manualshive.com logo in svg

Powertronix Mizar-Alcor, Service Manual

Introducing the Powertronix Mizar-Alcor, a cutting-edge electronic device designed for ultimate power management. Unlock its full potential with our comprehensive Service Manual, available for download absolutely free on our website. Discover detailed instructions and expert tips to maximize your Mizar-Alcor experience. Download now from manualshive.com!

Share
Download
background image

R&D – SERVICE MANUAL DT0488

    

 

Powertronix spa reserves the right to modify this document without notice 

 

 

 

 

Page

. 

66 of 72

 

 

 

P+
5

P+
1

5

P+
5

P+
1

5

P+
1

5

P+
1

5

G1
-T

E1
-T

G1
-B

E1
-B

G2
-T

E2
-T

G2
-B

E2
-B

G3
-T

E3
-T

G3
-B

E3
-B

E5
-T

G5
-T

G5
-B

E5
-B

E4
-T

G4
-T

G4
-B

E4
-B

G6
-T

E6
-T

G6
-B

E6
-B

A-M

A

IN

S_
N

E

G

0

9_A

-M

A

IN

S

_L
1

1

1_A

-M

A

IN

S

_L
3

A-M

A

IN

S_
PO

S

06
_V
-M

A

IN

S

_

L

1

07
_V
-M

A

IN

S

_

L

2

08
_V
-M

A

IN

S

_

L

3

AU

X

_

BY

-PASS

_

O

N

SPAR

E

_

2

1

6_-

D

C

-B

U

S

16
_+D

C

-B

U

S

RE

F

D

R

V

_

P

rec
ha
rg

e-

M

A

IN

S

RE

F

1

0_A

-M

A

IN

S

_L
2

17
_A
-B

A

T

T

E

R

Y

A-BAT

T

_

P

O

S

A-BAT

T

_

N

EG

H

F

 s

u

ppl
y

 1

HF

 s

u

p

p

ly

 2

F

A

ST
-SPE

ED

V

O

U

T

_L
1_
F

A

N

AU

X

_

B

Y

-P

AS
S

_

O

N

S

P

AR

E_
2

A

U

X

_

CO

NV

 -

D

C

AU

X

_

M

A

IN

S-L

3

AU

X

_

M

A

IN

S-L

2

AU

X

_

M

A

IN

S-L

1

07_

V

-M

A

IN

S

_

L

2

06_

V

-M

A

IN

S

_

L

1

08_

V

-M

A

IN

S

_

L

3

A-M

A

IN

S_
N

E

G

A

U

X

_

CO

NV

 +

D

C

D

R

V_
Pre

c

h

a

rg

e

-M

A

IN

S

09
_A
-M

A

IN

S

_

L

1

A-M

A

IN

S_
PO

S

10
_A
-M

A

IN

S

_

L

2

11
_A
-M

A

IN

S

_

L

3

FS
1

0

+

 BAT

T

ER

Y

FS
1

1

- BAT

T

ER

Y

D4
5

Ye
llo

w

2

1

CN1

1

S

par

e

_

2

1

2

R9
5

1

50K

  0.

2

5

W

R9
6

15
0K
  0
.25
W

R9
7

15
0K
  0
.25
W

R9
8

15
0K
  0
.25
W

R9
9

6.

8

K

R1
8

0

15
0K
  0
.25
W

R1
0

0

6.

8

K

R1
8

1

15
0K
  0
.25
W

C3
9

2.

2

µ

F

 P
H

B

85
0V

2

1

H1

AC

S7
5

4

1

3

2

4

5

H2

AC

S7
5

4

1

3

2

4

5

Q6

SK6

0

G

B1
2

8

28

6

13

27

2

1

24

12

5

23

C3
7

2.

2

µ

F

 P
H

B

85
0V

2

1

H3

AC

S7
5

4

1

3

2

4

5

R1
9

5

1.

5

K

 0.
2

5

W

D4
2

1N
41
48

2

1

TP
3

0

TP
3

1

R1
8

8

15
0K
  

0.

2

5

W

TP
2

9

Q1

S

K

60G

B

1

28

28

6

13

27

2

1

24

12

5

23

FS
1

4

+ D

C

FS
1

5

-D
C

R

134

22
K

 0.
2

5

W

R1
3

5

22
K

 0.
2

5

W

R1
3

6

22
K

 0.
2

5

W

F3

32
A

 10

x

3

8

1

2

3

4

R8
9

27
K

 0.
25W

F4

32
A

 10

x

3

8

1

2

3

4

R9
1

27
K

 0

.25
W

R9
2

27
K

 0.
2

5

W

R9
3

27
K

 0

.25
W

R9
4

27
K

 0.
2

5

W

R9
0

27
K

 0.
2

5

W

CN2

INPUT MAINS

1

2

3

4

5

R1
8

7

10
0K
  

0.

2

5

W

CN3

DC B

U

S

1

2

3

4

FS
2

0

L1

FS
2

1

L2

FS
2

2

L3

R

1

4

5

10
K

 0.
2

5

W

C4
0

2.

2

µ

F

 P
H

B

85
0V

2

1

R6
5

56
R

 1

0

W

R6
3

56
R

 1

0

W

R6
4

56
R

 1

0

W

Q2

S

K

60
G

B

128

28

6

13

27

2

1

24

12

5

23

FS
4

3

NE

UT
RA

L

 I

N

K1

73
5-

3

A

-C

-T

 S
O

N

G

 C
H

U

A

N

9

8

7

1

2

6

5

4

+

C6
2

10
µ

F

 16V

D3
7

1N
40
07

2

1

Q3

SK6

0

G

B1
2

8

28

6

13

27

2

1

24

12

5

23

R

130

10
 0.
2

5

W

R1
9

1

47
 1W

R1
8

3

10
0K
  

0.

2

5

W

+

C6
5

1

00u

F

3x
D

S

M

x

x

x

R

1

4

6

10
K

 0.
2

5

W

D4
1

1N
41
48

2

1

+

C6
6

10
0u
F

R1
8

5

10
0K
  

0.

2

5

W

C4
1

2.

2

µ

F

 P
H

B

85
0V

2

1

F2

32
A

 10

x

3

8

1

2

3

4

F1

32
A

 10

x

3

8

1

2

3

4

C4
9

0.

1µ
F

Q5

S

K

6

0G
B

1

28

28

6

13

27

2

1

24

12

5

23

C5
0

0.

1

µ

F

FS
7

L1
-I

N

P

U

T

FS
8

L2
-I

N

P

U

T

FS
9

L3
-I

N

P

U

T

C4
8

0.

1

µ

F

Q4

S

K

6

0G
B

1

28

28

6

13

27

2

1

24

12

5

23

C7
0

47
nF

FS
4

4

NE

UT
RA

L

 I

N

C6
9

4.

