Efore PLC is an international group specialised in design, development and production of demanding power products. The “Pan-European” Power House, resulting from the 2013 integration of two strong entities, Efore and ROAL, is an “alchemy” of tradition, vision and skills. As a result of the acquisition ROAL became the Industrial arm of Efore. These two entities have fused into a well-defined identity shaped by their past experiences, unique individual competencies, cross-pollination of mutual enrichment for improved performances. We are a community of people, values and knowledge. We oer our customers a “human experience” where high technology and value design expertise come together to create a personal environment of open and honest dialogue and interaction. We aim to preserve our customer centric orientation – and to extend it to include customer centric products. Efore PLC is headquartered in Espoo, Finland, with major oces in Italy, China and Sweden, production units in China and Tunisia,and Sales and Marketing organizations in Europe, USA and China. Efore designs and manufactures cost-eective power product solutions for Telecommunications, Data Center and Broadcasting market spaces, and under the well-known ROAL brand, cutting edge power conversion products, that oer superior energy efficiency, more intelligent designs, flexibility and creativity for the Industrial, Medical, DataCom, LED Lighting and Marine markets. Efore competences and know-how are embodied in the solutions we provide to our customers: high eciency and high reliability. Efore PLC is quoted on the NASDAQ OMX Helsinki.

1. Product catalogue
DC
SYSTEM
efore.com ENERGY FOR ELECTRONICS

2. ENERGY FOR ELECTRONICS
Heikki Viika
Efore PLC is an international group specialised in design,
development and production of demanding power products.
The “Pan-European” Power House, resulting from the 2013
integration of two strong entities, Efore and ROAL, is an
“alchemy” of tradition, vision and skills.
As a result of the acquisition ROAL became the Industrial
arm of Efore.
These two entities have fused into a well-defined identity
shaped by their past experiences, unique individual
competencies, cross-pollination of mutual enrichment
for improved performances.
We are a community of people, values and knowledge.
We offer our customers a “human experience” where high
technology and value design expertise come together to create
a personal environment of open and honest dialogue and
interaction. We aim to preserve our customer centric
orientation – and to extend it to include customer centric products.
Efore PLC is headquartered in Espoo, Finland, with major offices
in Italy, China and Sweden, production units in China and Tunisia,
and Sales and Marketing organizations in Europe, USA and China.
Efore PLC
Efore designs and manufactures cost-effective power product
solutions for Telecommunications, Data Center and Broadcasting
market spaces, and under the well-known ROAL brand, cutting
edge power conversion products, that offer superior energy
efficiency, more intelligent designs, flexibility and creativity for
the Industrial, Medical, DataCom, LED Lighting and Marine markets.
Efore competences and know-how are embodied in the solutions
we provide to our customers: high efficiency and high reliability.
Efore PLC is quoted on the NASDAQ OMX Helsinki.
SpA

3. VIDI + CONTROLLER PLATFORM
VIDI+ SYSTEM CONTROLLER AND VIDI-LVD, VIDI-BM,
VIDI-SAM AUXILIARY CONTROLLERS 2
MRC24-1100, MRC48-1600, MRC60-1600, MRC110-1600,
MRC125-1600, MRC220-1600 7
OPUS C 24-3.3 R7U, OPUS C 48-4.8 R7U, OPUS C 60-4.8 R7U,
OPUS C 110-4.8 R7U, OPUS C 220-4.8 R7U 10
MRC RECTIFIERS
OPUS C 7U RACKS
OPUS C 24-8.0 R12U, OPUS C 48-8.0 R12U, OPUS C 60-8.0 R12U,
OPUS C 110-8.0 R12U, OPUS C 220-8.0 R12U 13
OPUS C 12U RACKS
OPUS C 24-6.6, OPUS C 48-9.6 , OPUS C 60-9.6,
OPUS C 110-9.6, OPUS C 220-9.6, OPUS C 24-13.2,
OPUS C 48-19.2, OPUS C 60-19.2, OPUS C 110-19.2,
OPUS C 220-19.2 16
OPUS C SYSTEM CABINETS
OPUS WRS 24-1100 F, OPUS WRS 48-1600 F,
OPUS WRS 60-1600 F , OPUS WRS 110-1600 F ,
OPUS WRS 220-1600 F 20
OPUS WRS
INDEX
DC
SYSTEM
EFORE Oyj may change product specifications and accordingly the information presented in this document.
Customers are responsible for their products and applications using Efore oyj products.
EFORE Oyj assumes no liability from the use of its products outside of specifications.
No license is granted to any intellectual property rights by this document.

