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Rigol RP1003C, User Manual

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Rigol RP1003C User Manual Download Page 16

RIGOL

 

6 

RP1003C/1004C/1005C/1006C User Guide 

To Use the Current Probe 

 

Before using the current probe, make sure to refer to 

Safety Precautions

. 

 

Preparations for Measurement 

 

1.

 

Prepare one RP1000P power supply and one waveform measurement 

instrument for waveform measurement. 

CAUTION

 

Before turning the power supply on, make sure that the voltage matches that 

indicated on the rear panel of the RP1000P. Connection to an improper supply 

voltage may damage the RP1000P and present an electrical hazard. 

 

2.

 

Turn the power switch off and connect the power cord. 

 

3.

 

Connect the power plug of the current probe to the power receptacle of the 

RP1000P.   

 

 

 

4.

 

Turn the RP1000P power switch on, and check that the front panel power 

indicator lights on. 

 

5.

 

Wait at least 30 minutes after turning on the current probe. Immediately after 

power is supplied, offset drift may increase due to the effects of self-heating of 

the device and other factors. To ensure accurate measurement, wait at least 30 

minutes after turning on the current probe before performing the 

measurement. 

 

 

Demagnetizing and Zero Adjustment 

 

1.

 

With the waveform measurement instrument input at ground, adjust the trace 

to the zero position. 

 

2.

 

Set the input coupling of the waveform measurement instrument to DC. 

 

3.

 

Connect the output connector of the current probe to the input connector of the 

Summary of Contents for RP1003C

Page 1: ...User Guide RP1003C 1004C 1005C 1006C Current Probe Sept 2020 RIGOL TECHNOLOGIES CO LTD ...

Page 2: ......

Page 3: ...lication is subject to change without notice RIGOL shall not be liable for either incidental or consequential losses in connection with the furnishing use or performance of this manual as well as any information contained Any part of this document is forbidden to be copied photocopied or rearranged without prior written approval of RIGOL Product Certification RIGOL guarantees that this product con...

Page 4: ...sing the relevant function In the manual the symbol indicates particularly important information that the user should read before using the device The symbol printed on the device indicates that only insulated conductors suited to the voltage of the circuit under test can be measured The following symbols in this manual indicate the importance of cautions and warnings DANGER Indicates that incorre...

Page 5: ... 2 RP1005C RP1006C Parts Overview 3 Parts Introductions 4 To Use the Current Probe 6 Preparations for Measurement 6 Demagnetizing and Zero Adjustment 6 Measurement Procedure 8 Precautions for Measurement 10 Specifications 14 RP1003C RP1004C 14 RP1005C 15 RP1006C 16 Appendix 18 Appendix 1 Amplitude frequency Characteristics 18 Appendix 2 Relation between Max Input Current and Frequency 20 Appendix ...

Page 6: ...rface while taking measurements 4 Before clamping the conductor being measured make sure that the insulation on the conductor is undamaged Also take care not to damage the insulation when clamping the conductor Any damage to the insulation could cause an electric shock 5 The probe is made for use with the RP1000P power adapter 6 To prevent fire avoid damage or burns of the measurement object devic...

Page 7: ...the current probe RP1003C RP1004C RP1005C RP1006C WARNING 1 Do not allow the device to get wet and do not take measurements with wet hands This may cause an electric shock 2 Do not press the demagnetizing switch DEMAG to perform demagnetization while the conductor being measured is clamped Doing so could damage the circuitry or cause an accident that might result in injury or death 3 Ensure that t...

Page 8: ... in handling it 6 The mating surfaces of the sensor head are precision ground and should be treated with care If these surfaces are scratched performance may be impaired 7 Measurements are degraded by dirt on the mating surfaces of the sensor head so keep the surfaces clean by gently wiping with a soft cloth 8 Foreign substances such as dust on the mating surfaces of the sensor head can cause acou...

Page 9: ...e impossible in the presence of strong magnetic fields such as near transformers and high current conductors or in the presence of strong electromagnetic fields such as near radio transmitters Service When sending the probe for repair pack carefully to prevent damage during transportation Keep the cushioning materials within the package to avoid the probe to be damaged Be sure to include details o...

Page 10: ......

Page 11: ...n easily capture the current waveforms Main Features Highly accurate current detection Easy current measurement Broadband frequency characteristics RP1003C DC to 50 MHz RP1004C DC to 100 MHz RP1005C DC to 10 MHz RP1006C DC to 2 MHz RP1003C RP1004C Compact design permits measurement of low current levels RP1005C RP1006C Large diameter allows high current measurements Easy protect function at excess...

Page 12: ... RP1004C Parts Overview Figure 1 RP1003C RP1004C Parts For the parts from 1 to 7 noted in the above figure please refer to Parts Introductions Current Direction Indication UNLOCK Indication Terminator Power Supply Cable Sensor Cable 5 2 7 4 3 1 6 Sensor ...

Page 13: ... Parts Overview Figure 2 RP1005C RP1006C Parts For the parts from 1 to 7 noted in the above figure please refer to Parts Introductions Current Direction Indication LOCK Indication Terminator Power Supply Cable Sensor Cable 1 7 4 3 1 6 Sensor UNLOCK Indication 2 ...

Page 14: ...itch the UNLOCK indication disappears 2 Sensor head This clamps the conductor being measured and carries out the actual current measurement It is a precision assembly that contains a molded component a ferrite core and a Hall effect element It may be damaged if subjected to sudden changes at ambient temperature or mechanical strain or shock and therefore great care should be exercised in handling ...

