Monnit ALTA Wireless Accelerometer - G-Force Snapshot - Coin Cell Powered

The Monnit ALTA Wireless Accelerometer - G-Force Snapshot is a compact, coin-cell powered sensor designed to deliver precise, actionable data on impact, vibration, and inclination. With 3-axis g-force measurement along X, Y, and Z and the ability to activate at user-defined intervals, this device empowers industrial operations, facilities, and asset managers to monitor equipment health, safety, and performance from anywhere in the field or in the cloud. Built for reliability in demanding environments, the ALTA accelerometer combines easy installation with long battery life, making it a practical choice for remote monitoring and predictive maintenance programs.

• 3-axis g-force sensing: captures acceleration along X, Y, and Z axes to detect shocks, vibrations, tilts, and changes in orientation with high precision—ideal for asset health monitoring and condition-based maintenance.
• Definable sampling intervals: activate at a schedule you control, balancing data granularity with battery life. This enables tailored data collection for fast-moving equipment or slower, steady-state machinery.
• Wireless data transmission: pairs with Monnit gateways to transmit measurement data wirelessly to the cloud, enabling real-time visibility without hard-wired connections or complex wiring.
• Coin cell powered and maintenance-friendly: designed for long-term operation with a replaceable coin cell battery, reducing inline maintenance and downtime while keeping your monitoring costs predictable.
• Versatile applications across industries: ideal for monitoring impact events on machinery, measuring vibration profiles for equipment health, tracking inclination for structural health, and supporting safety compliance programs in manufacturing, energy, and facilities management.

Technical Details of Monnit ALTA Wireless Accelerometer

• Measurement: 3-axis accelerometer capturing g-force along X, Y, and Z to quantify impact, vibration, and tilt.
• Activation: user-defined time interval for sensor activation, enabling flexible data collection cadences and optimized battery use.
• Power: coin cell powered—designed for long life with simple battery replacement when needed.
• Connectivity: wireless communication with Monnit gateways and cloud portal for centralized data access and monitoring.
• Data delivery: measurements transmitted to the Monnit ecosystem for aggregation, alerting, trends, and reporting.
• Applications: suitable for asset health monitoring, shock detection, vibration profiling, and inclinometer-style measurements in industrial settings.

How to Install Monnit ALTA Wireless Accelerometer

Installing the ALTA Wireless Accelerometer is designed to be straightforward, allowing you to deploy quickly across multiple assets. Start by selecting a stable mounting location that is representative of the condition you wish to monitor, ensuring the sensor’s orientation is appropriate for accurate X, Y, and Z readings. Insert the coin-cell battery if it is not already installed, and verify that the battery contacts are clean and secure. Attach the sensor to the desired surface using the included mounting method or approved hardware, ensuring the device remains unobstructed to prevent data transmission interference. Enroll the sensor with your Monnit gateway by following your portal’s pairing workflow—this typically involves placing the device in pairing mode and confirming the gateway recognizes the new sensor. Configure the sampling interval to match your monitoring needs, set any thresholds or alerts if supported, and assign the sensor to the appropriate asset group or location in the Monnit portal. Finally, validate data flow by checking live readings in the portal, adjusting the sensor orientation if necessary, and confirming that data continues to stream over the defined interval. Regularly inspect the device for battery status and physical integrity, and replace the coin cell when battery life indicators show a decline to maintain uninterrupted monitoring. By following these steps, you can achieve reliable, scalable wireless data collection that integrates seamlessly with your existing IoT infrastructure.

Frequently asked questions

• Q: How does the ALTA G-Force Snapshot work? A: The sensor activates at a user-defined interval to measure g-force along X, Y, and Z axes, capturing shocks, vibrations, and tilt events. Data is transmitted wirelessly to your Monnit gateway and cloud portal for analysis and alerting.
• Q: What is the expected battery life? A: Battery life depends on the chosen sampling interval and transmission frequency. The ALTA accelerometer is designed to be energy efficient and uses a coin cell battery to extend operational life between replacements.
• Q: How do I replace the battery? A: Access the sensor’s enclosure to replace the coin cell battery, ensuring the contacts are clean and properly seated. After replacement, re-pair the sensor with your gateway and resume monitoring from the portal.
• Q: Can this sensor be used outdoors or in challenging environments? A: Monnit ALTA devices are designed for industrial environments and can operate in a range of conditions typical to asset monitoring. Verify the model’s environmental specifications for your exact deployment scenario.
• Q: How do I interpret the data and set alerts? A: Data is presented in the Monnit portal as time-series readings for each axis. You can establish thresholds for shocks, vibration levels, or tilt changes to trigger alerts via email or SMS and to inform maintenance actions.