Lutron Electronics DW-6093 Manuel utilisateur

SD card real time data recorder

3 PHASE

POWER ANALYZER

Model : DW-6093

our purchase o

this 3 PHASE

POWER ANALYZER

marks a step

forward for you into

the field o

precision

measurement.

lthough this

POWER ANALYZER

is a complex and

delicate instrument,

its durable structure

will allow many

years of use i

proper operating

techniques are

developed. Please

read the following

instructions

carefully and always

keep this manual

within easy reach.

OPERATION MANUAL

Caution Symbol

Caution :

* Risk of electric shock !

* During the measurement,

do not open the cabinet.

Caution :

* Do not apply the overload

voltage, current to the input

terminal !

* Remove test leads before open

the battery cover !

* Cleaning - Only use the dry

cloth to clean the plastic case !

Environment Conditions

* Installation Categories III 600V.

* Pollution Degree 2.

* Altitude up to 2000 meters.

* Indoor use.

* Relative humidity 80% max.

TABLE OF CONTENTS

1. FEATURES................................................................

2. SPECIFICATIONS...................................................... 2

2-1 General Specifications......................................... 2

2-2 Electrical Specifications....................................... 4

3. FRONT PANEL DESCRIPTION..................................... 8

4. MEASURING PREPARATION ......................................

4-1 The original screen.............................................. 10

4-2 Entry the measurement Screen............................

4-3 The summary description of keyboard...................12

4-4 SETUP KEY description.........................................13

4-5 Setting function description before measuring.......

5. MEASURING PROCEDURES .......................................

5-1 1Φ2W ( one phase by two wires )

measurement.....................................................

5-2 1Φ3W ( one phase by three wires )

measurement.....................................................

5-3 3Φ3W ( three phase by three wires )

measurement.....................................................

5-4 3Φ4W ( three phase by four wires )

measurement.....................................................

5-5 The CT and PT measurement............................... 44

5-6 ZERO adjustment for Watt Hour........................... 45

5-7 Data Logger function...........................................

5-8 Data Hold function............................................ 48

5-9 Backlight key.......................................................49

5-10 A ( Current ) Range key.....................................

5-11 LOWBAT screen.................................................50

5-12 Appendix 1........................................................51

6. MAINTENANCE..........................................................52

6-1 Cleaning.............................................................

6-2 Replacement of batteries ....................................

7. RS232 PC SERIAL INTERFACE.................................... 53

8. Download the saving data from the SD card to

the computer ( EXCEL software ) ...............................55

9. PATENT.................................................................... 59

10. THE ADDRESS OF AFTER SERVICE CENTER ............. 60

1. FEATURES

* Analysis for 3 phase multi-power system, 1P/2W,

1P/3W, 3P/3W, 3P/4W

* Voltage & Current are the True RMS value.

* True Power ( KW、MW、GW ) measurement.

* Apparent Power ( KVA、MVA、GVA ) measurement.

* Reactive Power ( KVAR MVAR、GVAR) measurement.

* Watt-Hour ( WH、SH、QH、PFH ).

* Power Factor( PF )、Phase Angle( Φ).

* Voltage measurement range : 10 to 600 ACV

* Current probe input signal volage ( ACV ) :

200 mV/300 mV/500 mV/1 V/2 V/3 V.

Current probe input current range ( ACA ) :

20 A/200 A/2000 A ( 1200 A )/30 A/300A /3000 A.

* Meter can cooperate the universal current probe.

* Programmable CT ratio (1 to 600) and PT ratio (1 to 1000).

* ACV input impedance is 10 Mega ohms.

* Safety Standard : IEC 1010, CAT III 600V

* Built-in clock and Calendar, real time data record with

SD memory card , sampling time set from 2 to 7200

seconds. Just slot in the SD card into the computer, it

can down load the all the measured value with the

time information ( year/month/data/

hour/minute/second ) to the Excel directly, then user

can make the further data analysis by themselves.

* Complete set with 4 PCs Test Leads, 4 PCs Alligator

clips, 3 PCs Clamp Probe ( CP-1201 ), AC to DC 9V

adapter, 2 G SD memory card and Carrying bag.