7

n

F

FS
1

L1

R1
8

4

10
0K
  

0.

2

5

W

FS
2

L2

FS
3

L3

FS
4

L3

FS
5

L2

FS
6

L1

C3
8

2.

2

µ

F

 P
H

B

850

V

2

1

+

C6
7

10
0uF

FS
5

0

L3

FS
4

9

L2

FS
4

8

L1

R1
1

9

27
K

 0

.25
W

R1
1

7

27
K

 0

.25
W

R1
1

8

27
K

 0

.25
W

C6
8

47
nF

C4
3

2.

2

µ

F

 P
H

B

85
0V

2

1

R

1

4

4

10
K

 0.
2

5

W

H7

HA

IS

 5

0

-P

1

2

3

4

5

6

+5V

0V

OU

T

VR

EF

CE

NC

TP
3

9

TP
3

8

CN1

0

B

Y

-P
ASS O

N

1

2

R1
8

2

10
0K
  

0.

2

5

W

R1
8

6

10
0K
  

0.

2

5

W

C4
5

1nF

Q7

IR
FD

1

1

0

3

4

2

1

R7
1

47

R6
6

10
0

+

C4
4

10
µ

F

R7
2

4

7

R7
4

5.

6

K

T7

V

A

C

4097X

055

1

6

3

2

5

4

U1

S

G

3

525

2

1

3

5

6

7

8

9

10

16

4

11

14

13

15

12

+V

-V

SY

N

C

CT

RT

DI
S

C

CS

S

CO

M

P

SD

VR

EF

OS

C

OU

T

A

OU

T

B

VC

VC

C

GN

D

+

C4
6

10
0µ
F

 35

V

+

C4
7

10
µ

F

R6
9

4

7

C4
2

1

000

pF

R6
8

22
 5W

R6
7

1K

Q8

IR
FD

1

1

0

3

4

2

1

FS
5

1

AU

X

 F
A

N

F4
2

1A
 250

V

K7

N.
O

.

4

5

3

1

2

FS
4

2

PH

AS
E

_

F

A

N

C6
3

4.

4 

uF
 2

5

0

V

ac
 M
A

B

R1
9

0

22
R

 5

W

D4
4

1N
40
07

2

1

C6
4

3u
F

 25

0V
a

c

 M
A

B

R1
9

4

47
R

  1W

FS
4

1

NE

UT
R

A

L

_

F

A

N

R1
8

9

22
R

 5

W

To
 Sw

it

c

h

e

s

From Input
Inductor

T

o

 Inv

e

rt

e

r

In

du
c

to

r

To
 A
u

x

.

Conv

e

r

te

r

C

S

015

3

To In

put 

Indu

cto

r

UPS
Input

To
 C
o

n

n

e

c

to

r

Pa
g

e

 4

To A

u

x

.

C

onv

e

r

te

r

C

S

0153

TO

 P
A

G

E

 4

TO

 P
A

G

E

 4

IN

PU
T

 I

N

VER

T

E

R

O

U

TP
U

T

 I

N

V

E

R

TE
R

To
 A
C

Ca
p

a

ci

to

rs

TO P

A

GE

 4

LEM DI
BATTERIA

D

R

IV

E

R

S SU

PPL

Y

TO P

A

GE

 1

22
0V
a

c

 F
a

n

Su
p

p

ly

FR
O

M

PA

G

E

3

Summary of Contents for Mizar-Alcor

Page 1: ...00 Powertronix spa reserves the right to modify this document without notice POWERTRONIX Mizar Alcor Service Manual Document DT0489 English PTX Revision Date Checked Approved 00 07 09 2009 07 09 2009 Ghezzi R 07 09 2009 Ghezzi R ...

Page 2: ...CE BOARD COMPONENT LAYOUT 13 2 8 3 CS0150 UPS 10 15KVA UPS 20 30KVA CONTROL BOARD 14 2 8 4 CS0153 UPS 10 15KVA UPS 20 30KVA POWER SUPPLY BOARD 15 2 8 5 CS0098 RELAY COMUNICATION BOARD 16 2 8 6 SNMP COMUNICATION BOARD 16 2 8 7 TERMINAL BLOCKS 17 3 TROUBLESHOOTING 18 3 1 POWER FUSE 18 3 1 1 UPS 10 15KVA 18 3 1 2 UPS 20 30KVA 19 3 2 CHECK ALL PFC INVERTER OUT IGBTS 20 3 2 1 UPS 10 15KVA 20 3 2 2 UPS ...

Page 3: ...B BATTERY 7 2 9AH DE0157 BATTERY FUSE PCB BATTERY 4 5 5 2AH 47 5 1 6 DE0150 CONTROL LOGIC 48 5 1 7 DE0151 UPS 20 30KVA INVERTER DRIVER FEEDBACK 59 5 1 8 DE0152 UPS 10 15KVA INVERTER DRIVER FEEDBACK 65 5 1 9 DE0153 POWER SUPPLY BOARD 69 5 1 10 DE0111 UPS 10 30KVA H F FILTER 70 5 1 11 DE0155 LCD MIMIC DISPLAY 71 5 1 12 DE1235 BATTERY STRING 72 ...

Page 4: ...inevitable therefore it is recommended that this chapter is read in its entirety before commencing work on the equipment There is no practical way detecting an impending UPS malfunction as most problems do not emerge as a gradual performance degradation Generally the UPS will either work correctly or shut down with or without a warning indication In the event of a UPS malfunction troubleshooting s...

Page 5: ...e following test equipment will be required 1 2 1 Portable PC with software UPS Maintenance UCT See the chapter 4 is absolutely necessary for a skilled service engineer because every set point or UPS logic status or regulation constant can be set or checked only via PC and software 1 2 2 Oscilloscope A dual trace oscilloscope which has the ability to sum the two channel allowing differential volta...

Page 6: ...llowing pages To check pictures it s necessary to follow the UPS general schematic diagram DE1244 and DE1245 attached at the end of this document 2 1 UPS CLOSED Fig 1 WARNING Before removing safety covers after power disconnection it s necessary to wait for 10 minutes to have discharged inner capacitors In any case be careful and never touch circuits or components before a voltage check UPS Contro...

Page 7: ...AL DT0488 Powertronix spa reserves the right to modify this document without notice Page 7 of 72 2 2 INNER VIEW WITH SAFETY COVER REMOVED Fig 2 UPS Power Section UPS Battery Location BATTERY Connections BATTERY String ...

Page 8: ...88 Powertronix spa reserves the right to modify this document without notice Page 8 of 72 2 3 REAR UPS DESCRIPTION Fig 3 Breaker SNMP Net Com Slot location RS232 Status Remote Control Slot location Output Air window Tagblock ...

