TOOLTOP ET612/ET613

TOOLTOP Network Cable Tester User Manual

Models: ET612, ET613

1. Introduction

This manual provides detailed instructions for the safe and effective use of your TOOLTOP Network Cable Tester (Models ET612 and ET613). This handheld portable device is a practical tool designed for communication line installation, maintenance, and general engineering tasks. It assists in quickly and efficiently identifying and testing cables within complex network infrastructures.

Key Features:

  • Multiple Modes: Supports PoE mode, digital mode, and analog mode for versatile cable tracing.
  • PoE Testing: Capable of testing standard and non-standard Power over Ethernet devices, including PoE voltage, power supply polarity, and power supply mode.
  • Voltage Testing: Measures battery voltage and polarity, and can also be used to test PoE power supply lines and voltage.
  • Adjustable Sensitivity: Allows for precise signal reception by adjusting the sound level, providing more accurate testing data.
  • LED Flashlight: Integrated flashlight for convenient use in dark environments.
  • Large LCD Screen: Provides a clear and intuitive display of test results.
  • Wide Application: Suitable for computer networks, video networks, optical communication engineering, and other metal wire line applications.

2. Safety Information

READ BEFORE USE - SAFETY INFORMATION

To ensure safe operation and service of the equipment, please follow these guidelines:

  • Do not use the equipment just before, during, or just after an electrical storm (electrical shock/high energy overvoltage!).
  • Please make sure that your hands, your shoes, your clothing, the floor, switches, and switching components are dry.
  • Trace only non-energized wiring, except for Power over Ethernet (PoE). Contact with live circuits can result in serious injury or death. Always disconnect power to the circuit prior to using the earphone.
  • Never use the cable testing features on live circuits.
  • Do not use the equipment if it appears damaged or wet.
  • Never use the equipment if it has just been brought from a place with a great temperature difference.
  • Avoid using the equipment in environments with strong magnetic fields, strong electrostatic fields, and strong RF fields.
  • Use the equipment only as specified in this instruction manual; otherwise, the equipment's safety features may not protect you.
  • Clean the case with a damp cloth and mild detergent only. Do not use abrasives or solvents.
  • Replace the battery(ies) if the power indicator is flashing.
  • Remove the batteries if the equipment is planned to be stored for a long period.

Warning:

  • Do not directly search for cables that have been connected to strong current (such as wires at home), otherwise it may cause personal injury and equipment damage.
  • A "Warning" statement identifies hazardous conditions and actions that could cause bodily harm or death.

Caution:

  • A "Caution" statement identifies conditions and actions that could damage the Meter or the equipment under test.

3. Product Overview

The TOOLTOP Network Cable Tester consists of two main units: a Transmitter and a Receiver. The ET613 model also features vibration indication.

Diagram of TOOLTOP Network Cable Tester components
Figure 3.1: Labeled components of the Transmitter and Receiver (ET612/ET613).

Transmitter Components:

  1. External Probe Connector
  2. Power Switch
  3. Voltage Detecting Button
  4. Cable Testing Button
  5. Display
  6. Cable Tracing Button
  7. Continuity Test Button
  8. Signal Selection Button
  9. Pairing Speed Adjusting Button
  10. Battery Door

Receiver Components:

  1. RJ45 Connector
  2. Indicators
  3. Power/Mode Button
  4. Flashlight Switch
  5. Scan Ready Indicator
  6. Flashlight
  7. Volume Adjusting Wheel
  8. Tracing Probe
  9. Battery Door

Optional Accessory:

  • Remote Identification Unit: Used for identifying specific cables.

