SWP-G Has A Telescopic Ultra Short Universal JointSpecially Designed For Complex Shaft Connection Scenarios, It Plays A Crucial Role In The Industrial Transmission Field And Is Commonly Used In Situations That Require High Equipment Compactness And Angle Compensation.

Structurally, It Consists Of Fork Shaped Joints Installed At Both Ends Of The Shaft, A Cross Shaft Connecting The Fork Heads, And A Split Bearing Seat. Fork Shaped Joints Are Generally Made Of High-strength Forged Steel Material, Which Has Been Precision Machined And Has Excellent Strength And Toughness, And Can Withstand Heavy Loads. The Cross Axis Is Hinged To The Fork Joint Through High-precision Bearings, Forming A Flexible Cross Rotation Structure That Allows For A Certain Angle Between The Two Axes. The Axis Angle Is ≤ 5 °, Which Can Effectively Adapt To The Spatial Position Changes Of Different Axes. The Unique Feature Of This Coupling Lies In Its Ultra Short And Expandable Intermediate Shaft Structure, Which Can Achieve A Certain Degree Of Axial Expansion And Contraction In A Limited Space, Effectively Coping With Axial Displacement Caused By Thermal Expansion And Contraction, Installation Errors, Etc. During Equipment Operation.

In Terms Of Performance, SWP-G Has A Telescopic Ultra Short Universal Joint With High Transmission Efficiency, Generally Reaching 98.6%. Strong Torque Carrying Capacity, Some Models Can Transmit Up To Thousands Of Newton Meters Of Torque. The Working Speed Range Is Moderate And Can Meet The Needs Of Most Industrial Equipment. It Is Necessary To Regularly Add Lubricating Grease To Bearings And Other Parts To Reduce Wear, With A Working Temperature Range Of Approximately -20 ℃ -100 ℃ And A Certain Impact Resistance.

In Terms Of Application Scenarios, It Is Widely Used In Heavy Machinery Fields Such As Steel Rolling Machinery, Lifting And Transportation Machinery, Engineering Machinery, Mining Machinery, And Petroleum Machinery. For Example, In Some Compact Transmission Parts Of The Rolling Mill, It Can Adapt To Space Limitations And Reliably Transmit Power; In Some Special Structures Of Mining Equipment, It Is Possible To Compensate For Inter Axis Displacement And Angular Deviation Within A Limited Space, Ensuring Stable Operation Of The Equipment.

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