Hioki 8715-01 Bedienungsanleitung

MEASUREMENT GUIDEMEASUREMENT GUIDE

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8715-01

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POWER HiCORDER

Introduction

The 8715-01 POWER HiCORDER measurement guide describes some several measurement

examples. Therefore, the settings may be different from those used in the actual measurements

you perform. In this case, refer to the POWER HiCORDER's instruction manual and modify the

appropriate settings accordingly before performing your measurements.

Also, be sure to read the POWER HiCORDER's instruction manual for information on cautions

to take when connecting the device and performing measurements. Make sure you fully

understand the contents before operating the device. HIOKI cannot be held liable for any

accidents except for those caused by the product.

The following table of contents lists the several different measurement examples as well as

their reference page numbers. All these examples assume only CH 1 is used in the

measurements. Therefore, turn off the waveform display of all other channels. Also,

measurement examples described in this measurement guide assume all other settings use the

factory defaults. No attempt is made to describe settings not directly related to the

measurements. For the information, refer to the 8715-01 POWER HiCORDER's instruction

manual.

Viewing the Voltage Waveform of the 220 V Power Line 1

Viewing the Current Waveform of the Power Line 2

Recording the Passage Current Waveform 3

Recording the Instantaneous Stop Waveform of the 220 V Power Source 4

Recording the Surge Current Waveform when Power is Supplied 5

Recording the RMS Value of the Voltage Variation of the 220V Power Source 6

Recording the RMS value of the Load Variation of the Power Source 7

Monitoring the Leak Current Waveform 8

Recording the RMS Value of the Leak Current 9

Viewing the Waveform of Power Surge/Noise at the 220 V Power Line 10

Viewing the Voltage Waveform of the 440 V Power Line 13

Recording the Abnormal Waveform while Recording the Power Variation

(Instantaneous Waveform Recording) 14

Application Examples on 220 V Line Power Monitoring 15

Viewing the Waveform before the Trigger Point (Pre-Trigger) 16

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Viewing the Voltage Waveform of the 220 V Power Line

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Viewing the Voltage Waveform of the 220 V Power Line

9197 CONNECTION CORD

9418-15 AC ADAPTER

カード

DMM

Measurement

mode

Selection Move the cursor

Measurement Start

Make sure the power recorder's connecting cord is connected to the power terminal of the

power source. Then, press the [START] key to start the measurement. A voltage waveform

appears on the waveform display screen.

To stop the measurement, press the [STOP] key. After the measurement stops, the voltage

waveform last captured appears on the screen.

When multiple waveforms are captured, they are displayed in the

ollowing way according to the sequential save.

To display the waveforms, press the channel select key (CH1). The

displayed number indicates the block in the diagram which appears

in reverse color. This block is the waveform currently displayed on

the waveform display screen.

To change the display, move the flashing cursor to the number's

position or directly to the block's position ( ), then press the /

key to confirm.

If you start the measurement again, the previous waveform is

discarded and recordin

starts from the first block.

To view the voltage waveform, set the measurement mode to "Waveform". For the time axis

setting, "2ms" would be quite satisfactory. Set the recording length to "20 DIV".

In the case of voltage waveform, after selecting "Volt" as the input mode, set the range to

"200V Line".

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Viewing the Current Waveform of the Power Line

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Viewing the Current Waveform of the Power Line

9418-15 AC ADAPTER 9010-10 CLAMP ON PROBE

カード

DMM

Measurement

mode

Selection Move the cursor

Starting a measurement

Clamp the clamp-on sensor to the power

line you want to measure.

Then, press the [START] key to start the measurement.

A current waveform appears on the waveform display screen.

To stop the measurement, press the [STOP] key. After the

measurement stops, the current waveform last captured

appears on the screen.

100 A

To view the current waveform, set the measurement mode to "Waveform". For the time axis

setting, "2ms" would be quite satisfactory. Set the recording length to "20 DIV".

In the case of current waveform, after selecting "clamp sensor" as the input mode, select the

range of the clamp. In this example, "9010" and "100A" are selected. Set the clamp sensor also

to this range.

