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Meitrack - TA255 Features

This page summarizes the public feature context for the Meitrack TA255 series when used with Plaspy. It focuses on the practical capabilities and operational benefits you can expect to see in Plaspy dashboards, alerts, and reports, and explains how the TA255’s telemetry and sensor data are commonly used for asset and fleet monitoring.

Exact feature availability varies by firmware version, hardware revision, regional variant, installed accessories, and the specifics of an individual installation. For device-specific limits, wiring details, and the most current technical specifications consult official manufacturer documentation and release notes before deployment.

Feature Overview

The TA255 is a rugged solar asset tracker designed for long-term, low-maintenance monitoring of trailers, containers, and other high-value assets. When paired with Plaspy, its combination of GNSS positioning, multi-network cellular, on-board sensors, and accessory support enables continuous location visibility and environmental or fuel telemetry for operational oversight.

  • Integrated solar charging with stackable battery modules to extend field life and reduce servicing frequency.
  • Multi-network cellular connectivity with regional variants for broad coverage and fallback to legacy networks where available.
  • GNSS positioning with sub-3 meter practical accuracy for reliable location reporting in Plaspy.
  • Built-in BLE support for external temperature and humidity sensors to enable cold chain and environment monitoring.
  • Support for ultrasonic and voltage fuel sensors plus digital temperature probes for telemetry that informs fuel and cargo condition reports.
  • FOTA capability to update firmware remotely for fleet-scale device management.

Core Features of Meitrack - TA255

  • Integrated solar charging and stackable battery design supporting extended unattended operation.
  • Multi-mode cellular connectivity with regional variants and 2G fallback to maintain reporting across networks.
  • GNSS positioning performance with manufacturer-stated accuracy near 2.5 meters and high sensitivity GNSS reception.
  • Bluetooth support for BLE temperature and humidity sensors and beacon integration.
  • Sensor and peripheral interfaces including fuel sensor inputs, digital temperature probes, RFID and iButton support, and Micro‑USB.
  • Relay outputs and configurable digital inputs to support event-driven control and status reporting.
  • Built-in motion detection and drop detection via onboard accelerometer for movement and impact events.
  • Firmware over the air support for remote updates and centralized device management.

How These Features Work with Plaspy

Plaspy receives location fixes and telemetry from the TA255 so you can monitor assets in real time, visualize routes, and act on event data from sensors and inputs. Plaspy automatically detects supported tracker protocols and accepts connections from compatible devices; many deployments point devices to the Plaspy server domain for reporting.

  • Live location tracking and route history visualized on Plaspy maps for continuous situational awareness.
  • Sensor telemetry from BLE probes, fuel sensors, and digital inputs displayed and trended in Plaspy for operational insight.
  • Event reporting for motion, drop detection, and digital input changes to power alerts and alarm workflows.
  • Relay outputs reflected as controllable device actions where supported by hardware and local installation, enabling remote event response.
  • Remote firmware and configuration updates coordinated with device FOTA capabilities to simplify fleet maintenance.
  • Device connections commonly configured to report into the Plaspy server domain using TCP or UDP on the standard Plaspy port for device communications.

Typical Use Cases

  • Trailer and container monitoring for long-haul and intermodal asset tracking with minimal maintenance needs.
  • Long distance logistics where continuous GNSS tracking and multi-network cellular keep assets visible across regions.
  • Equipment and asset fleet management using motion alerts and impact reporting to monitor utilization and incidents.
  • Fuel level monitoring and theft detection using ultrasonic or voltage-based fuel sensors integrated to the tracker.
  • Cold chain and environment monitoring by pairing BLE temperature and humidity sensors for cargo condition visibility.
  • Anti-theft workflows that combine movement detection, relay control, and event-driven alerts in Plaspy.

Feature Availability Notes

  • Some features require additional accessories or specific wiring during installation, for example external fuel probes, BLE sensors, or relay connections.
  • Regional hardware variants and firmware builds may differ in supported cellular bands, network modes, and available features.
  • FOTA and remote management capabilities depend on network availability and correct device configuration for remote updates.
  • Sensor behavior and reporting intervals are influenced by firmware settings and power management configurations.
  • Always confirm the feature set available on the exact device serial, firmware revision, and accessory combination before large scale deployment.

Why Use Plaspy with These Features

Using the Meitrack TA255 with Plaspy provides a centralized way to collect location data, sensor telemetry, and event notifications from long-term field assets. Plaspy’s device management and visualization tools let operations teams turn raw telemetry into actionable insight, simplifying tasks such as route monitoring, environmental condition tracking, fuel consumption analysis, and event-driven alerting.

If you want to learn more about using Plaspy with Meitrack devices, visit https://www.plaspy.com. For the latest device specifications, firmware notes, and manufacturer guidance please verify details at the official Meitrack site https://www.meitrack.com/ as features and firmware behavior can change over time.

Tracker Capabilities

See how these features fit into Plaspy

Plaspy helps turn compatible tracker capabilities into useful visibility, monitoring, and operational workflows across vehicles and assets.