Wireless Vibration Sensors & Monitoring
Swift Sensors Wireless Vibration Sensors are specially designed for monitoring all your critical equipment such as pumps, compressors, CNC machines, presses, conveyors and more.
Keep Your Machines Humming
Your business depends on machines. Lots of them – motors, pumps, fans, compressors, injection machines, HVAC air handlers, and more. Whether you are responsible for the facility or the manufacturing lines running inside it, you can’t have a machine go down by surprise.
Predict Failures, Boost Uptime
With Swift Sensors remote machine monitoring solutions, you can monitor vibration, temperature, voltage, current, and more to know exactly when one of your machines starts to sputter. Armed with this insight, you can shift to a more strategic predictive maintenance approach to reduce downtime and maintenance costs together.
Access Anywhere. Optimize Processes.
Using wireless sensors, you can access confined, hazardous, or controlled environments for new sources of data on your machines and processes. Expand your data coverage and depth with our cloud monitoring system to truly understand how your facility is running. Leverage the insights to optimize for use, efficiency, or yield.
Common Measurements
- Temperature
- Predictive Vibration
- Voltage & Current
- Dry Contact
- Water Presence
- Third-Party Sensors
Remote Monitoring Vibration Sensors
SS3-202 Vibration Sensor
Swift Sensors Wireless Vibration Amplitude Sensor activates at a user-defined interval and measures g-force along X, Y and Z axes. This sensor samples continuously at 12.5Hz and returns the vector sum of the Peak value of the X, Y, and Z axes during each 1-minute interval. This sensor is ideal for detecting changes in activity, motion, or vibration on structures and equipment. The sensor enclosure is water-resistant and dustproof with a rating of IP66. The sensor returns a measurement once per minute. Users can set thresholds for notifications via SMS text, email, and phone call.
» Download Datasheets
» Download Dimensional Drawing
» Download System Manual
SS3-203 Vibration Sensor
Swift Sensors Wireless Predictive Vibration Amplitude Sensor performs burst mode sampling at up to 1600Hz in short intervals and returns Peak-to-Peak, RMS, and Crest Factor measurements along the X, Y, Z axes. This sensor is ideal for monitoring rotating equipment and machines and is water-resistant and dustproof with a rating of IP66. This sensor can substantially enhance a Predictive Maintenance program by deploying low-cost wireless sensors on all equipment assets in need of monitoring and maintenance. Users can set the sample rate of the burst, the length of the burst, and the inspection rate, as well as thresholds for notifications via SMS text, email, and phone call.
» Download Datasheets
» Download Dimensional Drawing
» Download System Manual
Talk to one of our sensor experts to discuss your application and measurement needs
Swift Sensors Explained in 3 Easy Steps
Starting at MSRP $100
More than 30 types of sensors to monitor your equipment, facility, and business processes. Sensors have a battery life of 6-8 years, communication range of 500 feet, and an IP66 rating.
MSRP $330
Gateways transmit sensor measurements to the cloud via Ethernet, WIFI, or Cellular Modem. One gateway supports up to 150 sensors. Advanced security protocols keep your networks and data safe.
MSRP $65/year/sensor
The Monitoring and Alert Plan (each sensor) provides cloud account access with thresholds, notifications, unlimited users, measurement history, reporting, analytics and more. No Contract Required.
Download Free White Paper
- Monitor critical equipment, pumps, motors, HVAC and more
- Predict when maintenance issues require servicing
- Minimize downtime with a smarter predictive maintenance strategy
Why Choose Swift Sensors
Network Security is our Foundation
Security Protocols
Read about our extensive cloud security protocols and practices.
Built on Security
Founded by industry-leading network expert, Dean Drako of Barracuda Networks, security is at our core.
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