With the rise of summer temperatures, ISUZU refrigerated trucks have entered their peak operating period. Ensuring its efficient performance and cargo quality requires appropriate maintenance. The following are basic maintenance practices:

1. Pre cooled goods and carriages

The refrigeration unit maintains the temperature of the goods after loading. Placing warm goods or using uncooled compartments will significantly increase the difficulty of reaching the desired temperature. Therefore, before loading, it is necessary to thoroughly pre cool the goods and truck boxes.

2. Ensure smooth airflow during loading

Careful placement of goods is crucial to maintain temperature balance in the carriage. Do not load goods onto the ceiling, and absolutely avoid blocking the air vents and return vents of the refrigeration unit. Blocked airflow can cause the goods located in the center to deteriorate due to insufficient cooling.

3. Quick loading and unloading

Opening the cabin door will allow warm external air to enter, causing an increase in internal temperature, affecting the quality of the goods, increasing the workload of the refrigeration unit, and increasing fuel consumption. Therefore, please quickly perform the loading/unloading operation and stop the refrigeration unit during this process.

4. Electrical system inspection

Ensure that the battery terminals are secure and free of corrosion, and that the electrolyte is at full scale. Check if all electrical connections in the control circuit are securely fastened. Wires and terminals must be free from corrosion, burning, or cracking.

5. Mechanical component inspection

Belt: Check if it is in good condition and adjust the tension appropriately (usually with a deviation of about 13mm in the middle of the pulley).

Unit structure: Check the refrigeration unit assembly for leaks, loose/broken parts, or other damages.

O Gaskets/Seals: Verify that gaskets (such as door seals, unit seals) are tightly compressed and in good condition.

Coil: Keep the condenser and evaporator coils clean and free of dirt/debris to achieve optimal heat exchange efficiency.

6. Maintain airflow during cargo loading

When loading the carriage, do not let the cargo block the evaporator outlet or return air inlet. Continuous and unobstructed air circulation throughout the entire compartment is crucial for preventing local "hotspots" and ensuring uniform temperature distribution.

 Adhering to these key maintenance points can improve the performance of ISUZU refrigerated trucks in hot summers, ensure cargo integrity, and optimize operating costs.

To know more about our ISUZU refrigerator truck, please check:

https://www.isuzuvehiclescl.com/isuzu-refrigerated-truck

The water ring pump is the core vacuum generator of ISUZU sewage suction trucks, which is highly praised for its simple structure, low maintenance cost, fast suction speed, and high efficiency. Proper maintenance is crucial for maintaining optimal suction power and preventing operational failures. Follow the following key maintenance practices:

1. Bearing maintenance

Regularly check the lubrication condition of the bearings. Lubricate the bearings 3-4 times a year and thoroughly clean them at least once a year. Monitoring working temperature - bearings should operate at 15-20 ° C above ambient temperature and not exceed 55-60 ° C. If abnormal heating is detected, operation should be stopped immediately and the cause investigated. Proper bearing maintenance can reduce wear, extend pump life, and lower operating costs.

2. Maintenance of sealing system

O Cover packing seal: Regularly compress the packing to maintain sealing. If a leak occurs, replace the worn packing annually (during bearing cleaning). Ensure moderate compression - slight dripping is necessary for cooling and effective sealing.

Mechanical seal: If there is a leak, check the dynamic and static rings. If damaged or showing signs of aging, please replace the ring immediately.

3. Drive belt inspection

Regularly inspect the belt joints for cracks, wear, damage, or defects. Timely replace damaged belts to prevent sudden breakage during operation (major safety hazard). Adjust the tension using an idler to ensure the correct tightness.

4. Water management

Continuously monitor the water level in the pump tank to ensure it is sufficiently full ("more rather than less"). Do not let the pump run idle, as this can lead to catastrophic pump burnout. In addition, regularly clean the rust residue in the fuel tank to prevent debris from entering and damaging the pump.

5. Anti backflow

During operation, be alert to the backflow of sewage into the pump. If backflow occurs, stop immediately, disassemble the water ring pump, carefully clean the pump chamber, water tank, and four-way valve to avoid serious internal damage.

 Consistently adhering to these maintenance procedures ensures sustained high performance, prevents costly failures, and maximizes the reliability and efficiency of the sewage suction truck water ring pump system.

