Staff Pick Fueltech Usa - Vr-hall Converter Gen. 3 65% Off - Today Only [GvEMx8AH]

FuelTech VR-Hall Converter Gen. 3: Precision Conversion Solution

The FuelTech VR-Hall Converter Gen. 3 is an innovative device designed to revolutionize the way you handle analog Variable Reluctance (VR) signals. This third-generation converter takes signal conversion to new heights, offering unparalleled accuracy and reliability. By seamlessly converting VR signals from sensors into precise Hall-effect signals, the Gen. 3 ensures that you receive the most accurate data possible for your performance tuning needs.

Advanced Features and Specifications

The FuelTech VR-Hall Converter Gen. 3 boasts a range of advanced features that set it apart from its competitors. Its Advanced Signal Conversion technology guarantees precise and reliable data, while the Upgraded Performance in Gen. 3 allows for the reading of fuel flow at idle, providing detailed tuning capabilities. With its Wide Compatibility, the Gen. 3 works seamlessly with VR speed sensors found in ABS systems and VR fuel flow meters. However, please note that it is not compatible with Differential Hall-Effect or Magnetoresistive Sensors. Key specifications include a minimum signal peak voltage of 0.5V, a maximum signal peak voltage of 150V, and a maximum frequency of 15,000Hz (15kHz). These specifications ensure that the converter can handle a variety of signal types and provide accurate readings in different conditions.

Optimize Your Performance Tuning with FuelTech

When it comes to optimizing your vehicle's performance, the FuelTech VR-Hall Converter Gen. 3 is a must-have tool. Its precise signal conversion and wide compatibility make it ideal for a variety of applications, including ABS systems and fuel flow monitoring. With the Gen. 3, you can ensure that your vehicle runs at its peak, delivering improved performance and efficiency. The converter's reliable performance and advanced features make it the perfect addition to any performance tuning setup, helping you achieve the best possible results.