ru manual mas-ip 10-40

5/21/2018 Ru Manual Mas-ip 10-40

1/66

MASTERYSIP

10

40

IOMMASIPXX00-GB_02


2/66


3/66

1. ..........................................5

2. ..............................................................................................6

2.1. ...........................................................................................62.2. , .................7

3. .........................................8

3.1. ..............................................................83.2. .................................................................................83.3. .......................................................................103.4. ...............................................................11

3.4.1. .................................................................. 123.5. ......................................................133.6. ..........................................................................16

3.7. E.S.D...............................................163.8. ADC.................................................................................................173.9. ...........................................................19

3.9.1. ................................................................................. 193.9.2. ............................................................................................ 193.9.3. ......................................................... 193.9.4. ................................................ 21

3.10. ....................................22

4. .................................................................................. 23

4.1. ON LINEon ......................................................................................23

4.2. .. ...............................................................244.3. .............................................................244.4. ..............................................................244.5. Energy Saver................................................................................25

5. ...... 26

5.1. ................................................265.2. ..............................................................................27

6. ..................................................................... 28

6.1. ...................................................28

6.1.1. .......................................................................... 296.1.2. ................................................... 306.1.3. ......................................................... 30

6.2. - ..............................................396.2.1. .................................................. 39

7. OPERATING PROCEDURES .......................................................................... 40

7.1. ...................................................................407.2. ................................................................................................407.3. .............................................................407.4. ...........................................................41

7.5. ...................................................................417.6. (ESD)...................................................................41

8. ........................................................................................... 42


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8.1. ................................................................ 428.2. Web-........................................... 43

8.2.1. ...........................................................................................438.2.2. ...........................................................43

8.3. ........................................... 50

9. .....................................................................................52

9.1. ............................................................... 529.2. ......................................................................... 539.3. .......................................................... 54

9.3.1. ....................................................................549.3.2. .......................................................................................549.3.3. .......................................................................................54

10. ...........................................................................................................55

10.1. Global Supply System...................................................................... 5510.2. ............................................................................... 5710.3. ...................................................... 57

10.4. Power share.................................................................................. 5710.4.1. ..............................................................................5710.4.2. ..................................................................................57

10.5. .......................................................................... 5810.6. ACS................................................................................................. 5810.7. ................................ 5810.8. ......................................................... 58

10.8.1. ..............................5910.8.2. ........................60

10.9. ADC ................................................... 60

11. ..............................................................61


5/66

ENGLISH

1.

SOCOMEC SICON UPS ,.

12 () , SOCOMEC SICON UPS , SOCOMEC SICON UPS, 15() SOCOMEC SICON UPS.

. UPS , , .

ex-works (--).,

() .

:

--(,, ..)

-(: , , , , , )

; , ,

SOCOMEC SICON UPS SOCOMEC SICON UPS

, , UPS

SOCOMEC SICON UPS , ,

SOCOMEC SICON UPS,

SOCOMEC SICON UPS (, , , , , )

.

.


6/66

!

2.

2.1.

, () Masterys.

SOCOMEC UPS .

, SOCOMEC UPS. ,, , , Socomec.

. SOCOMEC UPS .

, SOCOMEC UPS.

..

. (PE) .

. .

, :

. ,

, .

, , :

(3P+N). .

; .

, , .

, , .

,

, 5 .

.

.


7/66

!

,.

.

, , , , , , . SOCOMEC UPS , , , , .

2.2. ,

! (/)

, , .


8/66

!

!

3. . .

, .

3.1.

.

, .

, .

..

!

,

, ,

. ,

,

.

3.2.

1.


9/66

!

A 2, (A).

A

3,.

4A :

A.A B.

B

C 5C.D.E.C.

D .

E

6:F.

F .

.

! .

.


10/66

MASTERYS

MASTERYS

MASTERYS

MASTERYS

1.

5

1.

5

3.3.

, . , .

, (, ).

.

. 40

, . . 3.3-1. ;

1,5 .

, . ,

.

20 20

MASTERYS

. 3.3-1 . 3.3-2

40

20

MASTERYS

MASTERYS

40

20

MASTERYS

1.

5

1.

