WBo2 AFR METER

Wide Band Air-Fuel Ratio (AFR) Meter LSU 4.9 by sooko.io is an advanced automotive diagnostic tool used to monitor and measure the air-fuel mixture in the engine’s exhaust gases. It is equipped with a LSU 4.9 wideband oxygen sensor, known for its accuracy and durability. This device is designed to provide real-time readings of the engine’s AFR, which is crucial for tuning performance engines, optimizing fuel efficiency, and ensuring proper emissions control. The LSU 4.9 sensor is capable of measuring a broader range of air-fuel ratios compared to traditional narrowband sensors, making it more versatile and effective in various engine applications.

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Hardware Features

  • MCU RISC-V

    • The AFR meter is powered by a RISC-V microcontroller unit, RISC-V processors are known for their efficiency and versatility.

  • Digital Out Bluetooth Low Energy (BLE)

    • The AFR meter is equipped with Bluetooth Low Energy for digital communication, allowing it to connect and transmit data wirelessly to compatible devices like smartphones, tablets, or computer

  • 2 Channel DAC Out

    • The Universal Wide Band AFR Meter allows it to connect to a dynamometer for engine testing and tuning purposes. It provides analog voltage signals corresponding to the air-fuel ratio measurement.

  • Sensor Type LSU 4.9

    • The AFR Meter utilizes an LSU 4.9 oxygen sensor, known for its accuracy in measuring the air-fuel ratio.

Software Support

  • Bike Studio Android

    • This Android software is used to display the AFR Meter readings via Bluetooth Low Energy on mobile devices.

  • ECM Manager

    • This software is useful for remapping the engine control unit (ECU) in vehicles. When connected to the AFR Meter, it can display real-time air-fuel ratio values in the tuning table, helping optimize engine performance and fuel efficiency.

  • Dynamometer with ADC Channel

    • The AFR Meter is compatible with a dynamometer (dyno) equipped with an analog-to-digital converter (ADC) channel. During dyno testing, it can provide real-time air-fuel ratio data to assist in optimizing engine performance.