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Delta A9000, User Manual

The Delta A9000 user manual is a comprehensive guide for optimizing the performance of your device. Easily download the manual for free from our website to access detailed instructions, troubleshooting tips, and more. Ensure you are getting the most out of your Delta A9000 with this essential manual.

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User Manual

A9000

AC Power Source

42

  

│

  www.deltaww.com

S E T U P

W a v e f o r m

:

A

B u z z e r

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O N

K e y l o c k

:

O F F

→

P h a s e

S e l .

:

T h r e e ( S Y N . )

O u t

M o d e

-

T h r e e

P h a s e

Φ

2

L e a d

Φ

1

:

1 2 0 . 0

Φ

3

L e a d

Φ

1

:

2 4 0 . 0

P r e s s

▲

▲

t o

S w i t c h

P a g e

S E T U P

W a v e f o r m

:

A

B u z z e r

:

O N

K e y l o c k

:

O F F

→

P h a s e

S e l .

:

S i n g l e

P r e s s

▲

▲

t o

S w i t c h

P a g e

S E T MO D E

S i n g l e

P h a s e

→

V

:

1 1 0 . 0

F

:

6 0 . 0

M e t e r

R e p o r t

V

:

0 . 0

I

:

0 . 0 0

V A

:

0 . 0

I p

:

0 . 0 0

V A R

:

0 . 0

I s

:

0 . 0 0

F

:

0 . 0

C F

:

0 . 0 0 0

P

:

0 . 0

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( I N D I V )

→

V

Φ

1 :

3 0 0 . 0

F

Φ

1 : 1 0 0 0 . 0

V

Φ

2 :

3 0 0 . 0

F

Φ

2 : 1 0 0 0 . 0

V

Φ

3 :

3 0 0 . 0

F

Φ

3 : 1 0 0 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( S Y N . )

→

V

:

2 2 0 . 0

F

:

5 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( I N D I V )

→

V

Φ

1 :

2 2 0 . 0

F

Φ

1 :

V

Φ

2 :

3 0 0 . 0

F

Φ

2 : 1 0 0 0 . 0

1 0 0 0 . 0

V

Φ

3 :

3 0 0 . 0

F

Φ

3 : 1 0 0 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

When changes from Three(INDIV) mode to Three(SYN.) mode, V and F at Three(SYN.) are 

same as V

Φ

1 and  F

Φ

1.

For Example: At Three(INDIV) mode, set V

Φ

1 as 220 shows as below:

S E T U P

W a v e f o r m

:

A

B u z z e r

:

O N

K e y l o c k

:

O F F

→

P h a s e

S e l .

:

T h r e e ( S Y N . )

O u t

M o d e

-

T h r e e

P h a s e

Φ

2

L e a d

Φ

1

:

1 2 0 . 0

Φ

3

L e a d

Φ

1

:

2 4 0 . 0

P r e s s

▲

▲

t o

S w i t c h

P a g e

S E T U P

W a v e f o r m

:

A

B u z z e r

:

O N

K e y l o c k

:

O F F

→

P h a s e

S e l .

:

S i n g l e

P r e s s

▲

▲

t o

S w i t c h

P a g e

S E T MO D E

S i n g l e

P h a s e

→

V

:

1 1 0 . 0

F

:

6 0 . 0

M e t e r

R e p o r t

V

:

0 . 0

I

:

0 . 0 0

V A

:

0 . 0

I p

:

0 . 0 0

V A R

:

0 . 0

I s

:

0 . 0 0

F

:

0 . 0

C F

:

0 . 0 0 0

P

:

0 . 0

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( I N D I V )

→

V

Φ

1 :

3 0 0 . 0

F

Φ

1 : 1 0 0 0 . 0

V

Φ

2 :

3 0 0 . 0

F

Φ

2 : 1 0 0 0 . 0

V

Φ

3 :

3 0 0 . 0

F

Φ

3 : 1 0 0 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( S Y N . )

→

V

:

2 2 0 . 0

F

:

5 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( I N D I V )

→

V

Φ

1 :

2 2 0 . 0

F

Φ

1 :

V

Φ

2 :

3 0 0 . 0

F

Φ

2 : 1 0 0 0 . 0

1 0 0 0 . 0

V

Φ

3 :

3 0 0 . 0

F

Φ

3 : 1 0 0 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

Follow previous steps 1 ~ 2 to change output mode to Three(SYN.), main manual page will 

show as below

：

S E T U P

W a v e f o r m

:

A

B u z z e r

:

O N

K e y l o c k

:

O F F

→

P h a s e

S e l .

:

T h r e e ( S Y N . )

O u t

M o d e

-

T h r e e

P h a s e

Φ

2

L e a d

Φ

1

:

1 2 0 . 0

Φ

3

L e a d

Φ

1

:

2 4 0 . 0

P r e s s

▲

▲

t o

S w i t c h

P a g e

S E T U P

W a v e f o r m

:

A

B u z z e r

:

O N

K e y l o c k

:

O F F

→

P h a s e

S e l .

