Hioki PW3365 User manual

PW3365-20
CLAMP ON POWER LOGGER
Measurement Guide
Apr. 2018 Revised edition 1 Printed in Japan
PW3365A984-01 18-04H
Thank you for purchasing the HIOKI PW3365-20
Clamp On Power Logger.
This guide introduces the PW3365-20's basic
measurement procedure with the Quick Set to
rst time users.
Before using the instrument,be sure
to read the Instruction manual carefully.
Easy conguration with the Set
How to congure electric energy measurement for a
3-phase 4-wire 220 V line
Setting Items Setting Example
Wiring : 3P4W (3-phase 4-wire)
Clamp sensor : Model 9661 (500 A rating)
Current range : 50 A
Save to... : SD memory card
Save interval : 5 minutes
Save items : Average only
Folder/Filename : Automatic
Rec. start method : Interval
Rec. stop method : Manual
Clock setting : User-specied
Measurement frequency : 50 Hz
You will need
Model PW3365-20
Model PW9020 Safety Voltage Sensor x4
Model 9661 Clamp on
Sensor (optional) x 3
Model Z1008 AC Adapter
SD memory card
(optional)
Color clips for clamp
sensors
Red (CH1)
Yellow (CH2)
Color clips for
voltage sensors
Red (CH1)
Yellow (CH2)
Concept image
of measurement
3-phase 4-wire
220 V line
Quick
Blue (CH3) Blue (CH3)
Preparations
1
Attach the color clips.
(CH1) (CH2) (CH1) (CH2)(N)
2
Insert the SD memory
card. (on right side of
instrument)
3
Connect the AC adapter.
(on left side of instrument)
Be sure to provide a Hioki
optional SD Memory Card.
Operation is not guaranteed
with other SD memory cards.
Model 9661 Model PW9020
Red Yellow Red YellowNone
(CH3)
Blue
(CH3)
Blue
1. Starting the Quick Set
1
Turn on the instrument.
(on left side of instrument)
2
Press the key.
The Quick Set Start dialog will
be displayed.
First time powered
on only
Language setting
Measurement
frequency setting
(50 Hz)
3
Press the Enter
key.
2. Basic settings
3P4W
9661 (500 A)
SD CARD
Set the current time.
1
Congure settings as
shown in screenshot
below.
2
Press the F2 [NEXT] key.
231
Voltage sensor input terminals
(Connect voltage sensors.)
Left Upper
POWER Switch Current sensor input terminals
(Connect clamp sensors.)
AC adapter
connection jack
Right
SD memory
card slot
Names of Parts (excerpt)
3. Connect the sensors to the instrument.
1
Connect the voltage sensors
to the voltage sensor input
terminals.
2
Connect the clamp sensors
to the current sensor input
terminals.
3
Be sure that the SD memory
card is inserted. (on right
side of instrument)
4
Press the F2 [NEXT] key.
Clamp sensor connector (BNC)
Current sensor
input terminals
Line up Line up
Lock the
connector.
1Insert
2
Match the color of each sensor’s color clip to the color
of the terminal.
Voltage sensor connector
Voltage sensor input terminals
Align
Insert
4. Connecting voltage sensors to the measurement target
1
Refer to the wiring diagram to check
the locations to which you have
connected the voltage sensors.
2
Connect the voltage sensors to the
secondary side of the breaker.
3
Check the readings.
In this example,the screen should indicate
approximately 220 V and 50 Hz if there is
no problem.
(Because the measurement target is a 220
V line,and the frequency being measured
is 50 Hz.)
4
Verify the results of checking the
wiring.
5
Press the F2 [NEXT] key.
All results are .
Move the cursor to item.
Press the Enter key.
Check the contents of the dialog box
and correct the wiring.
If there is a
result
1
2
3
Tip
The power source side of the breaker is called the primary
side; whereas the load side,the secondary side.
For your safety,connect the voltage sensors and the clamp
sensors to the secondary side.
Primary side
Source side
Secondary side
Load side
Breaker
Yellow
Proper application
C
A
B
Align the insulated wire with the
marks on the voltage sensor to
the wire.
Red
None
For more information,see “3.6 Connecting
the Voltage Sensors to Target to be
Measured” in the instruction manual.
Improper application Failure to apply the sensor properly will prevent you from being to
make an accurate measurement.
