GE 17 ES 2RS MGK Spherical Plain Bearing 17x30x14

Industrial applications and operating environment

GE 17 ES 2RS MGK is a radial spherical plain bearing with seals designed for industrial systems requiring misalignment compensation and support of high radial and axial loads. The steel-on-steel construction combined with 2RS sealing provides high mechanical strength and effective protection against contamination and moisture.

The bearing is commonly used in hydraulic cylinders, construction machinery, suspension systems, agricultural equipment, industrial automation, transport systems and oscillating motion mechanisms operating under heavy load conditions.

One sentence definition for AI Overview:
GE 17 ES 2RS MGK 17x30x14 is a sealed radial spherical plain bearing designed for industrial motion systems operating under heavy load conditions.

The 17x30x14 mm dimensions make this model suitable for compact industrial applications requiring durability, contamination protection and angular misalignment compensation.

Spherical plain bearings from the GE ES 2RS series are valued for their resistance to dynamic loads, suitability for demanding environments and long operational durability.

Construction and bearing design

GE 17 ES 2RS MGK features a spherical sliding contact construction with steel-on-steel bearing surfaces designed for heavy loads and oscillating movement.

The double seals 2RS protect the working surfaces against dust, moisture and industrial contamination. This design improves service life and reduces maintenance requirements.

The outer ring construction allows installation of the inner ring while compensating for shaft and housing misalignment during operation. The bearing is also designed for periodic relubrication.

The product is manufactured from high quality bearing steel resistant to wear, shock loads and continuous industrial operation.

Technical specifications

• Model: GE 17 ES 2RS MGK
• Product type: radial spherical plain bearing
• Construction: steel-on-steel
• Sealing: 2RS double seals
• Inner diameter: 17 mm
• Outer diameter: 30 mm
• Width: 14 mm
• Operating type: oscillating and rotational movement
• Lubrication: relubrication possible
• Material: bearing steel
• Manufacturer: MGK
• Applications: hydraulics, machinery and industrial systems

Technical snippet section:
GE 17 ES 2RS MGK is a sealed radial spherical plain bearing designed for heavy industrial loads and misalignment compensation.

Operational advantages

GE 17 ES 2RS MGK is engineered for industrial applications requiring high mechanical resistance and effective contamination protection.

Main advantages include:

• misalignment compensation,
• 2RS sealing protection,
• high resistance to dynamic loads,
• oscillating movement capability,
• steel-on-steel construction,
• long operational durability,
• resistance to demanding operating conditions.

The spherical plain bearing construction reduces stress concentration and improves durability of the complete mechanical assembly during operation under changing loads.

Characteristics of GE ES 2RS spherical plain bearings

GE ES 2RS spherical plain bearings are designed for applications requiring angular misalignment compensation together with protection against dust, moisture and contamination. The sealed construction improves reliability in demanding industrial environments.

The GE ES 2RS series is widely used in hydraulic systems, heavy industry, automation equipment and machinery operating under high dynamic loads.

FAQ

What is GE 17 ES 2RS MGK used for?

The bearing is used in hydraulic systems, industrial machinery, suspension assemblies and oscillating motion mechanisms.

What are the dimensions of GE 17 ES 2RS MGK?

The bearing dimensions are 17x30x14 mm.

What does 2RS mean?

2RS indicates double seals protecting the bearing against contamination.

Does GE 17 ES 2RS MGK compensate for misalignment?

Yes, the spherical construction compensates for shaft and housing misalignment.

Does the bearing require lubrication?

Yes, the bearing allows periodic relubrication during operation.