:

S i n g l e

P r e s s

▲

▲

t o

S w i t c h

P a g e

S E T MO D E

S i n g l e

P h a s e

→

V

:

1 1 0 . 0

F

:

6 0 . 0

M e t e r

R e p o r t

V

:

0 . 0

I

:

0 . 0 0

V A

:

0 . 0

I p

:

0 . 0 0

V A R

:

0 . 0

I s

:

0 . 0 0

F

:

0 . 0

C F

:

0 . 0 0 0

P

:

0 . 0

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( I N D I V )

→

V

Φ

1 :

3 0 0 . 0

F

Φ

1 : 1 0 0 0 . 0

V

Φ

2 :

3 0 0 . 0

F

Φ

2 : 1 0 0 0 . 0

V

Φ

3 :

3 0 0 . 0

F

Φ

3 : 1 0 0 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( S Y N . )

→

V

:

2 2 0 . 0

F

:

5 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

S E T MO D E

T h r e e ( I N D I V )

→

V

Φ

1 :

2 2 0 . 0

F

Φ

1 :

V

Φ

2 :

3 0 0 . 0

F

Φ

2 : 1 0 0 0 . 0

1 0 0 0 . 0

V

Φ

3 :

3 0 0 . 0

F

Φ

3 : 1 0 0 0 . 0

M e t e r

R e p o r t

:

( O v e r v i e w )

V

Φ

1

:

0 . 0

I

Φ

1

:

0 . 0 0

V

Φ

2

:

0 . 0

I

Φ

2

:

0 . 0 0

V

Φ

3

:

0 . 0

I

Φ

3

:

0 . 0 0

P

Φ

1

:

0 . 0

Σ

I

:

0 . 0 0

P

Φ

2

:

0 . 0

Σ

P

:

0 . 0

P

Φ

3

:

0 . 0

Σ

P F

:

0 . 0 0 0

Summary of Contents for A9000

Page 1: ...A9000 AC Power Source User Manual www deltaww com...

Page 2: ...er 10 2 3 1 Ratings 10 2 3 2 Input Connection 10 2 4 Output Connection 12 2 4 1 Output connection 12 2 5 Remote Sense Connection 13 2 6 The Procedures to Power on 14 3 Local Operation 16 3 1 Introduct...

Page 3: ...aveform Mode 69 5 Save and Recall Functions 73 5 1 System parameter Save and Recall 73 5 1 1 Save System Setting 73 5 1 2 Recall System Setting 74 6 Remote operation 76 6 1 Introduction 76 6 1 1 Set G...

Page 4: ...r strike voltage abnormal collusion chemical oil in the presence of mice or bugs 3 Out looking aged by normal operation 4 Consumables parts and accessories Delta will not provide free service under fo...

Page 5: ...ument Component replacement and internal adjustment can be done by quali ed service personnel only When install or take o external terminals with hazard voltage AC input voltage must be cut o or take...

Page 6: ...XXXXXXXXXX QTY X IEEE 488 GPIB IE EE 4 88 GP IB P N XXXXXXXXXX QTY X P N XXXXXXXXXX QTY X P N XXXXXXXXXX QTY X IEEE 488 GPIB IE EE 4 88 GP IB P N XXXXXXXXXX QTY X P N XXXXXXXXXX QTY X P N XXXXXXXXXX...

Page 7: ...al A9000 AC Power Source 4 www deltaww com Revision History The following list indicates the additions deletions and modifications in this manual at each revision Version Date Revised section 00 June...

Page 8: ...ation from the front panel keypad Protection against Over power Over load Over temperature and Fan fail Fan speed controlled by output power Built in isolation output relays Remote operation via GPIB...

Page 9: ...A 100 1KHz 150V 300V Max current phase three phase mode rms 30A 15A 150V 300V peak 90A 45A 30Hz 1kHz 75A 38A 100Hz 1kHz Frequency Range 30 1KHz Accuracy 0 3Hz Resolution 0 1Hz Input Voltage Range 190...

Page 10: ...7 www deltaww com User Manual A9000 AC Power Source 1 4 Name of Parts 1 4 1 The Front Panel 1 12 11 6 5 7 4 3 8 10 9 2 Figure 1 1 the Front Panel...

Page 11: ...er save restore page 4 R Recall ge down 3 6 9 Page switches digital number selection 5 R Recall ge down 3 6 9 Escape current page ESC or cancel current settings Cancel 6 R Recall ge down 3 6 9 Con rm...

Page 12: ...OTE_INHIBIT 2 GPIB connector IEEE 488 standard connector for remote control 3 RS 232 D type 9Pin female connector for remote control 4 SYNC When output change according new parameter setting SYNC will...

Page 13: ...4 wires ABT A or 329 433 VLL 3 phases 5 wires Y ABT B Input Frequency 47 63Hz Max Current Phase 35 A phase ABT A or 25A phase ABT B WARNING CAUTION The AC source may be damaged if it is operated at an...

Page 14: ...off AC power supply to AC source or make safety isolation before installing or taking o external terminal with hazard voltages WARNING CAUTION To protect operators the wire connected to the GND termi...

