How to connect IRD401 Non Contact Relative Shaft Vibration Sensor to IRD7100 Wall mounted Transmitter?

How to connect IRD401 Non Contact Relative Shaft Vibration Sensor to IRD7100 Wall mounted Transmitter?

IRD7100 is our wall mounted Transmitter that can do a variety of measurements like Vibration, Temperature, Speed and Axial Gap. When used with IRD401 Non Contact Relative Shaft Vibration Sensor - it is able to measure Relative Shaft Vibration in Displacement microns pk-pk

Please refer the attached drawing to this article which shows how to connect IRD401 to IRD7100 for Relative Shaft Vibration Monitoring
    • Related Articles

    • NOTES ON MEASUREMENTS USING NON-CONTACT EDDY CURRENT PICKUP

      SHAFT VIBRATION MEASUREMENT  The two Non-contact pickups orthogonal to each other shall be mounted with supplied L Brackets. These will look at the shaft with a gap. There is no need to have a notch or elevation in the shaft. The air gap variation is ...
    • How to connect a Loop Powered Vibration Sensor

      Loop Powered Sensors run on a DC Voltage Supply. They are a 2 wired system on which both supply is given and output is observed. Typically, loop powered sensors such as IRD591 are loop powered by DCS/PLC/SCADA by a 24 V DC supply. The sensor then ...
    • User Manual of IRD7100 MPT - Machinery Protection Transmitter

      Introduction Introduction to IRD Mechanalysis Limited IRD Mechanalysis Limited also commonly referred as 'IRD' is a Condition Monitoring Solutions provider to the World since 1962. IRD designs, manufactures and supplies Portable Instruments and ...
    • User Manual of IRD6600 (Entek IRD 6600)

      IRD6600 is a now Obsolete system that has been replaced by IRD8800. User manual of IRD6600 is attached to this Article.
    • Input Sensor supported by IRD7100 MPT Wall Mount Speed Monitoring System?

      IRD7100 MPT Wall Mount Speed Monitoring System is a 2 Channel Speed Monitoring Transmitter. It supports Non-Contact Eddy Current Based Sensor as it's Input. The Sensitivity of the Sensor should be 7.87 mV/um +/- 10%. The Sensor should be facing a ...