5

MASTERYS

MASTERYS


11/66

()

(2)

4

(A)

. 3

10 3/1 6 25 32Gg15 3/1 6 25 50 Gg20 3/1 10 25 63 Gg

10 3/3

6

25

32Gg15 3/3 6 25 50 Gg

20 3/3 10 25 63 Gg30 3/3 16 35 100 Gg40 3/3 25 35 125Gg

3.4.

. .

, .()

,1 (A)

,. 1(A)

.,(A)

./. 2

. .2 . .2 5 . .3

10 3/1

32

100

40

125

100 125 0,5 6

16

.

35

15 3/1

32

100

40

125

100

125

0,5

6

25

.

35

20 3/1

40

125

63

160

125 160 0,5 10

35

.

35

10 3/3 32 40 32 40 0,5 6 25

15 3/3

32

40

32

40

0,5

6

25

20 3/3 40 63 40 63 0,5 10 2530 3/3 63 80 63 80 0,5 16 3540 3/3 80 100 80 100 0,5 25 35

3.4

1 D.2

.3 .4 (2

).

5 ! . ,, , (). , .

, .


12/66

!

!

!

, 1.5-2 ()./

, II . (), ,.

3.4.1.

, /

, . , (2 4.5.3. EN62040-1-1 2003-11).

.

(

), . , ,

3.5 .

BKF. . . 10.7. .

N.B.: .

. ( , ) . .


13/66

!

3.5.

:

a) Q1, Q2 Q6 0 (. 3.5-1)..

Q1 Q2Q6

. 3.5-1

, , , 5 ,.

b) , A (. 3.5-2).

A Fig. 3.5-3

A

Fig. 3.5-2 Fig. 3.5-4

. 3.5-3/4 ,. . .

B, , ., , . 3.5-5.. . 3.5-6.. 3.5-7.


14/66

!

!

,.

: -, TRAFO IN/OUT SETTING.

C

A

B D

. 3.5-5

. 3.5-6

. 3.5-5

A) TA1 TA2B)

. 3.5-6

C) TA2 TA3D)

E . 3.5-7

E) TA2 TA3

F F)

Fig. 3.5-7


15/66

c) .d) MAINS SUPPLY

() L1, L2, L3, N. ().e) ,

AUX MAINS SUPPLY (. ) L11, L21,L31,N1 ().

,, .

1) , . 3.5-8 A.2) , . 3.5-8 B 3.5-8 C.

L11A N1A

. L1L2L3N

Fig. 3.5-8 A . 3.5-8 B ,

L1L2L3N

. 3.5-8 C

f) , OUTPUT L12, L22,L32 N2.

g) () EXTERNAL BATTERY +B2, -B2, -B1, +B1(. 3.10).

h) Power Share, POWER SHAREL13, L23, L33, N3, ().

i) (RS 232, -, ..) , . 3.5-9.

A

.. 3.5-9

j) (. 3.5-10) .


16/66

!

!

k) , .

D, , . 3.5-10, .

C

D D

B BD

D

E

. 3.5-10 . 3.5-11

(E), . 3.5-11.

:(, ),20 . , 90.

A=

B=

3.6.

, generator set ready IN 2 ADC,power safe (. . 3.8). , .

10.1.3.7. E.S.D.

(emergency shutdown system, E.S.D.)ADC; . . 3.8.

-IN1+ IN1- ADC.


17/66

3.8. ADC

. . S1 S2.

OUT1

IN1

IN2

OUT2

IN3

DIP 1 2

OUT4 OUT3

Fig. 3.8-1

DIP 1 DIP 2 .

1 STANDAR() 2 POWER SAFE ()

Dip1 Dip2

IN /OUT

Dip1 Dip2

IN / OUT

Out 1 . 2 Out 1 . 2

Out 2 3 Out 2 Power safe 1 2

Out 3

2 Out 3 Power safe 2 2

Out 4 2 Out 4 Power safe 3 2

In 1* E.S.D. 1 In 1* E.S.D. 1

In 2 1 In 2 1

OFF OFF

In 3 A40

1

ON OFF

In 3

1

3 SAFETY () 4 ENVIRONMENTAL(. )

Dip1 Dip2

IN /OUT

Dip1 Dip2

IN /OUT

Out 1 . 2 Out 1 . 2

Out 2 E.S.D. 1 Out 2 2

Out 3

2 Out 3 /

2

Out 4 E.S.D. 1 Out 4 In2 2

In 1* E.S.D. 1 In 1* E.S.D. 1

In 2 A39

2 In 2 A39

2

OFF ON

In 3 A40

2

ON ON

In 3 A40

2

* E.S.D. , IN 1(3.8-1).