Page 9: ...eserves the right to modify this document without notice Page 9 of 72 2 4 UPS 10 15KVA ELECTRONIC PARTS LAYOUT LEFT SIDE Fig 4 RIGHT SIDE Fig 5 NEUTRAL BAR Connection DC Busbar HEATSINK FAN Power Impedence DC Busbar Power Impedence CS0150 CS0153 ...

Page 10: ...ves the right to modify this document without notice Page 10 of 72 2 5 UPS 20 30KVA ELECTRONIC PARTS LAYOUT LEFT SIDE Fig 6 RIGHT SIDE Fig 7 NEUTRAL BAR CONNECTION DC Busbar HEATSINK Power Impedence DC Busbar Power Impendence Fuse Fuse CS0153 CS0150 ...

Page 11: ...x 7 9 Ah DE0157 CS0157 0sde 0154 H F Filter DE0154 CS0161 0sde 0162 Temperature Sensor SMT DE0138 CS0138 0sde 0098 Relay Board DE0098 CS0098 2 7 UPS 20 30KVA BOARDS This paragraph describes the PCB s fitted in the UPS Subassembly code Description Diagram Circuit code 0sde 0150 Control Logic 7 30KVA DE0150 CS0150 0sde 0151 Inverter Drivers Feedback Mizar DE0151 CS0151 0sde 0153 Aux Converter DE0153...

Page 12: ...LAYOUT 2 8 1 UPS 10 15KVA Power Interface Board Component Layout Refer to Electrical Diagram DE0152 Fig 8 Input Precharge Relay Negative DC Capacitor Fuse Negative DC Battery Fuse RESERVE Relay Static Switch Positive DC Battery Fuse Positive DC Capacitor Fuse IGBT Input Section IGBT Output Section INVERTER Relay Static Switch ...

Page 13: ... this document without notice Page 13 of 72 2 8 2 UPS 20 30KVA Power Interface Board Component Layout Refer to Electrical Diagram DE0151 Fig 9 Input Precharge Thyristor IGBT INPUT SECTION RESERVE Static Switch Thyristor IGBT OUTPUT SECTION INVERTER Static Switch Thyristor ...

Page 14: ... of 72 2 8 3 CS0150 UPS 10 15KVA UPS 20 30KVA CONTROL BOARD Refer to Electrical Diagram DE0150 Fig 10 Fiber Optic Connector Parallel Comunication LCD Mimic Display Board Connectors LED BAR UPS STATUS LED BAR Processor STATUS Battery Keep Timer Interface Board Connectors Relay Board Connectors SNMP Connector ...

Page 15: ... to modify this document without notice Page 15 of 72 2 8 4 CS0153 UPS 10 15KVA UPS 20 30KVA POWER SUPPLY BOARD Refer to Electrical Diagram DE0153 Fig 11 Input Mains Connector Input Reserve Connector DC Bus Connector Interface Board Connector Power Supply status ...

Page 16: ...CATION BOARD Refer to Electrical Diagram DE0098 Fig 12 2 8 6 SNMP COMUNICATION BOARD Fig 13 DB9 RS232 Comunication Connector E P O Terminal Connection FREE VOLTAGE CONTACTS UPS STATUS CONTROL LOGIC CONNECTOR Control Logic Connection Config Switch NET RJ45 status led CONNECTOR Serial Comport Aux Input Output Drycontact Status Led Error Link ...

Page 17: ...R D SERVICE MANUAL DT0488 Powertronix spa reserves the right to modify this document without notice Page 17 of 72 2 8 7 TERMINAL BLOCKS Fig 14 ...

Page 18: ... R183 100K 0 25W R184 100K 0 25W Q3 SK60GB128 28 6 13 27 2 1 24 12 5 23 F2 32A 10x38 1 2 3 4 C37 2 2µF PHB 850V 2 1 FS21 L2 Q6 SK60GB128 28 6 13 27 2 1 24 12 5 23 R180 150K 0 25W R186 100K 0 25W FS14 DC R181 150K 0 25W R188 150K 0 25W C38 2 2µF PHB 850V 2 1 Q2 SK60GB128 28 6 13 27 2 1 24 12 5 23 C43 2 2µF PHB 850V 2 1 Q4 SK60GB128 28 6 13 27 2 1 24 12 5 23 R96 150K 0 25W C40 2 2µF PHB 850V 2 1 R97...

Page 19: ...kVA LEFT RIGHT SIDE electronic parts LAYOUT TAB 3 Fuse Value Protection of Location F1 F3 100A 690V Positive Battery Input Positive DC BUS Right side Heatsink UPS 20 30kVA F2 F4 100A 690V Negative Battery Input Negative DC BUS Left side Heatsink UPS 20 30kVA If you find one or more fuses blown you have to check firstly ALL the POWER semiconductors on the UPS ...

Page 20: ... indicate the part of circuit Obviously also PFC L2 L3 and INVERTER L1 L2 L3 driver has to be tested SCH 3 P 15 P 15 HF supply 1 HF supply 2 DRV_L1 TOP_ING DRV_L1 BOTT_ING G1 T E1 T G1 B E1 B R4 1 8K R10 270 R28 270 R19 1 8K D4 UF4007 2 1 Z4 15V 2 1 C7 100µF 35V TP1 D10 1N4148 2 1 T1 VAC4721X004 1 6 3 2 4 5 C1 100µF 35V D13 1N4148 2 1 C16 100µF 35V Totem ISO4 HCPL3120 2 3 6 5 8 7 R13 1K C10 100µF ...

Page 21: ...as to be tested SCH 4 P 15 P 15 HF supply 1 HF supply 2 DRV_L1 BOTT_ING G1 T E1 T DRV_L1 TOP_ING E1 B G1 B R10 270 R4 1 8K R19 1 8K R28 270 C7 100µF 35V Z4 15V 2 1 D4 UF4007 2 1 D10 1N4148 2 1 TP1 C1 100µF 35V T1 VAC4721X004 1 6 3 2 4 5 R13 1K Totem ISO4 HCPL3120 2 3 6 5 8 7 C16 100µF 35V D13 1N4148 2 1 R22 10 TP10 Totem ISO1 HCPL3120 2 3 6 5 8 7 C10 100µF 35V Z10 P6KE18CAC250 2 1 D1 1N4148 2 1 C4...

Page 22: ...c input 400V ac Voltage coming from Mains ac input These voltages rectified are applied to a flyback dc dc insulated converter that gives regulated dc voltages on the output to all the boards of the UPS Each line coming in are protected with resistor on the board Name Description Value Note R57 R58 Positive and Negative DC input 47 ohm Fig 15 R50 R51 R52 Input Mains AC L1 L2 L3 input 47 ohm Fig 15...