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the Passage Current Waveform

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the Passage Current Waveform

9418-15 AC ADAPTER 9010-10 CLAMP ON PROBE

カード

DMM

Measurement

mode

Selection Move the cursor

Starting a measurement

Clamp the clamp-on sensor to the power

line you want to measure.

Then, press the [START] key to start the measurement.

When the trigger activates, the current waveform appears

on the waveform display screen. After the waveform equal

to the recording length is captured, the state returns to

"wait for trigger".

To stop the measurement, press the [STOP] key. After

the measurement stops, the current waveform last

tured a

ears on the screen.

100A

Trigger activates when the current exceeds 100A.

Trigger point

Capturing 20 DIV of

waveform from the point

where the trigger

activates.

200 A

To record the passage current waveform, set the measurement mode to "Waveform". For the

time axis setting, "2ms" would be quite satisfactory. Set the recording length to "20 DIV".

In the case of current waveform, after selecting "clamp sensor" as the input mode, select the

range of the clamp. In this example, "9010" and "200A" are selected. Set the clamp sensor also

to this range.

Set the trigger to "LVL", and then configure the trigger level. If you set the level to "100.0A" and

"", when the current exceeds 100A the trigger activates and then the waveform is captured.

Until the trigger activates, the state remains as "wait for trigger".

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the Instantaneous Stop Waveform of the 220 V Power Source

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the Instantaneous Stop Waveform of the

220 V Power Source

9197 CONNECTION CORD

9418-15 AC ADAPTER

カード

DMM

Measurement

mode

Selection Move the cursor

Measurement Start

Make sure the power recorder's connecting cord is connected to the power terminal of the

power source.

Press the [START] key to start the measurement. When the trigger activates, the

instantaneous stop waveform appears on the waveform display screen. After the waveform

equal to the recording length is captured, the state returns to "wait for trigger" again.

To stop the measurement, press the [STOP] key. After the measurement stops, the voltage

waveform last captured appears on the screen.

190.0 Vrms

Trigger point Because the recording length is set to "20

DIV" and the pre-trigger is 50%, 10 DIV of

waveform before and after the trigger point

are captured. For details on pre-trigger,

see page 16.

Trigger activates when

the effective level drops

below 190 Vrms.

To record the instantaneous stop waveform of the power source, set the measurement mode to

"Waveform". For the time axis setting, "2ms" would be quite satisfactory. Set the recording

length to "20 DIV".

In the case of voltage waveform, after selecting "Volt" as the input mode, set the range to

"200V Line". If you set the range to "200V Line", then you can measure the 220V and the 240V

power voltages.

Set the trigger to "DROP". For the measurement frequency, specify one which is suitable for the

region you are located. For the level, set a RMS value so that when the effective power voltage

drops below this value, the trigger will activate. In this example, it is set to "190.0Vr".

To see the waveform before the trigger point, try to set the trigger to "50%". Until the trigger

activates, the state remains as "wait for trigger".

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the Surge Current Waveform when Power is Supplied

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the Surge Current Waveform when Power is

lied

9418-15 AC ADAPTER 9010-10 CLAMP ON PROBE

カード

DMM

Measurement

mode

Selection Move the cursor

Starting a measurement

Clamp the clamp-on sensor to the power line

you want to measure.

Press the [START] key to start the measurement.

Turn on the power of the line you want to measure.

When the trigger activates, the current waveform

appears on the waveform display screen.

After the waveform equal to the recording length is captured, the

state returns to "wait for trigger".

To stop the measurement, press the [STOP] key.

After the measurement stops, the current waveform last

captured appears on the screen.

2.5 A

Trigger activates when the current

exceeds 2.5 A.

Because the recording length is

set to "20 DIV" and the pre-

trigger is 50%, 10 DIV of

waveform before and after the

trigger point are captured. For

details on pre-trigger, see page

16.

20 A

To record the waveform of the surge current, set the measurement mode to "Waveform". For

the time axis setting, "2ms" would be quite satisfactory. Set the recording length to "20 DIV".

In the case of current waveform, after selecting "clamp sensor" as the input mode, select the

range of the clamp. In this example, "9010" and "20A" are selected. Set the clamp sensor also

to this range.

