My Account   01603 720713  

Bearings Needle Roller Bearings Track Rollers Bearings Nadella Track Roller Bearings
Quick Code: BB-369051

GCL40 EEMSW Nadella Track Roller Bearing

£109.88 Was £146.50 exc VAT (£131.86 inc VAT)
In Stock   Free Delivery Available   Next Day Order by 4pm
Buy Now
Qty:
Product Specification
Ball rows
Single row bearing
Eccentric ring
Without eccentric ring
Inner dimension
18mm
Material
Standard bearing steel
Outer dimension
40mm
Outer ring
Spherical outside surface
Seal
Double-sided metal seal
Temperature range
-20 to +120 Deg C
Width
21.6mm
Reference
GCL40EEMSW
Additional Reference:
10199375
Brand
Nadella
Quick Order Code
BB-369051
Product Description

The GCL40 EEMSW Nadella Track Roller Bearing is a precision-engineered single row needle roller bearing designed for demanding industrial linear motion and guidance applications. Combining robust construction with advanced engineering, this track roller delivers exceptional performance across a wide range of mechanical systems.

Key Technical Specifications:

  • Bore Size: 18mm inner diameter
  • Outer Diameter: 40mm
  • Width: 21.6mm
  • Material: Standard bearing steel
  • Bearing Configuration: Single row, full complement needle bearing
  • Outer Ring: Spherical outside surface
  • Sealing: Double-sided metal seal
  • Eccentric Ring: Without eccentric ring
  • Operating Temperature Range: -20°C to +120°C

Typical Applications:

  • Precision machinery and equipment
  • Material handling systems
  • Conveyor and transport mechanisms
  • Industrial robotics
  • Automated manufacturing equipment
  • Heavy-duty industrial tracking systems

The double-sided metal seal provides superior protection against harsh industrial environments, preventing dust, dirt, and contaminants from entering the bearing. This enhanced sealing mechanism ensures extended bearing life, consistent performance, and reliable operation in challenging applications.

As part of Nadella's trusted track roller range, this bearing represents high-quality French engineering, offering optimal linear motion guidance with minimal friction and maximum durability.