Introduction This article serves as the User Manual for IRD7100 when used for Gap Monitoring Introduction to IRD Mechanalysis Limited IRD Mechanalysis Limited is a provider of Condition Monitoring Solutions to the World since 1962. Also commonly ...
For Gap Monitoring via IRD7100 Machinery Protection Transmitter (MPT) a Non-Contact Eddy Current based Sensor is used. With change in Gap - the DC Voltage Output of the Sensor changes. This change is monitored by IRD7100 and interpreted as Gap. For ...
Axial Gap or Air Gap Transmitters are transmitters that use the change in DC Voltage of Non-Contact Eddy Current Sensors proportional to Gap. This change is linear between the set full scale. When a Gap Transmitter IRD7100 is set for +/- 1 mm Full ...
Axial Thrust or Axial Gap Transmitters are used to find out the Displacement of a Shaft in the axial direction. This helps operators of the equipment understand whether or not their equipment - be it a pump, fan, turbine, etc. is safe in axial ...
An Accelerometer is a Sensor which has the ability to sense vibration acceleration. The SI unit of Acceleration is m/s^2. The Acceleration due to gravity is denoted as 'g'. The Acceleration due to gravity i.e 1 g is 9.81 m/s^2. Vibration Amplitude in ...
Introduction to Spike Energy IRD Mechanalysis have developed “Spike Energy” to detect rolling element bearing condition in its very early stage. “Spike Energy” detects low amplitude transient impacts generated within the ultrasonic frequency range by ...
We live in a 3 Dimensional world. Objects are free to move along X, Y and Z coordinates. For any movement happening in X direction - Y and Z become the Transverse directions. Similarly, for any movement happening in Y direction - X and Z become the ...
The purpose of the Key Phasor module in a Vibration Monitoring System is to act as the reference point for phase on a machine train. Using this reference point, the vibration phase of other sensors on the machine train can be deduced. Usually the ...
1 Radian Vibration is a Periodic Motion. The time taken to complete one cycle of vibration is called as the Time Period of Vibration (T). This is measured in Seconds (s) The number of cycles of vibration completed in one second is called as the ...