GE6 Spherical Plain Bearings
| GE6 Spherical Plain Bearings | |||
|---|---|---|---|
| Part Number | GE6 | R | 0.3 |
| d | 6 | Weight(Kg) | 0.008 |
| D1 | 16 | Dynamic Load Co(N) | 4080 |
| B | 7 | Static Load Cor(N) | 20400 |
GE6 Spherical Plain Bearing | GE6E, GE6ES, GE6ES-2RS Industrial Swing Bearings
The GE6 spherical plain bearing is a 6mm bore standard metric radial joint bearing, optimized for medium miniature mechanical swing and offset compensation scenarios. Compared with smaller GE5 models, it features upgraded spherical contact area and enhanced load-bearing stability, supporting flexible angular deflection and automatic shaft misalignment correction. Designed for low-speed reciprocating swing and intermittent moving mechanisms, it withstands combined radial and auxiliary axial loads. The GE6 series comes in three mainstream specifications: GE6E, GE6ES and GE6ES-2RS, with unique structural designs to match diverse indoor, outdoor and complex industrial working conditions.
GE6E, GE6ES, GE6ES-2RS Structural Performance Introduction
GE6E Basic Open-Type Bearing: As the base model of the GE6 series, the GE6E adopts a split outer ring and fully open internal structure without oil grooves or sealing components. It features ultra-low sliding friction and flexible rotation, delivering sensitive motion feedback for precision linkage systems. Suited for clean, dry indoor workshop environments, this open structure allows unrestricted lubricant injection and cleaning, ideal for low-frequency swing equipment with regular maintenance cycles.
GE6ES Lubrication-Optimized Bearing: Upgraded from the GE6E base structure, the GE6ES is equipped with precision machined internal oil grooves and filling holes. The optimized lubrication system evenly distributes grease across the spherical sliding surface, effectively reducing dry friction and mechanical wear during long-term cyclic operation. Retaining excellent heat dissipation with no seal obstruction, it is specially designed for medium-frequency continuous swing mechanical assemblies that require stable long-term operation.
GE6ES-2RS Double Rubber Sealed Bearing: Equipped with dual-sided 2RS contact rubber seals on the GE6ES foundation, this fully sealed variant achieves comprehensive environmental isolation. It effectively blocks dust, water vapor, industrial debris and oil mist infiltration, while locking internal lubricating grease to prevent leakage and contamination. Featuring maintenance-free performance, it perfectly adapts to dusty, humid and open harsh working scenarios.
GE6 Series Conventional Material Properties
High Carbon Chrome Bearing Steel: The standard manufacturing material for universal GE6 bearings. It boasts high surface hardness, outstanding wear resistance and excellent cyclic fatigue resistance under alternating swing loads. With stable dimensional precision and superior cost performance, it is the preferred choice for most industrial automation, general machinery and indoor transmission equipment.
Stainless Steel: Professional anti-corrosion customized material for special scenarios. It features excellent oxidation resistance, rust-proof performance and tolerance to weak chemical corrosion, effectively avoiding precision degradation and component aging in humid, outdoor and sanitary environments. It meets the application standards of medical, food and marine precision machinery.
Core Advantages And Industrial Applications
The GE6 spherical plain bearing features moderate upgraded load capacity, sensitive self-aligning motion and durable wear resistance. Three structural types achieve full-scene coverage: GE6E for clean low-maintenance machinery, GE6ES for continuous cyclic swing equipment, and GE6ES-2RS for harsh environmental operation. Matched with standard bearing steel and anti-corrosion stainless steel materials, it is widely used in automated linkage mechanisms, precision instrumentation, robot auxiliary joints, food processing machinery, medical equipment and outdoor industrial devices, providing reliable, low-friction and long-service motion connection solutions for medium miniature mechanical systems.