The Teltonika FMB240 is a 2G GPS tracker with a waterproof IP67 casing, making it suitable for use in various environments. Its robust casing provides protection against dust and water, ensuring reliable performance even in challenging conditions. One notable feature of the FMB240 is its built-in CAN bus data reading chip, which allows for the reading of CAN data from light and electric vehicles, trucks, buses, and special machinery. This feature enables users to monitor important vehicle parameters such as fuel level, total fuel consumption, vehicle speed, engine speed, and more.

In addition to its CAN bus capabilities, the FMB240 offers extended product usage scenarios through its Bluetooth LE-based wireless connection. This allows for the wireless connection of external devices, including Low Energy beacons and sensors, to monitor temperature, humidity, magnet detection, and movement. This makes the FMB240 a versatile tracker that can be used in a wide range of applications, from fleet management to asset tracking.

The Teltonika FMB240 comes with a range of other features and specifications that enhance its functionality and performance. It has a quad-band GSM technology for reliable cellular communication, and its GNSS receiver supports GPS, GLONASS, GALILEO, BEIDOU, SBAS, QZSS, DGPS, and AGPS for accurate positioning. The tracker also has multiple digital inputs and outputs, analog inputs, CAN interfaces, and a 1-Wire interface for flexible connectivity options. With its compact dimensions and wide operating temperature range, the FMB240 is designed to withstand harsh conditions and deliver reliable tracking performance.

Key Features:

• 2G tracker with waterproof IP67 casing
• Built-in CAN bus data reading chip
• Protection against dust and water
• No additional tools needed for installation
• Bluetooth LE-based wireless connection for external devices
• Supports temperature, humidity, magnet detection, and movement monitoring
• Quad-band GSM technology for reliable cellular communication
• GNSS receiver with support for multiple satellite systems
• Compact dimensions and wide operating temperature range