365

365

523563842

613

1818

1874

pnl

to p

nl

1874 pnl to pnl

356

615

3942

1882 total

1878

tota

l

871 pnl to pnl875 total

SIGNAL CABLE OPENINGS(3 PCS) TOP VIEW

EXHAUSTGRILLES

AIR INTAKEGRILLES

83040 375 375

LEFT VIEW

57

FRONT VIEW

BOTTOM VIEW

28

HATCH FOR ADD ONUPM (4) CABLES

CUSTOMER LANDING PANEL

∅14 (6 pcs)

55

57

760 470 530M12 threads

(14cs)

CUSTOMER LANDING PANEL

©

1 2 3 4 5 6 7 8 9 10 11 12

1 2 3 4 5 6 7 8 9 10 11 A2

A

B

C

D

E

F

G

H

A

B

C

D

E

F

G

H71

1:16

A2

RELEASED

003

AUTOCAD DRAWING

06.09.2019

27.04.2015

N. Hyppänen

ATIF RASHEED

P-110000419

Power Xpert 9395P 500-600 kVA UPS Dimensional Drawings

Notes:1. The system must be installed in a temperature and humidity controlled indoor area free of conductivecontaminants.2. Continuous ambient temperature range: 0-40°C (32-104F) for 500 kVA/kW and 600 kVA/550 kW ; Maximumrelative humidity: 95% non-condensing.3. Continuous ambient temperature range:0-35°C (32-95F) for 600 kVA/kW; Maximum relative humidity: 95%non-condensing.4. Minimum overhead clearance for ventilation above the UPS cabinet is 457mm (18in.).5. Minimum 915mm (36in.) clearance in front of the UPS cabinet is required for cooling air intake and servicingspace.6. Top and bottom cable entries through removable access plates are standard for all configurations. Access platesshall be custom-modified to suit conduit sizes.

875

376

633

930

36 632

789

UPMISBM

1878

2090

FI-UPM

SIGNAL CABLE OPENINGS(3 PCS)

TOP VIEW

FRONT VIEWLEFT VIEW

BOTTOM VIEW

EXHAUSTGRILLES

871 pnl to pnl875 total

1342

BOTTOM CABLE ENTRY

©

1 2 3 4 5 6 7 8 9 10 11 12

1 2 3 4 5 6 7 8 9 10 11 A2

A

B

C

D

E

F

G

H

A

B

C

D

E

F

G

H72

1:16

A2

RELEASED

003

AUTOCAD DRAWING

06.09.2019

27.04.2015

N. Hyppänen

ATIF RASHEED

P-110000419

Power Xpert 9395P-300(600) UPS Dimensional Drawings

Notes:1. The system must be installed in a temperature and humidity controlled indoor area free of conductive contaminants.2. Continuous ambient temperature range: 0-40°C (32-104F) for 300 kVA/275 kW and 600 kVA/600 kW; Maximumrelative humidity: 95% non-condensing.3. Continuous ambient temperature range: 0-35°C (32-95F) for 600 kVA/600 kW; Maximum relative humidity: 95%non-condensing4. Minimum overhead clearance for ventilation above the UPS cabinet is 457mm (18in.).5. Minimum 915mm (36in.) clearance in front of the UPS cabinet is required for cooling air intake and servicing space.6. Top and bottom cable entries through removable access plates are standard for all configurations. Access plates shallbe custom-modified to suit conduit sizes.

1710

244

396

319

471

622

547

L1(E1)L2(E2)L3(E3)

L1(E6)L2(E7)L3(E8)

AC I NPUT TOUPS RECTIFIER

AC INPUT TOUPS BYPASS

AC OUTPUT TO CRITICALLOAD

GROUNDTERMINAL

L1(E9)L2(E10)L3(E11)

N(E12)

CABLE STRAIN RELIEF(MOVABLE) 20

1

317

437

696

1032

1398

batteries-(E5)

batteries+(E4)

A

0

Detail View AScale 2:1

4422

4476

16∅14

©

1 2 3 4 5 6 7 8 9 10 11 12

1 2 3 4 5 6 7 8 9 10 11 A2

A

B

C

D

E

F

G

H

A

B

C

D

E

F

G

H73

1:10

A2

RELEASED

003

AUTOCAD DRAWING

06.09.2019

27.04.2015

N. Hyppänen

ATIF RASHEED

P-110000419

Power Xpert 9395P 500-600 kVA UPS Customer Connections

Note:1. The bus bars are Tin coated and suitable for both Cu and Al connections.

