CA15 Scope Meter Instruction Manual Adobe recommends using Adobe Reader or Adobe Acrobat version X or later to work with documents contained within a PDF Package.
Safety Guide: This unit is powered by battery (1865 Li-ion Battery). Please install the proper battery before powering up the device. Sensor cable is only designed for Scope Meter testing ususage. DO NOT use the cable for other purpose. The Device is only designed for working temperature environment between - 5 Celsius or 32 122 Fahrenheit. Please DO NOT expose this device to extreme moisture nor clean face plate by applying any liquid directly to the face plate. If any liquid permeates into the device, shut down the device immediately. If any dirt on the screen, please apply mild cleaner on soft cleaning cloth to clean. DO NOT hit or drop the device. DO NOT disassemble the device or remove the back panel of the device. Please follow the instructions stipulated within this manual for operating this device safely. Product Specification CA 15 Specificaiton Working oltage: 3.6 Working Current: 6mA Working Tempurature: - 5 Celsius Dimension: 33mm(H)*185mm(W)*285mm(L) Product Weight: 73g CA15 Functional specification Measuring oltage: AC25 DC22 page.1
Operation Power On/Off An On/Off switch on the left-top side of the device. Instruction of Multimeter DC DC measurement ON OFF 13.8 Multimeter A set of positive/negative ports on the top of the device. Please plug the probes into the corresponding ports accordingly before measuring. Scope :UP and DOWN buttons are used for modify the volume of the Y-axis. :RIGHT and LEFT buttons are used for modify the volume of the X-axis. ENTER: Use this button to select the currently highlighted option to be executed. EXIT: Use this button to leave the current page. Numbers:~9 DC OHM Circuit Short Test Frequency(Hz) 14.91 14.89 14.9 Entering DC to measure. Max & Min represents a maximum and minimum voltage within a period of time. User can increase the length of time for measuring in the SETTINGS page. page. 2 page. 3
OHM OHM Measurement Circuit Short Test DC OHM Circuit Short Test Frequency(Hz) DC OHM Circuit Short Test Frequency(Hz) Connect positive and negative probe and then press ENTER to calibrate when entering OHM, then to measure resistance. When entering Circuit Short Test the screen will display the circuit short image. By selecting the above option the user will enter the Circuit Short Test. Circuit Short Test: When the circuit is connected, the image will change to a complete loop and the device will make "beeping" sounds. When measuring resistance, if the circuit short happens, the screen will show image of circuit short. Attention: OHM is only for measuring resistance in Ohm. Please DO NOT attempt to measure any other type of value under this setting. page. 4 page. 5
Frequency(Hz) Frequency Measurement Duty/Cycle (%) Duty/Cycle Percentage Measurement DC OHM Circuit Short Test Frequency(Hz) Signal measuring for Sensors only, Do not test with compoments like Ignition primary, Injection signals, the measured result might be incorrect. o Duty/Cycle(%) Active Time(mS) Ignition Dwell Amp Signal measuring for Sensors only, Do not test with compoments like Ignition primary, Injection signals, the measured result might be incorrect. Hz Hz.%.% Hz. % Enter Frequency (Hz) and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to measure frequency. Enter Duty/Cycle (%) and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to measure the percentage. page. 6 page. 7
Active Time (ms) Activation Time Measurement Ignition Dwell Ignition Dwell Measurement o Duty/Cycle(%) Active Time(mS) Ignition Dwell Amp Signal measuring for Sensors only, Do not test with compoments like Ignition primary, Injection signals, the measured result might be incorrect. o Duty/Cycle(%) Active Time(mS) Ignition Dwell Amp Setting Ignition Type:Single Direct Yes No.mS.mS Confirm ignition type and quantity of cylinder when entering to measure inginition dwell. Enter proper setting if the original setting is different from the testing vehicle..ms Enter Activation Time and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. 36. 36. 1.mS 36. o Enter Ignition Dwell and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. page. 8 page. 9