:

1(1 c.)210 .330 .


18/66

General Alarm ,

Battery discharging ,

Battery Low

& Imminent stop

,

UPS on bypass ,

E.S.D.

Supply from GenSet.

Isolation controller

Power safe plug 1 1

Power safe plug 2 1

Power safe plug 3 1

Management of energyconsumption

.

E.S.D. activation (Shutdown)

E.S.D.

Over-heating

Overload/

Loss of redundancy

/

ADC DIP 1 2 ESD , ,

IN1+ IN1- , , ,.

. . .

- 2A 250~, ..


19/66

!

3.9.

3.9.1.

,.

, . Masterys , parallel kit, . , , , , 2 3.

3.9.2.

, , B(. 3.9.3-1) .C(. 3.9.4-1):"LEFT" () - ."RIGHT " () - ."INTERNAL" () ( ) - . 3 . , .

3.9.3. , . 3.4.. , , . , . 25 (. 3.9.3-1). F

(15 ). , (. . 3.9.3-1, A). 0,5A, , .


20/66

!

H

Id

A.25

D!

CC C C C C

B B B BB

L I I I I R

E E E E E E

.15

FG

A B C (

, )

D E

. 3.9.3-1

F G H

I INTERNALL LEFTR RIGHT

.D,, 7.1.4.

! E .


21/66

LEFT

3.9.4. , , , , , , . ,

, parallel kit, . SOCOMEC UPS; , 3.9.4-1, () ( , ).

A

B

C

Fig.3.9.4-1

A: .B: ""; . 20

.C: .


22/66

!

!

!

!

3.10.

,

! !

.

, : . . . .

. . ,

, 3.4.

, . L 8 .(L > 8 , ).

.

Fig. 3.10-1

.

, (

).() (, ..) -, SERVICE >CONFIGURATIONS(>).


23/66


24/66

4.

4.1. ONLINE

MASTERYS - "ON LINE" .

ON LINE , , .

ON LINE :

: ,

.

, (- ) -.

.

, .

:

, . , . , , .

, , .

.

(- ), , , ..

Expert Battery System .

( ) Power Share, .


25/66

4.2.

, 98% . , , . , , . , ON LINE, .

Eco-Mode

Eco Mode , .

Always On Always On , . , .

4.3.

,,

.

, , .

4.4.

MASTERYS (GE). , .GSS, , .


26/66

ENGLISH

4.5. EnergySaver

, .

! ,

.

,, ., . , (stand-by ),, . , , . .

+ Energy Saver


27/66

5.

, , .

, . ; /.

5.1.

SS1

C3 Q1 Q2 Q6

C1

C2 S2

. 5.1-1

Configuration with common mains

B = B1 =

T1

Q2

Q1

B B1

2 Q6 T1

1

0

S = S1 = 1S2 = 2C1 = . RS232

T1 Configuration with separate mains

C2 = .RS232/485C3 = RJ45 EthernetQ1 = () T1 Q2Q2 = Q1Q6 = (E.S.D.) B

2 Q6 T1

1 0

B1


28/66

5.2.

Q2 . 1 "ON". 0 "OFF"

( ). .

Q6

Q6 , :

1 "UPS" ().

2 " MAINTENANCE BYPASS" () ( ); ..

0 "OFF" (.) . (, E.S.D.)

Q1 () Q1 DC/DC- . "1" ().


29/66

6. , , , , . .:

1. , .2. ,

.3. -,

, ,.

:

ESC P1 //UP P2 .

.DOWN P3 .

.ENTER P4 /

6.1.

D2: D3: BL:

P1: EXIT ()P2: UP ()P3: DOWN ()P4: ENTER/OK(/)

D2

MASTERYS 3/ 3 30KVA

D3 LOAD PROTECTED

BATTERY OK

P1 P2 P3 P4

BL


30/66

M1 ,

Eco-mode .

M2 .

M3 OK.

M4-M7 . 25%

M8

M9 . M10 .

M11 . M12 1 .

M13 2 .

M14 3 .

M15 4 .

M16 5 .

M17 6 .

M18

M19-M28 10%M29

M30

M31 ()

6.1.1.