To know more about our ISUZU Vacuum Truck, please check below website:

https://www.isuzuvehiclescl.com/isuzu-vacuum-truck

1.When wiper blade manufacturers design wipers for buses or boats, they choose an iron frame structure. This is because the curved glass on buses and boats and the wiper arm pressure reaching 1.8Kg make it impossible for frameless or hybrid wipers to withstand. Only by choosing wipers with an iron frame, can the best scraping and clear effect as well as the longest number of swipes be achieved.

 

2. With a strong motor torque and 1.8Kg wiper arm pressure, our factory produce wiper blade of 32 inches, 36 inches, and 40 inches. In order to meet the design requirements for the number of uses and clarity, the company's wiper frame iron material has a thickness of at least 1.0mm. In order to meet high-temperature and high-corrosion environments (used in ships), the frame is riveted with copper rivets, 304 stainless steel flat wire, and the surface is treated with phosphating, electrophoretic coating, and powder coating. The paint is then completed at a high temperature of 220 degrees to ensure a complete adhesion to the surface of the frame.

 

3. When wiper factory design wiper blade, according to market research and industry standards, they determine the connection method of the joint and wiper arm for bus and marine wipers. They use saddle-lock screws with widths of 21mm, 23mm, 25mm, and 27mm. The wipers produced by Xiongshun Wiper Factory are equipped with plastic accessories with widths of 23mm and 27mm to meet the product's functional requirements.

 

4. Xiong Shun Automobile Material (Xiamen)Co.,Ltd., it is an professional wiper blade factory for more than 40 years, include frame wiper blade, flat wiper blade, truck wiper blade, bus wiper blade, marine wiper blade, boat windshield wiper blade,wiper blade refill roll etc. Trust me, our wiper blades are worth entrusting for safe driving.

 

 

Precision in every detail. Power on every road.

Take a closer look at the King Long C12HD in action — where modern design meets reliable performance.

From premium finishes to long-haul reliability, the C12HD delivers an exceptional experience for modern intercity and tourist travel.

Hit play and see how the C12HD shines on the roads of Croatia!

 

For Guangli Spray booths, customer commitment is more than just ensuring pleasant customer service and timely results. Every major project we work on comes with a unique set of challenges and goals defined by the specific requirements of the company. Our dedication to each customer carries over into our work, driving us to deliver our best customized solutions as the situation demands.

 

Big Needs for Big Equipment

There are dozens of projects that could illustrate our capability and commitment, but our recent custom installation for Foreign customer is a perfect example. As an authorized dealer handling sales, rentals and maintenance of heavy equipment, this customer expected a booth solution that could accommodate components and vehicles of varying size. Their original facility was built with only limited capabilities and the company planned to upgrade it into a full-scale system eventually.

 

Addressing Challenges with Custom Solutions

Once we understood the customer’s needs in terms of restrictions and expectations, our design team created a full downdraft system that could provide the level of quality in the space allotted. Not only were we able to address all of the customer’s primary concerns, we also delivered all components on schedule and as ordered. Below are some pictures of installations of customer’s big spray booth.

 

 

Providing excellent spray and finish booth solutions isn’t just about doing our job, it’s also about achieving meaningful results that make a real difference to our customers. Words of praise and thanks, like the testimonial below, help us stay focused and motivated on every project we work on. 

23448723 In-line Filter

 

What is the lifespan of In-line Filter?

The lifespan of an In-line Filter can vary depending on several factors, including the specific product, operating conditions, and maintenance practices. Without specific information about the particular filter you are referring to, it is difficult to provide an accurate estimate of its lifespan.

 

In general, the lifespan of an In-line Filter is determined by its capacity to effectively filter out contaminants and maintain proper flow. Over time, filters can become clogged with debris, reducing their effectiveness and causing a drop in pressure. Regular cleaning or replacement is typically required to ensure optimal performance.

 

To determine the lifespan of a specific In-line Filter, I recommend referring to the product documentation or contacting the manufacturer directly. They can provide you with specific information on the expected lifespan based on their product testing and usage recommendations.

 

Keep in mind that the lifespan of an In-line Filter can also be influenced by factors such as the type and concentration of contaminants, the flow rate of the fluid being filtered, and the overall system design. It's important to consider these factors when assessing the lifespan of a filter and the frequency at which it may need to be replaced or cleaned.

 

 

23448731 air compressor line filter element

 

How does the compressor type affect the line filter requirements?

The type of compressor can have an impact on the line filter requirements. Different types of compressors have varying characteristics, such as flow rates, pressure levels, and the types of contaminants they generate.

 

1.Flow rates: The flow rate of the compressor determines the size of the line filter needed. A higher flow rate compressor would require a larger line filter to handle the increased volume of air or gas passing through it.

