Bearing Condition Analyzer

Bearing Condition Analyzer -110

Bearing Condition Analyzer BVT-110.

MCM Presents a small Micro Processor based diagnostic tool for comprehensive condition analysis of rotating machinery. Objective measurements of machine condition are needed as a reliable base for preventive maintenance. Now maintenance personal can analyze bearing condition with a single and easy to use instrument.

The best way is to periodically monitor bearing condition and replace the bearing at the right time by least influencing the production efficiency.

• Mechanical Condition of bearings
• Lubrication condition of bearings
• Damage severity readings for rolling bearings.
• Direct indication of machine condition in terms of good - reduced - bad.

Technical Specification

Bearing Condition Analyzer -111

MCM Presents a small Micro Processor based diagnostic tool for comprehensive condition analysis of rotating machinery. Objective measurements of machine condition are needed as a reliable base for preventive maintenance. Now maintenance personal can analyze bearing condition, measure machine vibration and check rotational speed - with a single and easy to use instrument.

The best way is to periodically monitor bearing condition and replace the bearing at the right time by least influencing the production efficiency.

Features

• Detect Mechanical Condition of bearings
• Detect Lubrication condition of bearings
• Damage severity readings for rolling bearings.
• Non - contact measurements of rotational speed.
• Direct indication of machine condition in terms of good - reduced - bad.
• Vibration severity measurements according to ISO recommendations.

Surface damage in rolling bearings:

Many possible ways in which a bearing can go from good to bad condition. Developing surface damage causes a marked increase of the bearing’s delta value. This will cause the bearing status (BS) to change from A to C to D, and produce rising S I Nos. In a bearing wearing out through metal fatigue, this development normally takes a long time, note, how ever, that bearings can sustain sudden damage, e.g. through electric current, corrosion and vibration during idle periods, etc.

Lubrication Condition:

The most important influence on the service life of a bearing is its lubrication, or, to be precise, the lubricant film between the load carrying rolling elements and the raceway. By preventing or inhibiting metallic contact between the loaded bearing parts, the lubricant film reduces the local peak stress in the rolling interface. The greater the lubricant film thickness, the more even the load distribution in the contact area, and the better the fatigue life of the bearing.Irregularities in the bearing surfaces will always cause pressure variations in the contact area, and thus bearing pulses, even when metallic contact is prevented by separating lubricant film. A thinner film will result in an increase of the bearing’s LA value.By measuring the variations in the bearing pulse patterns of undamaged bearings, the BVT-111 can evaluate the effect of the lubricant film, and display a LFT No. which is directly proportional to film thickness.

Accessories

• Bearing probe
• Head Phone
• Accelerometer,Magnetic Base, Hand-held probe, Cable
• Laser Tachometer Probe
• User Manual
• Battery 9V
• Carry Case