Page 15: ...utput Connection 2 4 1 Output connection Output connection is di erent for single phase or three phase output choose the correct one before connecting Connect the load wire to COM and 1 2 3 terminal a...

Page 16: ...gure 2 5 1 As the sensing wires carry only a few milli amperes the wire gauges are much smaller than the load cables The sensing wires are part of the feedback path of the AC source They must be kept...

Page 17: ...Any interruption of the protective grounding will cause a potential shock hazard that might injure people Connect the AC voltage and turn on the power switch on the front panel The AC source will do a...

Page 18: ...will show on the LCD panel if error occurs during turn on process Please check section 3 7 for error code 2 Digital circuit inside AC source may not operate properly if turn on AC source immediately a...

Page 19: ...m D S P D S P V e r s i o n S 0 1 E 0 5 U I V e r s i o n S 0 2 E 0 0 W a i t U I I n i t i a l S E T MO D E T h r e e S Y N V 1 1 0 0 F 6 0 0 M e t e r R e p o r t O v e r v i e w V 1 0 0 I 1 0 0 0 V...

Page 20: ...m this page or press Menu Home again back to main manual P A G E S E L E C T 1 S E T U P 2 C O N F I G 3 L I S T 4 P U L S E 5 S T E P 6 S Y N T H E S I S At the list selection manual as above user ca...

Page 21: ...CSIN CF GPIB Addres RS232 Parity RS232 Baud Rate Power On Output Vac F Remote Inhibit List Fs Fe List Vs Ve COUNT Voltage Sense List Degree 3 Lead 1 Wave A Wave A CSIN CF Wave B Waveform Buzzer Key L...

Page 22: ...0 I 2 0 0 0 V 3 0 0 I 3 0 0 0 P 1 0 0 I 0 0 0 P 2 0 0 P 0 0 P 3 0 0 P F 0 0 0 0 Display at upper left SET MODE Setting mode no voltage output from AC source OUT MODE Output mode When user press OUT a...

Page 23: ...2 2 0 0 F 6 0 0 M e t e r R e p o r t O v e r v i e w V 1 0 0 I 1 0 0 0 V 2 0 0 I 2 0 0 0 V 3 0 0 I 3 0 0 0 P 1 0 0 I 0 0 0 P 2 0 0 P 0 0 P 3 0 0 P F 0 0 0 0 S E T MO D E T h r e e S Y N 2 Change par...

Page 24: ...rm S E T MO D E T h r e e S Y N V 2 2 0 0 F 6 0 0 M e t e r R e p o r t O v e r v i e w V 1 0 0 I 1 0 0 0 V 2 0 0 I 2 0 0 0 V 3 0 0 I 3 0 0 0 P 1 0 0 I 0 0 0 P 2 0 0 P 0 0 P 3 0 0 P F 0 0 0 0 S E T M...

Page 25: ...F 1 5 0 0 P 2 2 0 0 P F 0 9 9 9 O U T MO D E T h r e e S Y N V 2 2 0 0 F 5 0 0 M e t e r R e p o r t 2 V 2 1 9 9 I 1 0 1 V A 2 2 0 1 I p 1 4 6 V A R 0 0 I s 0 0 0 F 5 0 0 C F 1 4 7 5 P 2 2 2 1 P F 0...

Page 26: ...0 1 V A 2 2 0 1 I p 1 4 6 V A R 0 0 I s 0 0 0 F 5 0 0 C F 1 4 7 5 P 2 2 2 1 P F 0 9 9 9 O U T MO D E T h r e e S Y N V 2 2 0 0 F 5 0 0 M e t e r R e p o r t 3 V 2 2 0 1 I 1 0 1 V A 2 1 7 9 I p 1 4 8...

Page 27: ...ter de nition of measurement V Voltage Vrms voltage measurement value root mean square unit is Volt I Current Irms measurement value use Irms as unit F Frequency measurement value use Hz as unit P Pow...

Page 28: ...to main manual no matter which page it is at Press ESC Cancel will back to advanced parameter setting manual 3 5 SETUP Manual 1 At advanced parameter setting manual press 1 to choose SETUP then press...

Page 29: ...0 0 m s I s I n t e r v a l 1 0 m s P r e s s t o S w i t c h P a g e S E T U P W a v e f o r m A B u z z e r O N K e y l o c k O F F P h a s e S e l T h r e e S Y N O u t M o d e T h r e e P h a s e...

Page 30: ...0 0 359 9 degree 3 5 1 Voltage Limit To limit the maximum output voltage for all pages it is related to Voltage Level parameter resolution is 0 1V Voltage Level V Limit 300V 0 0 300 0 V 150V 0 0 150...

Page 31: ...Limit represents Current Limit it is used to set the maximum sum current rms for three phase Its range is related to Voltage Level setting Voltage Level I Limit 300V 0 0 48 0 A 150V 0 0 96 0 A OCP Del...

Page 32: ...r e e O f f 0 0 I s S t a r t 0 0 m s I s I n t e r v a l 1 0 m s P r e s s t o S w i t c h P a g e S E T U P V L i m i t 2 0 0 0 V 2 Change to 3A by numerical key or knob then press Enter key to con...

