🎉Intelligent Circuit Probe Tester + Multimeter Mode
(Voltage, Resistance, Diode& Short, Current, Frequency)
Numerical measurements in Smart Probe mode will vary. If you want to measure a certain type of data individually you can use the integrated multimeter mode, which is set to a fixed mode where only a single result appears.
- Automatic Detection Technology: Accurately identifies voltage, resistance and current in a circuit without having to manually switch between test modes.
- Intelligent Diagnostics: This smart probe tester automatically provides detailed information on the status of circuits through simplified one-button operation, offering convenient operation.
- User-Friendly: Intuitive user interface and intelligent prompts make it easy for even non-professionals to get started with professional circuit testing.
🎉 Upgrade Expansion 1 - Oscilloscope Mode
Oscilloscope mode provides users with real-time, intuitive and highly accurate signal analysis results in the form of coordinate charts. This function not only enables you to detect transient changes in voltage and current and waveform characteristics in circuits, but also accurately analyses complex signals and quickly locates and solves various circuit problems. Especially suitable for debugging high-frequency circuits, complex timing systems or digital circuits, it brings unprecedented convenience and depth to your circuit diagnostic work.
🎉 Upgrade Expansion 2 - Relay Testing:
The VDIAGTOOL V500 Pro circuit diagnostic kit is equipped with comprehensive relay testing capabilities, enabling you to accurately detect relay switching status, assess the health of the coil, and evaluate contact performance, ensuring the relay functions correctly within the circuit. This feature is crucial for enhancing the reliability and safety of equipment and for preventing circuit issues that may arise from relay malfunctions.
🎉 Upgrade Expansion 3 - Fuel injector Test:
The VDIAGTOOL V500 Pro circuit diagnostic kit can be used to check the injection status of injectors by using the probe tip to output different pulse signals to the injector. This upgrade comes with 4 operation modes, which can be selected according to your actual needs. Correct use of the injector test mode can also achieve a cleaning effect!
- 1. Select M1 and press the ‘OK’ button, a positive pulse will be output with a positive pulse width of 250ms.
- 2. Select M2 and press the ‘OK’ button, a positive pulse of 7ms will be output, followed by a negative pulse of 20ms.
The period is 1.4 seconds. - 3. Select M3 and press ‘OK’ button, it will output 4ms positive pulse, followed by 10ms negative pulse with a period of 1.4 seconds.
The period is 1.4 seconds. - 4. Select M4 and press the ‘OK’ button, a positive pulse of 7ms will be output continuously, followed by a negative pulse of 20ms.
- Press the ‘ESC’ button to stop.
🎉 Upgrade Expansion 4 - Low Voltage Supply Test (0-5V):
In order to avoid burning microelectronic components such as microcontrollers, sensors, etc., this function can be used to actively set and provide a stable 0-5VDC (direct current) output voltage.
This not only prevents the high voltage currents used during testing from damaging micro-components and shortening their lifespan, but also helps to optimise the overall system performance and avoid larger problems caused by component failure.
This not only prevents the high voltage currents used during testing from damaging micro-components and shortening their lifespan, but also helps to optimise the overall system performance and avoid larger problems caused by component failure.
🎉 Upgrade Expansion 5 - Component Activation:
Our new component activation upgrade provides three flexible activation modes in a single device to meet the testing needs of different components, while you can customise the current parameters in Setting for more precise testing and control according to the specific requirements of the component:
- ' MOMENT ' Mode: Instantaneous output, single activation.This mode provides a momentary, single-shot output for components that require a brief activation to test the response, such as sensors or switches.
- ' LATCH ' Mode: Fixed output, long hold time.This modeprovides a steady output for a long period of time and is suitable for components such as actuators or motors that require constant activation to assess performance.
- ' PULSE ' Mode: Pulsed output, regular retracts and retracts.The ‘PULSE’ mode provides a regular pulse output that simulates cyclic activation under actual operating conditions, and is suitable for components that require cyclic testing.
