VDIAGTOOL V500:

VDIAGTOOL V500 is an intelligent circuit system probe tester that covers all circuit tests: ✔Smart test ✔Multimeter mode (voltage, resistance, diode & short circuit, current, frequency) ✔Relay protection test ✔Oscilloscope mode ✔Injector test ✔0-5V power supply✔Component activation ✔Positive and negative detection ✔Diode testing ✔Component testing. Unlike traditional circuit detectors, the V500 intelligent detection mode can display voltage, current, resistance, etc. at the same time, greatly improving your circuit diagnosis efficiency and saving you time.

Why VDIAGTOOL V500 Is The Best Power Circuit Probe Tester?

Smart Test-Auto Detect Volts and Ohms:

Different from traditional circuit testers, VDIAGTOOL V500 is an intelligent circuit probe tester that can automatically identify voltage, resistance, current and other data in the circuit, providing customers with great convenience in circuit diagnosis and improving your Circuit diagnostic efficiency.

Multimeter Mode(Voltage, Resistance, Diode& Short, Current, Frequency):

Power circuit probe diagnostic tool, VDIAGTOOL V500, with built-in multimeter mode. The multimeter integrates a variety of functions and can measure DC voltage, AC voltage, resistance, current, etc., allowing users to quickly locate fault points and make appropriate repair decisions.

Oscilloscope Mode:

The oscilloscope mode in the intelligent circuit detector brings real-time, intuitive, and high-precision signal analysis tools to customers’ circuit diagnosis. Through it, users can not only detect transient changes and waveform characteristics of voltage and current in circuits, but also accurately analyze complex signals, quickly locate and solve various circuit problems, and are especially suitable for debugging high-frequency circuits, complex timing systems or digital circuits. Scene.

Relay Test:

VDIAGTOOL V500 circuit diagnostic kit supports relay testing. Relay testing can help customers detect key information such as relay switching status, coil health, and contact performance to ensure the normal operation of the relay in the circuit. This plays an important role in improving the reliability and safety of equipment and preventing circuit problems caused by relay failures.

Fuel injector test & component Activation:

Fuel injector test and component activation provide efficient and direct diagnostic means to directly test the working status of key components without disassembly, provide real-time feedback, quickly locate faults, and verify the reliability of the control system. In addition, these two features also support preventive maintenance, helping to optimize overall system performance and avoid larger problems caused by component failure.

0-5V Power Supply:

0-5V Power Supply provides a stable and adjustable low-voltage power supply for customers' circuit diagnosis. It can simulate input voltage, debug sensors, test circuit behavior and calibrate the system. Customers can use it to quickly locate circuit faults, avoid component damage caused by misoperation, and simplify the process of circuit debugging and optimization. It is especially suitable for debugging and diagnosis of low-power electronic devices and sensing systems.

Wide Compability:

VDIAGTOOL V500 intelligent circuit diagnostic kit has wide compatibility and supports power circuit diagnosis of cars, trucks, motorcycles and even ships; at the same time, it supports the measurement of 2mV -100V voltage, 0R - 10MR resistors,2mA-25A current,10Hz-1000Khz frequency,10Hz-100Khz waveform display.

Support 9 Languages:

VDIGATOOL V500 supports 9 languages, such as English, Chinese, French, Spanish, German, Russian, Italian, Portuguese, Polish, etc., to avoid operational difficulties or misunderstandings due to language barriers and reduce The time it takes for customers to find information or translate documents allows users to understand the functions of the equipment faster and focus on circuit diagnosis tasks.

Online Update & 2 Year Warranty & 24/7 Tech Support:

VDIAGTOOL V500 power circuit probe analyzer supports online update, 2-year quality guarantee and 24-hour professional technical guarantee to protect your after-sales service.

