SSB337P1

The built-in depth gauge generally functions reliably, but its accuracy can be affected by various factors such as water conditions, temperature, and calibration. In most applications, it provides precise measurements as long as the instruments are properly maintained and calibrated. However, it is advisable to verify the results using other methods, especially in critical situations.

A cross-polished bearing plate increases oil adhesion to bearing journals because the special surface structure of the cross-polishing promotes the formation of oil films. The grooves and depressions of the plate create additional surface contacts that retain the oil and allow for better lubricant distribution. This optimizes lubrication, resulting in reduced friction and improved bearing life. Furthermore, the structure can help to trap dirt and particles, further enhancing lubrication.

A high-frequency device can remain temperature-resistant if it is manufactured from suitable materials and appropriate design measures have been taken to minimize thermal expansion and other temperature-related effects. However, extreme temperatures and temperature fluctuations can impair the functionality and lifespan of the device, especially if the materials are not designed for such conditions. Therefore, it is important to consider the specific requirements and operating conditions.

A glass without a chamfer usually does not remain stable under friction, as the frictional forces can lead to instability that causes the glass to slip or tip over.