TOOLTOP ET612/ET613

TOOLTOP ET612/ET613 Network Cable Tester Instruction Manual

Models: ET612, ET613

1. Introduction

The TOOLTOP ET612/ET613 Network Cable Tester is a versatile and practical tool designed for communication line professionals and engineering maintenance personnel. This handheld, portable device assists in quickly and efficiently identifying and testing network cables, phone lines, and Power over Ethernet (PoE) systems. It features multiple testing modes and a clear LCD display to enhance your workflow.

2. Safety Information

  • High Voltage Warning: Do not directly test cables connected to strong current (e.g., household wiring). Doing so may cause personal injury or damage to the equipment.
  • Low Battery Indication: If the host LCD screen or the line finder's POWER light flashes, it indicates that the battery voltage is low. Please replace the batteries promptly to ensure accurate operation.

3. Package Contents

Upon opening your package, please ensure all the following items are present:

  • 1 x Transmitter Unit
  • 1 x Receiver Unit
  • 3 x Test Cables (RJ45, RJ11, Crocodile Clip Cable)

Note: 3*AA batteries for the Transmitter and a 9V battery for the Receiver are NOT INCLUDED and must be purchased separately.

4. Product Overview

The TOOLTOP Network Cable Tester consists of two main units: a Transmitter and a Receiver. Below is a diagram identifying the key components:

Diagram of TOOLTOP ET612/ET613 Network Cable Tester components
Figure 1: Labeled diagram of the Transmitter and Receiver units.

Transmitter Unit (Host)

  • Power Switch: Turns the device on/off.
  • Display: Large LCD screen for clear test results.
  • Voltage Detecting Button: Initiates voltage tests.
  • Continuity Test Button: For checking cable continuity.
  • Cable Tracing Button: Activates cable tracing function.
  • Signal Selection Button: Switches between different signal types.
  • Pairing Speed Adjusting Button: Adjusts the speed for wiremap pairing.
  • Cable Testing Button: Initiates cable tests.
  • RJ45 Port: For connecting network cables.
  • RJ11 Port: For connecting phone lines or crocodile clip cables.

Receiver Unit (Wire Tracker)

  • Tracing Probe: Used to detect signals from cables.
  • Flashlight: Illuminates dark work areas.
  • Scan Ready Indicator: Shows when the receiver is ready to scan.
  • Volume Adjusting Wheel: Controls the audio output level.
  • Mode Button: Switches between Analog and Digital tracing modes.
  • Battery Door: Access for battery replacement.
  • Indicators: LEDs to show detected wire pairs.
  • RJ45 Connector: For direct connection to network cables during tracing.
  • External Probe Connector: For specialized probes (if applicable).

5. Setup

5.1 Battery Installation

  1. Locate the battery compartment on the back of both the Transmitter and Receiver units.
  2. Open the battery compartment cover.
  3. For the Transmitter, insert 3 x AA batteries, observing the correct polarity (+/-).
  4. For the Receiver, insert 1 x 9V battery, observing the correct polarity (+/-).
  5. Close the battery compartment covers securely.

5.2 Initial Power On

Press the Power Switch on the Transmitter unit to turn it on. The LCD display will illuminate, indicating the device is ready for use.

6. Operating Instructions

The TOOLTOP ET612/ET613 offers various testing functions. Refer to the following instructions for proper operation.

6.1 Mode Switching

The device supports three modes: POE mode, Digital mode, and Analog mode. These modes can be switched freely using the Mode Button on the Receiver unit.

Image showing the three modes: POE, Digital, Analog
Figure 2: The three selectable operating modes.

6.2 Cable Tracing (Analog & Digital)

This function helps locate a specific cable among a bundle.

  1. Connect one end of the network cable to the RJ45 port on the Transmitter.
  2. Turn on the Transmitter.
  3. Select the desired tracing mode (Analog or Digital) on the Receiver using the Mode Button.
  4. Use the Tracing Probe of the Receiver to scan the cables.
  5. Analog Signal: When an analog signal (L1 or L3) is displayed on the host, the line finder pen will display a red light and beep.
  6. Digital Signal: When a digital signal (L2) is displayed on the host, the line finder pen will display blue light flickers and vibrate.
Video 1: Demonstration of Analog and Digital cable tracing.

6.3 POE Testing Function

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

  1. Connect one end of the network cable to the NETWORK port of the PoE device.
  2. Connect the other end of the network cable to the RJ45 network port of the Transmitter unit.
  3. The Transmitter's display will show the PoE power supply voltage, line sequence, and positive/negative polarity.
Image showing POE voltage testing
Figure 3: Testing a PoE device for voltage and polarity.
Image showing POE testing with voltage and line sequence display
Figure 4: POE testing displaying voltage and line sequence.

6.4 Voltage Test Function

This function allows you to measure battery voltage and voltage polarity.

  1. Press the "V" button on the Transmitter to enter the voltage test function.
  2. Connect the crocodile clip cable to the RJ11 port on the Transmitter.
  3. Attach the red and black clips to the terminals of the battery or phone line you wish to test.
  4. The Transmitter's display will show the voltage value. A flashing display indicates positive polarity.
  5. Press "V" again to switch to PoE test mode.
Image showing voltage test on a 9V battery
Figure 5: Measuring battery voltage and polarity.

