KAIWEETS HT206D Digital Clamp Meter User Manual

KAIWEETS HT206D Digital Clamp Meter

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Introduction

KAIWEETS HT206D is a digital True-RMS clamp meter with automatic range selection. The Low Impedance (Low-Z) mode can detect and eliminate ghost or stray voltages.

Safety Information

Warnings: Read First

To avoid possible electric shock or personal injury, please obey the following instructions:

• Use the Meter only as specified in this manual or the protection provided by the Meter might be impaired.
• Avoid working alone so assistance can be rendered.
• Never measure AC current while the test leads are inserted into the input jacks.
• Do not use the Meter in wet or dirty environments.
• Inspect the test leads before use. Do not use them if insulation is damaged or metal is exposed.
• Check the test leads for continuity. Replace damaged test leads before using them.
• Use extreme caution when working around bare conductors or bus bars. Contact with the conductor could result in electric shock.
• Do not hold the Meter anywhere beyond the tactile barrier.
• When measuring current, center the conductor in the clamp.
• Do not apply more than the rated voltage, as marked on the Meter, between the terminals or between any terminal and earth ground.
• Remove test leads from the Meter before opening the Meter case.
• Never operate the Meter with the back cover removed or the case open.
• Never remove the back cover or open the case of an instrument without first removing the test leads or the jaws from a live conductor.
• Use caution when working with voltages above 30 V ac RMS, 42 V ac peak, or 60 V de. These voltages pose a shock hazard.
• Do not attempt to measure any voltage that might exceed the maximum range of the Meter- 600 V RMS and 1 kHz or 600 V de.
• Do not operate the Meter around explosive gas, vapor, or dust.
• When using probes, keep fingers behind the finger guards.
• When making electrical connections, connect the common test lead before connecting the live test lead; when disconnecting, disconnect the live test lead before disconnecting the common test lead.
• Disconnect circuit power and discharge all high-voltage capacitors before testing resistance, continuity, or diodes.
• Check the operation of the meter at a known source before and after use.

Product Overview

1. NCV Probe
2. Current Sensing Clamp
3. Flashlight
4. Data Hold Switch/ NCV Button
5. Rotary Function Switch
6. Current Clamp Opening Trigger
7. Function Buttons
8. LED Display Screen
9. COM Terminal (black test lead)
10. INPUT Terminal (red test lead)

Symbol-Explanation

Function Buttons

| Correction of Zero correction for DC measurement
---|---

This function allows the user to set the magnetization effects to zero when measuring DC. It must be performed after each high-amplitude current measurement.

With no conductor inserted into the clamp, press and hold the “Z / F” key (approx. 3 seconds) until a beep sounds and the ZERO symbol appears on the display.

Function selector (for secondary functions)

Press the “Z / F” key to switch the respective secondary function between the different measurements for the applications accessible via the function switch such as between AC and DC.

| ****

Press the “MAX/ MIN” button to display the minimum or maximum values one after the other. Press and hold the button for more than 2 seconds to exit MAX/ MIN mode.

---|---

| Backlight: Press the button to change the background

Activate/ deactivate lighting. It turns off automatically after about 10 seconds of inactivity.

Work light: Press and hold this button for more than 2 seconds to switch the work light on or off.

| ****

HOLD: The HOLD function holds the currently displayed measured value on the display so that it can be read or logged in peace.

Make sure that the function is deactivated at the start of the test. Otherwise an incorrect measurement result will be simulated!

NCV (non-contact AC voltage detection):

Press and hold the button for more than 2 seconds to activate or deactivate the NCV function.

Other Functions

• AC voltage measurement with low-pass filter “LPF”
  The”LPF” function allows the clamp meter to filter interfering signals of over 60 Hz. These signals can lead to inaccurate measurements. The meter filters these signals and only measures the voltage signal.

• Measurement with LPF:
  Set the rotary switch to 600A, 60A or V. Press the “Z / F” button three times until appears on the display. Now you can connect test leads and start measurement. The LPF function is only possible in AC measurement mode.

