The Ultimate Guide to 1387E312D Slewing Motor Assembly by Kyotechs
1. Introduction to 1387E312D Slewing Motor Assembly by Kyotechs
The 1387E312D slewing motor assembly by Kyotechs is a key component in various industrial applications. This article will delve into its features, benefits, installation, maintenance, and troubleshooting tips.
2. Understanding the Importance and Functionality of 1387E312D Slewing Motor Assembly
The 1387E312D slewing motor assembly plays a crucial role in enabling the smooth rotation of heavy machinery and equipment. It is designed to withstand high loads and extreme conditions, making it an essential part of many industrial operations.
3. Features and Benefits of Kyotechs 1387E312D Slewing Motor Assembly
Kyotechs 1387E312D slewing motor assembly is known for its durability, efficiency, and precision. With advanced technology and high-quality materials, it provides superior performance and reliability, making it a preferred choice for many industrial applications.
4. Installation Guide for 1387E312D Slewing Motor Assembly
Proper installation is essential for the optimal functioning of the 1387E312D slewing motor assembly. This section will provide a step-by-step guide on how to install the assembly, ensuring that all safety and operational requirements are met.
5. Maintenance Tips for Maximizing the Lifespan of 1387E312D Slewing Motor Assembly
Regular maintenance is crucial for prolonging the lifespan of the 1387E312D slewing motor assembly. This section will outline the recommended maintenance procedures and schedules, as well as tips for troubleshooting common issues.
6. Troubleshooting Common Problems with 1387E312D Slewing Motor Assembly
Even with proper maintenance, issues may arise with the 1387E312D slewing motor assembly. This section will cover common problems and their potential solutions, helping to minimize downtime and ensure smooth operations.
7. Applications and Industries Utilizing 1387E312D Slewing Motor Assembly
The 1387E312D slewing motor assembly is widely used across various industries, including construction, mining, marine, and more. This section will highlight the diverse applications and industries benefiting from the assembly's superior performance.
8. Why Kyotechs 1387E312D Slewing Motor Assembly Stands Out from the Competition
Kyotechs takes pride in delivering cutting-edge solutions with its 1387E312D slewing motor assembly, outperforming competitors in terms of quality, reliability, and customer satisfaction. This section will showcase the unique features that set Kyotechs apart in the market.
Conclusion:
In conclusion, the 1387E312D slewing motor assembly by Kyotechs is a reliable and high-performance solution for various industrial applications. With its advanced features, easy installation, and top-notch maintenance, it is the go-to choice for industries seeking efficiency and durability.
FAQs:
Q1: What are the key features of the 1387E312D slewing motor assembly by Kyotechs?
A1: Some key features include durability, high load capacity, precision, and advanced technology.
Q2: How often should the 1387E312D slewing motor assembly be maintained?
A2: Regular maintenance is recommended, typically on a quarterly or semi-annual basis, depending on usage and operating conditions.
Q3: What industries benefit the most from using the 1387E312D slewing motor assembly?
A3: Industries such as construction, mining, marine, and material handling greatly benefit from the assembly's performance and reliability.
Q4: Can the 1387E312D slewing motor assembly be customized for specific applications?
A4: Yes, Kyotechs offers customization options to meet specific requirements and application needs.
Q5: What sets Kyotechs 1387E312D slewing motor assembly apart from other brands in the market?
A5: Kyotechs' assembly stands out with its superior quality, advanced technology, and exceptional customer support, making it a preferred choice in the industry.
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FAQS
How to ensure the excavator starts normally after long-term storage?
Before long-term storage, perform a thorough inspection and maintenance, drain fuel and hydraulic oil, lubricate all parts, start the engine periodically to run the system, and ensure all systems operate correctly.
The travel oil motor has just been repaired. The track moves faster at low throttle, but will not move at high throttle. What is the remedy?
This is because the valve plate was over-ground during maintenance and the grinding amount was too much, so the pressure between the valve plate and the cylinder plane is insufficient. At low throttle, the oil pressure is small, and it is not easy to leak between planes; at high throttle, the oil pressure increases, and overflow occurs between planes, causing the track to be unable to move at high throttle. The remedy is to add a gasket to the spring. If it is a butterfly spring, you can add an extra butterfly spring.
How to check the electrical connection of the hydraulic pump?
The way to check the electrical connection is to visually check whether the connection is loose or damaged, and use a multimeter to test whether the voltage and current are normal.
What is the matter with the engine speed drop when the excavator is working? How to solve it?
8 reasons for the engine speed drop of the excavator, 6 solutions are here!
As the name suggests, engine speed drop means the failure of the engine speed drop during the operation of the excavator. There are two manifestations of speed drop, one is a slight speed drop within 200 revolutions, and the other is a serious speed drop above 300 revolutions, which is likely to cause the excavator to suddenly shut down. There are 8 main reasons for the engine speed drop of the excavator.
1. The diesel oil circuit of the excavator is faulty. Generally speaking, when the diesel oil circuit is blocked, it may cause the speed drop phenomenon.
2. The hydraulic system of the excavator has a fault, so that the hydraulic pump cannot change the displacement normally, causing the system pressure to be too high, and the speed drop may also cause a machine failure.
3. The output power of the excavator engine itself is insufficient, the output power is lower than the rated power, and the speed is too low. There is also a problem with the main pump.
4. The engine uses fuel of poor quality or the water content of the fuel is too high, which will lead to insufficient engine power and speed drop.
5. When the air intake system leaks or is blocked, the engine will be short of air supply, resulting in incomplete combustion of fuel, and there will be speed drop and black smoke failure.
6. Due to the large gap of the solenoid valve, the fuel supply is insufficient, which causes the engine to drop.
7. The joint of the fuel supply circuit of the fuel system is loose or the pipeline is broken, causing fuel leakage or foreign matter blockage, resulting in insufficient fuel supply. In addition to speed drop, it may also cause flameout.
8. There are many reasons for speed drop, such as incorrect valve clearance, wrong injection timing, damaged turbocharger, faulty brakes, etc.
Having said so many reasons for the speed drop of the excavator engine, what should we do when the speed drop occurs?
The solutions are all here!
1. First, check whether the diesel used in the excavator is deteriorated, whether there are impurities in the oil, and whether the oil circuit is blocked.
2. Check the valve clearance of the excavator engine and the speed of the engine.
3. Check the intake pipeline, clean the air pre-filter and air filter element, and start the engine again.
4. Check whether the speed drop of the excavator occurs when the engine is under load?
5. Carefully check the engine to see if the engine failure causes the speed drop of the excavator engine.
6. In addition, the electronic control, hydraulic system, fuel system, etc. need to be checked.
How to charge a new battery for the first time?
After the newly purchased battery is injected with the liquid with the appropriate specific gravity, it should be placed for 6-8 hours to allow the liquid to penetrate the plates. When the temperature of the liquid drops below 30℃, it can be charged for the first time. The initial charge should be carried out in two stages. The charging current in the first stage should be lower than 1/10 (one tenth) of the rated capacity of the battery, and the time is about 25-35 hours. When the voltage of a single cell rises to 2.4 volts, the current is reduced by half and the second stage is entered, which takes about 20-30 hours. When the electrolyte emits strong bubbles and the specific gravity no longer rises, the voltage of a single cell rises to 2.6-2.75 volts and remains unchanged for 2-3 hours, it means that the battery is fully charged. During charging, the temperature of the electrolyte will rise, exceeding 40℃ in summer and 35℃ in winter. Charging should be suspended and recharged when the temperature drops below 30℃ to prevent damage to the plates and separators.
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