ZenTrack Power+ – Operations Guide
(For operations, support teams, and fleet admins)
Written By Support Team
1. Purpose & Scope
This guide explains how the ZenTrack Power+ behaves in day-to-day operation and what operations/fleet admins should expect once the devices are deployed.
2. What ZenTrack Power+ Does
Once installed and configured, the ZenTrack Power+:
Collects GNSS data: Location, speed, heading.
Monitors external sensors (via BLE): Temperature, door sensors, and other connected BLE sensors (if enabled in configuration).
Communicates via cellular network to: Backend platforms (e.g., ZenduOne) or other integrated systems.
Optionally communicates with BLE beacons if enabled in the specific deployment configuration.
The configuration file determines:
Reporting intervals and behaviors.
Event profiles (e.g., motion detection, vibration alerts, speed, ignition alerts).
Sensor thresholds (e.g., temperature limits, power loss alerts).
3. Daily Operations Flow
Vehicle Use
The driver operates the asset normally.
The ZenTrack Power+ powers up via the connected power source (7-60V DC) when the vehicle is turned on.
The internal battery (~9600mAh) ensures the device continues to function if external power is disconnected.
Data Transmission
The device sends location and telemetry based on:
Ignition state (if configured).
Movement (motion detected, vibration alerts, etc.).
Reporting rules (e.g., periodic by time, distance, and angle).
Platform Visibility
In your backend platform (e.g., ZenduOne), you should see:
The asset on the map with a real-time position.
Recent events (ignition on/off, trips, sensor alerts).
Telematics metrics (voltage, power loss, sensor data) where configured.
Remote Management
Firmware updates and configuration changes are managed via:
Topfly DMS Web Portal: For bulk configuration and firmware lifecycle management.
MQTT APIs: For integration with internal workflows.
4. Operational Best Practices
Keep a clean mapping: Maintain records of Asset ID ↔ Device IMEI ↔ SIM ICCID for tracking and inventory purposes.
Use appropriate configurations:
Slow reporting: For assets where you need to conserve battery life.
Regular reporting: For devices hardwired to a constant energy source to keep the internal battery full.
Monitor System Health:
Watch for devices that have not reported for extended periods.
Investigate devices with frequent disconnects, poor GNSS signal, or low battery alerts.