Kyotechs 173-1498 Pulley Assy Idler - Enhance Machine Performance
Introducing the Kyotechs 173-1498 Pulley Assy Idler, designed with precision and excellence for optimal performance in your machinery. This top-notch product ensures smooth and efficient operation, minimizing wear and tear on your equipment. Engineered with the highest quality materials, the Kyotechs Pulley Assy Idler enhances the longevity of your machinery, providing unparalleled value and dependability.
The 173-1498 Pulley Assy Idler by Kyotechs stands out with its robust construction and innovative design, making it an indispensable component for any demanding application. It has been rigorously tested to meet industry standards, ensuring you receive a reliable product that delivers unmatched performance, even in challenging conditions.
What sets the Kyotechs Pulley Assy Idler apart is its user-friendly installation process, allowing you to upgrade or replace existing components effortlessly, saving you precious time and minimizing downtime. Plus, its compatibility with a wide range of machinery means you get a versatile solution that caters to various needs.
Designed with the user in mind, the Kyotechs 173-1498 Pulley Assy Idler not only enhances machine efficiency but also reduces maintenance frequency and costs. You can trust in its durability and precision to keep your operations running smoothly, ensuring your investment indeed makes a difference.
Experience the perfect blend of quality, reliability, and practicality with the Kyotechs 173-1498 Pulley Assy Idler. Let this indispensable tool be a part of your efficient and seamless operations.
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Our Advantages
One-Stop Excavator Software Solution
Kyotechs offer a comprehensive "One-Stop Excavator Software Solution" designed to solve engine ECU, excavator controller, and monitor software issues.
Covering a wide array of brands makes us a one-stop solution for clients, offering a comprehensive range of components for various types of machinery, which can be a significant competitive advantage.
Reliable Brands
Kyotechs dealing with reputable brands in the industry signifies our commitment to offering reliable and top-notch products, instilling confidence in our customers regarding the quality of the components they purchase.
Global Reach
Engaging in global accessory supply positions us as a global player, allowing customers from different parts of the world to access our specialized services and products.
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SANY Power
TUV
Cummins REPAIR TRAINING
FAQ
What to do if the excavator engine overheats?
Engine overheating may be caused by low coolant levels, clogged cooling system, or water pump failure. Check the coolant level, clean the radiator, inspect the water pump and fan, and replace faulty parts as necessary.
How to check for leaks in the hydraulic system?
Check whether there are oil stains on the hydraulic oil tank, oil pipe and joints, and repair them in time if leaks are found.
Digging powerlessness is one of the typical faults of excavators
Digging powerlessness can be divided into two situations: one is digging powerlessness, the engine does not hold back, and the load feels very light; the second is digging powerlessness, when the boom or dipper stick is extended to the bottom, the engine is seriously held back or even stalled.
①, digging powerlessness but the engine does not hold back. The magnitude of the digging force is determined by the output pressure of the main pump, and whether the engine holds back depends on the relationship between the oil pump absorption torque and the engine output torque. The engine does not hold back, indicating that the oil pump absorption torque is small and the engine load is light. If the working speed of the excavator is not obviously abnormal, the maximum output pressure of the main pump, that is, the system overflow pressure, should be checked in particular. If the overflow pressure measurement value is lower than the specified value, it indicates that the overload overflow valve setting value of the hydraulic circuit of the mechanism is incorrect, resulting in premature overflow of the mechanism and powerlessness. The machine can be adjusted by turning the adjustment screw.
②, digging powerlessness, engine holding back. The engine holding back indicates that the absorption torque of the oil pump is greater than the engine output torque, causing the engine to overload. This fault should first check whether the engine speed sensing system is normal, and the inspection method is similar to the engine inspection method described above. After the above detailed inspection and troubleshooting, the engine speed sensing system will resume normal function, the engine stalling phenomenon will disappear, and the digging force will return to normal.
How to prevent hydraulic pump failure?
The way to prevent hydraulic pump failure includes regular maintenance, keeping the hydraulic oil clean, regularly changing filters, and avoiding overload operation.
If you have another questions, please feel free to contact us.
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Kyotechs delivers efficient and reliable service at each stage to meet the customer's needs.
Contact
Contact: Ally Fan
Email: kyotechs@kyotechs.com
Tel: +86 020 - 82313009
Skype: allyfan333
Mobile / Whatsapp / Wechat:
+86 - 18826315313
Address: 268 Zhongshan Avenue East, Guangzhou, Guangdong, China.
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