Hantek 2D82Auto Digital Oscilloscope 2 Channels 2D82 4in1 Oscilloscope + Multimeter +Automotive Diagnosis+Waveform Generator
Model | Hantek2D82AUTO | |||
Vehicle Testing Mode | ||||
Vehicle Diagnosis | Vehicle Diagnostic Function | Ignition | Primary Ignition (Voltage) | |
Primary Ignition(current) | ||||
Primary Ignition(Voltage& Current) | ||||
Primary Ignition(Crankshaft Senser) | ||||
Primary Ignition&SecondaryIgnition | ||||
Secondary | Secondary Ignition Distributor Type (Plug Lead) | |||
Secondary Ignition Distributor Type(King Lead) | ||||
Secondary DIS (Positive-fired) | ||||
Secondary DIS or CPC (Negative-fired)) | ||||
Secondary Coil Output Diagnosis | ||||
Secondary Ignition&Primary Ignition | ||||
Sensors | Air Flow Meter | Air Flow Meter (Hot Wire) | ||
Air Flow Meter (Air Vane) | ||||
Air FlowSensor (BOSCH Diesel) | ||||
Air Intake PressureSensor (BOSCH Diesel) | ||||
Camshaft | Camshaft (Inductive) | |||
Camshaft (AC Excited) | ||||
Camshaft (Hall Effect) | ||||
Camshaft (BOSCH Common Rail Diesel) | ||||
Crankshaft | Crankshaft Inductive Running | |||
Crankshaft Inductive Cranking | ||||
Crankshaft Hall Effect | ||||
Crankshaft Sensor&Primary Ignition | ||||
Distributor | Distributor Pick-up (Hall Effect) | |||
Distributor Inductive Pick-up Cranking | ||||
Distributor Inductive Pick-up Running | ||||
Lambda Sensors | Lambda Sensor Titania | |||
Lambda Sensor Zirconia | ||||
Lambda Sensor Zirconia Pre & Post cat | ||||
Throttle Position | Throttle Position Potentiometer | |||
Throttle Position Switch | ||||
Throttle Pedal Switch (Bosch Diesel) | ||||
ABS Digital Speed Sensor | ||||
ABS Analog Speed Sensor | ||||
Coolant Temperature (5V) | ||||
Coolant Temperature (GM/Vauxhall Simtec | ||||
Crash Sensor | ||||
MAP Analog | ||||
MAP Digital | ||||
Hall Effect Road Speed Sensor | ||||
Accelerator Pedal (Bosch Diesel) | ||||
Bus Diagnosis | CAN Bus | CAN Bus Data View | ||
CAN Bus Signal Integrity | ||||
CAN Bus LH Long Capture | ||||
LIN Bus | LIN Bus | |||
Engine | Petrol | Single-point Injector (Voltage) | ||
Single-point Injector (Current) | ||||
Multi-point njector (Voltage) | ||||
Multi-point Injector (Current) | ||||
Injector Voltage & Current | ||||
Injector Current & Primary Ignition | ||||
Diesel | Common Rail Diesel (Current) | |||
Injector Bosch CDi 3 (Current) | ||||
Injector Bosch Diesel (Idling) | ||||
Injector Bosch Diesel (Accelerating) | ||||
Diesel Glow Plugs | ||||
Electronic Fuel Pump | ||||
Carbon Canister Solenoid Valve | ||||
ERG Recirculation Solenoid Valve | ||||
Stepper Motor Example 1 | ||||
Stepper Motor Example 2 | ||||
Idle Speed Control Valve (Rotary) | ||||
Idle Speed Control Valve (Electromagmetic) | ||||
Throttle Servomotor (Idling) | ||||
Throttle Servomotor (Accelerating) | ||||
Bosch CDi3 Quantity Control Valve | ||||
Bosch CDi3 Pressure Regulator Valve | ||||
Variable-Speed Cooling Fan On | ||||
Variable-Speed Cooling Fan Off | ||||
Variable Camshaft Valve Timing | ||||
Startup & Charge | Charging Circuits | Charging Circuits Current/Voltage | ||
Charging Circuits Current/Voltage Starting 24V | ||||
Charging Circuits Current/Voltage Idling 24V | ||||
Charging Circuits Alternator AC Ripple/Diode Diagnosis | ||||
Relative Compression Petrol | ||||
Relative Compression Diesel | ||||
Starting Voltage Drop | ||||
Oscilloscope Mode | ||||
Bandwidth | 80MHz | |||
Channel | 2CH+DMM+AWG | |||
Horizontal | ||||
Sample Rate Range | 250MSa/s(Single-channel). 125MSa/s(Dual-channel) | |||
Waveform Interpolation | (sin x)/x | |||
Record Length | 3K samples per dual-channel | |||
SEC/DIV Range | 5ns/div~500s/div1. 2. 5 sequence | |||
Vertical | ||||
A/D Converter | 8-bit resolution.each channel sampled simultaneously | |||
VOLTS/DIV Range | 10mV/div~10V/divat input BNC | |||
Bandwidth Limit. typical | 20MHz | |||
Low Frequency Response (-3db) | ??10Hz at BNC | |||
Rise Time at BNC. typical | ??5ns | |||
