Guide to Shop Pecron Solar Generator in Wepolink
pecron solar generator is designed by Wepolink with the rigorous attitude. We strictly perform testing at each phase to make sure that every product received by customers is excellent quality because a low price doesn't save anything if the quality doesn't meet the needs. We thoroughly inspect every product during manufacturing and every piece of product we manufacture goes through our strict control process, ensuring that it will meet the exact specifications.
The reputation and competitiveness of Wepolink branded products have raised apparently in recent years. 'I choose Wepolink and have been consistently happy with the quality and service. Detail and care are shown with each order and we sincerely appreciate the professionalism that is exhibited through the whole order process.' One of our customers said.
A fast delivery of products including the pecron solar generator are guaranteed to improve customer experience. Once there is any defeat found, an exchange is allowed at Wepolink as the company provides a warranty.
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Changing the oil in gasoline or diesel generators is an important maintenance task that ensures the longevity and proper functioning of the engine. Here are the steps to change the oil in your generator:
Note: The frequency of oil changes can vary depending on the generator model and manufacturer, but a general guideline is to change the oil after the first 10 hours of operation, then every 50 hours thereafter, and finally every 500 hours of use. Additionally, oil changes may be required based on elapsed time and mileage as specified in the generator's maintenance schedule.
1.Prepare the Generator:
● Place the gasoline or diesel generator on a flat surface.
● Run the generator until it reaches operating temperature. This helps to thin the oil, making it easier to drain.
2.Locate the Oil Drain Bolt:
● Find the oil drain bolt or plug on the generator's engine. This is usually located on the bottom of the engine, often near the oil reservoir.
3.Place an Oil Pan:
● Position an oil pan or container underneath the oil drain bolt to catch the used oil when it drains out.
4.Drain the Oil:
● Carefully remove the oil drain bolt or plug. Be cautious, as the oil may be hot.
● Allow the old oil to drain completely into the oil pan. You can tilt the generator slightly to ensure all the oil is drained out.
5.Inspect and Replace Components:
● Examine the oil drain bolt, its sealing washer or O-ring, and the rubber gasket for any damage or wear. If any of these components are damaged, replace them with new ones.
6.Reinstall the Drain Bolt:
● Once the old oil has fully drained, reattach the oil drain bolt securely.
7.Add Fresh Oil:
● Refer to your generator's manual to determine the correct type and amount of oil to use.
● Pour the new oil into the oil filler opening. It's usually located on top of the engine, and there may be a dipstick or oil level indicator nearby.
● Fill the oil until it reaches the upper level of the oil level indicator or the recommended level in the manual. Make sure not to overfill.
8.Check Oil Level:
● After adding new oil, check the oil level using the dipstick or oil level indicator. Adjust if necessary.
9.Dispose of Used Oil:
● Properly dispose of the used oil in an environmentally responsible way. Many auto parts stores and service centers accept used oil for recycling.
Regularly changing the oil in your gasoline or diesel generator is crucial for maintaining its performance and preventing engine damage. Always refer to your generator's specific manual for detailed instructions and maintenance intervals, as they can vary between models and manufacturers.
Note: The frequency of oil changes can vary depending on the generator model and manufacturer, but a general guideline is to change the oil after the first 10 hours of operation, then every 50 hours thereafter, and finally every 500 hours of use. Additionally, oil changes may be required based on elapsed time and mileage as specified in the generator's maintenance schedule.
1.Prepare the Generator:
● Place the gasoline or diesel generator on a flat surface.
● Run the generator until it reaches operating temperature. This helps to thin the oil, making it easier to drain.
2.Locate the Oil Drain Bolt:
● Find the oil drain bolt or plug on the generator's engine. This is usually located on the bottom of the engine, often near the oil reservoir.
3.Place an Oil Pan:
● Position an oil pan or container underneath the oil drain bolt to catch the used oil when it drains out.
4.Drain the Oil:
● Carefully remove the oil drain bolt or plug. Be cautious, as the oil may be hot.
● Allow the old oil to drain completely into the oil pan. You can tilt the generator slightly to ensure all the oil is drained out.
5.Inspect and Replace Components:
● Examine the oil drain bolt, its sealing washer or O-ring, and the rubber gasket for any damage or wear. If any of these components are damaged, replace them with new ones.
6.Reinstall the Drain Bolt:
● Once the old oil has fully drained, reattach the oil drain bolt securely.
7.Add Fresh Oil:
● Refer to your generator's manual to determine the correct type and amount of oil to use.
● Pour the new oil into the oil filler opening. It's usually located on top of the engine, and there may be a dipstick or oil level indicator nearby.
● Fill the oil until it reaches the upper level of the oil level indicator or the recommended level in the manual. Make sure not to overfill.
8.Check Oil Level:
● After adding new oil, check the oil level using the dipstick or oil level indicator. Adjust if necessary.