Example: 3-phase 4-wire 220 V line
Secondary side of breaker Clamped with the
tips of the clip
Clamped too far
back in the clip
Clamped with the
measurement target at an
angle
Clamping targets with
different voltages at the
same time
Secondary
side
(Load side)
A
B
C
OK
Blue
N
EN
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5. Connecting clamp sensors to the measurement target
Tip
When the measured value is shown as 0 A
The zero-display processing
*
(which forces the display to read “0 A” when the reading is
0.4% of the range) may cause the display to read “0 A.” Try lowering the current range
while referring to “11.6 Range Conguration and Accuracy by Clamp Sensor” in the
instruction manual.
Reference
Clamp 1 conductor only.
OK
*Example: For the 500 A range,values that are less than or equal to
2 A (0.4% of 500 A) will be displayed as 0 A.
Power source
side
Load side
Current
direction
mark
When using 9660 sensor
Point the arrow
toward the load
side.
PROHIBITED
1
Refer to the wiring diagram
to check the locations to
which you have connected
the clamp sensors.
2
Connect the clamp
sensors to the secondary
side of the breaker.
3
Verify that measured
values are being displayed.
4
Press the F2 [NEXT] key.
6. Setting the current range
Tip
Set the current range based on the anticipated maximum load current that will
occur during the measurement period. (Refer to the operating status,load rating,
breaker rating,and other data to make this determination.) If the range is too low,
the instrument will experience an over-range event during measurement,making
accurate measurement impossible. If the range is too high,a large error component
will result,making accurate measurement impossible.
Display range
1
Set the range.
In this example,
the instrument
is set to 50 A.
2
Press the F2
[NEXT] key.
Effective
measurement
range
(Guaranteed
accuracy
range) 50 A range 10 A range
Over-range
65 A (130% f.s.)
55 A (110% f.s.)
13 A (130% f.s.)
11 A (110% f.s.)
0 A 0 A
7. Checking the clamp sensor (current) wiring
1
Check measured values.
2
Verify the results of
checking the wiring.
3
Press the F2 [NEXT] key.
•Is the value low or negative?
Verify that the instrument has been
wired (connected) correctly.
Move the cursor to item.
Press the Enter key.
Check the contents of the dialog box and
correct the wiring.
1
2
3
•Is the value low? If the value is
lower than 0.5,the instrument
may be wired incorrectly. Check
the wiring.
If there is a
result
Voltage phase PASS range
Current
phase
Current phase PASS
range
Voltage phase
Fail result Pass result
If all results are ,or if you check
the wiring because is displayed
but nd no problems.
Check even if the graph display falls within
the pass range.
8. Recording settings
5 min
Is this value shorter than the measurement interval?
AVG only (no Harmonic)
MANUAL
AUTO
Rec. start method: INTERVAL
Example: With the save interval set to 5 min.
Tip
If the SaveTime is shorter than the measurement period,the following
methods can be used to increase the available save time:
•Increase the SAVE INTVL.
•If there is any unnecessary data on the SD memory card,delete it or
reformat the card. (Exit the Quick Set and access the File screen.)
1
Congure settings as shown in screenshot below.
(SaveTime: It’s calculated automatically
by the free space of the SD memory card
and save items. Up to 1 year)
2
Press the F2 [NEXT] key.
12
11
10
9
1
2
3
4
8
765
Start
recording
Recording
Recording
Recording
Recording
Recording
9. Checking settings and starting recording
1
Check the settings.
Recording will start at a well-dened
time.
Tip
•The auto power-off function will cause the screen to turn off,but recording will continue (the Recording and
Power LEDs will stay on).
•Press the key to display the Setting Conrmation screen,which allows you to check key recording
and setting information on a single screen.
Recording LED
ashing (standby)
Recording LED lit up
(recording)
The standby screen will be
shown. Pressing any key will
display the Measurement screen.
Data will be saved to the SD
memory card for each save interval.
12
11
10
9
1
2
3
4
8
765
Start recording
Recording
Recording
Recording
Recording
Recording
(Standby state continues.)
For more information,see “Chapter 6 Starting and Stopping Recording
and Measurement” in the instruction manual.
2
Press the key.
POWER LED
10. Stopping recording
1
Press the key.
A dialog box asking you to conrm that you
wish to stop recording will be displayed.
Recording
LED off.
2
Press the Enter key.
Recording will be stopped.
After measurement is complete
Tip
Saved data can be loaded onto a computer and analyzed using the
SF1001 Power Logger Viewer (optional) or an application such as
Spreadsheet software.
1
Disconnect the sensors from
the measurement target.
2
Turn off the instrument.
3
Disconnect the sensors
from the instrument.
2
4
Disconnect the
AC adapter.
5
Remove the SD
memory card.
(on left side of
instrument)
For more information,see “9.3 SF1001 Power Logger
Viewer (Optional)” in the instruction manual.
1
3
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