AC INPUT

UPS OUTPUT

BYPASS INPUT

BATTERY CONNECTIONS

L3(E3)L2(E2)L1(E1)

L3(E11)L2(E10)L1(E9)

L3(E8)L2(E7)L1(E6)

N(E12)

+(E4)-(E5)

BEHIND COVERS

TB2XSL1 XSL2

XSL3 XSL4

TB3X-SLOT 1

X-SLOT 2

X-SLOT 3

X-SLOT 4

TB1

TB11 REMOTE EPO NC2 REMOTE EPO NO RTN3 REMOTE EPO NO4 REMOTE EPO NO RTN5 BATT AUX6 BATT AUX RTN7 BATT SHUNT +8 BATT SHUNT -9 K3 NC AUX10 K3 NC AUXTB21 PULL CHAIN2 PULL CHAIN RTN3 ALRM RELAY NC4 ALRM RELAY RTN5 ALRM RELAY NO6 ALRM RELAY RTNTB31 BLDG ALARM 12 BLDG ALARM 1 RTN3 BLDG ALARM 24 BLDG ALARM 2 RTN5 BLDG ALARM 36 BLDG ALARM 3 RTN7 BLDG ALARM 48 BLDG ALARM 4 RTN9 BLDG ALARM 510 BLDG ALARM 5 RTNTB61 BYP L12 BYP L23 BYP L34 BYP N5 OUT L16 OUT L27 OUT L38 SYNC L19 SYNC L210 SYNC L3

ɸɸɸ

ɸɸɸɸɸɸ

TB6

©

1 2 3 4 5 6 7 8 9 10 11 12

1 2 3 4 5 6 7 8 9 10 11 A2

A

B

C

D

E

F

G

H

A

B

C

D

E

F

G

H74

1:16

A2

RELEASED

003

AUTOCAD DRAWING

06.09.2019

27.04.2015

N. Hyppänen

ATIF RASHEED

P-110000419

9395P 500 - 600 kVA Customer Connections Isometric

E4-

UPM 1

L1L2L3NPE

CB13P(OPT)