• High-Impedance Voltage Measurement
  High Impedance means high electrical Impedance. This is used to denote the input Impedance or output Impedance of electrical circuits and devices in particular. When measuring in the circuit, this has only a minor impact on the performance of the circuit, particularly in the case of sensitive electronic circuits or control circuits.

Low impedance voltage measurement (LowZ}

• LoZ mode allows you to measure AC voltages with a low impedance (approx. 300 kO). In this mode, the multimeter lowers the internal resistance to prevent ‘phantom’ voltage readings. As a result, the circuit is more heavily loaded than in the standard measuring mode.
• Set the rotary switch to “LowZ” to use the function.
• The LowZ voltage measurement must not exceed 600 V. Due to the reduced impedance, this measurement function is not suitable for continuous measurement.
• The measurement duration of 1 minute must be observed.

Operating Instructions

Insert and replace batteries

• Replace the batteries immediately when the symbol “‘ ” appears in the display. Disconnect the meter from the power source. Remove the test leads from the measuring device, loosen the screws on the back and remove the lower half of the housing, replace the old batteries and screw the cover back on.

Turn on/off the meter

• The device is switched on when the rotary switch (5) is set to a measuring function.
• When the rotary switch is set to OFF, the measuring device is switched off.

Automatic shutdown

• No operation in 15 minutes, and the clamp meter beeped 3 times. Without further operation, the clamp meter beeps again and switches off automatically.
• Press any key to restore the clamp meter to operating status. The symbol appears on the display.
• To deactivate the automatic switch-off, hold down the “Z / F” key for more than 2 seconds and switch on the clamp meter at the same time. The symbol disappears. Restart after switching off the meter, the automatic switch-off can be restored.

Auto-ranging

• The meter automatically selects the measuring range that is best suited for the measurement performed. The measuring unit and resolution are adjusted at the same time.

AC Zero Input Behavior of True-RMS Meters

• Unlike averaging meters, which can accurately measure only pure sinewave, True-rms meters accurately measure distorted waveforms. Calculating True-rms converters requires a certain level of input voltage to make a measurement. This is why ac voltage and current ranges are specified  from 5 % of the range to 100 % of the range. Non-zero digits that are displayed on a True-rms meter when the test leads are open or are shorted are normal. They do not affect the specified AC accuracy above 5 % of the range.

Connecting Test Leads

• Do not test if leads are improperly seated. Results could cause intermittent display readings. To ensure proper connection, firmly press the leads into the input jack completely.

Making Measurements

AC/ DC Current measurement

The current is measured via the current clamp (2). The sensors in the current clamp detect the magnetic field created by current-carrying conductors. You can take measurements on insulated and not insulated conductors.

The test leads should be disconnected from the measuring device when measuring current. Proceed as follows to measure the current:

1. Turn the rotary switch to the correct current setting (60A / 600A). “DC” appears on the display. Press the “Z / F” button, AC is shown on the display.
2. Press the clamp release lever and open the clamp.
3. Grasp the individual current conductor to be measured and close the current clamp again. Position the conductor in the middle between the two triangular position symbols on the pliers.
   • Do not use the current clamp to surround more than one conductor.
   • If the supply and return conductors (e.g. L and N) are measured, the currents will cancel each other out and no measurement will be displayed. The cables of household appliances usually contain L and N conductors. A cable separator is required to measure with the current clamp.
   • If several supply conductors (e.g. L 1 and L2) are measured, the currents add up.
   • Center the conductor through the current clamp (above the markings)
   • Hold your fingers behind the tactile barrier.
4. The measured current is shown on the display. If current> 3A, the orange display lights up.
5. During AC current measurement, press “Z / F” to display the frequency value or use the LPF function measurement.

Voltage Measurement V (DC / AC)

Voltage above 600 V cannot be measured! When measuring high voltage, pay special attention to safety to avoid electric shock or injury.