9.Dispose of Used Oil:
● Properly dispose of the used oil in an environmentally responsible way. Many auto parts stores and service centers accept used oil for recycling.
Regularly changing the oil in your gasoline or diesel generator is crucial for maintaining its performance and preventing engine damage. Always refer to your generator's specific manual for detailed instructions and maintenance intervals, as they can vary between models and manufacturers.
When users are in the process of purchasing a small variable frequency gasoline generator, they often come across product listings with titles like "2KW Variable Frequency Generator" or "3KW Variable Frequency Generator." This can lead to the misconception that these numbers represent the generator's actual power output. However, when you refer to the generator's user manual or detailed specifications, you will notice two different power ratings: rated power and peak power. So, which of these power ratings should you consider for a variable frequency generator?
Rated Power: This refers to the actual, commonly used power output of the variable frequency generator. For example, if a 2KW variable frequency generator has a rated power of 1800W, then its maximum load capacity is 1800W, meaning it can handle devices like induction cookers, electric heaters, small space heaters, and more, up to this power limit. When you use the generator to power these devices, you can easily see its actual power output.
Peak Power: This represents the instantaneous power that the generator can handle. What does this mean? It's the power required to start up devices for a brief moment. For instance, if you want to start an electric motor with a power rating of 700W, you should know that electric motors require three times their rated current to start. Therefore, a 700W electric motor would need a generator with a peak power rating of 2100W to start it successfully. If the peak power rating of your generator is not greater than or equal to the power needed for devices to start up, the generator may go into overload protection mode (akin to tripping a circuit breaker) or, in the worst case, get damaged (Note: Noke variable frequency generators come with overload protection, low voltage protection, and overcurrent protection).
In summary, when purchasing a generator, the key specification to consider is the rated power, which represents the generator's actual continuous power output. Peak power is only relevant for brief moments (approximately 0.1-0.5 seconds) and is not intended for sustained use. Most scenarios require only rated power. For example, the Noke 2200W new variable frequency gasoline generator has a rated power of 2200W and a peak power of 2500W. This is sufficient to start an 800W electric motor. In contrast, many generators on the market with a peak power rating of only 2000W can only start a 650W electric motor (similar to an air conditioner compressor). Not all electric motors require three times the starting current.
Rated Power: This refers to the actual, commonly used power output of the variable frequency generator. For example, if a 2KW variable frequency generator has a rated power of 1800W, then its maximum load capacity is 1800W, meaning it can handle devices like induction cookers, electric heaters, small space heaters, and more, up to this power limit. When you use the generator to power these devices, you can easily see its actual power output.
Peak Power: This represents the instantaneous power that the generator can handle. What does this mean? It's the power required to start up devices for a brief moment. For instance, if you want to start an electric motor with a power rating of 700W, you should know that electric motors require three times their rated current to start. Therefore, a 700W electric motor would need a generator with a peak power rating of 2100W to start it successfully. If the peak power rating of your generator is not greater than or equal to the power needed for devices to start up, the generator may go into overload protection mode (akin to tripping a circuit breaker) or, in the worst case, get damaged (Note: Noke variable frequency generators come with overload protection, low voltage protection, and overcurrent protection).
In summary, when purchasing a generator, the key specification to consider is the rated power, which represents the generator's actual continuous power output. Peak power is only relevant for brief moments (approximately 0.1-0.5 seconds) and is not intended for sustained use. Most scenarios require only rated power. For example, the Noke 2200W new variable frequency gasoline generator has a rated power of 2200W and a peak power of 2500W. This is sufficient to start an 800W electric motor. In contrast, many generators on the market with a peak power rating of only 2000W can only start a 650W electric motor (similar to an air conditioner compressor). Not all electric motors require three times the starting current.
Why a Silent Gasoline Generator Cannot Generate Power
Here are possible reasons why a silent gasoline generator may not generate power for your reference:
1.The excitation winding of the main generator is disconnected. Check the excitation winding of the main generator using a multimeter. If the resistance is infinite, the excitation circuit should be connected.
2.The excitation windings of the main generator or exciter are connected incorrectly, resulting in improper polarity. This often occurs when replacing the excitation windings of the gasoline generator. Check and correct the connections.
3.Wiring errors. Check and correct the wiring according to the wiring diagram.
4.Serious short circuits in the windings of the main generator or exciter. The armature winding may exhibit obvious overheating in case of a short circuit. The excitation winding short circuit can be determined by its shunt resistance value. Replace the damaged windings.
5.Silicon rectifier elements in the rotating assembly break down and short-circuit in both directions. Use a multimeter to check the resistance in both directions of the rectifier elements and replace any damaged components. Identify the root cause and resolve the issue, and the problem of the gasoline generator not generating power will be naturally resolved!