31/66


32/66

mi n

avr

max

0. 5

5. 6

15. 5 kVA

6.1.2. : = (). = , .Green = .

()

, 25000 30000 , (, )(L7 A44)

10000 - 12000

(,), (, ) (M29 )

, 11 10

,1 , 1

6.1.3.

, , . , ; ENTER (), ESC. UP /DOWN , . , . .

A

2.2STATISTICS

B I NPUT APP. POWER

C

D UP DOWN NEXT ENT

Emax F15500

mi n

500DAY ENTER FOR PERI OD

D

A= B=

C= . D=

E= F=


33/66

ENGLISH

PARALLEL UPS SINGLE UPS

1ALARMS 1.1ACTIVE ALARMS

1.2 EVENT LOGMAIN SYSTEM

2 MEASUREMENTS 2.1 PRESENT MEASURES

2.2 STATISTICS

3 COMMANDS 3.1 IMMEDIATE COMMAND

3.2 EXTENDED COMMAND

4 PARAMETERS 4.1 PRESENT CONFIG.

4.2 PRESENT DATA

5 SERVICE 5.1 COMMISSIONING

5.2 SETTING

5.3 SERVICE CODE

6 HISTORY 6.1 HISTORY LOG

1ALARMS 1.1ACTIVE ALARMS

MODULE 2 2 MEASUREMENTS 2.1 PRESENT MEASURES

MODULE 3 4 PARAMETERS 4.1 PRESENT CONFIG

MODULE 4

MODULE 5

MODULE 6

6.1.3.1 Alarms

., .():

.

A00 GENERAL ALARM

A01 BATTERY ALARM

A02 OUTPUT OVERLOAD

A06

AUXILIARY MAINS OUT OF TOLERANCE

, ,

A07 OVER TEMPERATURE .

A08 MAINTENANCE BYPASS ACTIVE Q6 2

A17 IMPROPER CONDITION OF USE(, , ).

A18 BLOCKING INVERTER FOR OVERLOAD -

A20 WRONG CONFIGURATION().

A22 INPUT MAINS OUT OF TOLERANCE , ,

A23 RECTIFIER GENERAL ALARM

A25 INVERTER GENERAL ALARM


34/66

A26 BATTERY CHARGER GENERAL ALARM

A29 BYPASS GENERAL ALARM

A30 STOP FOR OVERLOAD .

A32 MODULE 1 GENERAL ALARM 1


A34

MODULE 3 GENERAL ALARM

3A35 MODULE 4 GENERAL ALARM 4



A38 EXTERNAL ALARM 1 ADC




A42 E-SERVICE GENERAL ALARM, ()

A43 REDUNDANCY LOSTN+x()

A44 PERIODIC SERVICE CHECK-UP

A47 MAX BATTERY TEMPERATURE .

A49 BATTERY DISCHARGED .

A51 OPTION BOARD GENERAL ALARM

A56 GENERATOR SET GENERAL ALARM

A57

GENERATOR SET FAULT

.

A58 ESD ACTIVATED

A59 BATTERY CIRCUIT OPEN

A60 FAN FAILURE

A61 PHASE ROTATION FAULT

6.1.3.2 Measurements

, .

.

___ ___ ___

___ ___ ___

__ % __ % __ %

___

___ ___ ___

__._ A __._ A __._ A

__._

___ ___ ___

__._

___ ___ ___


35/66

___ ___ ___

__._

___ ___ ___

B1___ B2___

__ %

T___MIN T___MIN

__ C

() ., , 24 . ,

.

. .ENTER

ENTER

2

2 5

5

. .

ENTER

ENTER

5

5

. .ENTER

ENTER

. . ENTER

ENTER

6.1.3.3 Commands

. . UP DOWN, ENTER, YES NO ENTER .

(Immediate) START PROCEDURE STOP PROCEDURE HIGH EFFICIENCY MODE


36/66

NORMAL MODE ALARM RESET LEDS TEST

(High efficiency)

4, : ECO MODE ALWAYSON. Service.

(Extended)

, Extended Commands Configurations.