4. Specifications

Feature ET612 ET613
Operating Temperature0°C ~ 40°C
Storage Temperature-10°C ~ 50°C
Relative Humidity< 90%
Transmitter Battery3 x 1.5V AA (R6)
Receiver Battery1 x 9V (6F22)
Transmitter Size65 x 120 x 32mm
Receiver Size35 x 187 x 29mm
Transmitter Weight (excl. battery)~109g
Receiver Weight (excl. battery)~66g
Analogue Cable Tracing
Digitalized Cable Tracing
Tracing cables with PoE support
Identify wire pairs & quality of wire connections
Battery Voltage Polarity Checking
Battery Voltage measurement (for reference only)
PoE Voltage Polarity Checking
PoE Voltage measurement (for reference only)
Intelligent Wiremap
Split Pair
Breakpoint checking
Continuity Test
Tracing signal transmission distance3Km
Output signal level~15Vp-p
Vibration indication
Flashlight
Loudness adjustable
Low Battery Indicator (Transmitter)
Auto Power Off (Transmitter)Switch off after idling for ~20 minutes
Auto Power Off (Receiver)

5. Setup

5.1 Battery Installation

To avoid shock, injury, or damage to the equipment, remove all connections before opening the battery doors.

  1. Ensure both the Transmitter and Receiver are switched off.
  2. Locate and open the battery doors on both units.
  3. Install the batteries:
    • Transmitter: Insert 3 x 1.5V AA (R6) batteries.
    • Receiver: Insert 1 x 9V (6F22) battery.
  4. Close the battery doors securely.

Replace batteries when the low battery indicator flashes or if the receiver cannot be switched on.

Diagram showing battery replacement for Transmitter and Receiver
Figure 5.1: Battery replacement procedure.

6. Operating Instructions

6.1 Tracing Cables (Wire Tracking)

This function helps locate specific cables within a bundle.

Image showing the three modes: PoE, Digital, Analog
Figure 6.1: The three selectable tracing modes: PoE, Digital, and Analog.
  1. Power On Transmitter: Press the Power button or the "SCAN" button to activate the cable tracing functions. "SCAN" and "L1" will appear on the display, indicating readiness for analog tracing.
  2. Select Signal Type: Press the "Hz" button on the Transmitter to cycle through signal types:
    • L1: Analog 1 Signals
    • L2: Digital Signals
    • L3: Analog 2 Signals
  3. Connect Cable to Transmitter: Plug the cable to be traced into the RJ45 jack on the Transmitter. For cables without connectors, use the provided alligator clips to connect the wire pairs or individual wires.
  4. Activate Receiver:
    • Digital Signal Tracing (Audio): Press the MODE button on the Receiver once. The blue indicator will light up. Move the receiver tip near each cable; the loudest tone indicates the target cable.
    • Analog Signal Tracing (Audio): Press the MODE button on the Receiver twice. The red indicator will light up. Move the receiver tip near each cable; the loudest tone indicates the target cable.
    • Digital Signal Tracing (Vibration - ET613 only): Press the MODE button on the Receiver once. The blue indicator will flash. Move the receiver tip near each cable; the strongest vibration indicates the target cable.
  5. Adjust Sensitivity: Use the Volume Adjusting Wheel on the Receiver to fine-tune sensitivity. Decrease sensitivity for strong signals, increase for weak signals.
    Image showing adjustable sensitivity on the wire tracker receiver
    Figure 6.2: Adjusting the sensitivity on the Receiver.
  6. Power Off: After tracing, press the MODE button on the Receiver for 3 seconds to power it off. Press the Power button on the Transmitter for 3 seconds to power it off.

6.2 Cable Testing (Intelligent Wiremap)

Never use the Cable Testing features on live circuits.

This function tests various cable types, including network cables (IEEE 10Base-T, EIA/TIA 568A, EIA/TIA 568B, AT&T258A, Token Ring), phone lines (2 and 4 lines), and other metallic connection cables.

  1. Power On Transmitter: Press the "TEST" button.
  2. Connect Cables: Connect the cable to be tested to both the Transmitter and Receiver.
  3. Observe Results: The Wiremap Indicator on the Transmitter's display will show lines moving from 1 to 8 continuously. If the cable is connected correctly, the corresponding lines will appear. Alternatively, observe the green LEDs on the Receiver; if lines are connected correctly, the number of green LEDs will match the moving numbers on the Transmitter's display.
Image showing continuity testing setup
Figure 6.3: Continuity testing setup.

6.3 PoE Voltage Testing

This function tests standard and non-standard PoE devices, including PoE voltage, power supply polarity, and power supply mode.

