Cybertek HCP8030C Manual

Cybertek HCP8030C Manual

Dc/ac current probes

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DC/AC Current Probes
HCP8000 Series
HCP8030 30A/DC~ 50 MHz
HCP8030C 30A/DC~ 70 MHz
HCP8030D 30A/DC~100 MHz
HCP8030H 30A/DC~120 MHz
HCP8050 50A/DC~ 50 MHz
HCP8150 150A/DC~12 MHz
HCP8150A 150A/DC~22 MHz
HCP8300 300A/DC~ 6 MHz
HCP8300A 300A/DC~ 8 MHz
HCP8500 500A/DC~ 5 MHz
Shenzhen Zhiyong Electronics Co., Ltd
www.cybertek.cn
Shenzhen Zhiyong Electronics Co., Ltd

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Summary of Contents for Cybertek HCP8030C

  • Page 1 Shenzhen Zhiyong Electronics Co., Ltd DC/AC Current Probes HCP8000 Series HCP8030 30A/DC~ 50 MHz HCP8030C 30A/DC~ 70 MHz HCP8030D 30A/DC~100 MHz HCP8030H 30A/DC~120 MHz HCP8050 50A/DC~ 50 MHz HCP8150 150A/DC~12 MHz HCP8150A 150A/DC~22 MHz HCP8300 300A/DC~ 6 MHz HCP8300A 300A/DC~ 8 MHz HCP8500 500A/DC~...
  • Page 2: Table Of Contents

    Shenzhen Zhiyong Electronics Co., Ltd Safety Notices A CAUTION notice denotes a hazard. It calls attention to an operating procedure, practice, or the like that, if not correctly performed or adhered to, could result in damage to the product or loss of important data. Do not proceed beyond a CAUTION notice until the indicated conditions are fully understood and met.
  • Page 3: Features And Applications

    Shenzhen Zhiyong Electronics Co., Ltd 1. Features and Applications The HCP8000 series current probes are wide band width DC/AC active current probes, featuring high bandwidth, fast and accurate capture the current wave, accuracy up to 1% and low circuit insertion loss.
  • Page 4 Shenzhen Zhiyong Electronics Co., Ltd HCP8150(A) HCP8300(A) HCP8500  1) Sensor Head The core component to measure conductor current. The component contains a precise semi-conductor that could be damaged by drastic change of environmental temperature, external pressure and shock. Please be careful during measurement.
  • Page 5: Making Measurements

    Shenzhen Zhiyong Electronics Co., Ltd 9) Range selected button Model Range Transfer ratio 0.1V/A HCP8030(C/D/H) 1V/A 0.1V/A HCP8050 7.5A 1V/A 150A 0.01V/A HCP8150(A) 0.1V/A 300A 0.01V/A HCP8300(A) 0.1V/A 500A 0.01V/A HCP8500 0.1V/A 10) Power supply socket External power supply socket, standard with (12V/1A) adapter model CK-612. 3.
  • Page 6: Safe Probing

    Under such conditions, the device may be damaged and insulation may deteriorate so that it no longer meets specifications. Before using the device the first time, verify that it operates normally to ensure that the no damage occurred  during storage or shipping. If you find any damage, contact your dealer or CYBERTEK representative.
  • Page 7 Shenzhen Zhiyong Electronics Co., Ltd This device is not designed to be entirely water- or dust- proof. To avoid damage, do not use it in a wet or dusty  environment. The sensor head is a precision assembly including a molded component, a ferrite core, and a Hall Effect element. ...
  • Page 8: Accessories Description

    Model HCP8030(C/D/H) HCP8050 HCP8150(A) HCP8300(A) HCP8500 DC-50MHz HCP8030 DC-12MHz DC- 6 MHz (Figure 1.a) HCP8150 HCP8300 (Figure7.a) (Figure10.a) DC-70MHz HCP8030C Bandwidth DC-50MHz DC-5MHz (Figure 1.b) (-3dB) (Figure 4) (Figure13) DC-100MHz HCP8030D DC-22MHz DC-8 MHz (Figure 1.c) HCP8150A HCP8300A DC-120MHz (Figure7.b) (Figure10.b)
  • Page 9 Power supply DC 12V/1A(Standard Adaptor) Voltage of 300V CATI 600V CATII 300V CATIII insulated wire Safety compliance EN61010-1: 2010+A1:2019 EN 61010-2-032:2019 EMC standard EN61326-1:2013 EN61000-3-2:2014 EN61000-3-3:2013 Fig 1 .a HCP8030 Fig 1 .b HCP8030C Amp- Frequency curve Amp- Frequency curve...
  • Page 10 Shenzhen Zhiyong Electronics Co., Ltd Fig 1 .c HCP8030D Fig 1 .d HCP8030H Amp- Frequency curve Amp- Frequency curve Fig 2.a HCP8030 Fig 2.b HCP8030C Continuous maximum input measurement Continuous maximum input measurem Fig. 2.c HCP8030D Fig.2.d HCP8030H Continuous maximum input measuremen Continuous maximum input measuremen Fig 3.a HCP8030...
  • Page 11 Shenzhen Zhiyong Electronics Co., Ltd Fig 3.c HCP8030D Fig 3.d HCP8030H Input impedance VS Frequency curve Input impedance VS Frequency curve Fig 4 HCP8050 Fig 5 HCP8050 Amplitude-Frequency Curve Continuous maximum input rating Fig 6 HCP8050 Figure 7.a HCP8150 Input Impedance-frequency curve Amplitude-Frequency Curve Figure 7.b HCP8150A Fig 8.a HCP8150...
  • Page 12 Shenzhen Zhiyong Electronics Co., Ltd Fig 8.b HCP8150A Fig 9.a HCP8150 Continuous maximum input measurement Input Impedance-Frequency curve Fig 9.b HCP8150A Fig 10.a HCP8300 Input Impedance-Frequency curve Amplitude-frequency Curve Fig 10.b HCP8300A Fig 11.a HCP8300 Amplitude-frequency Curve Continuous maximum input measurement Fig 11.b HCP8300A Fig 12 .a HCP8300 Continuous maximum input measurement...
  • Page 13: Operating Method

    Shenzhen Zhiyong Electronics Co., Ltd Fig 12.b HCP8300A Fig 13 HCP8500 Input Impedance-Frequency Curve Amplitude-frequency Curve Fig 14 HCP8500 Fig 15 HCP8500 Maximum continuous input measurement Input Impedance-Frequency Curve Mechanical characteristics Model HCP8030(C/D/H) HCP8050 HCP8150 (A) HCP8300 (A) HCP8500 Measurement conductor 20mm diameter max.
  • Page 14 Shenzhen Zhiyong Electronics Co., Ltd 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 ...
  • Page 15: The Method To Deal With Abnormal Situation

    Shenzhen Zhiyong Electronics Co., Ltd 7.2 Degaussing and Zero setting Connect the HCP8000 with oscilloscope (Make sure the input impedance of the oscilloscope is 1MΩ)  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 ...
  • Page 16: Packing List

    Shenzhen Zhiyong Electronics Co., Ltd To measure accurately, please degauss and zero set the probe, and make sure the probe is locked during  the process. Set the input impedance of the oscilloscope to 1MΩ(default)  Make sure the probe is locked during testing. ...

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