Set the trigger to "LVL", and then configure the trigger level. If you set the level to "2.500A" and

"", when the current exceeds 2.5 A the trigger activates and then the waveform is captured.

To see the waveform before the trigger point, try to set the trigger to "50%". Until the trigger

activates, the state remains as "wait for trigger".

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the RMS Value of the Voltage Variation of the 220 V Power Source

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the RMS Value of the Voltage Variation of the

220 V Power Source

9197 CONNECTION CORD

9418-15 AC ADAPTER

カード

DMM

Measurement

mode

Selection Move the cursor

Measurement Start

Make sure the power recorder's connecting cord is connected to the power terminal of the

power source.

Press the [START] key to start the measurement. When the measurement starts, the RMS

waveform of the voltage also prints at the same time

To stop the measurement, press the [STOP] key.

250 Vrms

150 Vrms

If the range is "200V Line", the center of the screen (recording paper) becomes 200 Vrms.

200 Vrms

To record the voltage variation of the power source, set the measurement mode to "Trend". For

the time axis setting, initially setting it to "10s" would be easy to understand.

For the measurement frequency, specify one which is suitable for the region you are located.

If print is set to "ON" as well, then printing begins as soon as the measurement starts.

In the case of voltage waveform, after selecting "Volt" as the input mode, set the range to

"200V Line".

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the RMS value of the Load Variation of the Power Source

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Recording the RMS value of the Load Variation of the

Power Source

9418-15 AC ADAPTER 9010-10 CLAMP ON PROBE

カード

DMM

Measurement

mode

Selection Move the cursor

Starting a measurement

Clamp the clamp-on sensor to the power line you want to measure.

Press the [START] key to start the measurement. When the measurement starts, the RMS

waveform of the current also prints at the same time

To stop the measurement, press the [STOP] key.

40 Arms

0 Arms

For current measurement of the power variation,

the lowest part of the screen (recording paper) becomes 0A.

20 Arms

To record the load (current) variation of the power source, set the measurement mode to

"Trend". For the time axis setting, initially setting it to "10s" would be easy to understand.

For the measurement frequency, specify one which is suitable for the region you are located.

If print is set to "ON" as well, then printing begins as soon as the measurement starts.

In the case of current waveform, after selecting "clamp sensor" as the input mode, select the

range of the clamp. In this example, "9010" and "20A" are selected. Set the clamp sensor also

to this range.

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Monitoring the Leak Current Waveform

――――――――――――――――――――――――――――――――――――――――――――――――――――――――

Monitoring the Leak Current Waveform

9418-15 AC ADAPTER

3283 CLAMP ON LEAK PROBE

9445 AC ADAPTER

9094 OUTPUT CORD

9199 CONVERSION ADAPTER

3283 setting

Press the RANGE key of 3283 to set

the range to 100mA. Next, press the

OUTPUT key to display MON

(waveform output: AC).

If the measurement is going to take a

long time, always use the AC

adapter.

3283 LCD

Starting a measurement

Clamp the 3283 to the location where you want to measure the leak current.

Press the [START] key to start the measurement. When the trigger activates, the leak current

waveform appears on the waveform display screen.

After the waveform equal to the recording length is captured, the state returns to "wait for

trigger". To stop the measurement, press the [STOP] key. After the measurement stops, the

current waveform last captured appears on the screen.

20 mA

Trigger activates when the current exceeds 20 mA.

Trigger point

Because the recording length is set to "20 DIV" and

the pre-trigger is 50%, 10 DIV of waveform before

and after the trigger point are captured. For details

on pre-trigger, see page 16.

To record the leak current waveform, set the measurement mode to "Waveform". For the time

axis setting, "2ms" would be quite satisfactory. Set the recording length to "20 DIV".

In the case of leak current waveform, after selecting "3283" as the input mode, select range of

3283. Because it is a leak current, set the range to "100mA".

Set the trigger to "LVL", and then configure the trigger level. If you set the level to "20.00mA"

and " ", when the current exceeds 20 mA the trigger activates and then the leak current

waveform is captured. To see the waveform before the trigger point, try to set the trigger to

"50%". Until the trigger activates, the state remains as "wait for trigger".

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