Page 33: ...e e O f f 0 0 I s S t a r t 0 0 m s I s I n t e r v a l 1 0 m s P r e s s t o S w i t c h P a g e 4 Change to 1 5s by numerical key or knob then press Enter key to con rm the setting P r e s s t o S...

Page 34: ...V o l t a g e L e v e l 3 0 0 V V o l t a g e S e n s e V o u t D e g r e e O n 0 0 D e g r e e O f f 0 0 I s S t a r t 0 0 m s I s I n t e r v a l 1 0 m s P r e s s t o S w i t c h P a g e S E T U P...

Page 35: ...n t e r v a l 1 0 m s P r e s s t o S w i t c h P a g e S E T U P V L i m i t 1 5 0 0 V I L i m i t 3 0 0 A O C P D e l a y 1 5 S V o l t a g e L e v e l 1 5 0 V V o l t a g e S e n s e V s e n s e D...

Page 36: ...0 0 D e g r e e O f f 0 0 I s S t a r t 0 0 m s I s I n t e r v a l 1 0 m s P r e s s t o S w i t c h P a g e S E T U P V L i m i t 1 5 0 0 V I L i m i t 3 0 0 A O C P D e l a y 1 5 S V o l t a g e L...

Page 37: ...0 0 0 I s S t a r t 0 0 m s I s I n t e r v a l 1 0 m s P r e s s t o S w i t c h P a g e 4 Change parameter to 200 by numerical key or knob rotating then press Enter to con rm the setting P r e s s...

Page 38: ...imum current measured between 500 700ms after output enabled Following processes demonstrate how to set Is Start 500ms and Is Interval 200ms 1 Press Save Recall or Save Recall to move cursor to Is Sta...

Page 39: ...0 0 D e g r e e O f f 2 0 0 0 I s S t a r t 5 0 0 0 m s I s I n t e r v a l 2 0 0 0 m s P r e s s t o S w i t c h P a g e 3 Press Save Recall or Save Recall to move the cursor to Is Interval S E T U P...

Page 40: ...e g r e e O f f 2 0 0 0 I s S t a r t 5 0 0 0 m s I s I n t e r v a l 2 0 0 0 m s P r e s s t o S w i t c h P a g e 3 5 7 Waveform Selection Due to it needs time to do waveform calculation DME A902AB...

Page 41: ...s s t o S w i t c h P a g e PS Press OUT at main manual only A or B can be selected If using List function then A or B waveform can be output alternatively 3 5 8 Buzzer When user press numerical key o...

Page 42: ...able Lock the Keys at Front Panel DME A902ABT SERIES allow the user to lock the parameters at front panel to avoid being changed accidently After the parameters are locked only Menu Home and OUT keys...

Page 43: ...e Phase Mode DME A902ABT SERIES provide three output modes Single Single phase mode Three SYN Three phase mode Same voltage settings applies to three phases Three INDIV Three phase mode Voltage and fr...

Page 44: ...manual the contents for the Meter Report also changed at bottom of the main manual S E T U P W a v e f o r m A B u z z e r O N K e y l o c k O F F P h a s e S e l T h r e e S Y N O u t M o d e T h r e...

Page 45: ...0 I 1 0 0 0 V 2 0 0 I 2 0 0 0 V 3 0 0 I 3 0 0 0 P 1 0 0 I 0 0 0 P 2 0 0 P 0 0 P 3 0 0 P F 0 0 0 0 S E T MO D E T h r e e S Y N V 2 2 0 0 F 5 0 0 M e t e r R e p o r t O v e r v i e w V 1 0 0 I 1 0 0...

Page 46: ...U P W a v e f o r m B B u z z e r O F F K e y l o c k O N P h a s e S e l T h r e e S Y N O u t M o d e T h r e e P h a s e 2 L e a d 1 1 0 0 0 3 L e a d 1 2 4 0 0 P r e s s t o S w i t c h P a g e S...

Page 47: ...T h r e e P h a s e 2 L e a d 1 1 0 0 0 3 L e a d 1 2 0 0 0 P r e s s t o S w i t c h P a g e 4 By numerical key or knob to change parameter to 200 then press Enter to con rm P r e s s t o S w i t c...

Page 48: ...h a s e S e l T h r e e S Y N 2 Press Enter enter CONFIG page P A G E S E L E C T 2 1 S E T U P 2 C O N F I G 3 L I S T 4 P U L S E 5 S T E P 6 S Y N T H E S I S C O N F I G W a v e A S I N W a v e B...

Page 49: ...up A and B waveforms both A B groups have waveforms as below Sinusoidal Sine Cut sinusoidal Cut Sine 30 sets built in waveforms DST0 DST29 See appendix B for details 2 sets user de ned waveforms DST30...

Page 50: ...u t p u t O F F P h a s e S e l T h r e e S Y N C O N F I G W a v e A D S T 2 0 W a v e B C S I N C F 1 2 0 0 Following processes demonstrate how to set group B waveforms as cut sinusoidal waveform Cu...