  1. Activate PoE Test Mode: Press the "V" button on the Transmitter twice. "Voltage" and "PoE" will appear on the display.
  2. Connect to PoE Device: Use a network cable to connect the Transmitter's PoE special interface to the PoE equipment.
  3. Read Results: The display will show the measured PoE voltage and polarity. Flashing numbers on the Wiremap Indicator indicate positive voltage lines.
Diagram showing PoE Voltage Testing setup and display
Figure 6.4: PoE Voltage Testing setup and display interpretation.

6.4 Voltage Test

Never use the equipment to test AC voltage and other high-voltage circuits.

This function checks the positive and negative polarity of batteries or phone line voltage.

  1. Activate Voltage Test Mode: Press the "V" button on the Transmitter once. "Voltage" will appear on the display.
  2. Connect to Power Source: Plug the alligator clip provided into the RJ45 jack on the Transmitter. Connect the red clip to the positive terminal and the black clip to the negative terminal of the battery or phone line.
  3. Read Results: The LCD will display the voltage value. Flashing numbers indicate positive voltage on that cable.
Image showing Voltage Test with a 9V battery
Figure 6.5: Voltage Test with a 9V battery.

6.5 Continuity Test

This function checks if a circuit is complete (current can pass through).

  1. Connect Cables: Plug the alligator clip provided into the Transmitter. Connect the alligator clip to the two ends of the cable to be tested.
  2. Activate Continuity Test: Switch on the Transmitter and press the "OHM" button.
  3. Read Results:
    • "00" will appear on the display if the cable is good enough for current to pass through.
    • "OL" will appear if the current cannot pass through (open circuit).

6.6 Remote Identification (Optional Accessory)

This function requires the optional Remote Identification Unit, which is not included in the standard package.

  1. Connect the cable to be identified to the Remote Identification Unit.
  2. Plug the other end of the cable into the Transmitter.
  3. The Remote Identity Number will be shown on the Transmitter's display.

7. Maintenance

7.1 Cleaning

To avoid damaging the equipment, do NOT submerge the equipment in water. Do not use abrasive cleaners, as they will damage the case. Wipe the case with a damp cloth and mild detergent only. Do not use abrasives or solvents. Dirt or moisture in the jacks can affect the measurement accuracy.

7.2 Auto Power Off

The equipment will automatically switch off if there is no function or button press for about 20 minutes to conserve battery life.

8. Troubleshooting

If you encounter issues with your Network Cable Tester, refer to the following common problems and solutions:

  • Device not powering on or erratic behavior: Check the battery levels. If the low battery indicator is flashing, replace the batteries in both the Transmitter (3x AA) and Receiver (1x 9V).
  • No signal detected during cable tracing: Ensure the cable is properly connected to the Transmitter. Verify that the correct signal type (Analog or Digital) is selected. Adjust the Receiver's sensitivity using the Volume Adjusting Wheel.
  • Cable testing (Wiremap) shows incorrect results: Ensure the cable is not connected to a live circuit. Check for proper connection between the Transmitter and Receiver.
  • Does not measure cable distance: This device is designed for tracing, testing continuity, and identifying cable characteristics, not for measuring cable length or distance.
  • Can it identify single wires or only pairs? The device can identify single wires when tracing in analog or digital mode. For wiremap testing, it checks the continuity and pairing of wires within a cable.

9. User Tips

  • Optimize Tracing: When receiving a strong signal, reduce the Receiver's sensitivity to pinpoint the cable more accurately. For weak signals, increase sensitivity.
  • Work in Dark Environments: Utilize the built-in LED flashlight on the Receiver to illuminate your workspace, making detection and searching more convenient.
  • Consider ET613 for Noisy Areas: If working in environments with significant background noise, the ET613 model's vibration indication feature can be particularly useful for silent tracing.
  • Always Double-Check: Before performing any test, especially continuity or wiremap, ensure the cables are not connected to any active power source to prevent damage to the device or injury.

10. Warranty and Support

For technical support, service, or warranty information, please contact the manufacturer or your point of purchase. Keep your purchase receipt as proof of purchase.

A digital version of this user manual is available for download:

Download User Manual (PDF)

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