Comparison Between VDIAGTOOL V200, V200 PRO, V210, V500 and V500 PRO

Smart Test & Multimeter Mode:

➤ Smart Test :VDIAGTOOL V500 intelligent probe tester can automatically identify the voltage, current, resistance and other parameters in the circuit, simplifying the diagnostic steps of users manually switching the measurement mode, and providing great convenience for users' circuit diagnosis;

➤ Multimeter mode: The multimeter in VDIAGTOOL intelligent circuit tester is mainly used to measure the basic parameters such as voltage, current, resistance and so on in the circuit, and has a wide measurement range, which can meet the diversified circuit testing needs of users:

👉 Voltage test: 2mV-100V
👉 Resistance test: 0-10MΩ
👉 Current test: 2mA-25A
👉 Frequency test: 10Hz-1000Khz
👉 Waveform display: 10Hz-100Kh

➤ Practical design: Different from most circuit diagnostic instruments on the market, VDIAGTOOL The V500 intelligent circuit system diagnostic tool not only has a built-in flashlight, but also supports a rotatable screen, allowing users to work in dark environments and observe the data on the display screen 360 degrees without blind spots, greatly expanding the use scenarios of customer circuit diagnosis;

🚩Intelligent detection helps users automatically identify various parameters in the circuit, and the multimeter integrates a variety of measurement functions, such as measuring DC/AC voltage, resistance, current, etc. The combination of "intelligent" and "universal" provides a one-stop solution for customers' circuit diagnosis problems.

Oscilloscope Function:

➤Parameter range:

👉Frequency Measurement Range: 10Hz-1000Khz
👉Waveform display: 10Hz-100Khz

➤Oscilloscope Function:

✔️Visual fault diagnosis: For complex circuit problems, it is difficult to understand the dynamic changes of signals by relying on digital readings alone. The oscilloscope mode visually displays the morphological changes of the signal by visualizing the signal, allowing customers to quickly identify abnormal behaviors in the circuit, such as waveform distortion, signal attenuation and other issues;

✔️Detect transient problems: Transient problems in circuits (such as instantaneous voltage spikes, pulse interference, etc.) sometimes cannot be captured by static measurement tools (such as multimeters). An oscilloscope can display these transient signals in real time, helping to detect transient faults such as power supply fluctuations or unstable signals;

✔️Frequency analysis: The oscilloscope can not only display the waveform of voltage or current, but also help users measure the frequency, period and other characteristics of the signal. This is very useful for debugging and optimizing oscillation circuits, clock circuits or wireless communication circuits, helping customers accurately diagnose the frequency characteristics of the circuit.

VDIAGTOOL V500 Relay Test:

➤Relay Test: Relay test is mainly used to test the working status and performance of relays. Relays are commonly used switching components in circuits, and their performance and working reliability directly affect the normal operation of the entire circuit. Relay testing can bring the following conveniences:

👉Detect the on-off status of the relay: Relay testing can help users check whether the status of the relay is normal when power is on and off, and whether it can reliably switch contacts. This is crucial to evaluate whether the relay is working properly and can quickly confirm whether the relay has failed due to wear, aging or other fault reasons;

👉 Determine the health status of the relay coil: By measuring the resistance or response of the relay coil, you can determine whether the coil is open circuit, short circuit or burned out. Relay coil failure will directly cause the relay to fail to work properly, and testing can detect these potential problems in advance;

👉Delay and response time test: The delay response time of the relay (the time from the relay receiving the signal to switching the contacts) is crucial for some circuits. Relay testing can accurately measure the action delay of the relay to ensure that it meets the design requirements. This has practical significance for ensuring the synchronous operation of the circuit and the response time of the protection circuit;

👉Confirm contact performance: Wear or oxidation of relay contacts will lead to poor contact, increased contact resistance, and affect the stability of the circuit. Relay testing can check the working condition of the contacts through on-off testing to ensure that the contacts can be connected or disconnected normally to avoid circuit failures caused by contact problems.

