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  • Force Balance Sensor Technology
    The servo force balance accelerometer offers significant performance and accuracy advantages. This fact is evident by their extensive use in applications requiring 0.1% or better overall accuracy. Unlike conventional accelerometers, the servo type contains a freely suspended mass constrained
  • Introduction to Load Cells
    they detect weight (bending, shear, compression, tension, etc.) Hydraulic load cells are force -balance devices, measuring weight as a change in pressure of the internal filling fluid. In a rolling diaphragm type hydraulic load cell, a load or force acting on a loading head is transferred to a piston
  • LMS Engineering - Solving Brake Noise Problems
    to this force. Several theoretical models exist that describe in very detail this energy balance. None of these model is perfect, but it is straightforward in all models that an increase of damping is required in order to control or reduce the amplitude of vibration. However, these models also prove
  • Using Metrics in Bearing Condition Monitoring
    forces, surface roughness, defect impacts, ratios and envelope levels to provide meaningful estimates of the bearing condition and life expectancy. The technology is a Metrics based, next generation smart system that is a powerful, yet easy to use. USE OF METRICS IN BEARING FAULT DETECTION Using
  • Effective Monitoring of Cooling Towers
    and development has gone into accelerometers. The accelerometers on the market today are very capable of giving reliable data on both slow and high-speed equipment. Another advantage is the size of an accelerometer compared to velocity transducers when mounting on smaller equipment. After mounting velocity
  • Cost Effective Predictive Maintenance Solutions
    can be used for critical assets when no vibration monitoring program exists or for the balance of. plant machinery that is not currently being monitored. Maximize your resources and reduce walk around time by only visiting problem machines. It’s not a new concept, just a practical, cost effective
  • Bearing Failure Detection (.pdf)
    Frequency. balance alignment forces. • HF-sonic/ultra sonic. energy detects surface. roughness. • CF- shock wave impact. ratios detect surface. crack spiking defects. • KF-Kurtosis detects. serious fatigue cracks. and spalling defects. • ED-short duration. ball/race impacting. Acceleration time waveform
  • MEMS based seismic and vibration sensorsin Building& Structural Health Monitoring systems
    . Colibrys SF2006 (Dark) vs Kinemetrics EpiSensor (Light). Scale. Traditionally these sensors have been supplied. Range. by Force Balance Accelerometers (FBAs) based on. 3. Cost per axis. Bandw idth. servo loop large electromechanical structures. In the. 2. past decade servo loop ‘closed loop’ Micro-. 1. Pow

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