Page 15: ...06C the probe must be used with a waveform measurement instrument that has an input impedance of at least 1 MΩ Accurate measurement is not possible with the waveform measurement instrument whose input impedance is 50 Ω If using BNC banana plug adapters or similar to connect to input terminals other than BNC connectors make sure the polarity is correct Turn the collar until it clicks and check that...

Page 16: ...e power plug of the current probe to the power receptacle of the RP1000P 4 Turn the RP1000P power switch on and check that the front panel power indicator lights on 5 Wait at least 30 minutes after turning on the current probe Immediately after power is supplied offset drift may increase due to the effects of self heating of the device and other factors To ensure accurate measurement wait at least...

Page 17: ...e current probe is clamping a conductor to be measured Demagnetizing causes current to flow into the conductor which may damage parts in the circuit to be measured RP1003C RP1004C RP1005C RP1006C Check that the conductor being measured is not clamped when supplying power to the current probe for the same reason Demagnetized waveforms are generated when supplying electric power 4 Make sure the curr...

Page 18: ...gure below for RP1003C RP1004C the slide switch should be at the OPEN position for RP1005C UNLOCK should be displayed on the slide switch and LOCK should disappear 3 Align the sensor so that the current direction indication corresponds to the direction of current flow through the conductor to be measured and clamp so that the conductor is in the center of the sensor aperture 4 Lock the current sen...

Page 19: ...e used simultaneously with the RP1000P depending on the current to be measured The current consumption of the current probe depends on the current to be measured Make sure that the total current consumption of the current probes does not exceed the rated output current of the power supply when multiple current probes are connected to the same power supply The figure below is the relation curve bet...

Page 20: ...ous input range is based on the heat that is internally generated during the measurement Never input current in excess of this level Exceeding the rated level may result in damage to the probe 2 The device may sustain damage from self heating even at current levels that are lower than the maximum current value defined by the maximum rated current The maximum rated current is a recommended value th...

Page 21: ...n if the input current does not exceed the rated continuous input range continuous input for an extended period of time may result in activation of the safety circuit to prevent damage resulting from heating of the sensor 6 At high ambient temperature the built in safety circuit may activate at current input levels below the rated continuous input range 7 Continuous input of current exceeding the ...

Page 22: ...d This sound may also occur during demagnetizing operation but it does not represent a malfunction device failure 5 If foreign matter becomes adhered to the mating surfaces on the sensor head so that a slight gap exists between the upper and lower sensors the sensor head may emit a resonant sound Any foreign matter should be removed using the cleaning method described in this manual 6 An increase ...

Page 23: ...o strong external magnetic fields such as transformers and high current conductors or in locations subject to strong external electric fields such as radio transmission equipment 11 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 onto the low voltage side...

Page 24: ...tween Max Input Current and Frequency RP1003C RP1004C Maximum Peak Current Value Non continuous 50 A peak Gain 0 1 V A Amplitude Accuracy 1 0 rdg 1 mV 30 Arms 2 0 rdg 50 A peak DC 45 Hz to 66 Hz input within continuous maximum input range Noise 2 5 mArms for BW 20 MHz waveform measuring instrument Input Impedance Refer to Appendix 3 Input Impedance Typical RP1003C RP1004C Temperature Coefficient f...

Page 25: ...sions Terminator approx 27H 55W 18D mm Mass RP1003C approx 230g RP1004C approx 240g Accessories User Guide Probe Case Safety EN61010 EMC EN61326 RP1005C Bandwidth DC to 10 MHz 3 dB refer to Appendix 1 Amplitude frequency Characteristics RP1005C Rise Time 35 ns Maximum Continuous Input Range 150 Arms refer to Appendix 2 Relation between Max Input Current and Frequency RP1005C Maximum Peak Current V...

Page 26: ...osing up to 10 000 times Effect of External Magnetic Fields 150 mA in a DC or 60 Hz 400 A m magnetic field Diameter of Measurable Conductor 20 mm Measurable Conductor Insulated conductor Cable Length Sensor cable approx 2 m Power supply cable approx 1 m External Dimension Sensor approx 176W X 69H X 27D mm Terminator approx 27H X 55W X 18D mm Mass Approx 500g Accessories User Guide Probe Case Safet...

Page 27: ...ly Voltage 12 V 0 5 V Operating Temperature and Humidity Range 0 C to 40 C 80 RH no condensation Storage Temperature and Humidity Range 10 C to 50 C 80 RH no condensation Location for Use Indoor altitude up to 2 000 m Pollution Degree 2 Period of Guaranteed Accuracy 1 year opening closing up to 10 000 times Effect of External Magnetic Fields 800 mA in a DC or 60 Hz 400 A m magnetic field Diameter ...

Page 28: ...RIGOL 18 RP1003C 1004C 1005C 1006C User Guide Appendix Appendix 1 Amplitude frequency Characteristics RP1003C RP1004C ...

Page 29: ...RIGOL RP1003C 1004C 1005C 1006C User Guide 19 RP1005C RP1006C ...

Page 30: ...RIGOL 20 RP1003C 1004C 1005C 1006C User Guide Appendix 2 Relation between Max Input Current and Frequency RP1003C RP1004C ...

Page 31: ...RIGOL RP1003C 1004C 1005C 1006C User Guide 21 RP1005C RP1006C ...

Page 32: ...RIGOL 22 RP1003C 1004C 1005C 1006C User Guide Appendix 3 Input Impedance Typical RP1003C RP1004C ...

Page 33: ...RIGOL RP1003C 1004C 1005C 1006C User Guide 23 RP1005C RP1006C ...

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