Page 51: ...9 6 0 0 R S 2 3 2 P a r i t y N O N E R e m o t e I n h i b i t O F F P o w e r O n S t a t e O u t p u t O F F P h a s e S e l T h r e e S Y N 3 Press Save Recall or Save Recall to move cursor to CS...

Page 52: ...t p u t O F F P h a s e S e l T h r e e S Y N 3 6 2 GPIB RS232 Communication Setting DME A902ABT SERIES provide remote control operation there are GPIB or RS232 interface for selection Only one inter...

Page 53: ...P o w e r O n S t a t e O u t p u t O F F P h a s e S e l T h r e e S Y N C O N F I G W a v e A D S T 2 0 W a v e B C S I N C F 1 3 0 0 G P I B A D D R 2 0 R S 2 3 2 B a u d R a t e 9 6 0 0 R S 2 3 2...

Page 54: ...e m o t e I n h i b i t O F F P o w e r O n S t a t e O u t p u t O F F P h a s e S e l T h r e e S Y N C O N F I G W a v e A D S T 2 0 W a v e B C S I N C F 1 3 0 0 2 Rotate knob to change parameter...

Page 55: ...I G W a v e A D S T 2 0 W a v e B C S I N C F 1 3 0 0 G P I B A D D R 2 0 R S 2 3 2 B a u d R a t e 1 9 2 0 0 R S 2 3 2 P a r i t y N O N E R e m o t e I n h i b i t O F F P o w e r O n S t a t e O u...

Page 56: ...1 3 0 0 G P I B A D D R 2 0 R S 2 3 2 B a u d R a t e 1 9 2 0 0 R S 2 3 2 P a r i t y O D D Press OUT at front panel or by remote command AC Output TTL Time Press OUT at front panel or by remote comma...

Page 57: ...AC Output TTL Time 2 Rotate knob to change OFF to TRIG press Enter to con rm change C O N F I G W a v e A D S T 2 0 W a v e B C S I N C F 1 3 0 0 G P I B A D D R 2 0 R S 2 3 2 B a u d R a t e 1 9 2 0...

Page 58: ...a t e 1 9 2 0 0 R S 2 3 2 P a r i t y O D D R e m o t e I n h i b i t T R I G P o w e r O n S t a t e O u t p u t O N P h a s e S e l T h r e e S Y N C O N F I G W a v e A D S T 2 0 2 Rotate knob to...

Page 59: ...v e B C S I N C F 1 3 0 0 G P I B A D D R 2 0 R S 2 3 2 B a u d R a t e 1 9 2 0 0 R S 2 3 2 P a r i t y O D D R e m o t e I n h i b i t T R I G P o w e r O n S t a t e O u t p u t O N P h a s e S e l...

Page 60: ...C malfunction D2A OCP Fault Over current2 for D2D Board D2A OPP Fault Over power for D2A Board D2A OTP Fault Over temperature for D2A Board D2D OTP Fault Over temperature for D2D Board D2D PG Fault Ou...

Page 61: ...ively PULSE mode Simulate repeatedly changed output voltage STEP mode Simulate gradually changed output voltage DME A902ABT SERIES also provide 39 orders of amplitude and phase angle settings for user...

Page 62: ...I S T C o u n t 1 G o t o T r i g g e r M o d e P r e s s t o S w i t c h P a g e L I S T T r i g g e r O N O F F O F F 3 Press Page down Page up may enter next page as below 1 S E T U P 2 C O N F I G...

Page 63: ...Start frequency Hz 30 0 1000 0 F End Stop Frequency Hz 30 0 1000 0 Time Output duration msec 0 60000 Waveform Output waveform selection A or B Degree On Start phase angle for output waveform deg 0 0 3...

Page 64: ...waveform Press Enter to start output List waveform Screen will show information as below during output is in process P r e s s t o S w i t c h P a g e L I S T C o u n t 1 G o t o T r i g g e r M o d...

Page 65: ...9 I 3 0 0 0 P 1 0 0 I 0 0 0 P 2 0 0 P 0 0 P 3 0 0 L I S T C o u n t 1 G o t o T r i g g e r M o d e P r e s s t o S w i t c h P a g e L I S T S E Q 0 V S t a r t 4 0 0 V V E n d 1 1 0 0 V F S t a r t...

Page 66: ...u n t 1 G o t o T r i g g e r M o d e P r e s s t o S w i t c h P a g e L I S T S E Q 0 V S t a r t 4 0 0 V V E n d 1 1 0 0 V F S t a r t 5 0 0 H z F E n d 5 0 0 H z T i m e 7 2 m s W a v e f o r m A...

Page 67: ...waveform SEQ 0 SEQ 1 45 72 ms 100 ms 4 3 PULSE Mode 1 At advanced parameter setting page press 4 to select PULSE P A G E S E L E C T 4 1 S E T U P 2 C O N F I G 3 L I S T 4 P U L S E 5 S T E P 6 S Y...