Page 23: ...ce Coming from AC Mains Line check between R50 R51 R52 400Vac 2 Check Output Voltage 3a DC Output 7 5Volt dc check between TP7 TP9 DC Voltage 7 5Vdc 3b DC Output 15Volt dc check between TP7 TP4 DC Voltage 15Vdc 3c DC Output Isolated 15Volt dc check between TP14 TP12 DC Voltage 15Vdc Safe Life Battery remote UPS s location function During battery discharging the battery voltage is monitored by the ...

Page 24: ... present DL2 Yellow ON when Power supply 12Volt Volt is present DL3 Green ON when Power supply 12 Volt is inside the right parameters SW1 Push Button SW2 Push Button Upload STL Software Enable Function LED BAR UPS STATUS LED BAR Processor STATUS SW1 Button Not Used SW2 Button Up load software micro LED DL1 Green Power Supply 5 Volt Enabled LED DL2 Yellow Power Supply 12 Volt Enabled LED DL3 Green ...

Page 25: ...e Colour Description ON OFF BLINKING L1 Green Mains Line Status MAINS is OK Mains is not OK PFC overload L2 Green Battery Status Battery VOLT OK Battery VOLT NOK Battery Prealarm L3 Green Inverter Status RUNNING NOT RUNNING INV overload L4 Green Reserve Line Status Res Line is OK Res Line is not OK Phase Rot ERR L5 Green PFC Status Battery Charged PFC NOT RUNN Battery In Charge L6 Red Static Switc...

Page 26: ...Vdc 15 20Vdc P 7 5 Input Power Supply from CS0152 TP61 TP58 7 5Vdc 7 5 10Vdc P 12 Internal stabilized Power Supply TP55 TP53 12Vdc 11 75 12 25Vdc P 5 Internal stabilized Power Supply TP61 TP59 5Vdc 4 75 5 25Vdc P 3 3 Internal stabilized Power Supply TP61 TP63 3 3Vdc 3 1 3 5Vdc P 1 5 Internal stabilized Power Supply TP61 TP65 1 5Vdc 1 4 1 6Vdc N 7 Internal Power Supply TP61 TP67 7Vdc 6 10Vdc P 12De...

Page 27: ...DC Capacitors Fuse 12 DE0152 Pag 2 Negative Battery Fuse Protection 13 DE0152 Pag 2 Snubber Capacitors 14 DE0152 Pag 2 J4 50 pin Flat Cable Connector to Control Logic CS 0150 15 DE0152 Pag 4 J5 40 pin Flat Cable Connector to Control Logic CS 0150 16 DE0152 Pag 4 J7 20 pin Flat Cable Connector to Auxiliary Power Supply CS 0153 17 DE0152 Pag 4 CN9 2 Pin Molex Connector to Thermal Sensor C External B...

Page 28: ...ertronix spa reserves the right to modify this document without notice Page 28 of 72 UPS 10 15KVA Component Layout Refer to Electrical Diagram DE0152 Fig 17 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 ...

Page 29: ...ector to Control Logic CS 0150 7 DE0151 Pag 6 J2 14 pin Flat Cable Connector to Control Logic CS 0150 8 DE0151 Pag 6 J3 20 pin Flat Cable Connector to Auxiliary Power Supply CS 0153 9 DE0151 Pag 6 CN11 2 Pin Molex Connector to Thermal Sensor C External Battery Box 10 DE0151 Pag 6 CN9 2 Pin Molex Connector to Thermal Sensor C Internal Battery Box 11 DE0151 Pag 6 CN8 2 Pin Molex Connector Not used 1...

Page 30: ...onix spa reserves the right to modify this document without notice Page 30 of 72 UPS 20 30KVA Interface Boards Component Layout Refer to Electrical Diagram DE0166 DE0167 DE0168 Fig 18 10 11 12 13 14 15 16 6 7 9 17 8 1 2 3 19 18 20 4 5 ...

Page 31: ...ers which are not accessible through LCD panel Necessary things PC with program installed serial communication cable DB9 DB9 and RS232 Relay board CS0098 standard on board Below there is a short description of the program and its possibilities Few seconds after start the program will be ready to use The initial screen is similar to the following picture As there is no standard way of using the pro...

Page 32: ...number speed etc of last successful transmission and uses them later as default settings Below there is description of main program functions Attention all further explanations refers to the UPS 20 30KVA and R D user access level Depending on the program version R D service user some functions may be hidden or disabled 1 UPS identification button Opens window containing UPS identification informat...

Page 33: ...out notice Page 33 of 72 2 UPS configuration button Opens window containing three tabs as described below Main configuration tab This tab contains essential UPS parameters parallel mode and batteries settings output parameters frequency number of phases and others Nominal values tab 2 press ...

Page 34: ...form With any tab the user can read the informations from the UPS or from the file modify them and write back to the UPS The program operates read write operations on the parameters which are present on visible tab only 3 UPS status and meters button This button opens the window containing four different tabs as described below All of them except of the last one called UDBS Obj history use the Idl...

Page 35: ... and 5 sections with values of measures When the Idle read mode is active all the tab content is refreshed every second UDBS object 2 to 9 tab This tab gives an access to several informations available in UDBS protocol The user can choose from 1 to 6 different parameters from the lists and watch them simultaneously When the Idle read mode is active all the tab content is refreshed every second 3 p...

Page 36: ...portant internal UPS signals It can be useful in the case of UPS malfunction servicing or maintenance As for the previous tabs also this tab content is refreshed every second if the Idle read mode is activated UDBS object history tab Using this tab user can download event log content from the UPS Updated log can be also saved to the file button Save to file or File Save UPS ...

Page 37: ...ious tabs this one does not use Idle read mode 4 Commands and update button This button opens the window containing two tabs as described below UPS commands tab This tab contains several UPS commands which can be useful while UPS service or maintenance To send the command to the UPS the user should choose the command and click Execute command 4 press ...

Page 38: ...b Software updates tab allows changing the UPS firmware and or LCD panel language file depending on the selected radio button After clicking on the Open file button the user chooses the right update file and the program controls its content If the file content is correct the Send update to UPS button will be enabled and ready to use ...

Page 39: ...s are set correctly in the factory and there is no need to modify them 6 UPS setup button This button opens UPS setup window which contains some of the power voltage UPS values used while performing unit setup process in the factory Except of the functions described above the program allows creating the UPS backup file File Save UPS backup option saving Program Event Log UPS History Log changing t...

Page 40: ...eneral diagram Mizar DE1112 UPS general diagram Alcor DE0098 Relay Communication Board DE0138 Temperature sensor PCB DE0143 Battery Fuse PCB gap18mm DE0150 Control Logic DE0151 Inverter Driver Feedback Alcor DE0152 Inverter Driver Feedback Mizar DE0153 Power Supply Board DE0111 H F Filter UPS 10 30kVA DE0155 LCD Mimic Display DE0157 Battery Fuse PCB gap22mm DE1235 Battery String ...

