W1SS227
- Inner diameter:
- 4.76 mm
- Outer diameter:
- 19.58 mm
- Width:
- 7.87 mm
- Mass:
- 11.1 g
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Specifications
Seris - W1SS227
Brand :
QIBR
Rolling element type :
Ball
Measurement system :
Metric
Outer diameter (D) :
19.58 mm
Inner diameter (d) :
4.76 mm
Width (B) :
7.87 mm
Weight :
11.1 g
Vee radius inside (VRI) :
7.95 mm
Vee radius outside (VRO) :
11.89 mm
Material :
440C Stainless
Load rating, axial :
47 lbf
Load rating, radial :
228 lbf
Temperature :
-22 °F to +500 °F
Seal type :
Closed Type
Description
Outer diameter (D),
Inner diameter (d),
Width (B),
Weight,
Vee radius inside (VRI),
Vee radius outside (VRO),
Material,
Load rating, axial,
Load rating, radial,
Outer diameter (D),
Inner diameter (d),
Width (B),
Weight,
Vee radius inside (VRI),
Vee radius outside (VRO),
Material,
Load rating, axial,
Load rating, radial,
QIBR - W1SS227 Guide Wheels Advantages and Applications
W1SS227 Guide Wheels, high precision, low friction, Inner diameter (d) is 4.76 mm, Outer diameter (D) is 19.58 mm, Width (B) is 7.87 mm, Weight is 11.1 g, suitable for linear modules, truss robots and CNC machine tools, etc., and is the most widely used in working conditions with high precision requirements.
QIBR - W1SS227 Guide Wheels Characteristics
W1SS227 Guide Wheels, stable operation, easy installation. W1SS227 Guide Wheels, can bear radial load and axial load, suitable for mechanical equipment with high stability requirements.
Features & Benefits
A guide wheel is a circular device that directs or alters the movement of belts, chains, and other mechanical drives. It is often found in systems like conveyors and engines, where it helps minimize friction, ensure smooth operation, and maintain the drive mechanism's efficiency.
The outer ring provides support and guidance, ensuring the balls roll on the correct path.
The balls reduce friction, bear loads, and enable smooth rotation.
The cage maintains ball spacing, prevents collisions, and ensures even load distribution.
The inner ring fits with the shaft, transfers loads, and ensures stable rotation.
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