Amp. Measuring the magnitude of current. Temperature o Duty/Cycle(%) Active Time(mS) Ignition Dwell Please set the olt/amp alue Conversion Setting on CA15 and current clamp synchronized. oc Temperature O2 Sensor CAM/CRANK/SPEED Sensor Please connect external Temperature Module(under developing) Amp Injection System Please connect AC/DC Current clamp (OPTIONAL) There are 1m/1mA and 1m/1mA conditions on Current clamp meter. Temperature Module is under development. Please select proper condition for the Current clamp measurement, for example in order to measure 1m=.1A with CA15, move the switch to the 1m/1mA on Current clamp. 1m=.1A.A 1m=.1A 4.149A In order to measure the Current accurately press the ZERO button on the current before performing the measurement. page. 1 page. 11
O2 Sensor CAM/CRANK/SPEED Sensor oc Temperature O2 Sensor CAM/CRANK/SPEED Sensor Injection System.1.1.1 Enter O2 Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to measure O2 Sensor oltage. oc Temperature O2 Sensor CAM/CRANK/SPEED Sensor Injection System Hz. Enter CAM/CRANK/SPEED Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. page. 12 page. 13
Injection System oc Temperature O2 Sensor CAM/CRANK/SPEED Sensor Injection System Setup Enter Injection System to select display mode: Injection Time (number). Enter to select display mode: Ignition Dwell. Injection Time Injection Time Scanwaveform 59.99.76 14.56 2.1mS Ignition Dwell Ignition Scanwaveform RPM Setting Ignition Type:Single Direct Yes No Enter Injection System to select display mode: Injection Time Scanwaveform (waveform). Injection Time Injection Time Scanwaveform ms 4. 3.33 2.67 2. 1.33.67 Enter Injection System and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Confirm ignition type and number of cylinders when entering to measure ignition dwell. 18.54 o?.?? page. 14 page. 15
Enter to select display mode: Ignition Scanwaveform. Setup Enter Setup to view and modify current settings. Ignition Dwell Ignition Scanwaveform RPM Setup Setting 1.Ignition Type : Single Direct 2.Sleep Mode : 5 Minutes 3.DC Refresh Time : 5 Seconds 4.Frequency Refresh Time : 5 Seconds 5.Duty Refresh Time : 5 Seconds 6.Active Refresh Time : 5 Seconds Confirm Ignition type and number of cylinders when entering to measure Inginition Dwell Angle. Ignition Type Setting Setting Ignition Type:Single Direct Yes No 6. 4. 2. Z Z Z Ignition Type Setting Sleep Mode Setting DC Refresh Time Frequency Refresh Time Enter to measure RPM. Select Ignition type: Single Direct Ignition Dwell Ignition Scanwaveform RPM Distributor Single Direct Dial Direct Confirm Ignition type and number of cylinders when entering to measure RPM. Sleep Mode Setting Use this option to automatically power off the unit in order to make your battery charge to last. Setting Ignition Type:Single Direct Yes No RPM Enter RPM and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Z Z Z Ignition Type Setting Sleep Mode Setting DC Refresh Time Frequency Refresh Time Z Z Z off 5 Minutes 1 Minutes 15 Minutes page. 16 page. 17
DC Refresh Time O2 Refresh Time Ignition Type Setting 5 Seconds Duty Refresh Time 5 Seconds Z Z Z Sleep Mode Setting 25 Seconds Active Time Refresh Time 25 Seconds DC Refresh Time 45 Seconds O2 Refresh Time 45 Seconds Frequency Refresh Time 1 Minutes o Ignition Dwell Refresh Time 1 Minutes Frequency Refresh Time Ignition Dwell Refresh Time Ignition Type Setting 5 Seconds Duty Refresh Time o 5 Seconds Z Z Z Sleep Mode Setting 25 Seconds Active Time Refresh Time o 25 Seconds DC Refresh Time 45 Seconds O2 Refresh Time o 45 Seconds Frequency Refresh Time 1 Minutes o Ignition Dwell Refresh Time o 1 Minutes Duty Refresh Time o Duty Refresh Time Active Time Refresh Time O2 Refresh Time Ignition Dwell Refresh Time 5 Seconds 25 Seconds 45 Seconds 1 Minutes Active Time Refresh Time o Duty Refresh Time Active Time Refresh Time O2 Refresh Time Ignition Dwell Refresh Time 5 Seconds 25 Seconds 45 Seconds 1 Minutes page. 18 page. 19
Software Information About CA15 About CA15 SN CA-7 1.25 1.1 page. 2 page. 21
Instruction of Scope General Signal 13.8 Multimeter General Signal Scope Sensors & Components Charging System -- -- 15. 12.5 1. 7.5 5. 2.5 Press to modify the range of oltage measurement Press to modify the range of Time measurement 34 93 6. 5.5 4. 3. 2. 1. 47.5.64 7.5 ms/grid Connect postive (Red) and negative (Black) probe to measure..4..3 ms/grid Sensors & Components O2 Sensor 1.2 1..8.6.4.2 General Signal Sensors & Components Charging System O2 Sensor CRANK/SPEED Sensor Camshaft Injection System.93.6 75. ms/grid 1.2 1..8.6.4.2.4. 75. ms/grid Enter O2 Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. page. 22 page. 23