Page 41: ...AR PW16 UPS_GND N UPS_GND PW35 PW28 PW24 PW30 CM1173 PW5 PW9 PW11 UPS_GND N N F4 F1 Neutral Breaker I6 C1 40µF 400 450V L6 DSM191 VT1 0CEVTM2204P16W I1 Input_Breaker C2 40µF 400 450V L5 DSM191 L1 DSM191 C5 10µF 400 450V C9 10µF 400 450V C7 10µF 400 450V C8 10µF 400 450V P7 1 2 P10 1 2 P9 1 2 P8 1 2 P12 1 2 P11 1 2 P7 1 2 P8 1 2 P12 1 2 P10 1 2 P11 1 2 P9 1 2 C ST1 85 C C3 40µF 400 450V CN10 MATLOK...

Page 42: ...E2 4400µF 450V L3 DSM191 L2 DSM191 L1 DSM191 FS8 L2 IN FS9 L3 IN FS43 N IN FS25 L1 FS24 L2 FS23 L3 L4 DSM191 L5 DSM191 L6 DSM191 FS20 L1 FS28 L1 CE1 4400µF 450V FS29 L1 OUT FS31 L3 OUT CE3 4400µF 450V FS22 L3 FS21 L2 FS26 L3 FS27 L2 C3 40µF 400 450V C2 40µF 400 450V FS30 L2 OUT C1 40µF 400 450V Q1 28 6 13 27 2 1 24 12 5 23 Q2 28 6 13 27 2 1 24 12 5 23 FS2 L2 FS3 L3 FS1 L1 Q3 28 6 13 27 2 1 24 12 5...

Page 43: ... PW12 PW11 Cabinet Temp 0SDE0162 1 2 NEUTRAL BAR UPS_GND PW5 PW9 PW11 N PW28 PW24 PW30 PW16 UPS_GND N UPS_GND CM1173 PW35 N VT1 0CEVTM2204P16W I1 63A C8 10µF 400 450V C7 10µF 400 450V L3 DSM192 L1 DSM192 C9 10µF 400 450V L2 DSM192 I3 63A C1 60µF 400 450V C2 60µF 400 450V I6 125A C3 60µF 400 450V AUX CONTACT P1 1 2 P4 1 2 P2 1 2 P3 1 2 P5 1 2 P7 1 2 P6 1 2 P8 1 2 P9 1 2 P10 1 2 P12 1 2 P11 1 2 L3 D...

Page 44: ...W25 L1 F3 100A PW12 Batt L5 L6 F4 100A L4 S1 SCR SKUT85 3 5 1 2 4 6 7 10 13 12 14 11 PW25 L1 PW26 L2 PW27 L3 PW1 Batt PMB 2 5 µF Q1 SEMiX201GD128Ds 5 4 3 2 1 8 9 6 7 12 13 10 11 16 17 14 15 19 20 PMB 2 5 µF Q2 SEMiX201GD128Ds 5 4 3 2 1 8 9 6 7 12 13 10 11 16 17 14 15 19 20 CE2 4400µF CE1 4400µF CE3 4400µF FS1 FS2 FS3 PW26 L2 Inverter IN AC INPUT CAPACITORS INPUT MAINS Inverter OUT Neutral Bar CM 1...

Page 45: ... 14 11 R151 10 5W C67 0 1µF MABA01 C69 0 1µF MABA01 C73 0 1µF MABA01 R155 10 5W R156 10 5W PW20 L3 S3 SCR SKUT85 3 5 1 2 4 6 7 10 13 12 14 11 C2 60µF 450V PW19 L2 PW18 L1 FS13 C1 60µF 450V C3 60µF 450V FS14 FS15 FS10 FS6 L3 FS4 L1 FS5 L2 C74 0 1µF MABA01 R157 10 5W R158 10 5W R159 10 5W C76 0 1µF MABA01 C75 0 1µF MABA01 H5 ACS754 1 3 2 5 4 PW14 L1 OUT PW15 L2 OUT PW16 L3 OUT H7 ACS754 1 3 2 5 4 FR...

Page 46: ...3 100 D5 1N4148 R14 100 T1 TRANSFORMER FLAT 2 2 1 3 4 2 8 7 5 6 Z1 47V C5 1µF R3 1 2K R2 100 Q1 2N2222 R1 100 IC3 4N35 1 2 5 4 6 R17 470K C8 0 1nF 50V R15 1K C7 1nF 50V R11 100 K1 12V 12A 4 5 3 1 2 R4 22 C4 1µF D1 1N4148 R8 10K CN1 1 2 D2 1N4148 Z3 12V Z2 12V R10 470K K2 12V 12A 4 5 3 1 2 K3 12V 12A 4 5 3 1 2 D3 1N4148 K4 12V 12A 4 5 3 1 2 D4 1N4148 C1 1µF C3 1µF D10 1N4148 C9 1µF Z4 12V C2 10µF C...

Page 47: ...age 47 of 72 5 1 4 DE0138 Temperature sensor PCB R1 R4 C1 1uF 25V J1 1 2 U1 LM334M 1 2 3 4 5 6 7 8 RESISTOR TABLE R1 R4 18 ohm 4 7 ohm 10µA K ALCOR MIZAR 0SDE0162 5 1 5 DE0143 Battery Fuse PCB Battery 7 2 9Ah DE0157 Battery Fuse PCB Battery 4 5 5 2Ah FS4 FASTON F FS3 FASTON F FS2 FASTON F FS1 FASTON F ...

Page 48: ...U15C ULN2003A 3 14 U15B ULN2003A 2 15 RP4 470 1 2 3 4 5 6 7 8 U15E ULN2003A 5 12 U15D ULN2003A 4 13 U15F ULN2003A 6 11 RP6 470 1 2 3 4 5 6 7 8 RP5 470 1 2 3 4 5 6 7 8 RP1 470 1 2 3 4 5 6 7 8 U15G ULN2003A 7 10 U16A ULN2003A 1 16 9 8 RP2 470 1 2 3 4 5 6 7 8 L8 Green 2 1 L 6 Red 2 1 DEBUG STATUS LED UPS STATUS LED OK LD3 INVERTER STATUS MASTER SYNCRO OK LOAD NOT FEED LOAD ON RES BATTERY OK OK SLAVE ...

