Order the proven MATEKSYS CAN L4 BM current sensor at an affordable price!

The MATEKSYS CAN L4 BM current sensor is designed to measure electrical current. It is ideal for use in model airplanes and drones. The device provides high accuracy and reliability during operation. The sensor supports the CAN protocol, which simplifies integration with other components. It can transmit current data in real time. This allows the user to control energy consumption.

The sensor is compact in size and lightweight. This makes it convenient for installation in confined spaces. The device is made of high-quality materials, which ensures durability. It is resistant to external influences. The sensor can operate over a wide temperature range. This makes it a universal solution for various operating conditions.

Specifications and Benefits

MATEKSYS CAN L4 BM has high sensitivity. It is capable of measuring current up to 100A with an accuracy of 1%. The device has a built-in filter to reduce interference. This improves measurement accuracy and operational stability. The sensor is easy to set up and calibrate. The user can adapt it to their needs.

Installing the sensor does not require special skills. It connects to the system via standard connectors. The sensor is compatible with most modern controllers. This makes it an ideal choice for modellers and enthusiasts. Configuration software is available on the manufacturer's website. The user can quickly start working with the device.

MATEKSYS CAN L4 BM is a reliable current monitoring tool. It will help avoid overloads and system failures. The sensor ensures the safety and durability of the equipment. By purchasing this sensor, you get a quality solution for your projects. It will be a great addition to your tool arsenal.

Specifications

• Microcontroller: STM32L431xC, 256 KB flash memory
• INA239 85V 16bit High Precision Power Control IC with SPI Interface
• Voltage measurement range: 0 - 85 V
• Current measurement range: 0 - 204.8 A
• Load current on current measuring resistor: 150 A (continuous), 204.8 A (short-term)
• Voltage measurement accuracy: ±0.1%
• Current measurement accuracy: ±2%
• Interface: CAN, DroneCAN protocol. UART2, spare, DFU
• Debugging ST, SWCLK and SWDIO
• LED
• Blue, fast flashing: loading
• Blue, slow flashing: working
• Red: 3.3V indicator
• Power: 4.5 – 5.5 V
• Power consumption: 10mA
• Operating temperatures: -40°…+85°C
• Size: 30 × 22 × 3 mm
• Weight: 4 g
• Firmware
• ArduPilot AP_Periph MatekL431-BattMon
• Update via DroneCAN GUI Tool
• Parameters: CAN_P1_DRIVER = 1, if connected to the CAN bus1 port or CAN_P2_DRIVER = 1, if connected to the CAN bus2 port
• BATTx_MONITOR = 8 (DroneCAN-BatteryInfo)