1. Vibration & Temperature Sensor

2. Contents ■ Why monitor vibration? ■ Monitor a wide range of machines ■ Vibration measurements ■ Set alarm levels ■ Mounting options ■ Select a Node ■ Select thresholds ■ Predictive maintenance monitoring ■ Battery life ■ Models ■ Specifications

3. Why Monitor Vibration? ■ Predictive maintenance ■ Vibration is often the result of components that are: –Imbalanced –Misaligned –Worn –Loose –Improperly driven ■ Detecting increased vibration early helps reduce machine damage and avoid failures ■ Monitoring vibration reduces downtime –Plan maintenance more efficiently ■ Monitor machine run time

4. Monitor a Wide Variety of Machines MotorsPumps FansBlowers Compressors Gear boxes

5. Vibration Measurements ■ Displacement, velocity and acceleration can be measured to monitor vibration –Displacement = distance moved –Velocity = speed of movement –Acceleration = rate of change in speed

6. Vibration Measurements ■ Velocity is the best measure of vibration because it mutes frequency dependent effects

7. Vibration Measurements ■ The QM42VT1 uses an FFT to convert the vibration signal from a time domain to a frequency domain in order to calculate the velocity

8. Vibration Measurements RMS Velocity ■ RMS (root-mean-square) is in essence an averaging operation that conveys the effective energy within a signal ■ RMS velocity is the most common and effective measure of machine vibration severity in rotating equipment. –It is an indication of the vibration energy produced by the machine –It is expressed in inches per second (in/s) or millimeters per second (mm/s)

9. ■ The Banner QM42VT1 uses a MEMS based accelerometer as its core sensing element for vibration ■ It uses advanced signal processing techniques to output a digital signal that represents a true RMS velocity between 10 and 1,000 Hz. Vibration Measurements

10. Set Alarm Levels ■ The ISO 10816 vibration severity chart is a well established standard that is based on historical machine vibration data. ■ It defines acceptable limits of vibration severity, using RMS velocity, and can be used to set vibration alarm levels. ■ Temperature alarms can be set up to 80°C

11. Mounting Options Standard bracket (ships with sensor) Magnet bracket Two sided thermal transfer mounting tape

12. Mounting

13. Select Node* *Vibration sensor must be paired with a Banner Wireless Node Q45 Easily connect to vibration sensor using the 5-pin M12 Euro connector Set thresholds using DIP switches Built in LED light is pre-mapped to illuminate amber when the vibration threshold has been exceeded and red when the temperature threshold has been exceeded 2.4 GHz P6 Performance Easily connect to vibration sensor using the 5-pin M12 Euro connector LCD display Star topology allows for up to 47 monitoring points Available in 900 MHz (1 Watt) and 2.4 GHz H6 Multihop Easily connect to vibration sensor using the 5-pin M12 Euro connector LCD display Tree topology allows for multiple hops to cover longer distances and circumvent obstacles Available in 900 MHz (1 Watt) and 2.4 GHz

14. Select Vibration Threshold ■ Vibration thresholds are DIP switch selectable on the Q45 ■ Use UCT to set the temperature threshold and vibration thresholds for the P6 and H6

15. Predictive maintenance monitoring Local Indication ((( Send threshold signal to a central location Send vibration & temp data via the gateway to the control system for collection & trending

16. Battery Life Q45:P6 and H6:

17. Models 1- Wire Serial

18. Vibration Sensor Specifications