Page 49: ... 2 14 7 U19C ULN2003A 3 14 R7 1M C7 1µF U19D ULN2003A 4 13 C8 0 1µF U19E ULN2003A 5 12 R8 1M C9 1µF U18B 3 4 14 7 R9 100K C5 1nF R5 100K C10 0 1µF U17E 11 10 14 7 RP10 10K 1 2 3 4 5 6 7 8 SW2 PBswitch 1 3 SW1 RESET CL 1 3 C1 1µF U17A 1 2 14 7 R1 1M RP7 10K 1 2 3 4 5 6 7 8 C6 0 1µF RP8 470 1 2 3 4 5 6 7 8 C2 1µF C3 1µF R166 1K U17D 9 8 14 7 C4 1µF R4 100K U19F ULN2003A 6 11 U19G ULN2003A 7 10 TP3 U...

Page 50: ...out Din R65 0 ohm R64 NOT MOUNTED R25 82K R48 1K C35 10nF R42 82K R55 82K R171 1K R30 10K R31 10K C24 0 1µF C26 0 1µF U14A LM324 3 2 1 4 11 R28 10K R27 22K R29 22K R67 1K C42 10nF C135 100µF 10V R12 2 2K R11 470 R69 10M R13 470 D2 1N4148 2 1 R74 1K C47 10nF R14 2 2K U8 HCF4067BM 10 11 14 13 15 1 9 8 7 6 5 4 3 2 23 22 21 20 19 18 17 16 24 12 A B C D INBT OUT I0 I1 I2 I3 I4 I5 I6 I7 I8 I9 I10 I11 I1...

Page 51: ...T_ING DRV_L1 TOP_ING DRV_L2 BOTT_ING C54 0 1µF T otem U22B ICL7667 4 5 1 8 C55 0 1µF C56 0 1µF T otem U23B ICL7667 4 5 1 8 C51 0 1µF T otem U23A ICL7667 2 7 6 3 T otem U24A ICL7667 2 7 6 3 T otem U24B ICL7667 4 5 1 8 R82 100 R88 100 R86 100 R83 100 R84 100 R90 100 R81 100 R85 100 R89 100 R87 100 R91 100 T otem U25B ICL7667 4 5 1 8 T otem U22A ICL7667 2 7 6 3 R80 100 T otem U25A ICL7667 2 7 6 3 T o...

Page 52: ...T otem U28A ICL7667 2 7 6 3 T otem U28B ICL7667 4 5 1 8 R94 100 TP88 TP87 R92 100 T otem U29A ICL7667 2 7 6 3 T otem U29B ICL7667 4 5 1 8 R96 100 R98 100 TP90 TP89 R158 1K C61 0 1µF C60 0 1µF T otem U33B ICL7667 4 5 1 8 T otem U31A ICL7667 2 7 6 3 T otem U31B ICL7667 4 5 1 8 R95 100 R93 100 R97 100 RP15 470 1 2 3 4 5 6 7 8 R156 1K R157 1K RP17 470 1 2 3 4 5 6 7 8 U38G ULN2003A 7 10 9 8 U38F ULN200...

Page 53: ...2 U5 EPCS1 2 6 1 5 4 7 8 3 DATA DCLK NCS ASDI GND VCC VCC VCC RP20 10K 1 2 3 4 5 6 7 8 R105 1M C66 33pF R108 1K C67 33pF R107 220 CN_PRG1 10p 2 54 1 2 3 4 5 6 7 8 9 10 BT1 3V Lithium 512Kx8bit 256kx16bit U4 AM29LV400 TSOP48 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 A15 A14 A13 A12 A11 A10 A9 A8 NC NC nWE n...

Page 54: ... otem U49B ICL7667 4 5 1 8 T otem U44B ICL7667 4 5 1 8 T otem U49A ICL7667 2 7 6 3 C71 0 1µF U38A ULN2003A 1 16 9 8 U38B ULN2003A 2 15 9 8 U35D 40106 9 8 14 7 C70 0 1µF U35B 40106 3 4 14 7 U35A 40106 1 2 14 7 U35C 40106 5 6 14 7 TP43 TP45 TP44 C77 0 1µF RP30 470 1 2 3 4 5 6 7 8 RP29 470 1 2 3 4 5 6 7 8 RP28 470 1 2 3 4 5 6 7 8 C74 0 1µF C78 0 1µF RP24 10K 1 2 3 4 5 6 7 8 RP25 10K 1 2 3 4 5 6 7 8 D...

Page 55: ...8 TP46 T otem U50A ICL7667 2 7 6 3 C137 0 1µF TP47 TP51 R140 1K TP50 U35E 40106 11 10 14 7 U35F 40106 13 12 14 7 R138 10K C128 0 1µF U39D 40106 9 8 14 7 R109 10K C80 1nF U39A 40106 1 2 14 7 C79 0 1µF U38D ULN2003A 4 13 9 8 U39E 40106 11 10 14 7 U39F 40106 13 12 14 7 R116 560K R115 10K R114 2 2K R113 1K R112 2 7K R111 270 Q1 1 2 3 ISO2 4N35 1 2 4 6 5 R117 560K T otem U50B ICL7667 4 5 1 8 U39B 40106...

Page 56: ...59 160 161 162 163 164 165 166 167 168 169 173 174 175 177 178 179 180 41 42 43 44 45 46 47 48 49 53 54 56 57 58 59 60 VCCIO4 VCCIO4 VCCIO4 VCCIO3 VCCIO3 VCCIO3 VCCIO2 VCCIO2 VCCIO2 VCCIO1 VCCIO1 VCCIO1 VCCA_PLL2 VCCA_PLL1 GNDG_PLL2 GNDG_PLL1 GNDA_PLL2 GNDA_PLL1 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND DEV_CLRN DEV_OE INIT_DONE PLL2_OUT1P PLL2_OUT1N PLL1_OUT0P PLL1_O...

Page 57: ...OUT REF TP61 C120 10µF 35V DL3 Green 2 1 C123 0 1µF U43 NCP1117DT15 3 2 1 IN OUT REF DL1 GREEN 2 1 R131 680 R134 1K R125 1K C121 10µF 35V C122 0 1µF C117 0 1µF C111 10µF 35V C115 10µF 35V C116 10µF 35V C118 0 1µF DL2 Y ELLOW 2 1 C113 0 1µF Q2 BDX54 1 2 3 U41 7805 1 3 2 IN OUT REF U42 LM2937IMP3 3 1 3 2 4 C105 10µF 35V C114 0 1µF R135 2 2K C112 10µF 35V C108 0 1µF D37 1n4148 2 1 TP55 R120 10K C106 ...

Page 58: ...G DRV_Precharge MAINS DRV_L3 TOP_INV DRV_L1 BOTT_ING ENABLE _DC DC ISO_N 15 ISO_P 15 ISO_P 15 FAST SPEED DRV_L3 BOTT_INV DRV_L3 BOTT_ING DRV_L1 BOTT_INV ISO_N 15 AUX_BY PASS_ON DRV_L2 TOP_INV DRV_L2 BOTT_INV DRV_L1 TOP_ING ISO_P 15 Sy ncro CN LCD_LIGHT_ON DRV_SCR_L2 DRV_SCR_L1 27_INVERTER_TEMP 28_PFC_TEMP CONTACT_SPARE_1 J5 CON40 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26...