DC Gain Accuracy | ??3% for Normal or Average acquisition mode. 10V/div to 10mV/div | |||
Note: Bandwidth reduced to 6MHz when using a 1X probe. | ||||
Acquisition | ||||
Acquisition Modes | Normal | |||
Trigger | ||||
Type | Edge | |||
Mode</td | Auto. Normal. single | |||
Level | ??4 divisions from center of screen | |||
Trigger Level Accuracy | 0.2div ?? volts/div within ??4 divisions from center of screen | |||
Slope | Rising. Falling. Rising & Falling | |||
Source | CH1/CH2 | |||
Input | ||||
Coupling | DC. AC or GND | |||
Input Impedance. | 25pF??3 pF. 1M????2% | |||
DC coupled | ||||
Probe Attenuation | 1X. 10X | |||
Supported Probe Attenuation Factors | 1X. 10X. 100X. 1000X | |||
Maximum Input Voltage | 150VRMS | |||
Measurement | ||||
Cursor | Voltage difference between cursors:??V | |||
Time difference between cursors:??T | ||||
Automatic Measurements | Frequency. Amplitude | |||
Arbitrary Waveform Generator Mode | ||||
Waveform Frequency | Sine: 1Hz~25MHz | |||
Square: 1Hz~10MHz | ||||
Ramp: 1Hz~1MHz | ||||
EXP: 1Hz~5MHz | ||||
Sampling | 250MSa/s | |||
Amplitude | 2.5Vpp(50??) | |||
5Vpp(Highimpedance) | ||||
Frequency Resolution | 0.001 | |||
Channel | 1CH waveform output | |||
Waveform Depth | 512Sa | |||
Vertical Resolution | 12 bit | |||
Frequency Stability | <30ppm | |||
Output Impedance | 50 ?? | |||
DMM Testing Modes | ||||
Maximum Resolution | 4000 Counts | |||
DMM Testing Modes | Voltage.Current.Resistance.Capacitance.Diode &On-Off | |||
Maximum Input Voltage | AC:600V. DC: 800V | |||
Maximum Input Current | AC: 10A. DC:10A | |||
Input Impedance | 10M?? | |||
Measurement Term | Range | Accuracy | Resolution | |
DC Voltage | 400.00mV | ?? (0.8% + 5) | 100uV | |
4.000V | 1mV | |||
40.00V | 10mV | |||
400.0V | 100mV | |||
600.0V | ?? (1% + 2) | 1V | ||
Overload protection:400mV: 250V. other: 600Vrms. | ||||
AC Voltage | 4.000V | ?? (1.2% + 5) | 1mV | |
40.00V | 10mV | |||
400.0V | 100mV | |||
600.0V | ??(1.5% + 5) | 1V | ||
Frequency: 40Hz~400Hz; | ||||
Frequency of 400V and 600V: 40Hz~100Hz | ||||
DC Current | 40.00mA | ?? (1% + 2) | 10uA | |
200.0mA | ?? (1.5% + 2) | 100uA | ||
4.000A | ?? (1.8% + 2) | 1mA | ||
10.00A | ?? (3% + 2) | 10mA | ||
Overload protection: | ||||
self restoring fuse: 200mA/250V. 4A and 10A range no fuse. | ||||
AC Current | 40.00mA | ?? (1.3% + 2) | 10uA | |
400.0mA | ?? (1.8% + 2) | 100uA | ||
4.000A | ?? (2% + 3) | 1mA | ||
10.00A | ?? (3% + 5) | 10mA | ||
Frequency: 40Hz~400Hz; | ||||
self restoring fuse: 200mA/250V. 4A and 10A range no fuse. | ||||
Resistance | 400.0?? | ??(1% + 3) | 0.1?? | |
4.000K?? | ??(1.2% + 5) | 1?? | ||
60.00K?? | 10?? | |||
400.0K?? | 100?? | |||
4.000M?? | 1K?? | |||
40.00M?? | ?? (1.5%??3) | 10K?? | ||
Overload protection: 220Vrms | ||||
Capacitance | 40.00nF | ??(3% + 5) | 10pF | |
400.0nF | 100pF | |||
4.000uF | 1nF | |||
40.00uF | 10nF | |||
100.0uF | 100nF | |||
Overload protection: 220Vrms | ||||
Diode | 0V~2.0V | |||
On-Off | <50?? | |||
General Specifications | ||||
Display | ||||
Display Type | 2.8 inch64K color TFT | |||
Display Resolution | 320 horizontal by 240 vertical pixels | |||
Display Contrast | Adjustable | |||
Power Supply | ||||
Supply Voltage | 100V-240VAC. 50Hz-60Hz; DC INPUT: 5VDC. 2A | |||
Power Consumption | <2.5W | |||
Fuse | T. 3A | |||
Battery | 2600mA*2 | |||
Environmental | ||||
Operating Temperature | 0~50 ??C (32~122 ??F) | |||
Storage Temperature | -40~+71 ??C (-40~159.8 ??F) | |||
Humidity | ??+104??(??+40??C): ??90% relative humidity | |||
106??~122??(+41??C ~50??C): ??60% relative humidity | ||||
Cooling Method | Convection | |||
Altitude | Operating and | 3.000m (10.000 feet) | ||
Nonoperating | ||||
Mechanical Shock | Random Vibration | 0.31gRMSfrom 50Hz to 500Hz. 10 minutes on each axis | ||
Nonoperating | 2.46gRMSfrom 5Hz to 500Hz. 10 minutes on each axis | |||
Operating | 50g. 11ms. half sine |