Vibration monitor with MEMS technology
MEMS is an abbreviation for 'microelectromechanical systems.' MEMS technology allows for the manufacturing of microscale devices such as sensors. Those miniature silicon chip devices are highly reliable and rapidly responding. MEMS-based sensors are suitable for construction work and nuisance, structural health monitoring, and traffic monitoring. They work particularly well in projects where:
- You want to benefit from remote monitoring
- Less experienced people install a vibration monitor
- Real-time insights and remote access are crucial
Mount the SWARM
Simply mount the SWARM on a wall using a single screw. No hassle with alignment, just secure it on the wall with the Omnidots logo up.
Power up
Connect the SWARM to your power source, SWARM Battery, or Solar Panel.
Auto alignment
The SWARM now conducts auto alignment and starts measuring.
Set up online
Log in to your Honeycomb account. Here you can adjust the measurement settings and select options for alarm notifications.
Go!
You can now view measurement data and generate customized reports, 24/7, anywhere on any device!
Intuitive solution for the construction and infrastructure sector
Most of our clients use the SWARM vibration monitor worldwide in construction and infrastructure. Thanks to its intuitive nature, you don't need to follow long training sessions to work with this device.
Do you want to prevent potential vibration damage to structures and nuisance for people outside of the construction scope? So far, our clients are successfully using the SWARM to measure vibrations at windmills, data centers, and heavy-traffic sites.
Article numbers: SWARM V2.2b-G, SWARM V2.2c-G, SWARM V2.2cw-G
Complies with industry standards:
- DIN4150-2, DIN4150-3, DIN 45669-1, BS7385, BS6841, ISO2631, SBR-A 2010, SBR-A 2017, SBR-B, Circulaire du 23/07/1986, ISEE (USBM RI8507 & OSMRE) and SN640312a.
- The SWARM continuously sends the measurement data automatically to Honeycomb via 4G/LTE, WiFi, or PoE using an adapter.
- Mounting is very quick and easy.
- The SWARM is compact, lightweight, and IP65-rated.
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SWARM V2.2b |
SWARM V2.2c |
SWARM V2.2cw |
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Applicable standards |
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Range frequency |
0.5 - 250 Hz | 0.5 - 250 Hz | 0.5 - 250 Hz |
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Range velocity |
±50 mm/s (±2 in/s) | ±50 mm/s (±2 in/s) | ±300.0 mm/s (±12 in/s) |
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Noise (RMS) |
50 um/s at 250 Hz BW (2 mil/s) | 25 um/s at 250 Hz BW (1 mil/s) | 25 um/s at 250 Hz BW (1 mil/s) |
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Resolution |
1 um/s (0.04 mil/s) | 0.5 um/s (0.02 mil/s) | 0.5 um/s (0.02 mil/s) |
Discover all accessories
See all the indispensable accessories for real-time vibration and dust monitoring.
Use case: Ground vibration monitoring in mine blasting
Nicolás Acuña Caro
SEMAM, Chile
For this project, SEMAM uses three SWARM devices with batteries to measure the ground vibrations at the copper mine site. "It is so useful for us that we can still do the measurements even when the SWARM cannot connect to any network while being in the desert. The SWARM keeps measuring and storing its data until it comes online. At the mining site, we make a quick measurement, go to the office, download the data and then analyze it. The Omnidots solution is really easy to use."
Getting the Most Out of IoT Technology for Environmental Monitoring at Construction Sites
What is particulate matter?
When to use the Omnidots vibration monitoring and reporting solution
Air quality monitor | DUST
Omnidots' robust particulate matter sensor
Cloud software | Honeycomb
Cloud-based SaaS platform
Accessories | SWARM Battery
Compact and handy SWARM battery