Page 59: ...UF4007 2 1 Z16 15V 2 1 D28 1N4148 2 1 R43 1K C34 100µF 35V C19 100µF 35V R58 270 D31 1N4148 2 1 R49 1 8K R52 10 C28 100µF 35V Totem ISO7 HCPL3120 2 3 6 5 8 7 R37 10 D19 1N4148 2 1 TP17 Z19 15V 2 1 R55 10 R31 10 TP20 R46 1K TP14 Z13 P6KE18CAC250 2 1 T4 VAC4721X004 1 6 3 2 4 5 TP23 D25 UF4007 2 1 C25 100µF 35V C31 1µF C22 1µF Totem ISO10 HCPL3120 2 3 6 5 8 7 D34 1N4148 2 1 Z22 P6KE18CAC250 2 1 Z23 P...

Page 60: ...PW5 L2 INPUT R63 22K 0 25W R61 22K 0 25W R87 27K 0 25W R88 27K 0 25W R97 27K 0 25W R96 27K 0 25W R92 27K 0 25W R91 27K 0 25W CN2 INPUT MAINS D68 1N4148 C44 0 1µF MABA01 C43 0 1µF MABA01 R79 10 5W R78 10 5W C45 0 1µF MABA01 CN1 DC BUS 1 2 3 4 R81 10 5W R62 22K 0 25W PW25 L1 S1 SCR SKUT85 3 5 1 2 4 6 7 10 13 12 14 11 R95 1K C48 10µF U1 SG3525 2 1 3 5 6 7 8 9 10 16 4 11 14 13 15 12 V V SY NC CT RT DI...

Page 61: ...1 1 2 4 6 R108 100 1W R110 680R C54 4700pF 2KV R112 100K R114 100K C56 4700pF 2KV C58 0 1uF D41 1N4007 2 1 R102 470R R116 100R C60 0 1uF R121 100K R122 100K ISO18 MOC3051 1 2 4 6 ISO17 MOC3051 1 2 4 6 D43 1N4007 2 1 D44 1N4148 2 1 R124 680R R123 100 1W C61 4700pF 2KV R128 470 R120 470R R126 100K C62 4700pF 2KV R125 100K TP32 R127 100R C63 0 1uF D45 1N4007 2 1 R109 100 1W C55 4700pF 2KV R111 680R C...

Page 62: ... 27K 0 25W R136 27K 0 25W R162 27K 0 25W R139 27K 0 25W R167 27K 0 25W R135 27K 0 25W R165 27K 0 25W R161 27K 0 25W R137 27K 0 25W R166 27K 0 25W FS9 NEUTRAL FS12 FS11 FS10 TP35 TP36 TP38 TP37 S2 SCR SKUT85 3 5 1 2 4 6 7 10 13 12 14 11 R156 10 5W R155 10 5W R151 10 5W C73 0 1µF MABA01 C69 0 1µF MABA01 C67 0 1µF MABA01 R144 27K 0 25W R141 27K 0 25W R147 27K 0 25W PW20 L3 S3 SCR SKUT85 3 5 1 2 4 6 7...

Page 63: ...93 0 1µF 63v R202 15 2W R174 470 R172 15 2W D62 UF4007 R180 15 2W D64 UF4007 R192 4 7 5W R196 470 R178 470 TP59 C95 0 1µF 63v C91 100µF 25V TP61 TP65 Q6 BD440 3 2 1 TP63 Q10 BD440 3 2 1 Q5 BD439 3 1 2 Q9 BD439 3 1 2 T10 VAC4721X004 1 6 3 2 4 5 T8 VAC4721X004 1 6 5 4 2 3 D52 1N4148 C85 1µF 63v D54 1N4148 D46 UF4007 C79 1µF 63v D48 UF4007 TP55 T12 VAC4721X004 1 6 3 2 4 5 T13 VAC4721X004 1 6 3 2 4 5 ...

Page 64: ... DRV_L3 TOP_ING DRV_L3 BOTT_ING SIG_Sy ncro FAST SPEED ENABLE _DC DC OVER 85TMP_ALL AUX_BY PASS_ON SPARE_1 SPARE_2 DRV_SS INV_HF0 DRV_SS INV_HF1 DRV_SS BY_HF0 DRV_SS BY_HF1 DRV_SCR_L1 DRV_SCR_L2 DRV_SCR_L3 ENABLE _DC DC OVER 85TMP_ALL SPARE_1 24_MODULE_TEMP 25_INT BATT_TEMP 26_EXT BATT_TEMP 26_EXT BATT_TEMP 27_INVERTER_TEMP 28_PFC_TEMP R207 1K R205 1K R204 1K CN6 OVR TEMP J1 FLAT 50 VIE 1 2 3 4 5 ...

Page 65: ... ISO6 HCPL3120 2 3 6 5 8 7 Z16 15V 2 1 D22 UF4007 2 1 C19 100µF 35V C34 100µF 35V R43 1K D28 1N4148 2 1 Totem ISO7 HCPL3120 2 3 6 5 8 7 C28 100µF 35V R52 33 R49 1 8K D31 1N4148 2 1 R58 270 Z19 15V 2 1 TP16 D19 1N4148 2 1 R37 33 R46 1K TP19 R31 33 R55 33 TP22 T4 VAC4721X004 1 6 3 2 4 5 Z13 P6KE18CAC250 2 1 TP13 C22 1µF C31 1µF C25 100µF 35V D25 UF4007 2 1 Z22 P6KE18CAC250 2 1 D34 1N4148 2 1 Totem I...

Page 66: ...2 2µF PHB 850V 2 1 R65 56R 10W R63 56R 10W R64 56R 10W Q2 SK60GB128 28 6 13 27 2 1 24 12 5 23 FS43 NEUTRAL IN K1 735 3A C T SONG CHUAN 9 8 7 1 2 6 5 4 C62 10µF 16V D37 1N4007 2 1 Q3 SK60GB128 28 6 13 27 2 1 24 12 5 23 R130 10 0 25W R191 47 1W R183 100K 0 25W C65 100uF 3xDSMxxx R146 10K 0 25W D41 1N4148 2 1 C66 100uF R185 100K 0 25W C41 2 2µF PHB 850V 2 1 F2 32A 10x38 1 2 3 4 F1 32A 10x38 1 2 3 4 C...

