The eight-channel equipment health monitoring instrument can simultaneously collect vibration signals in eight positions. It is suitable for the monitoring of stable and continuous operation equipments, such as cooling water pumps, pure water pumps, vacuum pumps, exhaust fans and other similar operating modes in the factory.

The DM1081 uses the Advantech 1802 signal capture card and is equipped with DynaMon monitoring software for edge calculation, continuously extracting ultra-high-speed vibration signals from the device, and performing time domain analysis, FFT spectrum analysis and order analysis on the vibration signals, the performance of the overall vibration energy, and the vibration energy characteristics of various parts damage modes. When the operating speed of the device changes, the DM1081 will automatically search for the frequency band of the component corresponding to the component vibration and recalculate the energy characteristics to avoid false positives.

You can customize the amount of energy acceptable for each damage mode. When the energy characteristic of a damage mode exceeds the set upper limit, the DM1081 automatically alerts. The analysis results can be uploaded to the cloud or SCADA system by wired or wireless communication through protocols such as Modbus over Ethernet or MQTT. You can know the running status of the device from the remote end and pre-schedule the device maintenance schedule.

The DM1081 periodically stores high-speed vibration signals. When the energy characteristics of the damage mode exceed the set upper limit, the vibration signals are also stored synchronously. You can use the DynaView DV2001 Basic Spectrum Analysis Module or the DV2002 Rotary Machinery Advanced Analysis Module to analyze them by yourself. You can also play the vibration signals stored in the field with the speakers, and you can hear the actual sound of the equipment without visiting the site.

Hardware specification

Scenario

When you have the following supervision requirements, we recommend that you use the DM1081 Stable Operational Equipment Monitor:

Case Study

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If you don’t know if your application and usage scenarios are applicable to the DM1081 Stable operation equipment monitoring instrument, feel free to contact us.

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