Many people who are new to using gasoline generators may not be familiar with the maintenance and troubleshooting procedures, inadvertently reducing the generator's lifespan. So, what should you keep in mind when using a gasoline generator? Below, we have provided a brief overview of gasoline generator maintenance and usage guidelines.



1.For Repairing a Generator Being Sent for Service:

·Disassemble the original generator components for repair or replacement.

·This method has its advantages but requires specialized repair tools, strong independent thinking, judgment, decision-making abilities, a high technical skill level, and a suitable workspace.



2.For On-Site Generator Maintenance:

·On-site generator maintenance should not employ the above method.

·Carefully and meticulously inspect and diagnose faults since there are limitations to dismantling the generator upfront to identify damaged parts and the faulty area.



3.Pre-Dismantling Preparation:

·Before dismantling the generator, avoid rushing and ensure the generator is clean from oil, dirt, and debris.

·Use the correct tools to disassemble the generator, and place all removed components, bolts, etc., in designated locations. Do not scatter them around.

·Thoroughly clean the removed components and inspect for wear during the cleaning process. Perform timely repairs or replacements if any issues are found.

·When troubleshooting the generator circuit, have a basic understanding of the circuit and its workflow. Although generator circuits may seem complex, simplifying them into smaller components according to their operational principles makes troubleshooting less difficult.

·Utilize instruments for circuit testing, analyze the data obtained, and determine the location of the fault.



4.Handling Electrical Circuit Issues:

·Remember the wire colors, connection methods, and specific locations within connectors. Maintain written records if needed.

·Do not unplug plugs or sockets from connectors and alter circuit wiring randomly.

·When troubleshooting circuit faults, be meticulous, patient, and analytical. Employ a multifaceted approach, starting with the easiest issues and progressing to more complex ones, until you identify the fault location.



Following these guidelines and best practices will help you maintain and troubleshoot your gasoline generator effectively, ensuring its longevity and reliable performance.

AC generators are also known as rectifier generators, as they use diodes for rectification. On the other hand, DC generators are machines that convert mechanical energy into direct current electrical energy. The differences between these two types of generators are as follows:



1.Structural Differences:

● AC generators do not have a commutator, while DC generators have a commutator.

● AC generators produce alternating current (AC) because the direction and magnitude of the current change with the rotation of the coil. To obtain direct current (DC) output, an additional component, the commutator, is required in DC generators to maintain a consistent current direction.

2.Different Applications:

● AC generators generate AC power, which can be directly used for AC electric motors and various AC devices, making them versatile in their applications.

● DC generators are primarily used for providing direct current (DC) power to applications such as DC electric motors, electrolysis, electroplating, metallurgical processes, charging, and excitation of AC generators.

● While it is possible to use power rectification devices to convert AC power into DC power when needed, there are practical differences in terms of convenience, operational reliability, and certain performance aspects when comparing the direct DC output of DC generators to the use of rectified AC power.

In summary, AC generators and DC generators differ in terms of their structure and the type of electrical current they produce. AC generators produce AC power, which is widely applicable, while DC generators provide direct DC power for specific applications. Although AC power can be converted into DC power using rectification devices, there are practical distinctions in terms of convenience, operational reliability, and certain performance aspects when comparing the direct DC output of DC generators to the use of rectified AC power.

Matching different electrical appliances requires considering their startup peak power and normal operating power. The peak power and rated power of the generator are crucial factors. Peak power represents the maximum instantaneous power that the generator can provide, while rated power indicates the continuous power output of the generator, typically at 90% of the peak power.



When selecting a generator, it's essential to base your choice on the startup peak power of the appliances rather than solely considering their normal operating power. This is because many appliances require more power during startup and then operate at lower power levels during normal operation. If you only consider the normal operating power of the appliances, you may choose an undersized generator, which could result in the appliances not starting properly.

Specifically, electrical appliances can be categorized as follows:

1. Resistive Load: Appliances with resistive loads typically require roughly the same power during both startup and normal operation. Examples include electric heaters or light bulbs.

2. Inductive Load: Appliances with inductive loads require more power during startup and then operate at lower power levels during normal operation. Examples include electric motors.

3. Capacitive Load: Appliances with capacitive loads may require more power during startup and then maintain a stable power level during normal operation. Examples include some electronic devices.

When selecting a generator, you should consider the peak power requirements of all connected appliances to ensure that the generator's rated power is sufficient to meet these needs. Additionally, you should account for scenarios where multiple appliances are connected simultaneously to ensure that the generator has enough peak power and rated power to meet the demands of all the appliances.

In summary, understanding the power requirements, types, and concepts of peak power and rated power for electrical appliances is crucial for selecting the right generator to ensure that your appliances operate correctly and receive the necessary electrical support.

If you find yourself in a situation where there is a power outage in your area due to local restrictions, you're likely to crave electricity and light. If you truly want to have access to these necessities, please consider Ito Power. Our company manufactures and sells various types of generators, including small gasoline generators, home emergency generators, portable generators, digital variable frequency generators, outdoor generators, travel generators, camping generators, and diesel generators.



Our company provides maintenance for gasoline generators in three levels: A, B, and C.

Level A Maintenance: To be performed after every 50 hours of operation.

1.Clean the oil filter cup and unscrew the drain plug at the bottom of the carburetor float chamber to drain sediment.

2.Clean the spark plug and check the electrode gap. Adjust it if necessary.

3.Check the valve clearances and adjust them if needed.

4.Clean the crankcase and replace the lubricating oil.

Regular maintenance is essential to ensure the reliable performance of your generator and to extend its lifespan. It's important to follow the recommended maintenance schedule and procedures to keep your generator in good working condition, especially during power outages or emergencies when you rely on it for electricity.

1.Reliability: Each generator unit undergoes factory load testing before shipment. During this inspection, a systematic check of the unit, control functions, load conditions, and simulated potential faults is performed.

2.Compact and Lightweight: Solves the equipment requirements and weight limitations in limited spaces on vehicles.

3.Ultra-Quiet and Low Vibration: Ultimate noise reduction with a polyester powder-coated aluminum casing and a damping system.

4.Easy Equipment Protection: Integrated design allows for securing the generator unit to the reserved intake and exhaust positions, connecting the fuel lines, and using the onboard control panel. Protection and maintenance can be completed from a single side.

5.Stable Output: Integrated automatic voltage regulation and speed control functions ensure stable power output from the generator unit.