* Computer data output, can cooperate with USB Cable

/USB-01 RS232 cable/UPCB-02 and Data Acquisition

software, SW-U811-WIN.

2. SPECIFICATIONS

2-1 General Specifications:

Circuit Custom one-chip of microprocessor LSI

circuit

Display * LCD Size :

81.4 X 61 mm ( 3.2 X 2.4 inch )

* Dot Matrix LCD (320 X 240 pixels )

with back light.

Measurement * ACV

* ACA

* AC WATT ( True Power )

AC WATT( Apparent Power )

AC WATT( Reactive Power )

* Power factor

* Phase angle

* Frequency

Wire 1P/2W, 1P/3W, 3P/3W, 3P/4W.

connections

Voltage ranges 10 ACV to 600 ACV, auto range.

Current probe * Current probe input signal volage ( ACV ) :

input signal

200mV/300mV/500mV/1V/2V/3V.

and range * Current probe input current range ( ACA ) :

20 A/200A/2000A (1200 A)/30A/300A/3000A

* Meter can cooperate the universal current probe.

Safety IEC1010 CAT III 600 V.

standard

ACV input 10 Mega ohms.

impedance

Range select ACV Auto range.

ACA Manual range.

Clamp 40 Hz to 1 KHz.

frequency

response

Spec. tested 45 to 65 Hz.

frequency

Over load ACV 720 ACV rms

protection ACA 1300 ACA with clamp probe

* For the Clamp ,CP-1201

Over Indicator * LCD display show " OL ".

* The data save into the SD card will show

" 9999 " or " 999 "( overleap the decimal point ).

Under Indicator * LCD display show " UR ".

* The data save into the SD card will show

" 9999 " or " 999 "( overleap the decimal point ).

Data Hold Freeze the display reading.

Data Record SD Card Record.

Sampling Time Approx. 1 second.

Power ON/OFF Manual OFF by push button.

Real time * Real time data logger, saved the data

data logger into SD memory card and down load

the all the measured value with the

time information ( year/month/data/

hour/minute/second ) down load

to the Excel

* Integration time for data logger :

2 seconds to 7200 seconds, the during

of setting step are 2 seconds.

Data Output RS232 computer serial interface :

USB/RS232 * Connect the optional USB cable

* Computer

USB-01 will get the USB plug.

interface

* Connect the optional RS232 cable

UPCB-02 will get the RS232

plug.

Operating 0 to 50 ( 32 to 122 ).℃℉

Temperature

Operating Less than 80% R.H..

Humidity

Power Supply * DC 1.5V, AA ( UM-3 ) Battery X 8 PCs

(Alkaline or heavy-duty battery).

* AC to DC 9V power adapter.

Power * Meter : 250 DCmA.

Consumption * Clamp : 22 DCmA.

Clamp max. 50 mm ( 2.0 inch ) Dia.

conductor Size

* For the Clamp ,CP-1201

Weight * Meter : 975g ( includes batteries )

* Clamp ( includded cable ) : 500g

Dimension

Meter :

225 X 125 X 64 mm

( 8.86 X 4.92 X 2.52 inch )

Clamp :

210 X 64 X 33mm

( 8.3 X 2.5 X 1.3 inch )

Clamp Jaw : 86 mm (3.4 inch)- outside

Accessories * Instruction manual..............

1 PC

Included *

est Leads (TL88-4AT)........

1 Set (4 PCs)

* Alligator clips (TL88-4AC) 1 Set (4 PCs)

* Clamp Probe ( CP-1201 ).....

3 PCs

C to DC 9V adapter...........

1 PC

* SD card ( 2 G )...................