MANUAL BATTERY TEST

BATTERY COMMISSION()

SET LAN DEFAULT VALUE

JBUS TUNNELLING ENABLED

JBUS TUNNELLING DISABLED

(BMS Uni vision)

DHCP ENABLED

DHCP DISABLED

IP-

FORCE MODEM DIAL OUT

ENERGY SAVE ENABLE

ENERGY SAVE DISABLEEnergy Saver

DISABLE CHECK-UP( A44)

6.1.3.4 Parameters

.Service / Configurations.Service / Configurations.

Actual data

SINOTTICOSN. 0000000000

FW. X.XX CKS. XXXX

, /

SCHEDA DIGITALEUP RV 000 CKS: 0000DSP RV 000 CKS: 0000

DSP

LAN SINOTTICO MAC ADDRESSXX . XX . XX . XX . XX . XXFW X.XX

MAC-


37/66

6.1.3.5 Service

, .

Activation code

, .MANUFACTURER WARRANTYVALIDATION PLEASE INSERT THECODE

,ENTER.

SEE INSTALLATIONMANUAL FOR PROCEDURESN:.1.2.3.4.5.6.7.8.9.0

. . ENTER ( ). UP/DOWN ENTER. . ENTER .

REFER TO MANUAL

FOR PROCEDURECODE = ----

., , , .


38/66

Configurations . :MASTUP/DOWN ENTER ., .

A Ni Cd

LANGUAGE SELECTION ENG, FRA, ITA.,

X NUMBER OF MODULES . .

1-6

X REDUNDANCY LEVEL . .

0

X OUTPUT VOLTAGE 208/220/ 230/240

X

OUTPUT FREQUENCY

50/60

X CONVERTER

, .

!(MAINS) (AUX MAINS) !

, .. !

YES/NO

X AUTO ON, -.

YES/NO

X HIGH EFFICIENCY MODE Eco Always On.ECONOMY/

ALWAYS ON

BATTERY AVAILABLE, .

YES/NO

BATTERY TEMP. SENSOR, .

ON/OFF

X BATTERY TYPE .SEALED,

OPEN VENT,NI-CD

X BATTERY RECHARGE .AUTO, MAINTENANCE,

2 LEVELS,INTERMITTENT

X BATTERY CAPACITY (). 6.5 (1000* N. UPS)6,5 (1000*

N. UPS)

XBATTERY ELEMENTSONE BRANCH

.

108 144 180-228

BATTERY VOLTAGEPRE-MINIMUM

1.65 1.95 0.85-1.25

BATTERY VOLTAGEMINIMUM

1.60 1.0 0.8-1.2

XBATTERY RECHARGEFLOATING VOLTAGE

.

2.10 2.50 1.25-1.55


39/66


40/66

XBATTERY RECHARGECURRENT LIMIT

C10. 1 25 1 25

XBATTERY RECHARGE

LEVEL TWO VOLTAGE

.

2.20 2.50 1.25-1.7

XBATTERY RECHARGEFLOATING->RECHARGE

% C10 .

1 20% 1 20%

XBATTERY RECHARGERECHARGE->FLOATING

% C10

( !)2.20 2.70 1.25-1.70

XBATTERY RECHARGEFORMING CURRENT

.

10 20% 1-20

XBATTERY RECHARGEEQUALISATION VOLTAGE

.2.20 2.50

X BATTERY RECHARGETEMP. COMPENSATION

().

YES/NO

X BACKFEED TYPE .

DISABLE ,1.BYPASS,

2.BYPASS-INPUTALONE

3.BYPASS-INPUTCOMMON

XBATTERY TEST EVERYXX DAYS

(= ).

0 - 180

XPOWER SHARE

PLUG1 TYPE

Power Share (. . 10.5).

STANDARD/EMERGENCY

LIGHTING/ REMAININGTIME/ RESIDUAL

CAPACITY

XPOWER SHARE

PXLUG1 VALUE

Power Share (. ).

XPOWER SHARE

PLUG2 TYPEplug1

XPOWER SHARE

PLUG2 VALUE

plug1

()

XPOWER SHAREPLUG3 TYPE

plug1

XPOWER SHARE

PLUG3 VALUEplug1

()

XSERIAL LINK

BAUD RATE1200/2400/4800/9600

XSERIAL LINKPARITY

odd/even/none

XSERIAL LINK

BIT NUMBER8-9

X SERIAL LINKSTOP BITS

.