K2

K3

K1

9395P UPS

ACOutput

56

78

9395P UPS

EPO NC

ALTE

RNAT

ESY

NC B

A3

MAI

NTEN

ANCE

BYPA

SS B

A1

ALM

ALM

RTN

CAN

L

CAN

HSH

IELD

CAN

LCA

N H

SHIE

LD

12

43

910

EPO NO RTN

EPO N0

EPO NO RTN

BATT AUX NO

BATT SHUNT +

BATT SHUNT -

BATT AUX NO RTN

K3(INV) NC AUXOn Bypass/Offline

TB1

5 6 7 81 2 43 9 10TB3

56

78

12

43

910

PULL

CHA

IN

PULL

CHA

IN R

TNAL

ARM

REL

AY N

C

ALAR

M R

ELAY

RTN

ALAR

M R

ELAY

NO

ALAR

M R

ELAY

RTN

BYP L1BYP L2BYP L3

BYP N

OUT L1

OUT L2

OUT L3

SYNC L1

SYNC L2

SYNC L3

TB6ɸɸɸ

ɸɸ

ɸɸ

ɸ

ɸ

BCB

5 61 2 43TB2

+

BLDG

ALA

RM R

TN

BLDG

ALA

RM 2

BLDG

ALA

RM R

TN

BLDG

ALA

RM 4

BLDG

ALA

RM R

TN

BLDG

ALA

RM 5

OPTIONAL FORPARALLEL UPS

OPTIONAL FORPARALLEL UPS

E5

MOB

RIB BIB

UPM 2

K5

©

1 2 3 4 5 6 7 8 9 10 11 12

1 2 3 4 5 6 7 8 9 10 11 A2

A

B

C

D

E

F

G

H

A

B

C

D

E

F

G

H75

N/A

A2

RELEASED

003

AUTOCAD DRAWING

06.09.2019

27.04.2015

N. Hyppänen

ATIF RASHEED

P-110000419

Power Xpert 9395P 500 - 600 kVA UPS Electrical Wiring

L1L2L3NPE

9395P UPS

ALM

ALM

RTN

CAN

LCA

N H

SHIE

LD

9395P UPS

CAN

LCA

N H

SHIE

LD

ALM

ALM

RTN

CAN

LCA

N H

SHIE

LD

CAN

LCA

N H

SHIE

LDTO MOB 1NC AUX

ALM

ALM

RTN

CAN

LCA

N H

SHIE

LD

CAN

LCA

N H

SHIE

LD

TO MOB 2NC AUX

TO MOB NNC AUX

TO MOB 1NO AUX TO MOB 2

NO AUXTO MOB NNO AUX

a,b

b,c

UPS 1

UPS 1

UPS 2

UPS N

56

78

EPO NC

ALTE

RNAT

ESY

NC B

A3

MAI

NTEN

ANCE

BYPA

SS B

A1

24

39

10

EPO NO RTNEPO N0

EPO NO RTN

BATT AUX NO

BATT SHUNT +

BATT SHUNT -

BATT AUX NO RTN

K3(INV) NC AUXOn Bypass/Offline

TB1

5 6 7 81 2 43 9 10TB3

56

78

12

43

910

PULL

CHA

INPU

LL C

HAIN

RTN

ALAR

M R

ELAY

NC

ALAR

M R

ELAY

RTN

ALAR

M R

ELAY

NO

ALAR

M R

ELAY

RTN

BYP L1BYP L2BYP L3

BYP N

OUT L1

OUT L2OUT L3

SYNC L1

SYNC L2

SYNC L3

TB6ɸɸɸ

ɸɸɸɸ

ɸɸ

5 61 2 43TB2

56

78

EPO NC

ALTE

RNAT

ESY

NC B

A3

MAI

NTEN

ANCE

BYPA

SS B

A1

24

39

10

EPO NO RTNEPO N0

EPO NO RTN

BATT AUX NO

BATT SHUNT +

BATT SHUNT -

BATT AUX NO RTN

K3(INV) NC AUXOn Bypass/Offline

TB1

5 6 7 81 2 43 9 10

BLDG

ALA

RM R

TN

BLDG

ALA

RM 2

TB3

56

78

12

43

910

PULL

CHA

INPU

LL C

HAIN

RTN

ALAR

M R

ELAY

NC

ALAR

M R

ELAY

RTN

ALAR

M R

ELAY

NO

ALAR

M R

ELAY

RTN

BYP L1BYP L2BYP L3

BYP N

OUT L1

OUT L2OUT L3

SYNC L1

SYNC L2

SYNC L3

TB6ɸɸɸ

ɸɸɸɸ

ɸɸ

5 61 2 43TB2

56

78

9395P UPS

EPO NC

ALTE

RNAT

ESY

NC B

A3

MAI

NTEN

ANCE

BYPA

SS B

A1

12

43

910

EPO NO RTNEPO N0

EPO NO RTN

BATT AUX NO

BATT SHUNT +

BATT SHUNT -

BATT AUX NO RTN

K3(INV) NC AUXOn Bypass/Offline

TB1

5 6 7 81 2 43 9 10TB3

56

78

12

43

910

PULL

CHA

INPU

LL C

HAIN

RTN

ALAR

M R

ELAY

NC

ALAR

M R

ELAY

RTN

ALAR

M R

ELAY

NO

ALAR

M R

ELAY

RTN

BYP L1BYP L2BYP L3

BYP N

OUT L1

OUT L2OUT L3

SYNC L1

SYNC L2

SYNC L3

TB6ɸɸɸ

ɸɸɸɸ

ɸɸ

5 61 2 43TB2

TO BCB 1 TO BCB 2 TO BCB N

BLDG

ALA

RM R

TN

BLDG

ALA

RM 4

BLDG

ALA

RM R

TN

BLDG

ALA

RM 5

BLDG

ALA

RM R

TN

BLDG

ALA

RM 2

BLDG

ALA

RM R

TN

BLDG

ALA

RM 4

BLDG

ALA

RM R

TN

BLDG

ALA

RM 5

BLDG

ALA

RM R

TN

BLDG

ALA

RM 2

BLDG

ALA

RM R

TN

BLDG

ALA

RM 4

BLDG

ALA

RM R

TN

BLDG

ALA

RM 5

1 1

OPTIONAL OPTIONAL OPTIONAL

ST ST ST

POWER WIRING

SIGNAL WIRING

E4-

UPM 1

CB13P(OPT)

K2

K3

K1

9395P UPS

ACOutput

BCB 1

+E5

MOB 1

RIB BIB UPS 2

E4-

UPM 1

CB13P(OPT)

K2

K3

K1

9395P UPS

ACOutput

BCB 2

+E5

MOB 2

RIB BIB UPS N

E4-

UPM 1

CB13P(OPT)

K2

K3

K1

9395P UPS

ACOutput

BCB N

+E5

MOB N

RIB BIB

a

c

MBS

L N230v

UPM 4 UPM 4 UPM 4

K5 K5 K5

MIS

LOADS

MBS

©

1 2 3 4 5 6 7 8 9 10 11 12

1 2 3 4 5 6 7 8 9 10 11 A2

A

B

C

D

E

F

G

H

A

B

C

D

E

F

G

H76

N/A

A2

RELEASED

003

AUTOCAD DRAWING

06.09.2019

27.04.2015

N. Hyppänen

ATIF RASHEED

P-110000419

Power Xpert 9395P 500 - 600 kVA UPS Wiring Parallel Units

MBS STATUS (Provided by others, Installed by others)

MOB STATUS (Provided by others, Installed by others)

PCAN (DUAL AS OPTION)

Provided by Eaton, Installed by Eaton

PULL CHAIN (REDUNDANT ON BYP STATUS)

Provided by Eaton, Installed by Eaton

ON BYPASS STATUS (NO INVERTORS ONLINE)

Provided by others, Installed by others

1.5 - 2.5mm² , 600v

0.75 - 2.5mm² twisted pair (if possible, else shielded)

No earth needed

0.75 - 2.5mm² twisted pair (if possible, else shielded)

No earth needed

Mechanical bypass interlocking sequence

1. Place UPS system to bypass. On bypass status (K3) will energize Key A solenoid to release it

2. Removing key A will switch on "force bypass" to the UPS system

3. Place key A to MBS breaker and close breaker. Key B will be released.

4. Aux contact of MBS will keep "force bypass" on UPS system

5. Place key B to MIS breaker and open MIS to isolate UPS system from load. Key C will be released

6. Place key C to it's dedicated keyhole to release "force bypass" command to allow UPS system testing