid to removing oil stains or impurities accumulated in filters, lubricating oil channels, etc., which leads to incomplete maintenance work and reduces the equipment's trouble-free operation time. When cleaning components, repair personnel should choose the correct cleaning agent. For the cleaning of various components, different cleaning agents should be selected correctly based on their different requirements for cleanliness; Secondly, it is necessary to prevent corrosion and rusting of components.

To ensure the quality of generator set components, corrosion and rust should be prevented, especially for precision components, where any degree of corrosion or rust is not allowed. Therefore, during cleaning, alkaline cleaning agents (especially strong alkaline cleaning agents) should not be used to clean aluminum alloy components, nor should strong acid cleaning agents be used to clean copper components, in order to minimize corrosion of the components to the greatest extent possible; The third is that different components should be cleaned by classification. Aluminum alloy parts and copper parts should not be cleaned together in alkaline or acidic cleaning agents, while rubber parts should not be cleaned together with other steel parts in gasoline, diesel, and acid or alkaline cleaning agents.

Guangxi Dingbo Power Equipment Manufacturing Co.,Ltd has been established for many years. In addition to strict requirements on the quality of diesel generator set products and after-sales service, it also has strict regulations on the plant environment, production equipment and supporting facilities, which reflects the strict style of Dingbo people. It is not only responsible for generator products, customers, but also employees, so that every employee of Dingbo Power generation equipment can work in a comfortable environment, Make it comfortable for every visiting customer to visit. Dingbo Power Group, relying on high-quality generators, generator sets, diesel generator, diesel generator sets, good services and the care of friends from all walks of life, carries forward the enterprise spirit of "pragmatic innovation, pioneering, unity and hard work, dare to be the first", and adheres to the enterprise style of "treating people with sincerity and heart to heart", has won the strong support of customers in the fields of post and telecommunications, finance, petrochemical, metallurgy, transportation, education, medical care, etc, Having a proud performance. Dingbo people are gradually moving towards economies of scale and entering the international market after joining the WTO with flexible sales strategies and relying on the company's advantages and strength. If you would like to get more information welcome to contact us via sales@dieselgeneratortech.com.

What Is the Difference Between Electric Motor and Electric Generator

An electric motor is an electrical machine that converts electrical energy into mechanical energy. Most electric motors operate through the interaction between the motor's magnetic field and winding currents to generate force. In certain applications, such as in regenerative braking with traction motors, electric motors can be used in reverse as generators to recover energy that might otherwise be lost as heat and friction. An electric generator operates in the reverse direction, converting mechanical energy into electrical energy. Electric generator can be divided into various type, open type, silent type, trailer type, portable type and container type, etc. Electric generator is mainly composed of diesel engine & alternator. Electric generator set is mainly composed of engine, alternator, control module, and common base. Electric generator :- Electric generator is a type of machine which converts mechanical input (energy) into electrical output (

Engine Fault Code Messages - Volvo Penta Engine

Volvo Penta Engine Fault Code When a malfunction has occurred and the diagnostic system has generated one or more fault codes, these are read out differently depending on the equipment used. Please refer to “Fault code messages”. If the system indicates that a fault code has been set: 1 Cut engine speed to idle, or shut the Volvo engine off. 2 For DCU/DU Read the fault code from the display, please refer to Reading fault codes via the DCU or Reading fault codes via the DU. For CIU press the diagnostic button and read the fault code, by observing the flashing of the diagnostic lamp. Refer to Reading fault codes via the diagnostic lamp, CIU. 3 Look up the fault code in the Fault Code Register chapter and take the recommended measures. Reading fault codes via the DU (Display Unit) Depending on the severity of the fault the text, either WARNING! or ALARM STOP (a buzzer sounds) will be shown on the display 1 Press any button to come to the fault list. The f

Types of Diesel Engine and Application of Diesel Generator

This article will guide you to learn diesel engine types and important role of diesel generator. If you are interested, please keep reading. What Are Diesel Engines? A type of internal combustion engine more accurately known as a compression ignition engine is designed to provide power by compressing the fuel at high temperature and significant pressure until it ignites. Diesel engines are either two-stroke or four-stroke . ‘Stroke’ means the movement of the piston in the engine. Two-stroke This engine uses one stroke in each direction. The first stroke being compression, which results in the ignition of the compressed fuel. The return stroke brings new fuel into the cylinder. Four-stroke This engine has one compression stroke and one exhaust stroke and each one of those has a return stroke – hence, four-stroke. The compression stroke compresses the fuel/air mixture prior to ignition. The exhaust stroke pushes the burnt gases out the exhaust. The

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