0-1

XLAN IP STATICOXXX . XXX . XXX .XXX

IP-

255.255.255.255


41/66

XSERIAL LINK

JBUS SLAVE NUMBERjbus . 1/15

X DATE AND TIME . DD/MM/YY HH:MM

X EXTENDED COMMAND/. .

YES/NO

X REMOTE COMMAND / .

YES/NO

BUZZER

/.

YES/NO

LCD CONTRAST .

0/100

X STATISTICS PERIOD.

1/10

SYNOPTIC CAN NODE can bus .

1/6

X GSS TIME DELAY(GSS).

1-60

GSS BATT. CAPACITY

(GSS).

20-80%

E-SERVICE TYPE e-service.

NOMODEM, SMS

E-SERVICE TELEPHONENUMBER

e- service

. 20

OUTPUT TRANSFORMERTYPE

,.

NONE TRANSFOAUTOTRANSFO

OUTPUT TRANSFORMERVOLTAGE

200 550

INPUT TRANSFORMERPRESENT

/

ENABLE / DISABLE

AUX TRANSFORMERVOLTAGE

. .

200 550

INPUT TRANSFORMERVOLTAGE

.

200 550

Service code ,

., SERVICE > SERVICE CODE > .

SERVICECODE : 000000-0000-0000

6.1.3.6 Event Log., , .

BA

01/01/05 01:30 A00ALLARME GENERALE

ON 1/255

A B C D ( ON/OFF)

D E


42/66

E

C

6.2. -

, ,

. . .

6.2.1.

/: ENTER, DOWN, UP, ESC (, , , ) (

3 ). 15 .no more than 15 seconds.


43/66

!

ENGLISH

7. , .

, :

.30 .-.

7.1.

Q1 /1 ().

. Q2 1 ().

. . Q6 1 (). .

7.2.

. ,

2 ().

Q6 0 (). Q1 /

0 (). Q2 0 ().

7.3.

, . . Q1 /

1 (). . Q2 1 (). Q6 0 (

). . : Q1 /

0 (). Q2 0 (). .


44/66

!

7.4.

,., ,

. HIGH EFFICIENCY MODE COMMANDS > IMMEDIATE COMMANDS.

(:1 ; L4 L5). , ().

Q6 2. Q1 /

0 (). Q2.

7.5.

Q2 1 (). Q1 /

1 (). . From the mimic panel set the HIGH EFFICIENCY MODE command from the

COMMANDS > IMMEDIATE COMMANDS menu. A06 (,

).

Q6 1 (). NORMAL OPERATION,

COMMANDS > IMMEDIATE COMMANDS.

7.6. (ESD)

( ), , Q6 0 (), ADC, .

Q6 ., . .


45/66

8.

8.1.

Masterys , Ethernet.

. Masterys .

, , . 5.1-1.

RS232/485(C1)

1(S1)

2(S2)

2RS232(C2)

RJ45 10baseT (C3)

IP 3/1 X X X X X

IP 3/3

X

X

X

X

X

(.) .RS232/485 1 2 RS232 RJ45 10Base TJbus9600

Jbus9600

IP/TCP/HTTP(SNMP)

. ADC ADC (3) LAN EthernetUniVision-Pro GSS GSS BMS(1) Uni Vision Pro(4)

BMS

(1)

NetVision

(2)

NetVision

(2)

SMS via GSM

BMS

(1)(4)

(1) Building Management System ().(2) Ethernet Web/SNMP 10/100(E-service Web).(3) E-service .(4) jbus-TCP/IP.

, . , ..

5 *

, Net Vision GGS .


46/66

RS232/485 C1

1 = 2 = RX RS2323 = TX RS2324 = +5 = RS2326 = -7 = 8 = 9 = +12

Modem C2

1 = 2 = RX RS2323 = TX RS2324 = 5 = RS2326 = 7 = RTS8 = CTS9 = +12

8.2. Web-

LAN html-.

8.2.1. , .LAN (C3 . 5.1-1)

A BOOT DHCP: IP- PARAMETERS > PRESENT CONFIG > LOCAL AREA NETWORK IP C.

B If the BOOT DHCP protocol is not enabled in the local network :! , ,

(.) .DHCP COMMAND> EXT.COMMAND> DHCP DISABLE .IP-PARAMETERS > PRESENT CONFIG > LOCAL AREA NETWORKIP (192.168.7.19). , , : Route add 192.168.7.19 210.67.192.147, 210.67.192.147 - IP-.

