The WEAS-180-1 is an accelerometer manufactured for simple measurements on a variety of applications. This system can use Phoenix Sensors various sensors to supply the appropriate solution for industrial, consumer, and commercial applications.
Simply setup the Phoenix Sensors back-end Online and Mobile application from our website and connect to the device. The sensor can measure the relative humidity in a given area. The battery version will last up 10 years on average. Please contact us for Custom design availability.
The Mobile Software enables the user to store data to the cloud for evaluate later. The output of this information will be in a data sheet or graph. You can also export your readings onto your device.
Wireless Accelerometer Sensor Specifications
- Wireless range of 1,000+ feet through 12-14 walls
- Frequency Hopping Spread Spectrum (FHSS)
- Improved interference immunity
- Improved power management for longer battery life (10+ years on AA batteries)
- Encrypt-RF™ Security (Diffie-Hellman Key Exchange + AES-128 CBC for sensor data messages)
- Onboard data memory / storage (up to 512 readings per sensor)10 min heartbeats = 3.5 days 2 hour heartbeats = 42 days
- Over-the-air updates (future proof)
The WEAS-180-1 is a accelerometer able to obtain measurements from 0 degrees to 180 degrees, making inclinations easy to read. Please take into consideration the orientation the sensor is supposed to be in, as that can drastically change readings.
The WEAS-180-1 is a accelerometer that can get measurements up to 1000 feet away. This makes it perfect for applications that require a large distance between what’s being measured and the sensor itself. This sensor can also reach through 12-14 walls, making it easier for the customer.
The WEAS-180-1 works perfectly in this application. The accelerometer can measure the rotation coming from the wind turbine, and that data can be read from as far as 1000+ feet away. Distance is extremely important, especially in most scenarios concerning wind turbines.
The WEAS-180-1 is very efficient when measuring pitch and roll. Similar to applications for sea ships, data can be gathered about the vehicles movements. An industrial version of this sensor is also available if needed, practical for applications like these.