WOYO PL007 PRO

WOYO PL007 PRO 3.0 CAN BUS Tester User Manual

Model: PL007 PRO | Brand: WOYO

1. Introduction

The WOYO PL007 PRO 3.0 is a digital tester specifically designed for automotive electronics. It provides a compact and user-friendly solution for diagnosing communication issues in vehicle systems. This device can detect the communication status of CAN (Controller Area Network), LIN (Local Interconnect Network), and PWM (Pulse Width Modulation) lines, displaying data, ID, and baud rate. It is an essential tool for both professional technicians and DIY enthusiasts working with automotive electrical modules.

2. Safety Information

  • Always wear appropriate personal protective equipment, such as safety glasses, when working on vehicles.
  • Ensure the vehicle's ignition is off and the battery is disconnected before connecting or disconnecting the tester, unless specific instructions state otherwise.
  • Do not use the tester if it appears damaged or if any cables are frayed.
  • Avoid contact with moving engine parts or hot surfaces.
  • Keep the device dry and away from liquids.
  • This device is intended for automotive diagnostic use only. Do not use it for purposes other than its intended function.

3. Package Contents

Verify that all items are present in your package:

  • Main Tester Unit (PL007 PRO)
  • Wireless Signal Receiver
  • Storage Bag
  • Long Chain (for receiver)

Note: 9V and CR2032 3V batteries are NOT included in the package and must be purchased separately.

Retail Package contents including Main Tester, Storage Bag, Long Chain, and CAN/LIN Signal Receiver.
Figure 3.1: Retail Package Contents

4. Product Overview

The WOYO PL007 PRO 3.0 is a versatile diagnostic tool featuring a main tester unit and a wireless signal receiver for enhanced flexibility.

WOYO PL007 PRO 3.0 CAN BUS Tester with Wireless Signal Receiver, showing LIN, CAN, and PWM ranges.
Figure 4.1: WOYO PL007 PRO 3.0 Main Unit and Wireless Receiver

4.1 Main Tester Unit

The main unit features a display screen and control buttons for selecting modes and viewing data.

Diagram of the PL007 PRO main tester unit with labeled buttons and display functions.
Figure 4.2: Main Tester Unit Controls
  • ON/OFF Button: Long press for over 3 seconds to turn the device on or off.
  • Mode Switch Button: Cycles through CAN Probe (CAN BUS Mode), LIN Probe (LIN BUS Mode), and SIGN Probe (PWM Signal Mode).
  • Data/Signal Button: In CAN/LIN mode, long press to start sending signals (select '01' or '10' mode). Short press to stop ID page and view data.

4.2 Wireless Signal Receiver

The wireless signal receiver allows for remote monitoring of CAN/LIN signals, indicated by an LED light.

Image showing the compact size of the PL007 PRO tester, 11cm by 5cm.
Figure 4.3: Portable Design of the Tester

5. Specifications

FeatureSpecification
Model NameWOYO PL007 PRO
CAN Baud Rates50, 83, 100, 125, 150, 200, 250, 300, 400, 500, 666, 800, 1000 kbps
LIN Baud Rates2400, 4800, 9600, 14400, 19200 bps
PWM Voltage Range< 20V
External Testing CertificationCE
Batteries IncludedNo (Requires 9V for main unit, CR2032 3V for receiver)
Dimensions (approx.)11cm (4.33in) x 5cm (1.96in)

6. Setup

6.1 Main Tester Unit Battery Installation

  1. Locate the battery compartment on the back of the main tester unit.
  2. Open the compartment cover.
  3. Insert a 9V battery, ensuring correct polarity.
  4. Close the battery compartment cover securely.
Image showing the 9V battery compartment on the back of the PL007 PRO tester.
Figure 6.1: 9V Battery Compartment

6.2 Wireless Signal Receiver Battery Installation and Pairing

  1. Remove the clip/cover from the wireless signal receiver.
  2. Install a CR2032 3V battery, paying attention to the positive (+) direction.
  3. Turn on the receiver using its ON/OFF button. The LED should turn green.
  4. On the PL007 PRO main unit, press and hold the right button (signal button) to initiate pairing.
  5. On the receiver, press and hold the reset button for over 3 seconds until its LED flashes blue and red.
  6. Once successfully connected, the LEDs will indicate a stable connection. Cover the clip back onto the receiver.
Step-by-step diagram on how to install the CR2032 3V battery and pair the wireless signal receiver.
Figure 6.2: Wireless Signal Receiver Setup

7. Operating Instructions

7.1 General Operation

  • Power On/Off: Long press the ON/OFF button (center button) for over 3 seconds.
  • Switch Modes: Use the left button to cycle between CAN Probe, LIN Probe, and SIGN Probe (PWM) modes.

