About U Joint cross 95 mm
U Joint cross is a
heavy duty precision-engineered component used to transmit power between intersecting shafts at varying angles. Manufactured by Hemant Industries
since 1995, from high-grade 20MnCr5 hardened alloy steel for superior strength, durability, and smooth torque transmission.
With below part list with dimesions and part numbers.
|
S.No
|
HI Part Number
|
Dimension & Description
|
Cup OD (mm)
|
|
1
|
HI-101
|
Heavy duty 145 MM UJ Cross
|
145
|
|
2
|
HI-102
|
Heavy duty 130 MM UJ Cross
|
130
|
|
3
|
HI-103
|
Heavy duty 120 MM UJ Cross
|
120
|
|
4
|
HI-104
|
Heavy duty 115 MM UJ Cross
|
115
|
|
5
|
HI-105
|
Heavy duty 110 MM UJ Cross
|
110
|
|
6
|
HI-106
|
Heavy duty 105 MM UJ Cross
|
105
|
|
7
|
HI-107
|
Heavy duty 100 MM UJ Cross
|
100
|
|
8
|
HI-108
|
Heavy duty 95 MM UJ Cross
|
95
|
|
9
|
HI-109
|
Heavy duty 90 MM UJ Cross
|
90
|
|
10
|
HI-110
|
Heavy duty 89.5 MM UJ Cross
|
89.5
|
Precision Engineering for Industrial Demands
Our Universal Joint Cross is manufactured using the hot forging method with high-grade 20MnCr5 steel, ensuring robust durability for even the most challenging industrial environments. The hardened and corrosion-resistant surface provides lasting performance and reduces maintenance needs. Each unit meets strict quality standards, making them ideal for heavy-load transmission shafts across diverse industries.
Reliable Performance & Versatile Application
With a High load and operating effectively in temperatures up to 100C, this joint is perfect for transmission systems in industrial machinery. Its universal fit and size ensure compatibility with multiple shaft types, while the precise engineering guarantees smooth power transmission and minimal wear. Grease lubrication keeps the movement seamless even under intense operating conditions.
FAQ's of Heavy duty Universal Joint Cross:
Q: How does the Heavy Duty Universal Joint Cross enhance transmission shaft systems?
A: This universal joint cross provides robust connection and flexibility within transmission shaft systems, efficiently transferring torque even under high loads and temperatures. Its durable construction ensures long-lasting performance in demanding industrial environments.
Q: What is the recommended process for installing the universal joint cross?
A: Installation should be conducted by a qualified technician. Ensure that all mating parts are clean, properly aligned, and lubricated with grease before securing the joint within the transmission system for optimal performance and longevity.
Q: When should I replace my universal joint cross?
A: Replacement is recommended when excessive play, unusual noise, or visible wear is observed. Regular inspection helps prevent unexpected failures, particularly in high-load or high-temperature conditions typical of industrial machinery.
Q: Where can this universal joint cross be used?
A: This joint is suitable for any industrial application requiring a heavy-duty transmission shaft connection, such as in heavy machinery, large vehicles, or manufacturing equipment. Its universal design ensures adaptability to various transmission systems.
Q: What are the benefits of the corrosion-resistant, hardened steel finish?
A: The hardened 20MnCr5 steel and specialized surface treatment significantly increase resistance to wear and corrosion, extending the service life of the joint even in harsh or corrosive industrial environments.
Q: How does grease lubrication support the joint's performance?
A: Grease lubrication minimizes friction and wear, ensuring smooth joint movement and preventing overheating during prolonged or heavy-duty operation, thus maintaining optimal functionality and extending the joint's lifespan.
Engineered for DurabilityConstructed with premium 20MnCr5 steel and treated via hot forging, the U Joint Cross 95 mm is built to withstand challenging industrial environments. The hardened steel surface and OEM finish provide excellent wear and corrosion resistance, guaranteeing longevity and reliability in heavy-duty operations.
Optimized for PerformanceThis universal joint supports load capacities of up to 100 tonnes and is specifically crafted for Cardan shaft systems. Its precision design ensures smooth torque transmission and efficient power delivery, making it a dependable component for continuous industrial use.
Easy Integration and MaintenanceDesigned for compatibility with a wide array of drive shaft assemblies, installation is straightforward. The grease lubrication system reduces wear and tear, maximizing operational efficiency while minimizing maintenance needs throughout its working life.
FAQ's of U Joint cross 95 mm:
Q: How is the U Joint Cross 95 mm installed in an industrial setting?
A: The U Joint Cross 95 mm is typically installed within a Cardan shaft system, serving as the connecting joint between drive shafts. Proper alignment and secure attachment with recommended fasteners are crucial for optimal performance and longevity.
Q: What process is used in the manufacturing of this U Joint Cross?
A: This joint is hot forged from high-grade 20MnCr5 steel, ensuring greater structural integrity and durability. The surface is then treated and hardened for enhanced wear protection and corrosion resistance.
Q: When should the U Joint Cross 95 mm be replaced?
A: Under standard industrial usage, the recommended working life is approximately 1 year. However, it should be replaced sooner if signs of excessive wear, noise, or vibration are detected during operation.
Q: Where can this U Joint Cross 95 mm be applied?
A: It is designed for use in various industrial drive assemblies requiring high load capacity, especially where Cardan shaft systems are employed, making it suitable for heavy equipment and machinery.
Q: What kind of lubrication does this U Joint require?
A: The joint is designed to use grease lubrication. Proper grease application ensures smooth operation, reduces friction, and extends the life of the component.
Q: How does the corrosion resistance benefit the operation of this U Joint Cross?
A: The corrosion-resistant hardened steel surface safeguards against rust and environmental wear, ensuring reliable performance and reducing the risk of early component failure in harsh industrial environments.