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                                                    Shenzhen Zhiyong Electronics Co., Ltd

 

 

16 

7. Operating Method 

 

 

The output interface of this machine is set inside. When using the oscilloscope, please select high input 

resistance (1M

Ω

). If the input resistance is 50

Ω

, the data will be incorrect 

 

Please make sure the current measured doesn’t surpass the maximum current. The magnetic core will 

saturate. The saturated magnetic core will neutralize the generate waveform during saturation. The 

overcharged inrush might cause mistaken degaussing and need to be zero set again.   

 

When power is connected, offset might occur because of the heat generated by the machine. But it will be 

stabilized after about 30 min. 

 

Strong Magnetic field like transformer, large circuit, high electricity like wireless will cause deviation 

 

The voltage might deviate because of the surrounding temperature, so please be careful when testing 

sequentially   

 

The frequency of the current under test may cause resonance, but this won’t influence the testing. 

 

The position of conductor under test in the sensor will influence the result, so please move the conductor 

under test into the center of the sensor.   

 

Push the switch control pole all the way through until the unlock mark disappear. Please make sure the 

control pole is locked and the entire structure is closed. If the entire structure isn’t closed, the testing will go 

wrong. 

 

If you insert the high potential side of the circuit in high frequency domain, the result might be influenced 

by the noise. If it’s necessary, please limit the waveform observer’s frequency domain or insert the low 

potential side of the circuit. 

 

 

 

When disconnecting the output terminal, please pull out the connector after unlocking. The output terminal 

will be damaged if you force to drag the cable out before unlocking 

 

When putting in the output terminal other than BNC terminal, please be careful for the polarity of the 

terminal 

 

The continuous maximum input range is the fixed value caused by the machine’s operating heat. Please do 

not put in current higher than this value, or the device will be damaged 

 

The continuous maximum input range will change according to the frequency of the current under test. The 

probe will be damaged when operate under overcharged current   

 

When the input current continuously surpasses the maximum input range, the self-protection will be 

activated by the heating of the sensor and cause wrong output. Please stop the current input and wait for full 

cool down before next operation. 

 

The protection circuit will be mistakenly activated by the high temperature even when the continuous 

current under test is below the max input. 

 

When the connect input surpass the max input range current and activate the protection function too often, 

Note 

Attention 

CYBERTEK

Summary of Contents for CP8000 Series

Page 1: ...td www cybertek cn DC AC Current Probes CP8000 Series CP8030B 30A DC 50 MHz CP8030H 30A DC 100 MHz CP8050A 50A DC 50 MHz CP8150A 150A DC 12 MHz CP8300A 300A DC 6 MHz CP8500A 500A DC 5 MHz Shenzhen Zhi...

Page 2: ...ndicated conditions are fully understood and met A WARNING notice denotes a hazard It calls attention to an operating procedure practice or the like that if not correctly performed or adhered to could...

Page 3: ...current measurements DC AC measuring capabilities Over current protection with dual indicators buzzer and LED High and low range selection Low current measurements Degaussing and automatic zero settin...

Page 4: ...hold Appliances Experiment of Electronic Engineering Semiconductor Devices design Inverters transformer design Electronic ballast design Industrial Control Consumer Electronic Design Engine driven des...

Page 5: ...hanical strain or shock Care should be exercised when handing the sensor head Opening lever Operating lever used to open the sensor head Always use this lever to open the sensor head BNC Output Connec...

Page 6: ...succeeds the buzzer will make two short beeps If degaussing and Zero Setting failed the buzzer will make a single sound for one second Range selected Key Model Range Transfer ratio CP8030B H 30A 0 1V...

Page 7: ...sor is NOT clamped around any conductors Slide the probe s Opening Lever into the LOCKED position as shown in Figure Confirm that the sensor head is properly closed Degaussing and Zero Setting When th...

Page 8: ...mping and measuring do not touch the clamp in front of the barrier or the conductor being measured Be careful to avoid damaging the insulation surface while taking measurements Make sure that the wave...

Page 9: ...t should be cleaned by gently wiping with a soft cloth To avoid damaging the sensor cable and power supply cable do not bend or pull the cables When the power is on keep closed except when clamping th...

Page 10: ...ose mechanism can be damaged The output of this unit is terminated internally Use an oscilloscope with an input impedance of at least 1 M Immediately after powering on the probe the probe may be subje...

Page 11: ...ent At high frequencies common mode noise may affect measurements taken on the high voltage side of circuits If this occurs reduce the frequency range of the waveform measuring instrument or clamp ont...

Page 12: ...10X 75A 10X 30A 10X 50A 10X 150A 100X 300A 100X 500A 100X Overload 5A 5A 7 5A 7 5A 30A 30A 50A 50A 75A 75A 30A 50A 50A 75A 150A 300A 300A 500A 500A 750A Current transfer ratio 5A 1V A 7 5A 1V A 30A 0...

Page 13: ...V CATIII Safety compliance EN61010 1 2010 EMC standard EN61326 1 2013 EN61000 3 2 2014 EN61000 3 3 2013 Fig 1 a CP8030B Amp Frequency curve Fig 1 b CP8030H Amp Frequency curve Fig 2 a CP8030B Fig 2 b...

Page 14: ...8030H Input impedance VS Frequency Input impedance VS Frequency Fig 4 CP8050AAmplitude Frequency Curve Fig 5 CP8050A Continuous maximum input rating Frequency derating Fig 6 CP8050A Input Impedance fr...

Page 15: ...s maximum input measurement Fig 9 CP8150A Input Impedance Frequency curve Fig 10 CP8300AAmplitude frequency Curve Fig 11 CP8300A Continuous maximum input measurement Fig 12 CP8300A Input Impedance Fre...

Page 16: ...ctor diameter max 5mm 20mm Cable length 1m 1 5m Cable length CK 310 100cm Adapter dimensions CK 612 72 62 31mm Wire length 1 5m Clamp dimensions L W H 75 40 18mm 175 68 29mm Termination unit L W H 119...

Page 17: ...is closed If the entire structure isn t closed the testing will go wrong If you insert the high potential side of the circuit in high frequency domain the result might be influenced by the noise If it...

Page 18: ...impedance of the oscilloscope is 1M Lock the probe until the UNLOCK symbol disappear Press the button to degauss and zero set There will be beeping as success indication after 6s 7 3Measuring method...

Page 19: ...use 9 2 Can CP8000 series product measure small current A Yes For now the CP8000 series current probe has two optional ranges and one is for small current The current resolution of the CP8030B CP8030...

Page 20: ...id environment If there s anything wrong with the probe please set it back for repairing If you dismantled the device on your own we won t guarantee for repairing 7 Packing list Packing list ITEM Quan...

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