1. Set the rotary switch to v. Press the “Z / F” key to change the AC or DC voltage measurement.
2. Plug the black test lead into the COM socket and the red test lead into the INPUT socket.
3. Then bring the test probes into contact with the points to be measured.
4. Read the result on the display. If the voltage is> 80 V, the orange display lights up.
5. When measuring the AC voltage, press “Z / F” to display the frequency result or the result of the LPF function.
6. If you are measuring low impedance, turn the rotary switch to the Low-Z position and press the “Z / F” button to switch between AC and DC voltage .

Attention

• High impedance voltage measurement: 10 MO
• Low impedance voltage measurement: 300 kO

Frequency or Duty Cycle Measurements (Hz%)

Do not enter a voltage above 10 V! When measuring high voltage, pay special attention to safety to avoid electric shock or injury.

1. Turn the rotary function switch to Hz% and press the “Z / F” key to switch over the frequency or duty cycle measurement.
2. Plug the black test lead into the COM socket and the red test lead into the INPUT socket.
3. Connect the probes to the measuring points (connect to the measured power supply or to the parallel connection).
4. Read the result on the display.

Resistance measurement

Do not enter a voltage above 10 V! Make sure that the power supply to the circuit is disconnected and all capacitors are discharged.

1. Turn the rotary function switch to for resistance measurement. It displays “MO” on screen.
2. Turn off the circuit under test.
3. Plug the black test lead into the COM socket and the red test lead into the INPUT socket.
4. Then place the test probes in contact with the points at which the resistance must be measured.
5. Read the result on the display.

Note: When measuring resistance on a circuit, the measured value can be influenced by other circuits.

Continuity test

Do not enter a voltage above 10 V! Make sure that the power supply to the circuit is disconnected and all capacitors are discharged.

1. Turn the rotary switch to and press the “Z / F” key several times until ·1>l appears on the display. The continuity test is now active.
2. Plug the red test lead into the INPUT socket and the black test lead into the COM socket.
3. Connect the probes to the circuit or component under test.
4. If the resistance is <30 0, an acoustic signal sounds continuously and the orange backlight lights up.

Note: When measuring resistance on a circuit.the measured value can be influenced by other circuits.

Capacitance measurement

1. Remove power from the circuit being tested. Turn the rotary function switch to , press the “Z/F” key to cycle through from resistance to continuity to capacitance function.
2. Connect the black test lead to the COM terminal and the red test lead to the “INPUT” terminal.
3. Connect the probes across the circuit or (capacitance) component to be tested.
4. View the reading on the display .

Warning

• To avoid electrical shock when testing capacitance in a circuit, make sure the power to the circuit is turned off and all capacitors are discharged.
• To avoid damaging the instrument or equipment, do not input a voltage greater than 10V.

Note: When measuring capacitance greater than 100uF, it will take a long to measure correctly.

Diode Test

1. Turn the rotary function switch to . Press the “Z/F” key to cycle through from resistance (to continuity to capacitance) to diode function. Remove power from the circuit being tested.
2. Connect the black test lead to the COM terminal and the red test lead to the INPUT terminal.
3. Connect the black test lead to the cathode side and the red test lead to the anode side of the diode being tested.
4. Read forward bias voltage value on the LCD.
5. If the polarity of the test leads is the reverse of the diode polarity, the LCD reading shows “OL:’. This can be used for distinguishing the anode side and cathode side of a diode .

Warning

• To avoid electrical shock when testing diodes in a circuit, make sure the power to the circuit is turned off and all capacitors are discharged.
• To avoid damaging the instrument or equipment, do not input a voltage above 10V.

Temperature measurement

1. Turn the rotary function switch to ·crF position. Press “Z/F” to select °C or °F, the display reflects the chosen temperature unit.
2. Insert the K-type thermocouple into the meter, the positive pole (red) of the therm ocouple into the “INPUT” input, and the negative pole (black) into the “COM” input.
3. Contact the thermocouple probe with the measurement object, then the reading appears on the display.
4. Connect the temperature probe with the testing point.

Warning

• To avoid possible electric shock DO NOT apply the probe tip to any conductor that is greater than 30 V ac, 42 V peak or 60 V de to earth.