-http://XXX.XXX.XXX.XXX (xxx.xxx.xxx.xxxx IP-, ).

, :

login: adminpassword: public

OK. WebSupervisor, .

8.2.2. web-. , -, , .. , .


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A

BC

A:= B:= C:=

8.2.2.1

.

, :

web-SOCOMEC. SOCOMEC , MASTERYS.

: , , .

: .

(, )..(, ).

-mail ...

: html.

8.2.2.2

html-, .


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8.2.2.3

.

8.2.2.4

, .

, , .

1 10 .


49/66


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8.2.2.5

, .

, .

8.2.2.6

, , . , - SOCOMEC UPS. . .

8.2.2.7

.

Dynamic IP address ( IP-): , IP- .Static IP address ( IP-): , IP-.Network mask ( ): , IP-.Gateway (): TCP/IP-.


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ENGLISH

Password (): html- , ,..JBUS TCP/IP Port (JBUS TCP/IP): JBUS LAN.Client JBUS IP address to be authorised (IP-JBUS):

IP-, html-. 0.0.0.0, Supervisor (). 255.255.255.255, .Software upgrading (): ,Supervisor ..

Page refresh (sec): ().Installation (): , , , (

SMS e-mail).NTP Server ( NTP): IP- .GMT Correction (minutes):()

Apply the parameter settings (): .

8.2.2.8 e-mail

.

Event that will send an e-mail (, e-mail): e-mail .


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E-mail server address:IP-(xxx.xxx.xxx.xxx) SMTP,.E-mail account:e-mail (e-mail).Addressee (): , .

Periodic connection: , , .Force an e-mail to be sent now:execute e-mail.

8.2.2.9

.

Rings before reply: .

Outgoing call: : SMS E-service ( E-service ).Reason for callout: ().

Installation (): , , , (SMS e-mail).


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Telephone number:.Modem initialisation:().

Connection period: , .Force an outgoing call:execute .

8.2.2.10 html , SNMP. ( ) .start update; , ,html-.

8.2.2.11

.

D

A B C

...


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8.3.

Masterys . .

UNI VISIONPRO - ,

RS232. , .:

web- , -Java shutdown clients 8 .

NET VISION , .

/, -, IT- . .

: 10/100Mb Ethernet-(RJ45) web- 40 8 SNMP- , e-Service

Java & .NET shutdown Client (JNC) Java-(), (, .).:

TCP/IP .

UNI VISION PRO NET VISION.


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56/66

T-Service. , (24/7).

, .

: NetVision (), GSM .

, , ,.., .

e-mail .


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ENGLISH

9. . :

( ,).

, . .

9.1.

A02: OUTPUT OVERLOAD (), . , . , , .:. , .

A06: AUXILIARY MAINS OUT OF TOLERANCE. :

(. ).

( ).

A07: TEMPERATURE OVER THE LIMITS. , .

A08: MAINTENANCE BYPASS ACTIVATEDQ6 2 ().. . 7.1.4.

A17: IMPROPER CONDITIONS OF USE (), /. :().().().().

A22: INPUT MAINS OUT OF TOLERANCE ( /

, ); , ., ,.


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A38, A39, A40, A41: EXTERNAL ALARM 1, 2, 3, 4ADC; ,

A56 A57: GENERATOR GENERAL ALARM; .

A61 WRONG PHASE CYCLE DIRECTION. . .

9.2.

A01: BATTERY ALARM (). ,

.

A18 INVERTER BLOCKED DUE TO OVERLOAD (-).

A20: WRONG CONFIGURATION (); .

A30: STOP DUE TO OVERLOAD (-).

A42: E-Service GENERAL ALARM (E-service)Masterys . , , (E-service).

A44: PROGRAMMED CONTROL () , . "Programmed Control", .

A59: BATTERY CIRCUIT OPEN ().

A60: FAN FAILURE (); ,

.


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!

9.3.

, Masterys ( ), . , 44

29 (. . 6.1.1 6.1.3.1). SOCOMECUPS . , , . , .

9.3.1. .

Expert Battery System , ., , Masterys , (-, ,), .

, , . . .

9.3.2. , , (,). ; .

! , , SOCOMEC UPS

9.3.3. ( ) ( ), . :

5 7

.


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10.

