TOOLTOP ET622 ET623

TOOLTOP Network Cable Tester Instruction Manual

Models: ET622 & ET623

1. Ifihan

The TOOLTOP Network Cable Tester is a versatile device designed for professionals and DIY enthusiasts to efficiently test and troubleshoot network cables. Available in two models, ET622 and ET623, it offers a range of functions including cable mapping, network length measurement, PoE testing, and crystal head crimping tests. The ET623 model further integrates a full-featured digital multimeter for enhanced utility.

This manual provides detailed instructions on how to set up, operate, and maintain your TOOLTOP Network Cable Tester to ensure accurate and reliable performance.

TOOLTOP Network Cable Tester ET623 main unit and wire tracker receiver

Figure 1: TOOLTOP Network Cable Tester (ET623 model shown)

2. Eto

2.1. Unboxing ati Ibẹrẹ Ayẹwo

Upon receiving your TOOLTOP Network Cable Tester, carefully unbox all components and inspect them for any signs of damage. The package contents typically include:

  • Network Cable Tester (Host Unit)
  • Receiver (Wire Tracker)
  • USB Cable (for host charging)
  • RJ45 Okun
  • Agekuru ooni
  • English User Afowoyi
  • Apoti ipamọ
  • Multimeter Test Leads (Only for ET623 model)
  • 7 x Remote ID (Only for ET623 model)

Fidio 1: Unboxing ati siwaju siiview of the Network Cable Tester.

2.2. Agbara Ipese

  • Ẹka agbalejo: The main tester unit is powered by a built-in 1250mAh rechargeable lithium battery. Charge the host unit using the provided USB cable and a standard USB power adapter (not included).
  • Olugba Gbigba: The receiver unit requires one 9V battery (not included). Open the battery compartment on the back of the receiver and insert the 9V battery, observing correct polarity.

2.3. Ẹrọ Loriview

Familiarize yourself with the main components of the tester:

Diagram showing labeled parts of the network cable tester including LCD color screen, USB charging port, tracing sensor, mode button, flashlight, keypad, RJ-45 cable jack, and network cable length port.

Figure 2: Product Description with labeled parts.

  • Iboju Awọ LCD: 3.2-inch display for clear readings.
  • Ibudo Gbigba agbara USB: For charging the host unit.
  • Tracing Sensor: Used by the receiver for wire tracing.
  • Bọtini Ipo: To switch between different testing modes.
  • Imọlẹ ina: For illumination in dark environments.
  • Bọtini foonu: For navigation and function selection.
  • RJ-45 Cable Jack: Fun sisopọ awọn kebulu nẹtiwọki.
  • Network Cable Length Port: Dedicated port for length measurement.
  • Sound/Sensitivity Adjusting Wheel: On the receiver for adjusting tracing sensitivity.

3. Awọn ilana Iṣiṣẹ

The TOOLTOP Network Cable Tester offers various functions. Select the appropriate mode using the 'MODE' button on the host unit.

3.1. Network Cable Length Measurement

This function measures the length of RJ45 8-core or 4-core network cables, telephone lines, and BNC video cables up to 400 meters.

  1. Connect one end of the cable to the designated 'Length' port on the host unit.
  2. Select the 'Length Measurement' mode on the device.
  3. The screen will display the measured cable length.
Network cable tester measuring the length of a coiled network cable, showing 100.6 meters on the screen.

Figure 3: Network Length Measurement in progress.

3.2. Cable Mapping (Wire Sequence Test)

This function tests for open circuits, crossovers, and short circuits in network cables. The LCD provides clear and intuitive display results.

  1. Connect one end of the network cable to the main unit's RJ45 port.
  2. Connect the other end of the cable to the receiver unit's RJ45 port.
  3. Select the 'Cable Mapping' mode. The screen will display the wiring status (normal, short, cross, or break).
Screenshots of cable mapping results showing short circuit, cross-over, and break conditions on a network cable.

Figure 4: Cable Mapping results for various fault types.

3.3. Crystal Head Crimping Test (QC)

This test verifies if the network cable's crystal head (RJ45 connector) is properly crimped and connected.

  1. Insert the crimped RJ45 connector into the designated QC port on the host unit.
  2. The device will indicate if the crimping is correct or if there's an issue (e.g., 'Line 1-core wire is not properly crimped, and the No.1 light does not light up').
Close-up of a network cable being tested for crimping quality, showing the tester screen and the RJ45 connector.