Note: It takes a long time for the cold end of thermocouple to be res ored in the instrument to achieve thermal balance with the environment.

Non-contact AC Voltage Detection {NCV)

Make sure that all measuring sockets are free. Remove all test leads and adapters from the meter. This function only serves as an aid.

1. Turning the rotary dial to any position, hold down the “H/NCV” for more than 2 seconds, “click” a sound, the meter shows the “NCV” character and then enter the NCV detection function.
2. Then the NCV probe will be approached the detected point gradually.
3. When the signal of weak electromagnetic field is sensed, the character “- – L:’ is displayed and there appears slow beeping sound.
4. When the signal of strong electromagnetic field is sensed, the character”- – H” is displayed and there appears a fast beeping sound.
5. Press more than 2 seconds or turn the rotary function to exit NCV detection function.

Specification

• Display ………………………………………………………………….. 6000 counters, True RMS
• Display update frequency …………………………………………………………… approx. 3 Hz
• Measuring impedance ………………………………………………………….. 10 MO (V range)
• Operating voltage …………………………………………………………………… 2 x AAA (1.5V)
• Weight: ……………………………………………………………………………………… approx. 260g
• Dimension: ………………………………………………………………. 193mm x 73mm x 34mm
• Security standard: ……………………………………. EN61010-1, -2-030 EN61010-2-033EN61326-1 CATIII 600V
• Operating temperature …………………………………………………………………… O to +40 ·c
• Operating humidit y ………………………………………………………………….. <80% (> 30 ‘C)
• Operating height …………………………………………………………………. 0 to max. 2000 m
• Storage temperature …………………………………………………………………. – 10 to +60 ‘C
• Air humidity in storage …………………………………………………………………………… <70%

Accuracy

600mV /6V/60V/600V

| ±(0.5%+3)
AC-Volts| 6V/60V /600V| ±(1.0%+3)
DC-Amps| ****

6A/60A /600A

| ±(2.5%+5)
AC-Amps| 6A /60A /600A| ±(2.5%+5)
Resistance| 600O /6kO /60kO /600kO /6M0/ 60MO| ±(1.0%+3)
Capacitance| 10nF/100nF/1mF/10mF/100mF/1mF/10mF/100mF| ±(4.0%+3)
Frequency| 10Hz/100Hz /1kHz /10kHz /100kHz /1MHz/10MHz| ±(0.5%+5)
Duty Cycle| 1%- 99%| ±(1.0%+2)
Temperature (oc , OF)| -40 °C- 1000°C| ±(1.0%+2)
-40°F- 1832°F| ±(1.0%+2)

Maintenance

Warning

• To avoid electrical shock, disconnect test leads from the meter before removing its back cover. Never use the Meter with the back cover removed.
• Repairs or servicing not covered in this manual should be performed only by qualified personnel.

Caution

• To avoid contamination or static damage, do not touch the circuit board without proper static protection.
• If the Meter is not going to be used for a long time, remove the battery. Do not store the Meter in a high temperature or a high humidity environment.

Cleaning the Meter

• To avoid damaging the meter, do not use abrasives or solvents on this instrument.
• Periodically clean the Meter by wiping it with a damp cloth and mild detergent.
• Do not get water inside the case. This may lead to electrical shock or damage to the instrument.
• Wipe the contacts in the socket with a clean cotton swab soaked in alcohol.

Three Year Warranty

KAIWEETS will repair, without charge, any defects due to faulty materials or workmanship for three years from the date of purchase provided that:

• Proof of purchase is produced.
• Service/repairs have not been attempted by unauthorized persons;
• The product has been subject to fair wear and tear;
• The product has not been misused;

Defective products will be repaired or replaced, free of charge or at our discretion, if sent together with proof of purchase to our authorized distributor(s). For further detail of warranty coverage and warranty repair information, send email to support@Kaiweets.com.

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FREQUENTLY ASKED QUESTIONS

What distinguishes the KAIWEETS HT206D Digital Clamp Meter from other models?

