P5 P4 P2 Ru178g Crbfv11528A (AD) Face Mount Crossed Roller Bearing

• Customization: Available
• Rolling Body: Roller Bearings
• The Number of Rows: Single
• Model NO.: CRBFV11528A(AD)
• Outer Dimension: Large (200-430mm)
• Material: Bearing Steel
• Spherical: Non-Aligning Bearings
• Load Direction: Axial Bearing
• Separated: Separated
• Applications: Medical Devices
• Features: Axial and Radial Load
• Factory: Factory
• Customised: Customised
• Transport Package: Carton/Wooden Box
• Specification: 115*240*28
• Trademark: EFANT
• Origin: Henan Luoyang

Product Description

Company Profile

 

Luoyang Efind ---Our Factory

Luoyang E-find Precision Bearing Manufacturing Co. Ltd. was established in 2004. The company is located in Luoyang, China's bearing manufacturing base, specializing in the research and development and production of high-precision cross roller bearings, rotary table bearings, harmonic reducer bearings, slewing bearings and non-standard bearings.
RU178G CRBFV11528A(AD)  Face Mount Crossed Roller Bearing Introduction:

This model is the overall structure of the inner and outer rings. Compared with the ERBH model, there are mounting holes on the end face, which is convient for the structural design appliction of end face installation. It can be installed and used without the shaft of bearing seat.
RU148 CRBFV11528A(AD)  Face Mount Crossed Roller Bearing Parameters:

Brand	EFANT
Model	RU178 (ERBF11528)
Inner Diameter	115mm
Tolerance (mm)	0/-0.010mm
Outer Diameter	240mm
Tolerance (mm)	0/-0.015mm
Inner outer ring width	28mm
Tolerance δB	0/0.100

RU148 CRBFV11528A(AD)  Face Mount Crossed Roller Bearing Strict Testing Process

The cleaned RU Face Mount Crossed Roller Bearing is firmly clamped on the workbench of the three-dimensional coordinate measuring machine to ensure that the clamping is firm and does not affect the measurement. Using the manual or automatic measurement function of the three-dimensional coordinate measuring machine, according to the pre-planned measurement path, the probe slowly contacts the bearing measurement point to collect coordinate data. After the measurement is completed, the measurement software automatically processes and analyzes the data and generates a test report. The report covers detailed information such as the measurement value, tolerance range, deviation value, etc. of each test item, and intuitively displays the quality status of the bearing.