Industrial Wireless Advanced Vibration Meter – Tri-Axis with Temperature Sensor
Monitor equipment health with tri-axis vibration and temperature sensing. Ideal for predictive maintenance and high-speed machinery diagnostics.
Product Description
Specifications
Data Sheet and User Guide
Applications
Gateways/ Software
The ALTA® Wireless Advanced Vibration Meter is an industrial-grade sensor designed to monitor the health and performance of machinery using a tri-axis accelerometer and built-in temperature sensor. Ideal for predictive maintenance, this advanced device captures a wide range of vibration metrics to identify early signs of imbalance, misalignment, bearing wear, and other mechanical faults.
It measures key parameters including:
-
Acceleration RMS, Velocity RMS, Displacement, and Acceleration Peak
-
Crest Factor, Duty Cycle, and Temperature
-
Supports a configurable frequency range and Hanning filter
-
Operates up to 4200 Hz / 252,000 RPM
With configurable measurement intervals as low as 1 second and custom alert thresholds, this sensor enables continuous, wireless vibration monitoring for motors, pumps, conveyors, and other critical systems.
⚠️ Note: Requires a compatible Monnit gateway and may require software. Visit our Gateway & Software section or explore ready-to-use sensor kits.
Key Features:
-
Tri-axis vibration sensing with temperature monitoring
-
Measures: Acceleration (RMS/Peak), Velocity, Displacement
-
Supports crest factor, duty cycle, and advanced filtering
-
Frequency range: Up to 4200 Hz / 252,000 RPM
-
Configurable Hanning filter and measurement intervals (≥1 sec)
-
Customizable alert thresholds for condition-based monitoring
-
Wireless communication with long-range transmission and battery life
Common Applications:
-
Predictive maintenance of motors, bearings, and rotating equipment
-
Industrial vibration diagnostics and performance analysis
-
Remote condition monitoring in manufacturing facilities
-
High-speed machinery health tracking
-
Utility, oil & gas, and energy sector asset protection