Here are possible reasons why a silent gasoline generator may not generate power for your reference:
1.The excitation winding of the main generator is disconnected. Check the excitation winding of the main generator using a multimeter. If the resistance is infinite, the excitation circuit should be connected.
2.The excitation windings of the main generator or exciter are connected incorrectly, resulting in improper polarity. This often occurs when replacing the excitation windings of the gasoline generator. Check and correct the connections.
3.Wiring errors. Check and correct the wiring according to the wiring diagram.
4.Serious short circuits in the windings of the main generator or exciter. The armature winding may exhibit obvious overheating in case of a short circuit. The excitation winding short circuit can be determined by its shunt resistance value. Replace the damaged windings.
5.Silicon rectifier elements in the rotating assembly break down and short-circuit in both directions. Use a multimeter to check the resistance in both directions of the rectifier elements and replace any damaged components. Identify the root cause and resolve the issue, and the problem of the gasoline generator not generating power will be naturally resolved!
Advantages of Gasoline Generators:
1.Versatile output for wide applications.
2.Stable operation with low noise.
3.Self-adaptive intelligent voltage regulator for steady output.
4.Reliable quality and long service life.
5.Lightweight, flexible, and portable.
6.Multiple starting methods, optional ATS automatic transfer switch technology for a more upscale feel.
When the voltage of a gasoline generator is insufficient to drive a motor, here's what you should do:
There can be various reasons for insufficient generator voltage, and it's essential to identify the root cause to address the issue effectively. Possible reasons include:
1.Insufficient Generator Power:
·Generators have a specified power rating and a maximum load capacity. If the load connected to the generator exceeds its rated capacity, it can result in the prime mover (such as a diesel or gasoline engine) struggling to drive the generator. This may lead to a drop in voltage and a decrease in frequency.
·If the load connected to the generator is within its specified limits, but the frequency remains below the rated value, you should check whether the gasoline or diesel engine has enough power.
2.Low Engine Speed:
·Insufficient generator speed can also lead to low output voltage. If the generator's speed is too low, it may not generate the required voltage. Adjust the generator's speed to reach the rated speed if this is the case.
3.Inadequate Excitation Current:
·Excitation current plays a significant role in determining the generator's output voltage. When there's not enough excitation current, it can result in a voltage drop. There could be various reasons for inadequate excitation current, including issues within the excitation circuit.
·For example, a malfunctioning rectifier diode can lead to reduced excitation current. Poor contact between carbon brushes and slip rings can increase impedance in the excitation circuit, leading to lower excitation current. Excessive resistance in the excitation circuit adjustment can also be a cause.
4.High Motor Starting Current:
·When a generator is connected to a load with a high starting current, such as a motor, and the starting current exceeds the generator's rated output current, it can lead to a voltage drop. To address this, you can use methods like reduced-voltage starting or consider using a generator with a higher capacity.
In summary, when dealing with low generator voltage unable to drive a motor, it's crucial to diagnose the specific cause. You may need to adjust the load, engine speed, excitation current, or consider upgrading to a generator with a higher capacity to ensure proper voltage and power delivery. Regular maintenance and inspection of the generator system are also essential to prevent such issues.
1.Versatile output for wide applications.
2.Stable operation with low noise.
3.Self-adaptive intelligent voltage regulator for steady output.
4.Reliable quality and long service life.
5.Lightweight, flexible, and portable.
6.Multiple starting methods, optional ATS automatic transfer switch technology for a more upscale feel.
When the voltage of a gasoline generator is insufficient to drive a motor, here's what you should do:
There can be various reasons for insufficient generator voltage, and it's essential to identify the root cause to address the issue effectively. Possible reasons include:
1.Insufficient Generator Power:
·Generators have a specified power rating and a maximum load capacity. If the load connected to the generator exceeds its rated capacity, it can result in the prime mover (such as a diesel or gasoline engine) struggling to drive the generator. This may lead to a drop in voltage and a decrease in frequency.
·If the load connected to the generator is within its specified limits, but the frequency remains below the rated value, you should check whether the gasoline or diesel engine has enough power.
2.Low Engine Speed:
·Insufficient generator speed can also lead to low output voltage. If the generator's speed is too low, it may not generate the required voltage. Adjust the generator's speed to reach the rated speed if this is the case.
3.Inadequate Excitation Current:
·Excitation current plays a significant role in determining the generator's output voltage. When there's not enough excitation current, it can result in a voltage drop. There could be various reasons for inadequate excitation current, including issues within the excitation circuit.
·For example, a malfunctioning rectifier diode can lead to reduced excitation current. Poor contact between carbon brushes and slip rings can increase impedance in the excitation circuit, leading to lower excitation current. Excessive resistance in the excitation circuit adjustment can also be a cause.