7.2 CAN Mode (CAN BUS Mode)

This mode is used to test CAN BUS communication lines. The device automatically recognizes CAN-High and CAN-Low and detects the baud rate.

  1. Select 'CAN Probe' mode using the mode switch button.
  2. Connect the tester's probes to the CAN-High and CAN-Low lines of the vehicle's OBD/OBD II port or specific module. Ensure the cables are indeed CAN BUS cables.
  3. The display will show the detected BAUD rate and CAN-H/CAN-L status. If communication is active, data frames (ID and values) will be displayed.
  4. To send a signal, long press the right button. To stop sending and view data, short press the right button.
  5. The wireless signal receiver's LED will flash red and blue if it receives a CAN/LIN signal, or red and blue if no signal is detected.
CAN Mode display showing BAUD rate, CAN-H/CAN-L, and data frames. Also shows the wireless receiver LED behavior.
Figure 7.1: CAN Mode Operation
Diagram showing automatic recognition of CAN-L and CAN-H connections with red and black probes.
Figure 7.2: Automatic CAN-L / CAN-H Recognition
Illustration of connecting the tester to an OBD/OBD II port and using the wireless receiver to check a CAN module.
Figure 7.3: Testing CAN BUS with Wireless Receiver

Video 7.1: Demonstration of WOYO PL007 PRO 3.0 in CAN, LIN, and Signal Modes.

7.3 LIN Mode (LIN BUS Mode)

This mode is used to test LIN BUS communication lines.

  1. Select 'LIN Probe' mode using the mode switch button.
  2. Connect the red probe to the LIN line and the black probe to GND (Ground).
  3. The display will show the detected BAUD rate and LIN data frames.
  4. The wireless signal receiver's LED will flash red and blue if it receives a CAN/LIN signal, or red and blue if no signal is detected.
LIN Mode display showing BAUD rate, LIN, GND, and data frames. Also shows the wireless receiver LED behavior.
Figure 7.4: LIN Mode Operation

7.4 PWM Signal Mode (SIGN Probe)

This mode is used to check PWM emulate signals and measure voltage.

  1. Select 'SIGN Probe' mode using the mode switch button.
  2. Connect the red probe to the signal line and the black probe to GND (Ground).
  3. The display will show the detected PWM signal and its voltage (Max Voltage: < 20V).
PWM Signal Probe connection diagram showing red probe for signal line and black probe for GND.
Figure 7.5: PWM Signal Probe Connection

8. User Tips

  • Always double-check your connections before powering on the device to avoid damage.
  • If a mode shows no data, try switching to another mode (e.g., if CAN mode shows nothing, check PWM mode) to ensure the correct signal type is being analyzed.
  • Keep the wireless signal receiver within a reasonable range of the main unit for optimal performance.

9. Maintenance

  • Clean the device with a soft, dry cloth. Do not use abrasive cleaners or solvents.
  • Store the tester and its accessories in the provided storage bag in a cool, dry place when not in use.
  • Remove batteries if the device will not be used for an extended period to prevent leakage.
  • Regularly check the probes and cables for any signs of wear or damage. Replace if necessary.

10. Troubleshooting

ProblemPossible CauseSolution
Device does not power onLow or dead battery; Incorrect battery installationReplace 9V battery; Check battery polarity
No data displayed in CAN/LIN modeIncorrect mode selected; No active signal on lines; Faulty connectionSwitch to correct mode (e.g., try PWM); Verify vehicle system is active; Check probe connections
Wireless receiver LED not flashingReceiver battery dead/incorrectly installed; Not paired; Out of rangeReplace CR2032 battery/check polarity; Re-pair receiver (see Section 6.2); Move receiver closer to main unit
Inaccurate PWM voltage readingVoltage exceeds 20V; Poor probe contactEnsure signal is within <20V range; Re-establish firm contact with probes

11. Warranty and Support

This product comes with a standard manufacturer's warranty. For specific warranty details, technical support, or service inquiries, please refer to the product's official website or contact the seller directly. Keep your purchase receipt as proof of purchase.

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