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Figure 16. Detailed view of the sensor ..........................22 Figure 17. The AVM GATEWAY information........................23 Figure 18. Detailed information from AVS 2000R. Part I ..................... 24 Figure 19. Detailed information from AVS 2000R. Part II .................... 24 Figure 20. Data tab – Data Archive ............................26 Figure 21.
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Figure 35. Computer IP address ............................39 Figure 36. Wake up the Vibration sensor .......................... 40 Figure 37. Removal of the AVS 2000R from the network ..................40 List of tables Table 1. Technical parameters of the AVS 2000R ......................8 Table 2.
This manual including drawings contained in it are protected by copyright law. Copying, distributing and changing in whole or in part requires AMC VIBRO Sp. z o.o. written permission. Due to the continuous development of AVS 2000R devices, AMC VIBRO Sp. z o.o. reserves the right to modify this manual.
Figure 2. AVS 2000R 3.1. Method of operation The AVS 2000R is a wireless dual-channel fully configurable unit for continuous monitoring and machine diagnostics. The module allows you to send information about the status of the machines via the radio network to the system where they are processed further.
3.2. Technical specification Table 1. Technical parameters of the AVS 2000R Parameter Description Axes Sensing element Piezo-ceramic crystal Measurement range ±20 g peak Frequency response 0.4 - 10000 Hz for x and y axis (3 dB response) Transverse sensitivity 0.05 Temperature measurement range -20°C to 80°C...
The method of measuring the vibration acceleration signal is based on collecting samples by a 16-bit ADC converter with a sampling rate of 40 kSps. In order to achieve the best performance of AVS 2000R the acceleration signal, temperature and battery level are calibrated in the production stage.
3. Set the axis of the sensor as intended to the axis of the acceleration being monitored. 4. The maximal dimensions of the AVS 2000R module are 65 x 137 x 65 mm. The housing has a M8 screw 30 mm long, which is used to screw the sensor to the target object. The screw should be screwed to a depth of 9 mm and then tightened to the hole with two attached nuts.
The configuration can be saved on the AVM GATEWAY with the name and location you wish Sensor name You can give any name to your AVS 2000R Channel X & Y name The X and Y channels may have other names...
Battery alert If the battery has run out, an message Low battery detected will appear and then the System administrator is obliged to report this event to AMC VIBRO to exchange the battery. Values of estimates The measured estimates are: »...
AMC VIBRO provides a spreadsheet for determining register addresses. System operator only needs to enter the ID number of AVS 2000R device. Then addresses of registers assigned to the sensor with the given ID are automatically displayed. The figure 26 shows example date read using the Modbus client.
In order to start the new AVS SYSTEM follow the instructions below. 8.1. Mechanical part Install the AV SENSOR System from AMC VIBRO on your object as described in chapter 4. 8.2. AVM GATEWAY part Connect the AVM GATEWAY to the power supply as shown in figure 28. After connecting the module to the power supply it will automatically start.
6. Battery safety and recycle The AVS 2000R wireless sensor uses 3.6V lithium AA batteries. Lithium batteries are volatile. When handling and storing lithium metal batteries, follow below precautions: Store and handle lithium metal batteries in the way to avoid contact with other lithium batteries.
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