 

2.Pressure levels: Compressors can operate at different pressure levels. Higher pressure compressors may require line filters that are designed to handle the increased pressure without experiencing any performance issues or failures.

 

3.Types of contaminants: Compressors can generate various contaminants, such as oil, moisture, dirt, or particulate matter. The type and concentration of these contaminants will influence the filtration requirements. For example, compressors that generate a lot of oil contamination may require specialized oil removal filters in addition to standard particulate filters.

 

It's important to consider the specific requirements of the compressor and the application when selecting the appropriate line filter. Consult the compressor manufacturer or refer to their guidelines to ensure compatibility and optimal filtration performance.

 

 

In-line filter 23448681 23448699 23448707 23448715

How do you choose the right in-line filter size for your compressor?

When selecting the right in-line filter size for your compressor, there are several factors to consider:

1.Flow Rate: Determine the expected flow rate of your compressor. This is typically measured in cubic feet per minute (CFM) or liters per minute (LPM). The filter size should be able to handle the maximum flow rate of your compressor to ensure efficient filtration without causing any restrictions.

 

2.Pressure Rating: Consider the maximum operating pressure of your compressor system. The filter should have a pressure rating that exceeds the maximum operating pressure to prevent any pressure drops or filter failures under normal operating conditions.

 

3.Filter Media: Understand the type of contaminants present in your compressed air system. Different filter media are designed to remove specific contaminants, such as particles, moisture, oil, or odors. Choose a filter size that accommodates the required filter media for effective filtration.

 

4.Service Life: Evaluate the expected service life of the filter. A larger filter generally has a larger surface area and can hold more contaminants before reaching its capacity. Consider the required maintenance intervals and filter replacement frequency to avoid excessive downtime or increased operational costs.

 

5.Space Constraints: Assess the available installation space for the filter. Ensure that the chosen filter size fits within the available space and allows for proper access for maintenance and replacement.

 

6.Manufacturer Recommendations: Consult the compressor manufacturer's recommendations and specifications for filter sizing. They may provide specific guidelines or requirements for selecting the appropriate filter size for your compressor model.

 

By considering these factors, you can choose the right in-line filter size that ensures efficient filtration, protects your compressor system, and maintains the desired air quality output. It is also important to regularly monitor the filter's performance and replace it as recommended by the manufacturer or based on the system's operational conditions.

 

 

Inline filter 23448251

 

Can inline filter 23448251 prevent water from entering the compressor?

Yes, the inline filter 23448251 can prevent water from entering the compressor. This filter is specifically designed to remove water and oil contaminants from the air before it enters the compressor, ensuring that the compressor operates smoothly and efficiently.

 

Water can cause damage to the compressor by causing rust and corrosion, which can lead to mechanical failure. The inline filter works by trapping water droplets and removing any remaining moisture from the air, preventing it from entering the compressor.

 

By using an effective filter, you can prolong the life of your compressor and avoid costly repairs. Regular maintenance and replacement of filters is important to ensure that your compressor continues to operate at optimal levels.

 

In summary, the inline filter 23448251 is an important component in preventing water from entering the compressor. Investing in a high-quality filter can save you time, money, and stress in the long run, ensuring that your equipment continues to perform at its best.

 

 

Inline filter 23448673

 

Can inline filter 23448673 prevent overloading of the compressor motor?

The inline filter 23448673 is an important component in a compressor system. It is designed to prevent contaminants such as dust, dirt, and debris from entering the compressor and causing damage to the motor. By filtering out these impurities, the inline filter helps to ensure that the compressor runs smoothly and efficiently.

 

One of the key benefits of using an inline filter is that it can help to prevent overloading of the compressor motor. Overloading can occur when the motor is forced to work harder than it should due to factors such as clogged filters, dirty components, or worn-out parts. This can lead to increased wear and tear on the motor, reduced efficiency, and even complete failure.

 

However, by installing an inline filter like the 23448673, you can help to ensure that your compressor motor is protected against these issues. The filter traps contaminants before they can enter the motor and clog up the works, which reduces the strain on the motor and helps it to run more smoothly. This, in turn, can help to extend the life of your compressor and prevent costly repairs or replacements down the line.

 

In conclusion, using an inline filter like the 23448673 is an important step in maintaining a healthy and efficient compressor system. By filtering out contaminants and preventing overloading of the compressor motor, this filter can help to ensure that your system is running at peak performance and that you are getting the most out of your investment.