6.5 Line Matching Function

This function helps verify the correct wiring of network cables.

  1. Insert one end of the network cable into the RJ45 port on the Transmitter.
  2. Connect the other end of the network cable to the RJ45 connector on the Receiver (line hunting pen).
  3. The line hunting lamp (1-8) on the Receiver will gradually flash, indicating the wire pairs are being tested.
Video 2: Demonstration of the line matching function.

6.6 ID Test

The ID test function is useful for identifying specific network cables in a multi-cable environment, such as when cables are distributed to computers in different rooms.

  1. Connect one end of the network cable to the RJ45 port on the Transmitter.
  2. Connect the other end of the network cable to a specific ID adapter (e.g., Remote ID 1, 2, 3, etc.).
  3. The ID number of the connected adapter will be displayed directly on the Transmitter's screen, allowing for convenient and fast cable identification.
Video 3: Demonstration of the ID test function.

6.7 Switch Alignment Blinking

This feature helps locate a network cable connected to a switch by causing the switch port's indicator light to blink.

  1. Connect the network cable to the RJ45 slot of the Transmitter unit.
  2. Insert the other end of the network cable into a port on the network switch.
  3. The Transmitter will issue a blinking signal. The corresponding switch Internet serial number light will flash, allowing you to identify the connected cable by matching the blinking pattern.
Video 4: Demonstration of switch alignment blinking.

6.8 Continuity Test

This test checks for open or short circuits in a cable.

  1. Connect the cable to be tested to the appropriate port on the Transmitter (e.g., RJ45 for network cables, RJ11 with crocodile clips for other wires).
  2. Press the Continuity Test button on the Transmitter.
  3. The display will show "00Ω" for a continuous circuit or "OL" for an open circuit.
Image showing continuity testing
Figure 6: Performing a continuity test.
Video 5: Demonstration of the on/off (continuity) function.

6.9 Adjustable Sensitivity & Flashlight

  • Adjustable Sensitivity: The Receiver unit features a Volume Adjusting Wheel. Turn it down when the signal is strong to pinpoint the cable more accurately. Turn it up when the signal is weak to detect the cable from a greater distance.
  • Flashlight: The Receiver unit includes an LED flashlight to assist in working in dark environments.
Image showing adjustable sensitivity dial on the receiver
Figure 7: Adjustable sensitivity feature on the Receiver.

7. Specifications

The following table details the specifications and feature differences between the ET612 and ET613 models:

Comparison table of ET612 and ET613 features
Figure 8: Feature comparison between ET612 and ET613 models.
FeatureET612ET613
MaterialABS
Power (Transmitter)3*AA battery (NOT INCLUDED)
Power (Receiver)9V battery (NOT INCLUDED)
Analogue Cable TracingYesYes
Digitalized Cable TracingYesYes
Tracking cables with PoE supportYesYes
Identify wire pairs & quality of wire connectionsYesYes
Battery Voltage Polarity CheckingYesYes
Battery Voltage Measurement (for reference only)YesYes
PoE Voltage Polarity CheckingYesYes
PoE Voltage Measurement (for reference only)YesYes
Intelligent WiremapYesYes
Split PairYesYes
Breakpoint CheckingYesYes
Continuity TestYesYes
Tracing Signal Transmission Distance3 Km
Output Signal Level~15Vp-p
Vibration IndicationNoYes
FlashlightYesYes
Loudness AdjustableYesYes
Low Battery Indicator (Transmitter)Switch off after idling for ~20 minutes
Auto Power Off (Receiver)YesYes
Package Size220 x 148 x 50 mm (8.7 x 5.8 x 2.0 in)
Package Weight389 g (13.7 oz)

8. Maintenance

  • Cleaning: Use a soft, dry cloth to clean the device. Do not use abrasive cleaners or solvents.
  • Storage: Store the device in a cool, dry place away from direct sunlight and extreme temperatures. If storing for an extended period, remove the batteries to prevent leakage.
  • Battery Replacement: Replace batteries as soon as the low battery indicator appears to ensure optimal performance and prevent data inaccuracies.

9. Troubleshooting

  • Device Not Powering On: Check if batteries are correctly installed and fully charged. Replace if necessary.
  • Inaccurate Readings: Ensure all cable connections are secure. Check battery levels. Avoid testing cables connected to live power.
  • No Signal During Tracing: Verify that the Transmitter is powered on and the correct mode (Analog/Digital) is selected on the Receiver. Adjust the sensitivity on the Receiver.
  • Interference During Tracing: If experiencing noise, try switching to Digital mode (if using ET613, utilize the vibration indication). Ensure you are not near strong electromagnetic fields.

10. User Tips

  • Multi-Cable Identification: When using the ID test function for multiple cables, ensure each cable is connected to a unique Remote ID adapter. This allows for clear and efficient identification of individual network lines.
  • Optimal Tracing: For best results in noisy environments, consider using the ET613 model which offers vibration indication for digital line searches, reducing noise interference.

11. Warranty and Support

For warranty information and technical support, please refer to the official TOOLTOP website or contact your retailer. Keep your purchase receipt as proof of purchase.

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