600
843
RATED POWER
WEIGHT (kg)
30kVA
200
40, 60kVA
234
1400
NOTES:
268
120kVA
302
150, 160kVA
336
80
NOTES:
1. 350mm MINIMUM CLEARANCE AT THE BACK
OF UNIT IS REQUIRED TO PERMIT ADEQUATE
CIRCULATION OF AIR AND ADVISABLY MORE
THAN 500mm TO FACILITATE MAINTENANCE.
2. THE UNIT USES TOP CABLE ENTRY AND
BOTTOM CABLE ENTRY.
3. ALL WIRING IS TO BE IN ACCORDANCE WITH
NATIONAL AND LOCAL ELECTRICAL CODES.
586
FRONT VIEW
90, 100kVA
SIDE VIEW
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
1400
645
800
100 145
476
445
TOP VIEW
BOTTOM VIEW
TM
DIMENSIONAL DWG (30 - 160kVA)
600
843
RATED POWER
WEIGHT (kg)
200kVA
380
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
1600
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
80
NOTES:
1. 350mm MINIMUM CLEARANCE AT THE BACK
OF UNIT IS REQUIRED TO PERMIT ADEQUATE
CIRCULATION OF AIR AND ADVISABLY MORE
THAN 500mm TO FACILITATE MAINTENANCE.
2. THE UNIT USES TOP CABLE ENTRY AND
BOTTOM CABLE ENTRY.
3. ALL WIRING IS TO BE IN ACCORDANCE WITH
NATIONAL AND LOCAL ELECTRICAL CODES.
586
FRONT VIEW
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
SIDE VIEW
1400
645
800
100 145
476
445
TM
TOP VIEW
BOTTOM VIEW
DIMENSIONAL DWG - 200kVA
600
843
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
1400
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
SIDE VIEW
1400
678
800
100
145
75
FRONT VIEW
475
TOP VIEW
(door open)
BOTTOM VIEW
DIMENSIONAL DWG - WITH CASTER
TM
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
MAINTENANCE SWITCH
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
TM
POWER SWITCH (NX 30K-B)
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
MAINTENANCE SWITCH
TM
POWER SWITCH (30kVA - 160kVA)
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
MAINTENANCE SWITCH
TM
POWER SWITCH - 200kVA
bA
bB
bC
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
mA
mB
mC
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
mN
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
oA
oB
oC
PE
oN
BAT+ BAT N BAT-
RIGHT SIDE VIEW
TM
FRONT VIEW
TERMINAL DETAILS (NX 30K-B)
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
BAT+ BAT N BAT-
mA
mB
mC
mN
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
PE
oA
bA
bB
bC
oB
oC
oN
TM
TERMINAL DETAILS (30kVA - 160kVA)
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
mN
mA
mB
mC
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
oN
oA
PE
oB
bA
bB
bC
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
oC
TM
TERMINAL DETAILS - 200kVA
BY CLIENT
BY EMERSON / PARTNER
BY CLIENT
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
INPUT
CIRCUIT
BREAKER
STATIC SWITCH
RECTIFIER
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
OUTPUT
CIRCUIT
BREAKER
INVERTER
TO CRITICAL LOADS
DISTRIBUTION PANEL
TO EMERGENCY POWER
DISTRIBUTION BOARD
(WITH 100% GENSET BACK-UP)
MAINTENANCE BYPASS SWITCH
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
CHARGER
BCB
BATTERY
BY CLIENT
BY EMERSON / PARTNER
SINGLE LINE DIAGRAM
BY CLIENT
TM
TO CRITICAL LOADS
DISTRIBUTION PANEL
NOTES:
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
BY CLIENT
BY EMERSON / PARTNER
CHARGER
BCB
RECTIFIER
INVERTER
BY CLIENT
INPUT
CIRCUIT
BREAKER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
BCB
BATTERY
CHARGER
INVERTER
RECTIFIER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
BY CLIENT
BY EMERSON / PARTNER
BY CLIENT
INPUT
CIRCUIT
BREAKER
INPUT
CIRCUIT
BREAKER
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
TO EMERGENCY POWER
DISTRIBUTION BOARD
(WITH 100% GENSET BACK-UP)
SINGLE LINE DIAGRAM
TM
TO CRITICAL LOADS
DISTRIBUTION PANEL
NOTES:
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
BY EMERSON / PARTNER
CHARGER
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
BY CLIENT
RECTIFIER
INVERTER
BY CLIENT
INPUT
CIRCUIT
BREAKER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
BCB
BATTERY
CHARGER
RECTIFIER
INVERTER
INPUT
CIRCUIT
BREAKER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
BCB
BATTERY
CHARGER
INVERTER
RECTIFIER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
BY CLIENT
BY EMERSON / PARTNER
BY CLIENT
INPUT
CIRCUIT
BREAKER
INPUT
CIRCUIT
BREAKER
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
TO EMERGENCY POWER
DISTRIBUTION BOARD
(WITH 100% GENSET BACK-UP)
TM
SINGLE LINE DIAGRAM
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
TO CRITICAL LOADS
DISTRIBUTION PANEL
BY EMERSON / PARTNER
CHARGER
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
OUTPUT
CIRCUIT
BREAKER
BY CLIENT
RECTIFIER
INVERTER
BY CLIENT
INPUT
CIRCUIT
BREAKER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
CHARGER
RECTIFIER
INVERTER
INPUT
CIRCUIT
BREAKER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
BATTERY
CHARGER
BCB
RECTIFIER
INVERTER
INPUT
CIRCUIT
BREAKER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
BCB
BATTERY
CHARGER
INVERTER
RECTIFIER
STATIC SWITCH
MAINTENANCE BYPASS SWITCH
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
BY CLIENT
BY EMERSON / PARTNER
BY CLIENT
INPUT
CIRCUIT
BREAKER
INPUT
CIRCUIT
BREAKER
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
TO EMERGENCY POWER
DISTRIBUTION BOARD
(WITH 100% GENSET BACK-UP)
TM
SINGLE LINE DIAGRAM
NOTES:
1. PER NEC 2011 STANDARD
CHAPTER 6.13.40.(A) ELECTRONIC
SENSITIVE EQUIPMENT SHALL
NOT HAVE A VOLTAGE DROP OF
1.5%.
