Owon HDS200 User Manual
Dual-channel automotive diagnostic
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Summary of Contents for Owon HDS200
- Page 1 HDS200 Dual-Channel Automotive Diagnostic User Manual For product support, visit:www.owon.com.hk/download ※：The illustrations, interface, icons and characters in the user manual may be slightly different from the actual product. Please refer to the actual product.
- Page 2 LILLIPUT Company. Fujian LILLIPUT Optoelectronics Technology Co., Ltd. No. 19, Heming Road Lantian Industrial Zone, Zhangzhou 363005 P.R. China Tel: +86-596-2130430 Fax: +86-596-2109272 Web: www.owon.com.cn E-mail: info@owon.com.cn...
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Page 3: Table Of Contents
Table of Contents Automotive Diagnostic ......................1 Ignition System ......................2 Sensors System ......................4 Bus Diagnosis System ....................10 Engine System ......................11 Charge&Startup System ....................15 Technical Specifications ....................16 Oscilloscope ......................16 Multimeter ......................18 Arbitrary Waveform Generator (Optional) ............20 General Technical Specifications .................20... -
Page 4: Automotive Diagnostic
Automotive Diagnostic key, press F3 key to enter the automotive diagnostic waveform Press library menu. The menu includes Waveform Lib, Ref wave, and Wave display toggle. 1. Press F1 to enter waveform library. Num. Description The voltage and time base settings of reference waveform CH1 have been adjusted in the waveform library. -
Page 5: Ignition System
Delete saved waveform files (Note: System files cannot be deleted). Save current waveform and settings. Load the waveform library file and display it as a purple waveform. Press to select the waveform library file. Press to go back to the previous directory or press to enter the next level directory. - Page 6 The red connector of the test line is connected to the power supply voltage Primary Attenuat × line of the ignition coil × Voltage or (20:1) through a probe needle, while the black connector is grounded. The red connector of the test line is connected to Clamp the current Primary...
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Page 7: Sensors System
connect to the test wire. Clamp the current probe Primary onto the power supply × × Current range voltage wire of the ignition coil. The red connector of the test line is connected to the negative terminal of Primary Attenuat ×... - Page 8 Type Type The red The red connector of connector of the the test line is test line is connected to the connected to the analog output line Digital digital output line through a probe through a probe needle, while the needle, while the black connector is black connector...
- Page 9 grounded.If the connector size is appropriate, disconnect the connector and use the attached 6-way lead wire to connect to the test wire. The red connector of the The red connector of test line is the test line is connected to an connected to an output wire output wire through a...
- Page 10 through a probe needle, while the black connector is grounded. The red connector of the test line is connected to the Inductive signal output line × × Type through a probe needle, while the black connector is grounded. The red connector of the test line is connected to the Reluctan...
- Page 11 The red connector of the test line is connected to the Sensor signal output line × × Titania through a probe needle, while the black connector is Lamb grounded. The red connector of the test line is connected to the Sensor signal output line ×...
- Page 12 g Diesel through a probe temperature Engine) needle, while the sensor's signal black connector is output wire grounded. through a probe needle, while the black connector is grounded. The test line is The red connector of red, the the test line is connector is connected to the idle connected to the...
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Page 13: Bus Diagnosis System
connector and use the attached 6-way lead wire to connect to the test wire. The red connector of the test line is connected to the signal output line through a probe needle, while the black connector is × grounded.If the ×... -
Page 14: Engine System
is grounded. The red connector of the test line is connected to the signal output line × × through a probe needle, while the black connector is grounded. The red connector of the test line is connected to the signal output line ×... - Page 15 appropriate, disconnect the connector and use the attached 6-way lead wire to connect to the test wire. The red connector of Connect the the test line is current probe connected to the to the power injector's cable of the switching/grounding fuel injector.
- Page 16 grounded. The red connector of the test line is Connect the Volt connected to the current probe positive wire of the fuel 20:1 to the positive &Cu range injector through a wire of the rrent probe needle, while the fuel injector. black connector is grounded.
- Page 17 connector is grounded.If the connector size is appropriate, disconnect the connector and use the attached 6-way lead wire to connect to the test wire. Cani The red connector of ster the test line, through Purg the probe needle, connects to the carbon Sole ×...
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Page 18: Charge&Startup System
disconnect the connector and use the attached 6-way lead wire to connect to the test wire. Charge&Startup System The operation instructions are as follows: Function Probe Probe CH1 Connection Connection Type Type Connect the red terminal of the test line to the generator's B+ ×... -
Page 19: Technical Specifications
alligator clip. Connect the red Clamp the terminal of the test line current probe Parasitic to the generator's B+ onto the Drain Current range terminal via an alligator positive cable clip, and ground the of the black terminal. battery. Relati Diese Clamp the current 400A... - Page 20 Characteristics Description 250 MSa/s (Dual channel) Real-time sampling HDS2102A 500 MSa/s (Single channel) rate Waveform refresh 10,000 wfms/s rate Input coupling DC, AC, ground Input impedance 1 MΩ±2%, in parallel with 16 pF±10 pF (DC coupling) Input 1X 、10X、100X、1000X 、10000X Probe attenuation Maximum input...
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Page 21: Multimeter
Characteristics Description Period, Frequency, Mean, Automatic HDS2102A PK-PK, Max, Min, Amplitude Source CH1, CH2 Type Edge Coupling DC, AC Trigger type Auto, normal, single Trigger electrical ±4 div from the center of the screen level range Trigging Trigger electrical ±0.3 div level accuracy According to Record length and time Trigger displacement... - Page 22 Minimum Basic function Range Accuracy resolution 200.00mV 0.01mV 2.0000V 0.1mV ±(0.8%+10dig) 20.000V AC voltage 200.00V 0.01V 750.0V 0.1V ±(1%+10dig) Frequency range：40Hz-1000Hz 200.00mA 0.01mA ±(0.8%+10dig) 10.000A ±(2.5%+10dig) DC current Overload protection: mA function: self-healing fuse 400 mA/250 V; Ampere function : 10A/600 V, D5.2*20, fast-acting fuse 200.00mA 0.01mA ±(1%+10dig)
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Page 23: Arbitrary Waveform Generator (Optional)
range is 5% to 100% of the range. Arbitrary Waveform Generator (Optional) Characteristics Description Sine HDS2102A 0.1Hz～25MHz Square 0.1Hz~5MHz Waveform Frequency Ramp 0.1Hz~1MHz Pulse 0.1Hz~5MHz 0.1Hz~5MHz Sampling 125MSa/s Amplitude(50Ω 0.01Vpp ~ 2.5Vpp DC offset(High Z) ±(2.5V – Amplitude Vpp/2) Frequency Resolution 0.01% Channel Waveform Depth... - Page 24 Non-operating: 15,000 meters Cooling method Natural cooling Mechanical specifications: Characteristics Description Dimensions 198 mm (length) × 96mm (height) × 38 mm (width) Weight About 0.6 kg (main unit, without battery) Calibration interval: The recommended calibration interval is one year.
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