Component Activation & Injector Test:

➤Component activation: Component activation refers to an operation that directly controls and tests each component in the circuit by controlling electrical signals to quickly verify its working status and diagnose faults. Common component activations include:

👉 Activate the relay;
👉 Activate the sensor;
👉 Activate the motor or fan;

➤Fuel injector test: Fuel injector failure (such as blockage, wear or solenoid valve failure) will lead to abnormal fuel mixing ratio, resulting in reduced engine performance, unstable idling or increased fuel consumption. Testing the fuel injector can help users quickly determine whether the fuel injector is working properly and avoid complex disassembly of the entire fuel system. There are 4 modes for injector testing:

✔️Mode 1: One 250 millisecond positive electrode;
✔️ Mode 2: Cycle positive for 7 milliseconds, negative for 20 milliseconds in 1.4 seconds;
✔️ Mode 3: Cycle the positive electrode for 4 milliseconds and the negative electrode for 10 milliseconds in 1.4 seconds;
✔️Mode 4: Continuous output of positive pole for 7 milliseconds and negative pole for 20 milliseconds;

🚩Injector testing and component activation provide efficient and direct diagnostic means to directly test the working status of key components without disassembly, provide real-time feedback, quickly locate faults, and verify the reliability of the control system.

0-5V Power Supply:

➤The 0-5V power supply provides customers with a stable, adjustable low-voltage power supply for circuit diagnosis. Customers can use it to quickly locate circuit faults, avoid component damage caused by misoperation, and simplify the process of circuit debugging and optimization. Its main functions include the following:

🏆 Provide stable power supply for low-voltage circuits: 0-5V power supply provides stable DC voltage for low-voltage electronic equipment or sensors. This voltage range is widely used in sensors, circuit boards, microcontrollers, integrated circuits and other equipment to ensure their Able to work within the design voltage range to avoid abnormal performance or damage caused by voltage fluctuations;

🏆Analog input signals for circuit debugging: During circuit debugging and testing, the 0-5V power supply can be used as an analog signal source to input specific voltage values to the device to test the system's response to different voltage inputs. This is very useful when debugging circuits such as sensor interfaces, analog circuits or amplifiers. It can accurately control the voltage input and help users evaluate the behavior of the circuit;

🏆Easily combined with other test equipment: The 0-5V power supply can be easily combined with other test equipment, such as oscilloscopes, multimeters or current testers. Users can provide a stable voltage to the device under test and then use other tools to analyze the response behavior in the circuit for comprehensive circuit diagnosis.

V500 Wide Compability:

➤ Supports Car models:

✔️ Support cars and SUVs;
✔️Support trucks
✔️ Support motorcycles
✔️ Support ships;
✔️Bus;
..............

➤ Wide measurement range:

👉Operating Voltage: 9V - 30V DC
👉Voltage Measurement Range: 2mV-100V
👉Resistance Measurement Range: 0-10MΩ
👉Current Measurement Range: 2mA-25A
👉Frequency Measurement Range: 10Hz-1000Khz
👉Waveform display: 10Hz-100Khz
👉 Operating Temp: 0℃-50℃/32°F-122°F
👉 Working Environment Temp: 0℃-50°C/-32°F-122°F
👉 Storage Temp: - 20°℃-70°C/-4°F-158°F

➤ Supports 9 languages:

👍English;
👍Chinese;
👍French;
👍Spanish;
👍 German;
👍Russian;
👍 Italian;
👍 Portuguese;
👍Polish.

Packing List:

✔️V500× 1
✔️Relay Test Cable x 1
✔️Probe Tip × 1
✔️Alligator Battery Clip × 1
✔️Fine Probe Tip × 1
✔️Type-C Data Cable x 1
✔️Probe Tip Extension Cable x 1
✔️User's Manual x 1
✔️Wire Piercing Probe x 2
✔️Banana to Banana Plug Test Lead × 2
✔️Fuse x 3