SHS25LV-N

SHS25LV-N · Внешний вид изделия

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SHS25LV-N · Технический чертёж

Бренд
QIBR
Alternative brand
THK
Rolling element type
Roller
Measurement system
Metric
Precision level
H
Block weight
0.67 kg
Rail weight
1.9 kg/m
Total height
36 mm
Width1
48 mm
Length1
109 mm
Location of holes1
35 mm
Location of holes2
50 mm
Bolt size
M6 mm
Length2
88 mm
Height1
30.2 mm
Distance of holes1
7.5 mm
Distance of holes2
4.5 mm
Distance of holes3
5.5 mm
Number of holes
4
Diameter of through holes1
3 mm
Width2
23 mm 0-0.05 mm
Height2
20 mm
Location of holes
60 mm
Diameter of through holes2
7 mm
Counter bore diameter
11 mm
Counter bore depth
17.3 mm
Length
3000 mm
Basic dynamic load rating
36.8 kN
Temperature
-15 ℃ to +100 ℃
Seal type
Open type

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Описание

The SHS-N (V/LV) stands out with its reduced width (W) and incorporation of tapped holes. This design caters specifically to environments where there are limitations in table width space for mounting. Its narrower profile allows for efficient utilization of confined spaces while still providing robust mounting capabilities. The inclusion of tapped holes further enhances its versatility, facilitating secure attachment and integration into various equipment and structures. Whether deployed in industrial machinery, automation systems, or other precision applications, the SHS-N (V/LV) ensures reliable performance in compact settings where optimizing spatial resources is paramount. Its streamlined design and functional features make it a preferred choice for enhancing operational efficiency and spatial economy in modern manufacturing and assembly environments.

QIBR - SHS25LV-N Machine Element Characteristics

SHS25LV-N Machine Element, easy to install and maintain, low production cost. SHS25LV-N Machine Element, bears axial, radial and tilting loads at the same time, suitable for mechanical equipment with high motion precision requirements.

SHS25LV-N Rail Product Features and Advantages

High stability: The rollers are arranged crosswise, the contact area is increased, the elastic deformation is small, and the stability and accuracy of the movement are improved.

Structural design: It can withstand axial, radial and overturning moments at the same time, suitable for heavy-duty applications.

Low friction: The friction coefficient is extremely low and uniform, the stick-slip is low and the operation is smooth, the rolling friction is small, and the stability performance is good.

High rigidity: Compared with traditional products, the effective contact length of the rollers is increased, the pitch interval of the rollers is shortened, the number of rollers is large, and the rigidity of the guide rails is improved.

Application: It has a wide range of applications in precision machine tools, unloading systems of injection molding machines, loaders and unloaders of lathes, CT scanners for digital dental X-rays, sliding mechanisms of aircraft seats, etc.

QIBR - SHS25LV-N Rail Optimization

High-performance materials: Different materials can be provided according to customer needs, such as stainless steel, aluminum alloy, tungsten carbide, ceramics, etc.

Grease replacement: Choose the appropriate grease according to the working requirements of the guide rail, such as Mobil, Shell, SKF, Klüber, Fuchs, etc.

Surface treatment: Optimize the surface of the guide rail. According to customer needs, use surface treatment technologies such as nitriding, chrome plating or coating to enhance the wear resistance and corrosion resistance of the guide rail.

More customization: QIBR can design and optimize the guide rail according to customer requirements for drawings and guide rail working conditions.

QIBR - SHS25LV-N Rail Quality Control

Dimension measurement: Use a variety of professional high-precision instruments to measure multiple dimensions of the guide rail, with a maximum accuracy of 0.001mm.

Hardness measurement: Use a hardness tester to measure the surface hardness of the guide rail, with a measurement accuracy of ±0.5HRC.

Roughness measurement: Use a surface roughness tester to measure the surface roughness of the guide rail, with a maximum accuracy of ±0.01μm.

Load measurement: Use a force sensor to measure the load capacity of the guide rail under static and dynamic conditions.

Geometric tolerance: Use a profiler to measure the geometry and relative position of the guide rail.

Raw material control: Procurement of steel and parts from ISO 14001 certified suppliers ensures product stability while promoting sustainable development.

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