UPS
Model
NXR
30kVA
NXR
40kVA
NXR
60kVA
NXR
90kVA
UPS
Rating
30kVA
/ 30kW
40kVA
/ 40kW
60kVA
/ 60kW
90kVA
/ 90kW
NXR
100kVA
100kVA / 90kW
Input
Breaker
70 A
90 A
150 A
200 A
200 A
NXR
120kVA
120kVA
/
120kW
300 A
NXR
150kVA
150kVA
/
150kW
350 A
NXR
160kVA
160kVA
/
144kW
350 A
NXR
200kV
A
200kV
A/
180kW
400 A
Input
Conductor
Input
Neutral
Conductor
Input
Grounding
Conductor
Input
Conduit
(Diameter)
Output
Breaker
1 x 3C
2 x 1C
1 x 1C
32mm
60 A
THHN Cu
THHN Cu
1 x 3C
2 x 1C
THHN Cu
THHN Cu
1 x 3C
2 x 1C
THHN Cu
THHN Cu
1 x 3C
2 x 1C
THHN Cu
THHN Cu
1 x 3C
2 x 1C
THHN Cu
THHN Cu
2 x 3C
2 x 2C
THHN Cu
THHN Cu
2 x 3C
2 x 2C
THHN Cu
THHN Cu
2 x 3C
2 x 2C
THHN Cu
THHN Cu
2 x 3C
2 x 2C
THHN Cu
THHN Cu
1 x 1C
1 x 1C
1 x 1C
1 x 1C
1 x 1C
1 x 1C
1 x 1C
1 x 1C
40mm
40mm
65mm
65mm
65mm
80mm
80mm
90mm
80 A
125 A
175 A
175 A
200 A
300 A
350 A
200 A
Output
Neutral
Conductor
Output
Grounding
Conductor
Output
Conduit
(Diameter)
Allowable
Cable run
1 x 3C
2 x 1C
1 x 1C
32mm
61m
THHN Cu
THHN Cu
1 x 3C
2 x 1C
1 x 1C
40mm
72m
THHN Cu
THHN Cu
1 x 3C
2 x 1C
1 x 1C
40mm
78m
THHN Cu
THHN Cu
1 x 3C
2 x 1C
THHN Cu
THHN Cu
1 x 3C
2 x 1C
THHN Cu
THHN Cu
2 x 3C
2 x 2C
THHN Cu
THHN Cu
2 x 3C
2 x 2C
THHN Cu
THHN Cu
2 x 3C
2 x 2C
THHN Cu
THHN Cu
2 x 3C
2 x 2C
THHN Cu
THHN Cu
Output
Conductor
1 x 1C
65mm
115m
1 x 1C
65mm
104m
1 x 1C
65mm
30m
1 x 1C
80mm
47m
1 x 1C
80mm
52m
1 x 1C
90mm
52m
2. INDICATED AMOUNT OF INCREASE
IN CABLE RUN LISTED IN THE
TABLE BELOW IS EQUIVALENT TO
0.10% INCREMENT IN VOLTAGE
DROP.
3. CONDUCTORS ARE RATED AND
SIZE FOR THHN COPPER
CONDUCTOR AND TO BE FITTED
IN POLYVINYL CONDUIT.
4. VOLTAGE DROP COMPUTATION
ARE BASED ON ALTERNATING CURRENT RESISTANCE FOR
UNCOATED COPPER WIRES AND
REACTANCE BASED ON
POLYVINYL CONDUIT.
5. GROUNDING WIRES ARE SIZE
BASED ON THE MINIMUM
EQUIPMENT GROUNDING
CONDUCTOR OF NATIONAL
ELECTRICAL CODE
TM
SIZES OF CABLE FOR LIEBERT NXR (30-200KVA)