Figure 5: QC-Connector Crimping Test.

3.4. Tracing Cables (Line Finding Test)

This feature helps quickly locate a target cable among a bundle, offering both digital and vibration modes.

  1. Connect the network cable to be traced to the main unit.
  2. Select the 'Tracing Cables (Scan)' mode.
  3. Use the receiver unit to scan the cables. The receiver will emit a sound (digital mode) or vibrate (vibration mode) when it detects the target cable. Adjust sensitivity with the wheel on the receiver.
Image showing the network cable tester and receiver being used for digital tracing, highlighting the flashlight feature.

Figure 6: Two-in-one line finding and lighting (Flashlight/Digital tracing).

3.5. POE Testing

Test Power over Ethernet (PoE) systems to determine voltage and polarity, compatible with standard and non-standard IEEE802.3AF/AT.

  1. Connect the network cable from the PoE source (e.g., PoE switch) to the tester.
  2. Select the 'PoE Test' mode.
  3. The device will display the PoE voltage ati polarity.
Network cable tester connected to a PoE switch, displaying PoE voltage and pin information.

Figure 7: POE Testing showing voltage and pin power.

3.6. Filasi ibudo

This function helps identify the corresponding port on a switch or router by making its link/activity LED flash.

  1. Connect the network cable from the tester to a port on the network device (e.g., switch).
  2. Select the 'Port Flash' mode.
  3. The corresponding port's LED on the network device will flash, allowing for easy identification.
Network cable tester connected to a network switch, demonstrating the port flash function to identify the connected port.

Figure 8: Switch Port Flicker function.

3.7. Remote ID Mapping (Optional)

For identifying multiple cable runs in one step, optional remote ID adapters can be used.

  1. Connect the main unit to one end of a cable.
  2. Connect a remote ID adapter to the other end of the cable.
  3. The tester will display the ID of the connected remote adapter, allowing you to map cables.
Network cable tester showing remote ID mapping with an optional adapter connected to a wall jack.

Figure 9: Remote ID Mapping (Adapter is optional).

3.8. NCV Test (Non-Contact Voltage)

Detects whether a circuit is live without direct contact. The sensitivity is adjustable.

  1. Select the 'NCV' mode.
  2. Bring the top of the receiver unit close to the suspected live wire or outlet.
  3. Ẹ̀rọ náà yóò fi hàn pé AC vol wà níbẹ̀tage. Adjust sensitivity as needed.
Network cable tester performing an NCV test near an electrical outlet, showing detection of a live circuit.

Figure 10: NCV Test in action.

3.9. Multimeter Functions (ET623 Only)

The ET623 model includes a comprehensive multimeter for various electrical measurements.

  1. Connect the multimeter test leads to the appropriate ports on the host unit.
  2. Select the desired measurement mode (AC/DC Voltage, AC/DC Current, Resistance, Capacitance, Continuity, Diode) using the 'MODE' button.
  3. Follow standard multimeter practices for taking measurements.
Screenshots of the ET623 multimeter function measuring AC voltage, DC voltage, capacitance, and resistance.

Figure 11: Multimeter Function (ET623) - AC/DC Voltage, Capacitance, Resistance.

Screenshots of the ET623 multimeter function measuring continuity, diode, capacitance, resistance, AC current, and DC current.

Figure 12: Multimeter Function (ET623) - Continuity, Diode, Capacitance, Resistance, AC/DC Current.

3.10. Flashlight

The device includes a built-in flashlight for working in dimly lit areas. Activate it as needed during operation.

4. Itọju

  • Ninu: Lo asọ asọ ti o gbẹ lati nu ẹrọ naa. Ma ṣe lo abrasive ose tabi epo.
  • Itọju Batiri: Recharge the host unit regularly, especially if it will not be used for an extended period. Replace the 9V battery in the receiver unit when the low battery indicator appears.
  • Ibi ipamọ: Store the device in its protective case in a cool, dry place away from direct sunlight and extreme temperatures.
  • Iṣatunṣe: The device is factory calibrated. If you suspect inaccuracies, contact customer support for assistance.