The KAIWEETS HT206D Digital Clamp Meter offers 6000 counts for both AC and DC current measurement, providing high precision and versatility.

What power source does the KAIWEETS HT206D Digital Clamp Meter utilize?

The KAIWEETS HT206D Digital Clamp Meter is powered by two AAA batteries, offering convenience and portability for various electrical measurement tasks.

What are the dimensions and weight of the KAIWEETS HT206D Digital Clamp Meter?

The KAIWEETS HT206D Digital Clamp Meter measures 7.5 x 2.8 x 1.3 inches and weighs 0.48 pounds, making it compact and lightweight for easy handling and storage.

What is the model number of the KAIWEETS HT206D Digital Clamp Meter?

The model number of the KAIWEETS HT206D Digital Clamp Meter is HT206D, which helps identify its specific features and specifications.

What is the price of the KAIWEETS HT206D Digital Clamp Meter?

The KAIWEETS HT206D Digital Clamp Meter is priced at $47.99, offering a cost- effective solution for professionals and enthusiasts seeking reliable electrical measurement tools.

What warranty does the KAIWEETS HT206D Digital Clamp Meter come with?

The KAIWEETS HT206D Digital Clamp Meter comes with a 3-year warranty, providing assurance of its quality and durability.

What brand manufactures the KAIWEETS HT206D Digital Clamp Meter?

The KAIWEETS HT206D Digital Clamp Meter is manufactured by KAIWEETS, a reputable brand known for producing high-quality electrical measurement instruments.

What additional features does the KAIWEETS HT206D Digital Clamp Meter offer?

In addition to current measurement, the KAIWEETS HT206D Digital Clamp Meter may offer features such as voltage measurement, resistance measurement, continuity testing, and data hold function, enhancing its utility for diverse electrical tasks.

Why is my KAIWEETS HT206D Digital Clamp Meter not turning on?

If your KAIWEETS HT206D Digital Clamp Meter is not turning on, first ensure that the batteries are inserted correctly and are not depleted. Try replacing the batteries with fresh ones and check if the meter powers on.

How can I troubleshoot inaccurate readings on my KAIWEETS HT206D Digital Clamp Meter?

Inaccurate readings on the KAIWEETS HT206D Digital Clamp Meter may result from improper calibration or interference from nearby electrical sources.

What should I do if the display screen of my KAIWEETS HT206D Digital Clamp Meter is malfunctioning?

If the display screen of your KAIWEETS HT206D Digital Clamp Meter is malfunctioning, check for any visible damage or loose connections.

How can I troubleshoot difficulty in clamping the jaws of my KAIWEETS HT206D Digital Clamp Meter around a wire?

Difficulty in clamping the jaws of the KAIWEETS HT206D Digital Clamp Meter around a wire may be due to improper positioning or alignment. Ensure that the wire is positioned properly within the jaws, and try adjusting the angle of approach if necessary.

What should I do if the KAIWEETS HT206D Digital Clamp Meter is not responding to button presses?

If the KAIWEETS HT206D Digital Clamp Meter is not responding to button presses, check for any debris or obstruction around the buttons. Clean the surface of the meter and buttons, and try pressing the buttons again.

How can I troubleshoot intermittent or flickering readings on my KAIWEETS HT206D Digital Clamp Meter?

Intermittent or flickering readings on the KAIWEETS HT206D Digital Clamp Meter may indicate a loose connection or poor contact. Check the connections between the meter and the test leads, ensuring they are secure and free from damage.

What should I do if the KAIWEETS HT206D Digital Clamp Meter is producing unusual noises during operation?

Unusual noises from the KAIWEETS HT206D Digital Clamp Meter may signal internal component failure or mechanical issues. Discontinue use immediately and contact KAIWEETS customer support for further assistance.

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REFERENCES

KAIWEETS HT206D Digital Clamp Meter User Manual- Device.Report

KAIWEETS HT206D Digital Clamp Meter User Manual- wiki

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