10.1.Global Supply System

. :

E

BD

C

G.E.

A

A B C GSSD E MasterysF XJ5

G XJ4H XJ3I XJ2L M N

DB9 GSS:

:

1 = 2 = 3 = 4 = 1 ()5 = 6 = 2 (OK)7 = 3 ()8 = 4 (

)9 =


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ENGLISH

,GSS: 4 .

:

4 Input 1: , .

6 Input 2: , .

7 Input 3: , , (, ..).

8 Input 4: , , (, ..).

9 Common input: , .

1 (generator call, ): , , ,/ . XJ2. 500 , 60 ..

Simple (). . ,

(, , ) 1 2 ( ) . 3 ( GE) 4 ( GE), A56 A57 , . ( generator call, ) Simple.

Advanced (). , , . generatorcall ( ). , , generator running() (2) powered by GE (GE) (1). 3 (GE) 4 (GE) A56 A57. A57 generatorcall.

.

/..


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E

!

10.2. , .10.3. RS 485 (

50 ). RS485 C1 (. . 5.1-1). .10.4. Powershare

10.4.1. POWER SHARE , POWER SHARE, NET-VISION ( ). , , ,

, .

10.4.2. 10.4.2.1

, POWER SHARE,, :

>10 > 85%, >30

(battery low), > 15 .

10.4.2.2 Residual capacity () (3/3) Residual capacity , POWER SHARE,, :

, ,

.

10.4.2.3 Remaining back-up time ()(3/3)

remaining back-up , POWER SHARE,

, : , ,

.10.4.2.4 Emergency lighting (), POWER SHARE, , ., :

< 85%.power share EN50171 0,5 15 ).

10.4.2.5 NET-VISION . .


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!

ENGLISH

!, power share , .

, POWER SHARE, .

. , power share: 16A, 250, 3 .

10.5.

(, ) .

10.6.ACS

(, , ).

10.7.

, .

10.8.

. BKF, :

XB1

XC1XB2

. 10.6.1BKF , . 10.6.2.

XC1

. 10.6.2

XB2XB1

..


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10.8.1.

A UPS

Q1 T1 M1

L1 L1L2 L2

L3 L3

N N

B

Q2 T2 M2

L11 L11

L21 L21

L31 L31

N1 N1

B

XB1

BKF

XB2

A UPS

Q1 T1 M1

L1 L1L2 L2

L3 L3

N N

B

Q2 T2 M2

L11 L11

N1 N1

B

XB1

BKF

XB2

3/3 . 3/1 .

:A B L1-L2-L3-N L11-L21-L31-N1 M1 M2 . Q1 Q2 XB1 BKFXB2 BKF

:Configuration (. Configuration ) BACKFEED TYPE2.BYPASS-INPUT Alone.

: 5.2 Configurations (. Configuration ) BACKFEED TYPE2.BYPASS-INPUT Alone.


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T1 T210 3/1 45 [A] AC1 45 [A] AC115 3/1 32 [A] AC1 45 [A] AC1

20 3/1

45 [A] AC1

60 [A] AC1

10.8.2.

A

Q1 T1

L1

L2

L3

N

UPS

M1L1

L2

L3

N

B

XB1

:A B

L1-L2-L3-N M1 Q1 XB1 BKF

: Configuration (. Configuration ) BACKFEED TYPE 3.BYPASS-INPUT Common.

: 5.2 Configurations (. Configuration ) BACKFEED TYPE3.BYPASS-INPUT Common.

T1 / T210 3/3 32 [A] AC115 3/3 32 [A] AC1

20 3/3

45 [A] AC130 3/3 60 [A] AC1

40 3/3 90 [A] AC1

N.B.: . ., (, ) ..

10.9.ADC. ADC,dip-.


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11.

10 15 20 30 40/ 3/1 3/1 3/1

/ 3/3 3/3 3/3 3/3 3/3

(TV) (EN) IEC 62040-1-1

(EN) IEC60950-1-1 (EN) IEC 62040-3 (VFI-SS-111) IEC 62040-2 (2-), EN 50091-2 CE IP 20 (IEC60529)

0 40C (15-25C ) -5 - 45C 0 - 95% condensation-free

. 1000m (3,300ft) without derating (max. 3000 m 10,000ft)

ru manual mas-ip 10-40

Documents

ru manual masip

energy saver

operating procedures