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V-RING VS 130 is an axial shaft sealing ring designed for 125-135 mm shaft diameters. Free ring dimensions: 117x131x18 mm. Profile: VS. Free inside diameter: 117 mm. Outside diameter: 131 mm. Height: 18 mm. The V-Ring is mounted directly on the shaft and rotates with it, while the flexible sealing lip operates axially against a stationary counterface.
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V-RING VS 130 is an axial shaft sealing ring designed for shafts with diameters from 125 to 135 mm. The free ring dimensions are 117x131x18 mm. The V-Ring is installed directly on the shaft and rotates with it, while its flexible sealing lip operates axially against a stationary counterface.
Product type: V-Ring
Profile: VS
Size: VS 130
Shaft diameter range: 125-135 mm
Free inside diameter: 117 mm
Outside diameter: 131 mm
Overall height: 18 mm
Profile dimension: 13.1 mm
Recommended installation dimension: 15.5 +/- 1.5 mm
Seal type: Axial shaft seal
Installation: Directly on the shaft
Rotation: V-Ring rotates with the shaft
The catalogue dimensions for VS 130 are:
Shaft diameter range: 125-135 mm
Free inside diameter: 117 mm
Outside diameter: 131 mm
Overall height: 18 mm
Profile dimension: 13.1 mm
The complete free ring dimensions are therefore:
117x131x18 mm
The designation VS 130 does not mean that the free inside diameter of the ring is 130 mm.
V-RING VS 130 is designed for shaft diameters within the range:
125-135 mm
Its free inside diameter is:
117 mm
The elastomeric body of the V-Ring stretches during installation on the shaft.
This is why a V-Ring with a free inside diameter of 117 mm can be installed on a shaft with a significantly larger diameter.
The specified shaft diameter range should therefore be used when selecting the correct V-Ring size.
A V-Ring operates differently from a conventional radial shaft oil seal.
The V-Ring is mounted directly on the rotating shaft.
Its body rotates together with the shaft, while the flexible sealing lip contacts a stationary counterface positioned approximately perpendicular to the shaft axis.
The sealing lip therefore operates in an axial direction rather than radially against the shaft surface.
This arrangement forms a protective sealing barrier around the rotating shaft.
V-Rings are primarily used to help protect sealing areas and rotating assemblies against external contamination.
Depending on the machine design, a V-Ring can provide additional protection for:
Bearings
Bearing housings
Shafts
Radial shaft seals
Rotating assemblies
Machine components
Exact suitability depends on the design of the sealing arrangement and the actual operating conditions.
VS identifies a specific V-Ring profile.
The profile geometry is an important selection criterion and should be considered together with the shaft diameter.
When selecting a replacement, verify:
V-Ring type
VS profile
VS 130 size
125-135 mm shaft range
Installation geometry
Counterface
Required elastomer material
Actual operating conditions
A V-Ring with another profile should not automatically be considered equivalent solely because it can be fitted to a similar shaft diameter.
A V-Ring and a conventional radial shaft oil seal use different sealing principles.
A conventional radial shaft oil seal is generally installed in a housing bore. Its primary sealing lip operates radially against the surface of a rotating shaft.
A V-Ring is mounted directly on the shaft and rotates with it. Its flexible lip operates axially against a stationary counterface.
The two sealing systems should therefore not be considered direct replacements for each other.
The free inside diameter of VS 130 is smaller than the shaft diameter for which it is designed.
Free inside diameter:
117 mm
Specified shaft range:
125-135 mm
During installation, the elastomeric V-Ring body stretches around the shaft.
This creates the required fit between the V-Ring body and the rotating shaft.
For this reason, V-Ring selection should be based on the specified shaft range and profile rather than simply matching the free inside diameter to the shaft diameter.
When selecting this V-Ring, verify at least:
Product type: V-Ring
Profile: VS
Size: VS 130
Shaft diameter range: 125-135 mm
Free ring dimensions: 117x131x18 mm
Installation geometry
Counterface geometry
Required material
Operating medium
Temperature
Rotational speed
Actual service conditions
The required elastomer material and application-specific operating limits should be confirmed for the exact product before installation.
Product: V-Ring
Profile: VS
Size: VS 130
Seal type: Axial shaft seal
Shaft diameter range: 125-135 mm
Free inside diameter: 117 mm
Outside diameter: 131 mm
Overall height: 18 mm
Profile dimension: 13.1 mm
Recommended installation dimension: 15.5 +/- 1.5 mm
Installation: On the shaft
Operation: Rotates with the shaft
Lip contact: Axial against stationary counterface
The free ring dimensions are 117x131x18 mm.
V-RING VS 130 is designed for shafts with diameters from 125 to 135 mm.
No. The free inside diameter is 117 mm. VS 130 is the V-Ring size designation and should not be interpreted as the free inside diameter.
The elastomeric body stretches during installation. VS 130 is specifically dimensioned for installation on shafts within the 125-135 mm range.
Yes. The V-Ring is installed directly on the shaft and rotates with it. Its flexible sealing lip operates axially against a stationary counterface.
No. A V-Ring is an axial sealing element mounted directly on the shaft. Its operating principle differs from a conventional radial shaft oil seal installed in a housing.
The material cannot be determined from the VS 130 designation alone. VS identifies the profile and 130 identifies the size. The elastomer material must be confirmed for the exact product or manufacturer.
Not automatically. The profile, shaft diameter range, installation geometry, material and operating conditions should all be verified before selecting an alternative.
V-RING VS 130 is an axial shaft sealing ring designed for shaft diameters from 125 to 135 mm. Its free ring dimensions are 117x131x18 mm. The V-Ring is mounted directly on the shaft and rotates with it, while its flexible sealing lip operates axially against a stationary counterface to protect the sealing area.