Page 67: ...25W R139 27K 0 25W H8 ACS754 1 3 2 4 5 R192 47 1W CN4 INPUT RESERVE 1 2 3 4 5 H10 ACS754 1 3 2 4 5 H9 ACS754 1 3 2 4 5 NEUTRAL FS47 R102 27K 0 25W R84 27K 0 25W R103 27K 0 25W R85 27K 0 25W R86 27K 0 25W R87 27K 0 25W R101 27K 0 25W R83 27K 0 25W R104 27K 0 25W R88 27K 0 25W R105 27K 0 25W FS39 L2 R106 27K 0 25W FS24 L2 FS25 L1 FS23 L3 FS26 L3 FS45 NEUTRAL RES FS28 L1 FS27 L2 FS29 L1 OUT R126 27K ...

Page 68: ..._TEMP ENABLE _DC DC DRV_SS RELE_RES 10_A MAINS_L2 ISO_P 15 14_V OUT_L3 02_V INV_L3 A BATT_POS DRV_Precharge MAINS 20_V RES_L3 A BATT_NEG AUX_BY PASS_ON 01_V INV_L2 25_INT BATT_TEMP A INV_POS 17_A BATTERY 12_V OUT_L1 16_ DC BUS 19_V RES_L2 16_ DC BUS A INV_NEG 05_A INV_L3 FAST SPEED 04_A INV_L2 08_V MAINS_L3 22_A OUT_L2 SIG_Sy ncro 13_V OUT_L2 11_A MAINS_L3 A MAINS_POS A MAINS_NEG 23_A OUT_L3 18_V ...

Page 69: ...1 1K F2 1A 5x20 F1 1A 5x20 C29 1µF C15 50V 220µF TP4 TP14 C2 10µF 50V C8 4700pF 2000V C4 1µF R1 47 2W R10 10 C17 4700pF 2000V D2 1N4148 2 1 TP12 ISO4 4N35 1 2 4 6 5 TP13 F6 1A F5 1A F4 1A F3 1A D30 1N4007 2 1 TP1 F8 1A F7 1A D5 MUR1540 2 1 TP10 D4 MUR1540 2 1 C6 220µF 50V C14 50V 220µF TP3 R18 1K T2 f errite philips 2 4 3 1 5 6 7 9 8 R20 2 2K TP6 R38 10K R16 330 C13 1nF J7 FLAT 20VIE 1 2 3 4 5 6 7...

Page 70: ...BA02 320Vac C5 2 2µF MABA02 320Vac C7 1 0µF MABA02 320Vac C2 4700pF C6 2 2µF MABA02 320Vac C3 4700pF C17 2 2µF MABA02 320Vac C16 2 2µF MABA02 320Vac C15 2 2µF MABA02 320Vac C1 4700pF C8 1 0µF MABA02 320Vac C9 4700pF C10 4700pF C18 4700pF GND Nb Tb Sb C20 4700pF C19 4700pF Ra Rb Ta Na Sa GND C11 4700pF C14 1 0µF MABA02 320Vac C13 1 0µF MABA02 320Vac C12 4700pF L1 ...

Page 71: ...1 5K BZ1 BUZZER U2 7805 1 3 2 TP1 R18 1 5K R19 1 5K LD1 J2 U3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 R36 1 5K R37 1 5K JP2 1 2 3 C5 1µF35V T3 T1 T2 J1 CON26 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 C2 1µF C7 1nF R38 1 5K R39 1 5K LD2 R16 1K C8 1nF R17 10K C9 1nF C10 1nF C11 1nF C12 1nF C13 1nF R20 1 5K R21 1 5K JP1 1 2 3 R1 330 R2 330 Home Clear DOWN Back UP Next DB0 DB...

Page 72: ...om 7Ah up to 9Ah NEG POS From 7Ah up to 9Ah NEG POS From 7Ah up to 9Ah NEG POS From 7Ah up to 9Ah NEG POS From 7Ah up to 9Ah NEG POS From 7Ah up to 9Ah NEG POS From 7Ah up to 9Ah Battery 4 5 5 2 Ah CS0157 F3 F4 F1 F2 CS0157 F3 F4 F1 F2 30A 80V 1 2 30A 80V 1 2 From 4 5Ah up to 5Ah POS NEG POS NEG POS NEG POS NEG POS NEG POS NEG NEG POS NEG POS NEG POS NEG POS From 4 5Ah up to 5Ah From 4 5Ah up to 5...

Reviews:

No comments

Related manuals for Mizar-Alcor

Tescom NEOLINE PLUS 1102ST User Manual preview
NEOLINE PLUS 1102ST
Brand: Tescom Pages: 38
Su-Kam shiny 1600 User Manual preview
shiny 1600
Brand: Su-Kam Pages: 10
Tripp Lite SmartOnline 3-Phase UPS System SU30K3/3XR5 Specifications preview
SmartOnline 3-Phase UPS System SU30K3/3XR5
Brand: Tripp Lite Pages: 6
ABB 150/100 UL S1 Installation Manual preview
150/100 UL S1
Brand: ABB Pages: 54
ABB PowerWave 33 Series 3 User Manual preview
PowerWave 33 Series 3
Brand: ABB Pages: 63
ABB CONCEPTPOWER CLASSIC DPA-50 User Manual preview
CONCEPTPOWER CLASSIC DPA-50
Brand: ABB Pages: 113
ABB PowerValue 11 LI Pro 1000 VA User Manual preview
PowerValue 11 LI Pro 1000 VA
Brand: ABB Pages: 128
ABB PowerValue 11 T G2 10 kVA B User Manual preview
PowerValue 11 T G2 10 kVA B
Brand: ABB Pages: 42
ABB Conceptpower DPA 500 User Manual preview
Conceptpower DPA 500
Brand: ABB Pages: 81
ABB 4NWP106819R0001 Quick Manual preview
4NWP106819R0001
Brand: ABB Pages: 224
ABB PowerValue 11 RT G2 Quick Manual preview
PowerValue 11 RT G2
Brand: ABB Pages: 238
Leonics VIPER User Manual preview
VIPER
Brand: Leonics Pages: 7
Leonics NB 1K25 User Manual preview
NB 1K25
Brand: Leonics Pages: 13
Alpha Technologies NEXSYS 1250 Operator'S Manual preview
NEXSYS 1250
Brand: Alpha Technologies Pages: 57
Alpha Technologies CFR 1500 Operator'S Manual preview
CFR 1500
Brand: Alpha Technologies Pages: 83
Riello UPS sentryum S3U User Manual preview
sentryum S3U
Brand: Riello UPS Pages: 56
Riello UPS MPX 100 CBC User Manual preview
MPX 100 CBC
Brand: Riello UPS Pages: 92
Riello UPS Master-HP 160 User Manual preview
Master-HP 160
Brand: Riello UPS Pages: 85

Brands by name

Popular brands

Load more brands