Valentine's Day Gift Vr Probe Variable Input Voltage Probe Sensor Signal Simulator Equipment [shoTVAva]

Valentine's Day Gift Vr Probe Variable Input Voltage Probe Sensor Signal Simulator Equipment [shoTVAva]

The VR Probe is a versatile and essential tool for automotive technicians, designed to simplify the process of testing and simulating sensor signals. This innovative device allows for precise voltage input from 0.5 volts up to 7 volts in 0.5 increments, ensuring that technicians can accurately replicate the desired sensor signals for various components. With a safe 1.5 amp output, the VR Probe eliminates the risk of damaging the ECU, making it a reliable choice for diagnostic tasks.

Key Product Features and Specifications

The VR Probe is equipped with an LED display that indicates the vehicle's voltage, allowing for quick and easy monitoring. It is compatible with both 12V and 24V systems, ensuring flexibility in various vehicle types. This tool also features a low battery voltage indicator, providing an additional layer of safety. The VR Probe is designed to work seamlessly with scopes or scan tools, enabling technicians to visualize the voltage applied to circuits and sensors, ensuring proper component activation.

Practical Applications and Benefits

The VR Probe is an invaluable asset for technicians looking to streamline their diagnostic processes. It allows for the bypassing of components, enabling the direct application of desired voltage back to the ECU. This feature is particularly useful when verifying the functionality of sensors and removing fault codes. The VR Probe is compatible with a wide range of automotive components, including Acc pedal voltages, EGR signals, diesel regulator values, throttle bodies, camshaft and crankshaft sensors, MAF and MAP sensors, LIN lines for wipers, parking sensors, temperature sensors, oil pressure sensors, and transducer-based sensors. By using the VR Probe, technicians can eliminate guesswork, reduce unnecessary component replacements, and improve overall diagnostic efficiency.