CRANK/SPEED Sensor Camshaft O2 Sensor Engine start, and running O2 Sensor Engine start, and running CRANK/SPEED Sensor Engine start, but can not run CRANK/SPEED Sensor Engine start, but can not run Camshaft Camshaft Injection System Injection System Select Engine start, and running Select Engine start, and running. -- -- 15. 12.5 1. 7.5 5. 2.5.1. 7.5 ms/grid 33 19 7.5 5. 2.5-2.5-5. 3.5-4.18 7.5 ms/grid -- -- 15. 12.5 1. 7.5 5. 2.5.1. 7.5 ms/grid 9 93 7.5 5. 2.5-2.5-5. 3.48-3.7 3. ms/grid Enter CRANK/SPEED Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Enter Camshaft and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Engine start, and running Engine start, but can not run -- 6. 5. 4. 3. 2. 1... 3. ms/grid Engine start, and running Engine start, but can not run Square Waveform Waveform Select Engine start, but cannot run. 8 1.5 1..5 -.5-1. 1.35 -.2 3. ms/grid Enter CRANK/SPEED Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Please select Engine start, but cannot run and Square Waveform or Waveform 6. 5. 4. 3. 2. 1... 1.5 S/Grid 3. 2. 1. -1. -2. 2.8 -.63 15. ms/grid Enter Camshaft and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. page. 24 page. 25
Injection System Injection Waveform (Digital) O2 Sensor CRANK/SPEED Sensor Camshaft Injection System Injection Time Scanwaveform Injection Waveform (Digital) Injection Waveform (Analog) Injection Time Scanwaveform Injection Waveform (Digital) Injection Waveform (Analog) 6. 5. 4. 3. 2. 1. -- ms Please select Injection Waveform mode: Injection Time Scanwaveform, Injection Waveform (Digital), or Injection Waveform (Analog) ms 4. 3.33 2.67 2. 1.33.67 ms 4. 3.33 2.67 2. 1.33.67 Enter Injection Time Scanwaveform and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. 6. 5. 4. 3. 2. 1. 2. ms 7.5 ms/grid Enter Injection Waveform (Digital) and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Injection Waveform (Analog) Injection Time Scanwaveform Injection Waveform (Digital) Injection Waveform (Analog) 6. 5. 4. 3. 2. 1..56. ms 3. ms/grid 6. 5. 4. 3. 2. 1. 59.99 1.9 ms 3. ms/grid Enter Injection Waveform (Analog) and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. page. 26 page. 27
Throttle Position Sensor Idle Air Control Throttle Position Sensor Idle Air Control Engine Temperature Sensor Inlet Air Temperature Sensor 6. 5. 4. 3. 2. 1... 15. ms/grid Throttle Position Sensor Idle Air Control Engine Temperature Sensor Inlet Air Temperature Sensor 244 53 15. 12.5 1. 7.5 5. 2.5 9.69.33 1.5 ms/grid 6. 5. 4. 3. 2. 1. 3.7 3.7 15. ms/grid Enter Throttle Position Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Enter Idle Air Control and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Engine Temperature Sensor Throttle Position Sensor Idle Air Control Engine Temperature Sensor Inlet Air Temperature Sensor 6. 5. 4. 3. 2. 1... 1.5 S/Grid 6. 5. 4. 3. 2. 1. 2.36 2.35 15. ms/grid Enter Engine Temperature Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. page. 28 page. 29
Inlet Air Temperature Sensor Ignition Trigger Signal Throttle Position Sensor Idle Air Control Engine Temperature Sensor Inlet Air Temperature Sensor 6. 5. 4. 3. 2. 1... 1.5 S/Grid Ignition Trigger Signal Air Flow Sensor -- -- 6. 5. 4. 3. 2. 1..1. 7.5 ms/grid 6. 5. 4. 3. 2. 1. 2.36 2.35 15. ms/grid 29 21 6. 5. 4. 3. 2. 1. 6..73 7.5 ms/grid Enter Inlet Air Temperature Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Enter Idle Ignition Trigger Signal and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. page. 3 page. 31
Air Flow Sensor oltage Scan Mode Ignition Trigger Signal Air Flow Sensor oltage Scan Mode Square Waveform Mode Square Waveform Mode oltage Scan Mode Square Waveform Mode -- 15. 12.5 1. 7.5 5. 2.5.. 7.5 ms/grid 6. 5. 4. 3. 2. 1... 15. ms/grid 6. 5. 4. 3. 2. 1. 2.6 2.57 15. ms/grid Enter Air Flow Sensor and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Analog air flow sensor is same as oltage air flow sensor. Such as: Toyata Surf, Toyata ios. 25 15. 12.5 1. 7.5 5. 2.5 5.5.3 7.5 ms/grid Digital air flow sensor is same as Frequency air flow sensor. Such as: Mitsubishi Galant. page. 32 page. 33