Page 68: ...nition Range Min Max Count How many times to output programmed Pulse waveform If setting is 0 Pulse waveform will output endless until Enter pressed 0 10000 V Voltage of Pulse 0 0 300 0 F Frequency of...

Page 69: ...raph 4 2 Example for PULSE output Parameters setting P U L S E T r i g g e r O N O F F O F F O u t p u t S t a t u s S t o p M e t e r R e p o r t O v e r v i e w V 1 0 0 I 1 0 0 0 V 2 0 0 I 2 0 0 0 V...

Page 70: ...E P 6 S Y N T H E S I S S T E P C o u n t 4 V 6 0 0 V d V 1 0 0 V F 6 0 0 H z d F 5 0 0 H z D w e l l 6 0 m s D e g r e e O n 9 0 0 G o t o T r i g g e r M o d e S T E P T r i g g e r O N O F F O F F...

Page 71: ...0 P 2 0 0 P 0 0 P 3 0 0 S T E P C o u n t 4 V 6 0 0 V d V 1 0 0 V F 6 0 0 H z d F 5 0 0 H z D w e l l 6 0 m s D e g r e e O n 9 0 0 G o t o T r i g g e r M o d e Trigger ON OFF is switch to turn on o...

Page 72: ...HESIS Self De ned Waveform Mode 1 At advanced parameters setting manual press 6 to select SYNTHESIS P A G E S E L E C T 6 1 S E T U P 2 C O N F I G 3 L I S T 4 P U L S E 5 S T E P 6 S Y N T H E S I S...

Page 73: ...0 0 0 6 0 0 0 0 0 P r e s s t o S w i t c h P a g e S a v e D a t a t o E E P R O M a n d C a l c u l a t e S y n t h e s i s In SYNTHESIS self defined waveform mode voltage and frequency of fundamen...

Page 74: ...h e s i s When parameters for all orders are set Press Page down Page up or ESC Cancel back to first page of SYNTHESIS setting press Save Recall to move cursor to Save and Calculate press Enter to cal...

Page 75: ...page of SYNTHESIS when saving is completed For protection purpose amplitude for each order must not exceed limitation as below Orders Gain limit 2 20 33 33 21 30 30 00 31 39 15 00 Example of SYNTHESIS...

Page 76: ...cond will enter system data save page as below G r o u p S a v e S a v e A l l P a r a m e t e r s t o E E P R O M S a v e N o 1 4 _ G r o u p S a v e D a t a O e p r a t i o n P l e a s e d o n t S h...

Page 77: ...4 P U L S E 5 S T E P 6 S Y N T H E S I S 5 1 2 Recall System Setting How to back to default factory settings 1 At advanced parameters setting manual long press Save Recall for two seconds will enter...

Page 78: ...indicating data is saving R e c a l l A l l P a r a m e t e r s f r o m E E P R O M R e c a l l N o 0 4 D E F A U L T G r o u p S a v e D a t a O e p r a t i o n P l e a s e d o n t S h u t D o w n P...

Page 79: ...32 is 9600 and Even odd parity check for RS232 is NONE 6 1 2 RS 232 pin de nition RS 232 interface uses RXD and TXD signals only RS 232 implements 9PIN D SUB type female connector pin de nition listed...

Page 80: ...e to message disorder 6 2 1 Conventions Angle bracket Items in angle brackets are abbreviations for parameter Vertical Bar To separate multiple selections Square bracket Contents within the square bra...

Page 81: ...omplete command constructed For example VOLT AC Question mark Question mark represents this message is question instruments will prepare the answers for sender to read If sender does not read after se...

Page 82: ...tion is masked if setting is 0 No response to target events when 0 is set Bits con guration for standard events register are bit 7 6 5 4 3 2 1 0 Bit name PON CME EXE DDE QYE OPC Bit de nition Power on...

Page 83: ...Leave out REMOTE control back to panel control 2 When one of the following error occurs turn o output clear error status back to main manual Software OCP D2A OCP Fault D2A OPP Fault 6 3 2 Instrument...

Page 84: ...actor INRush Query the total inrush current 1 Query the phase 1 inrush current 2 Query the phase 2 inrush current 3 Query the phase 3 inrush current FREQuency Query average frequency 1 Query phase 1 f...

Page 85: ...phase 3 AC Vrms Following examples explain FETCH and MEASURE command and returned parameter FETCh CURRent AC MEASure CURRent AC Function Query output total AC Irms Example FETCh CURRent AC MEASure CUR...

Page 86: ...urns NR2 FETCh CURRent CREStfactor MEASure CURRent CREStfactor Function Query output current total crest factor Example FETCh CURRent CREStfactor MEASure CURRent CREStfactor Parameter returns NR2 FETC...

Page 87: ...e output frequency Example FETCh FREQuency MEASure FREQuency Parameter returns NR2 FETCh FREQuency 1 2 3 MEASure FREQuency 1 2 3 Function Query output frequency for each phase Example FETCh FREQuency...

Page 88: ...2 3 MEASure POWer AC APParent 1 2 3 Function Query apparent power for each phase Example FETCh POWer AC APParent 1 MEASure POWer AC APParent 2 Parameter returns NR2 FETCh POWer AC PFACtor MEASure POWe...