5. Laasigbotitusita

  • Ẹrọ ti ko tan: Ensure the host unit's battery is charged or the receiver's 9V battery is correctly installed and not depleted.
  • Inaccurate length measurement: Verify that the cable is properly connected to the 'Length' port and that the cable type is supported.
  • Cable mapping errors: Check that both ends of the cable are securely connected to the main unit and receiver. Inspect the RJ45 connectors for damage.
  • Wire tracing not working: Ensure the receiver's sensitivity is adjusted appropriately. Check the receiver's 9V battery.
  • Multimeter (ET623) not reading: Confirm test leads are correctly inserted and making good contact with the circuit. Ensure the correct measurement mode is selected.

If issues persist, refer to the detailed troubleshooting section in the included printed manual or contact customer support.

6. Awọn pato

Gbogbogbo Awọn alaye

Ẹya ara ẹrọSipesifikesonu
Ifihan3.2 inch awọ LCD iboju
Power Supply (Host)1250mAh rechargeable lithium battery (included)
Ipese Agbara (Olugba)1*9V battery (NOT INCLUDED)
Cable Length Measurement Range2.5m ~ 400m (8ft ~ 1312ft)
Cable Length Accuracy2% ±1m
Atilẹyin USB OrisiRJ45 8-core Ethernet Cable, RJ45 4-core Ethernet Cable, Telephone Cable, BNC Cable
Crystal Head Crimp Test (QC)Atilẹyin
Switch Flash10/100/1000 Mbps
Cable ìyàwòránSupport (Open, Cross, Short Circuit)
Breakpoint MeasureAtilẹyin
Ina filaṣiAtilẹyin
POE igbeyewoVoltage/polarity
NCV Testing Sensitivityadijositabulu
Digital Tracing Sensitivityadijositabulu
Latọna ID ìyàwòrániyan
Agbara Aifọwọyi PaaAtilẹyin

Awoṣe Specific Awọn iṣẹ

IšẹET622ET623
Crystal Head Crimp Test (QC)BẹẹniBẹẹni
Enter Connection PromptBẹẹniBẹẹni
Switch Tracing (W/POE)BẹẹniBẹẹni
Cable ìyàwòránBẹẹniBẹẹni
Switch Indicators FlashingBẹẹniBẹẹni
Nẹtiwọki Cable Kukuru / Open Circuit igbeyewoBẹẹniBẹẹni
Network Cable Breakpoint MeasureBẹẹniBẹẹni
Voltage IdanwoBẹẹniBẹẹni
LCD Size: 55*57mm Color ScreenBẹẹniBẹẹni
NCV Testing/Digital Tracing Sensitivity AdjustableBẹẹniBẹẹni
Ina filaṣiBẹẹniBẹẹni
POE Voltage Value /PolarityBẹẹniBẹẹni
Remote ID Mapping optionalBẹẹniBẹẹni
Low Battery Detection FunctionBẹẹniBẹẹni
Agbara Aifọwọyi PaaBẹẹniBẹẹni
Multimeter WiwọnRaraBẹẹni
Table comparing features of ET622 and ET623 models.

Figure 13: Product Parameters for ET622 and ET623.

Multimeter Specifications (ET623 Only)

WiwọnIbiti oYiye
Multimeter6000 KA
DC Voltage600.00mV ~ 1000V± 0.5% + 0.3
AC Voltage6V~600V± 1% + 3
DC Lọwọlọwọ999.9mA ~ 9.999A± 1.2% + 3
AC Lọwọlọwọ999.9mA ~ 9.999A± 1.5% + 3
Atako600.0Ω ~ 60.00MΩ± 1.5% + 5
Agbara6.000nF~666.6μF, 6.000mF-60.00mF±2.0%+6, ±5%+20
Itesiwaju<10Ω (buzzer sounds)
DiodeAtilẹyin
Table showing special functions and multimeter specifications for ET623.

Figure 14: Special Functions and Multimeter Specifications.

7. Awọn imọran olumulo

  • For accurate cable length measurements, ensure the cable is disconnected from all network devices.
  • When using the wire tracing function, adjust the sensitivity on the receiver to avoid interference from nearby cables.
  • Always power off the device when not in use to conserve battery life.
  • Keep the screen clean and free from scratches for optimal visibility.

8. Atilẹyin ọja ati Support

For warranty information, technical support, or service inquiries, please refer to the contact details provided with your purchase documentation or visit the official TOOLTOP webojula. Jeki ẹri rira rẹ fun awọn iṣeduro atilẹyin ọja.

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