4.High Motor Starting Current:
·When a generator is connected to a load with a high starting current, such as a motor, and the starting current exceeds the generator's rated output current, it can lead to a voltage drop. To address this, you can use methods like reduced-voltage starting or consider using a generator with a higher capacity.
In summary, when dealing with low generator voltage unable to drive a motor, it's crucial to diagnose the specific cause. You may need to adjust the load, engine speed, excitation current, or consider upgrading to a generator with a higher capacity to ensure proper voltage and power delivery. Regular maintenance and inspection of the generator system are also essential to prevent such issues.
Background: Wepolink, a prominent Chinese manufacturer in the gasoline generator and mobile power industry, is recognized for its unwavering commitment to innovation, quality, and compliance. In 2021, we embarked on an exciting venture to expand our global footprint by exporting our cutting-edge SE2000iE gasoline generators to the discerning market of Japan, ensuring full compliance with Japan's PSE certification standards.
Challenges:
1.Stringent Certification Requirements: Meeting Japan's rigorous PSE certification standards for electrical safety and compliance with local regulations was a paramount challenge.
2.Market Entry Strategy: Entering the competitive Japanese generator market required meticulous market research and strategic planning.
3.Distribution and Logistics: Establishing efficient distribution channels and logistics support was crucial to ensuring a smooth flow of products to customers across Japan.
Solution:
1.PSE Certification Compliance: Wepolink invested significantly in product development and quality assurance to ensure that the SE2000iE gasoline generators met and exceeded Japan's PSE certification requirements, instilling confidence in our product's safety and reliability.
2.Market Research: Extensive market research enabled us to identify key target segments and demographics, allowing us to tailor our marketing and sales strategies effectively.
3.Strategic Collaborations: By partnering with established local distributors and retailers in Japan, we were able to ensure widespread availability and provide top-notch customer support.
Results:
1.Certification Success: Our SE2000iE gasoline generators received the coveted PSE certification, establishing them as a trusted and reliable choice in the Japanese market, particularly for users who prioritize safety and compliance.
2.Market Penetration: Wepolink's generators quickly gained recognition among homeowners, outdoor enthusiasts, and businesses throughout Japan, establishing a robust and trusted presence in the market.
3.Sales Growth: Our SE2000iE gasoline generators achieved remarkable sales growth, with a substantial year-over-year increase of 26%.
Conclusion:
The successful export of Wepolink's SE2000iE gasoline generators to Japan, compliant with PSE certification, is a testament to our unwavering commitment to innovation, quality, and safety. By addressing unique challenges, forming strategic alliances, and putting customer needs at the forefront, we have firmly established ourselves as a reliable and respected provider of generators in Japan, adhering to the highest standards of compliance and safety.
As we look to the future, Wepolink remains dedicated to powering Japanese homes, businesses, and outdoor adventures, embodying our core values of quality, reliability, and customer satisfaction.
Challenges:
1.Stringent Certification Requirements: Meeting Japan's rigorous PSE certification standards for electrical safety and compliance with local regulations was a paramount challenge.
2.Market Entry Strategy: Entering the competitive Japanese generator market required meticulous market research and strategic planning.
3.Distribution and Logistics: Establishing efficient distribution channels and logistics support was crucial to ensuring a smooth flow of products to customers across Japan.
Solution:
1.PSE Certification Compliance: Wepolink invested significantly in product development and quality assurance to ensure that the SE2000iE gasoline generators met and exceeded Japan's PSE certification requirements, instilling confidence in our product's safety and reliability.
2.Market Research: Extensive market research enabled us to identify key target segments and demographics, allowing us to tailor our marketing and sales strategies effectively.
3.Strategic Collaborations: By partnering with established local distributors and retailers in Japan, we were able to ensure widespread availability and provide top-notch customer support.
Results:
1.Certification Success: Our SE2000iE gasoline generators received the coveted PSE certification, establishing them as a trusted and reliable choice in the Japanese market, particularly for users who prioritize safety and compliance.
2.Market Penetration: Wepolink's generators quickly gained recognition among homeowners, outdoor enthusiasts, and businesses throughout Japan, establishing a robust and trusted presence in the market.
3.Sales Growth: Our SE2000iE gasoline generators achieved remarkable sales growth, with a substantial year-over-year increase of 26%.
Conclusion:
The successful export of Wepolink's SE2000iE gasoline generators to Japan, compliant with PSE certification, is a testament to our unwavering commitment to innovation, quality, and safety. By addressing unique challenges, forming strategic alliances, and putting customer needs at the forefront, we have firmly established ourselves as a reliable and respected provider of generators in Japan, adhering to the highest standards of compliance and safety.
As we look to the future, Wepolink remains dedicated to powering Japanese homes, businesses, and outdoor adventures, embodying our core values of quality, reliability, and customer satisfaction.
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Contact person: Ellie Zhang
Tel: +86-512-66279658
WhatsApp: 0086 18862243260
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