Page 89: ...r AC REACtive 1 2 3 Function Query reactive power for each phase Example FETCh POWer AC REACtive 1 MEASure POWer AC REACtive 2 Parameter returns NR2 FETCh VOLTage AC MEASure VOLTage AC Function Query...

Page 90: ...OFF ON OUTPut MODE Function Set output mode FIXED mode output xed voltage waveform Example OUTPut MODE Query output mode OUTPut MODE LIST set output as LIST mode Parameter FIXED LIST PULSE STEP Param...

Page 91: ...ANGe Set query AC voltage output range SENSe Set query remote voltage sense function CONFigure INHibit Set query external TTL status PHASe ON Set query output voltage start phase angle set at main man...

Page 92: ...ry voltage change for each step at STEP mode FREQuency Set query start frequency at STEP mode DFRequency Set query frequency change for each step at STEP mode SPHase Set query start phase angle at STE...

Page 93: ...Set query time to start measure inrush current Example SOURce CURRent INRush STARt SOURce CURRent INRush STARt 200 3 Parameter NR2 e ective range 0 0 9000 0 unit msec Parameter returns NR2 SOURce CURR...

Page 94: ...A SOURce FUNCtion SHAPe A CSIN Parameter SINE CSIN DST 00 31 Parameter returns SINE CSIN DST 00 31 SOURce FUNCtion SHAPe A CF Function Set query CF of the cut sin waveform in waveform bu er A It is e...

Page 95: ...r parallel mode operation Example SOURce VOLTage AC SOURce VOLTage AC 200 5 Parameter NR2 e ective range 0 0 150 0 150V 0 0 300 0 300V Parameter returns NR2 SOURce VOLTage AC 1 2 3 Function Set query...

Page 96: ...tion REMOTE is in enable VOUT is in disable Example SOURce VOLTage SENSe SOURce VOLTage SENSe REMOTE Parameter VOUT REMOTE Parameter returns VOUT REMOTE SOURce CONFigure INHibit Function Set query rem...

Page 97: ...ase 1 leads phase 2 Example SOURce PHASe 2 SOURce PHASe 2 200 5 Parameter NR2 e ective range 0 0 359 9 default is 180 Parameter returns NR2 SOURce PHASe 3 Function Set query phase angle of phase 3 lea...

Page 98: ...A Parameter A B A B Parameter returns A B A B SOURce LIST VOLTage AC STARt Function Set query start voltage for 10 individual sequences in SERIES mode Example SOURce LIST VOLTage AC STARt SOURce LIST...

Page 99: ...SOURce LIST FREQuency END SOURce LIST FREQuency END 20 5 30 8 77 8 Parameter NR2 NR2 e ective range 30 0 1000 0 unit Hz Parameter returns NR2 NR2 SOURce LIST DEGRee Function Set query start phase ang...

Page 100: ...Rce PULSE SPHase SOURce PULSE SPHase 60 0 Parameter NR2 e ective range 0 0 359 9 Parameter returns NR2 SOURce PULSe COUNt Function Set query how many times to execute PULSE voltage Example SOURce PULS...

Page 101: ...Rce STEP VOLTage AC 150 5 Parameter NR2 e ective range 0 0 150 0 low level range 0 0 300 0 high level range Parameter returns NR2 SOURce STEP DVOLtage AC Function Set query voltage change for each ste...

Page 102: ...ase angle at STEP mode Example SOURce STEP SPHase SOURce STEP SPHase 80 5 Parameter NR2 e ective range 0 0 359 9 Parameter returns NR2 SOURce STEP DWELl Function Set query output duration for each ste...

Page 103: ...e for each order of harmonic waveforms Maximum order is 39 Example SOURce SYNThesis AMPLitude SOURce SYNThesis AMPLitude 20 55 33 10 2 55 Parameter NR2 NR2 E ective range Order Gain limit N 2 N 20 33...

Page 104: ...output Only phase 1 need to set voltage and frequency Voltage and frequency of phase 2 and 3 changes according to setting of phase 1 THREE INDIV Three phase output Voltage and frequency forthree phase...

Page 105: ...00E02 INSTrument NSELect 1 2 3 Function set speci c output phase for responcing queries Example INSTrument NSELect Query which phase is set for query INSTrument NSELect 2 Query 2status Parameter 1 2 3...

Page 106: ...rvice event register 1 represents event occurs CLS Leave REMOTE mode back to front panel control Instrument command FETCh MEASure CURRent AC Query the total AC rms current 1 Query the phase 1 AC rms c...

Page 107: ...wer 1 Query phase 1 apparent power 2 Query phase 2 apparent power 3 Query phase 3 apparent power REACtive Query total reactive power 1 Query phase 1 reactive power 2 Query phase 2 reactive power 3 Que...

Page 108: ...y waveform of bu er B CF Set query CF of cut sin waveform for bu er B VOLTage AC Set query voltage set at parallel mode 1 Set query phase 1 voltage for three phase operation 2 Set query phase 2 voltag...