1 PC

* Carrying bag....................... 1 PC

Optional * 2000 Amp current probe, CP-2000

Accessories * 200 Amp current probe, CP-200

* Flexible 3000 Amp current probe, CP-3000

* USB Cable , USB-01

* RS232 cable, UPCB-02

* Data Acquisition software, SW-U811

* EXCEL Data Acquisition software, SW-E802

2-2 Electrical Specifications:

ACV

Range Resolution Accuracy

10.0V to 600.0V 0.1V ± (0.5%+0.5V)

* Phase to neutral line

10.0V to 600.0V

* Phase to phase

ACA

Range Resolution Accuracy

20A 0.001A,

< 10 A

± (0.5%+0.1A)

0.01A,

10 A≧

200A 0.01A,

< 100 A

± (0.5%+0.5A)

0.1A,

100 A≧

1200A 0.1A,

< 1000 A

± (0.5%+5A)

1A,

1000 A≧

Power factor

Range Resolution Accuracy

0.00 to 1.00 0.01 ± 0.04

Remark :

* PFH : Long term power factor

* PFΣ:

For 3Φ4W, 3Φ3W

PFΣ= ( PF1 + PF2 + PF3 )/3

For 1Φ3W

PFΣ= ( PF1 + PF2 )/2

Φ( Phase angle )

Range Resolution Accuracy

-180° to 180° 0.1° ± 1°

* ACOS ( PF )

Frequency

Range Resolution Accuracy

45 to 65 Hz 0.1 Hz 0.1 Hz

Active (Real) Power

Range Resolution Accuracy

0.000 to 9.999 KW *0.001/0.01/0.1 KW ± (1%+0.008KW)

10.00 to 99.99 KW *0.01/0.1 KW ± (1%+0.08KW)

100.0 to 999.9 KW 0.1 KW ±(1%+0.8KW)

1.000 to 9.999 MW 0.001 MW ± (1%+0.008MW)

* : The resolution is changed according the different ACA range.

Apparent Power

Range Resolution Accuracy

0.000 to 9.999 KVA *0.001/0.01/0.1KVA ± (1%+0.008KVA)

10.00 to 99.99 KVA *0.01/0.1 KVA ± (1%+0.08KVA)

100.0 to 999.9 KVA 0.1 KVA ±(1%+0.8KVA)

1.000 to 9.999 MVA 0.001 MVA ± (1%+0.008MVA)

* : The resolution is changed according the different ACA range.

Reactive Power

Range Resolution Accuracy

0.000 to 9.999 KVAR *0.001/0.01/0.1KVAR ± (1%+0.008 KVAR)

10.00 to 99.99 KVAR *0.01/0.1 KVAR ± (1%+0.08 KVAR)

100.0 to 999.9 KVAR 0.1 KVAR ± (1%+0.8 KVAR)

1.000 to 9.999 MVAR 0.001 MVAR ± (1%+0.008 MVAR)

* : The resolution is changed according the different ACA range.

Watt Hour ( Active Power Hour) : WH

Range Resolution Accuracy

0.000 to 9.999 KWH 0.001 KWH ± (2%+0.008 KWH)

10.00 to 99.99 KWH 0.01 KWH ± (2%+0.08 KWH)

100.0 to 999.9 KWH 0.1 KWH ±(2%+0.8KWH)

1.000 to 9.999 MWH 0.001 MWH ± (2%+0.008 MWH)

VA Hour ( Apparent Power Hour ) : SH

Range Resolution Accuracy

0.000 to 9.999 KVAH 0.001 KVAH ± (2%+0.008 KVAH)

10.00 to 99.99 KVAH 0.01 KVAH ± (2%+0.08 KVAH)

100.0 to 999.9 KVAH 0.1 KVAH ± (2%+0.8 KVAH)

1.000 to 9.999 MVAH 0.001 MVAH ± (2%+0.008 MVAH)

VAR Hour ( Reactive Power Hour ) : QH

Range Resolution Accuracy

0.000 to 9.999 KVARH 0.001 KVARH ± (2%+0.008 KVARH)

10.00 to 99.99 KVARH 0.01 KVARH ± (2%+0.08 KVARH)

100.0 to 999.9 KVARH 0.1 KVARH ±(2%+0.8KVARH)

1.000 to 9.999 MVARH 0.001 MVARH ± (2%+0.008 MVARH)

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