Charging System Enter Charging System to select Battery oltage or Ripple Test. General Signal Sensors & Components Charging System Battery oltage Ripple Test Ripple Test Battery oltage Ripple Test.75.5.25 -.25 -.5. -.1.75 ms/grid Battery oltage 3. 25. 2. 15. 1. 5... 3. 25. 2. 15. 1. 5. 12.11 11.96 Enter Battery oltage and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement..75.5.25 -.25 -.5.3 -.12.75 ms/grid Enter Ripple Test and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Attention: Ripple Test is only for measuring Ripple Test. Please DO NOT attempt to measure any other type of value under this setting. page. 34 page. 35
Enter to select Ignition Primary or Ignition Secondary Ignition Primary Battery oltage Ripple Test.75.5.25 -.25 -.5. -.1.75 ms/grid Dwell Scanwaveform Ignition Coil Primary Waveform Enter Ignition Primary to select Dwell Scanwaveform or Ignition Coil Primary Waveform..75.5.25 -.25 -.5.3 -.12.75 ms/grid Setting Ignition Type:Single Direct Yes No Confirm ignition type and number of cylinders. 6. 4. 2. 6. 4. 2. Enter Dwell Scanwaveform and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. page. 36 page. 37
Ignition Coil Primary Additional function of waveform Dwell Scanwaveform Ignition Coil Primary Waveform 6. 5. 4. 3. 2. 1. 1.17. ms 3. ms/grid 6 5 4 3 2 1 363.5 31.25mS 7.5 ms/grid 6. 5. 4. 3. 2. 1. Enter Ignition Coil Primary and connect positive probe (Red) with sensor and the negative probe (Black) with chassis ground of the vehicle in order to perform measurement. Max. oltage is out of range, press to modify the range of oltage measurement. Ignition Secondary Ignition Primary Ignition Secondary 59.99 6.8 ms 3. ms/grid Please connect IG-M1 When measuring waveform, press ENTER for freeze-frame current waveform. 6 5 4 3 2 1 363.5 31.25mS 7.5 ms/grid Press number 1,2,3 to modify the range of Time measurement (Y-axis). 6 5 4 3 2 1 1 3 2 Cuso1 - Cuso2: 31.5 ms T 7.5 ms/grid After setup, check Time from this waveform to next waveform. Please connect IG-M1 for measuring Ignition Secondary. page. 38 page. 39
Setup Enter Setup to view and modify current settings. Sleep Mode Setting Setup Setting 1.Ignition Type : Single Direct 2.Trigger Type : Falling Edge 3.Sleep Mode : 5 Minutes 4.oltage Measure Type : Maximum oltage Ignition Type Setting Waveform Trigger Sleep Mode Setting oltage Measure Type Z Z Z off 5 Minutes 1 Minutes 15 Minutes Select time for Sleep Mode Ignition Type Setting Ignition Type Setting Maximum oltage Waveform Trigger P-P Ignition Type Setting Distributor Sleep Mode Setting Waveform Trigger Single Direct oltage Measure Type Sleep Mode Setting oltage Measure Type Dial Direct Select oltage Measure Type: Maximum oltage or P-P (Peak to Peak) Select Ignition type: Single Direct Software Information Ignition Type Setting Waveform Trigger Sleep Mode Setting The setting is just for General Signal function About CA15 About CA15 SN CA-7 1.25 1.1 oltage Measure Type Rising Edge Falling Edge Select Waveform Trigger: Rising Edge or Falling Edge page. 4 page. 41
CA-15 Software update Step 1: Download and Install driver (3) Please select "Install this driver software anyway". (1) Please login to our member and download driver from website www.autolandscientech.com PSM3_driver_v4.inf (iscan-ii / edis-ii / PSM3 USB Driver) (You must have registered to become our member to be able to access the member area) NOTE The driver is same as driver for iscan-iiwt / edis-ii. If you have already downloaded this software please disregard and skip to step 2. Step 2: Update CA15 Software (2) Please right click to install driver. (1) Please use USB cable (PS-C) to connect CA15 base unit to PC/NB, and power on CA15 (please make sure the battery has been inserted into CA15 base unit). The power indicator of CA15 base unit will be light on, but screen display will not be light on. page. 42 page. 43
(2) Please download latest CA15 software by clicking Update www.autolandscientech.com (4) After installation, CA15 will reboot. Close software and remove USB cable. (3) Please open CA15 software and update. page. 44 page. 45
(5) How to check if PC/NB connects to CA15 properly? Please right click " Computer" and select "Properties". If successfully installed "Autoland PSModule (COM3)" will be listed under Device Manager. Select "Device Manager" page. 46 page. 47