Page 109: ...sequences in LIST mode FREQuency STARt Set query start frequency for 10 individual sequences in LIST mode END Set query stop frequency for 10 individual sequences in LIST mode DEGRee Set query start p...

Page 110: ...query which synthesis waveform to use There are DST30 DST31available AMPLitude Set query voltage amplitude for each order of harmonic waveforms PHASe Set query phase for each order of harmonic wavefo...

Page 111: ...d from HIGH LOW and keep at low status longer than 1ms output will be turned off and stop detecting TTL signal User must press OUT to resume output and enable TTL detection EXCITE In operation of LIST...

Page 112: ...er Source Appendix B Built In Waveforms DST 0 Order Gain Phase 2 2 07 0 0 5 9 80 0 0 7 15 80 0 0 8 2 16 0 0 DST 1 Order Gain Phase 3 1 50 0 0 7 1 50 0 0 19 2 00 0 0 DST 2 Order Gain Phase 3 2 00 0 0 5...

Page 113: ...3 Order Gain Phase 3 2 50 0 0 5 1 90 0 0 7 2 50 0 0 23 1 90 0 0 25 1 10 0 0 31 1 50 0 0 33 1 10 0 0 DST 4 Order Gain Phase 3 1 10 0 0 5 2 80 0 0 7 1 40 0 0 9 2 30 0 0 11 1 50 0 0 DST 5 Order Gain Phas...

Page 114: ...2 80 0 0 9 4 60 0 0 11 3 00 0 0 15 1 40 0 0 21 1 00 0 0 DST 7 Order Gain Phase 3 4 90 0 0 5 1 60 0 0 7 2 70 0 0 11 1 40 0 0 15 2 00 0 0 17 1 10 0 0 DST 8 Order Gain Phase 3 7 35 0 0 5 2 40 0 0 7 4 05...

Page 115: ...ltaww com DST 9 Order Gain Phase 3 9 80 0 0 5 3 20 0 0 7 5 40 0 0 9 1 20 0 0 11 2 80 0 0 13 1 40 0 0 15 4 00 0 0 17 2 20 0 0 19 1 40 0 0 21 1 40 0 0 23 1 60 0 0 25 1 40 0 0 DST 10 Order Gain Phase 3 1...

Page 116: ...ww com User Manual A9000 AC Power Source DST 12 Order Gain Phase 3 24 50 0 0 DST 13 Order Gain Phase 2 2 30 0 0 5 9 80 0 0 7 15 80 0 0 8 2 50 0 0 DST 14 Order Gain Phase 2 1 15 0 0 5 4 90 0 0 7 7 90 0...

Page 117: ...0 AC Power Source 114 www deltaww com DST 15 Order Gain Phase 5 2 45 0 0 7 3 95 0 0 DST 16 Order Gain Phase 3 11 00 180 0 5 4 05 0 0 7 2 00 180 0 9 1 30 0 0 DST 17 Order Gain Phase 3 7 17 0 0 5 3 42 1...

Page 118: ...ource DST 18 Order Gain Phase 3 8 11 0 0 5 3 48 180 0 9 1 00 0 0 DST 19 Order Gain Phase 3 9 38 0 0 5 3 44 180 0 9 1 15 0 0 DST 20 Order Gain Phase 3 2 06 180 0 5 1 77 0 0 7 1 62 180 0 9 1 23 0 0 11 0...

Page 119: ...0 0 29 0 56 180 0 DST 22 Order Gain Phase 2 0 13 180 0 3 4 28 180 0 5 3 77 0 0 7 3 27 180 0 9 2 57 0 0 11 1 93 180 0 13 1 22 0 0 15 0 55 180 0 19 0 46 0 0 21 0 83 180 0 23 0 97 0 0 25 1 04 180 0 29 0...

Page 120: ...3 41 180 0 13 2 16 0 0 15 1 04 180 0 19 0 74 0 0 21 1 35 180 0 23 1 64 0 0 25 1 73 180 0 27 1 56 0 0 29 1 24 180 0 DST 25 Order Gain Phase 5 3 41 0 0 7 2 55 0 0 11 9 22 0 0 13 7 68 0 0 17 0 90 0 0 19...

Page 121: ...00 0 0 21 4 50 0 0 23 4 00 0 0 25 3 50 0 0 27 2 95 0 0 29 2 50 0 0 31 2 00 0 0 33 2 00 0 0 35 2 00 0 0 37 2 00 0 0 39 2 00 0 0 DST 28 Order Gain Phase 3 33 33 0 0 5 20 00 0 0 7 13 80 0 0 9 10 80 0 0 1...

Page 122: ...119 www deltaww com User Manual A9000 AC Power Source DST 29 Order Gain Phase 3 33 33 0 0 5 20 00 0 0 7 13 80 0 0 9 10 80 0 0 11 8 50 0 0 13 7 20 0 0 15 5 50 0 0...

Page 123: ...Delta Electronics Ltd 3 Tungyuan Rd Chungli Industrial Zone Taoyuan City 32063 TEL 886 3 4526107 Mail Inquiry deltaww com...

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