4. VIDI+ SYSTEM CONTROLLER AND VIDI-LVD, VIDI-BM,
VIDI-SAM AUXILIARY CONTROLLERS
PRODUCT
DESCRIPTION
VIDI Controller
Platform is for OPUS
DC Power Systems. It
provides intelligent
and easy user
interface and
comprehensive set of
features for DC Power
System management.
VIDI architecture is
based on PowerCAN
bus communication
and a modular design,
which enables
excellent system
expandability,
selectable additional
features and flexibility
in the design.
2014_10_10_VIDI+
datasheet vC.1 draft.pdf
• Universal controller for all 24 VDC to 220 VDC OPUS DC Power Systems
• Modular structure for optimal performance and design flexibility
• Sophisticated User Interface. User friendly local and remote operation
• Comprehensive features and alarms
• Numerous user configurable alarms and settings
• Full remote monitoring and control with WEB interface via RS232, modem or TCP/IP
• Large event log file with real time clock time stamps
FEATURES
VIDI+
CONTROLLER
PLATFORM
for OPUS DC Power Systems
2 DC SYSTEM
TECHNICALSPECIFICATIONS,
ADVANCEDCONTROLLERMODULES
Power Input voltage range
VIDI+ , VIDI+ I/O
18 – 280 VDC
Serial communication RS-232, 9600-115200 kbps
ELECTRICAL
LAN
VIDI+ , VIDI+ I/O
10/100 Ethernet, RJ-45 connector
COMMUNICATION PORTS
Local Operation Dial button, Info button and cancel button
Local Display
USER INTERFACE MODULE
128 x 64 Graphical LCD with Backlight
Local LED indication 3 color system Status LED
MONITORING AND CONTROL
LOCAL MONITORING AND CONTROL

5. 3
VIDI+
CONTROLLER
PLATFORM
DC SYSTEM
Info
Default view
Languages
Languages
Remote PC connection
Local PC connection
Alarms
Remote user interface
Remote terminal
Supported Protocols
Dedicated button to open info text
English, Russian, Finnish
English, Russian, Finnish
PowerCAN-Bus interface to MRC rectifiers and Smart Peripheral Modules
Energy Save Mode, with MRC rectifiers
Rectifier runtime counter
Alarm configuration
System parameters upload and download in XML format
Real Time Clock with Battery Backup
Plug-and-Play Support, Automatic Module Configuration
Inventory Management for Installed Modules
Site Information text input
Charge mode, system voltage, number of active alarms
VIDI+ , VIDI+ I/O
Connect via LAN
Connect directly with serial port RS-232 or LAN port
E-mail or SNMP traps
Web interface, 4 access levels
Text mode interface over Telnet/SSH
HTTP, HTTPS, Telnet, SSH, SMTP, SNMPv2, SNMPv3
NTP, DHCP, Modbus TCP/IP
MONITORING AND CONTROL
REMOTE MONITORING AND CONTROL
Battery or load LVD
VIDI+ , VIDI+ I/O
1 pcs Contactor Coil Driver, Aux contact
CONNECTIONS
Supported max number of all modules
VIDI+ , VIDI+ I/O
48
MODULES
Alarm/Temperature Inputs 4 12
0 1
VIDI+ , VIDI+ I/O
Battery or load LVD
Battery or load LVD
CONNECTIONS
Measurements
Functions
VIDI+ , VIDI+ I/O
System Output Voltage Measurement
AC input voltage, individual rectifiers
DC output voltage, individual rectifiers
DC output current, individual rectifiers
Temperature, individual rectifiers
DC output current, total rectifiers
Battery current
Load current
SYSTEM FEATURES
TECHNICALSPECIFICATIONS,ADVANCEDCONTROLLERMODULES
4 12

6. 4 DC SYSTEM
VIDI+
CONTROLLER
PLATFORM
Local User Interface panel
Rectifiers, supported max amount
VIDI+ , VIDI+ I/O
1
VIDI-LVD Low voltage
disconnection modules.
Supported max amount.
8
VIDI-BM Battery management modules.
Supported max amount.
16
VIDI-SAM modules.
Supported max amount.
1
47
LIMITATIONS PER MODULE TYPES
Configurable
VIDI+ I/O
Earth fault detection
ALARMS
Configurable
VIDI+ , VIDI+ I/O
Alarm log: 512 last alarms, Event log: 100 last events,
Battery Temperature Log Graph, System Power log, 12 Months
LOG DATA
VIDI+ , VIDI+ I/O
Battery tests
Manual battery test
Periodic battery test
Natural battery tests, starts on mains fault
Functions
Charge current limiting
Discharged Ah-counter
Time window for battery tests
Charge modes
Float charge
Manual boost charge
Periodic boost charge
Automatic boost charge
Temperature compensation in all charge modes
BATTERY MANAGEMENT FEATURES
MEASUREMENTS
VIDI+ , VIDI+ I/O
Configurable
Mains Fault
Phase Fault
Rectifier Low/Over voltage
System Low/Over voltage
Rectifier overcurrent
Rectifier Over Temperature
System Over Temperature
High Battery Temperature
Low Battery Temperature
Rectifier Fault
Module Communication Error/Module Fault
Load fuse fault
Battery LVD or Load LVD Contactor failure
Battery Temperature Sensor Fault
Rectifiers No Redundancy Alarms/Rectifiers Over Load, Configurable limits
Load Disconnect Warning, Configurable limits
Load Disconnect
Battery Fuse Fault
Battery Discharge Test Fault
Boost Charge Fault
Battery Disconnect Warning, Configurable limit
ALARMS
TECHNICALSPECIFICATIONS,ADVANCEDCONTROLLERMODULES

7. 5DC SYSTEM
VIDI+
CONTROLLER
PLATFORM
Dimensions (HxWxD)
Enclosure
VIDI+ , VIDI+ I/O USER INTERFACE MODULEMECHANICAL
105 x 40 x 205 mm 80 x 80 x 20 mm
IP20 / IEC 529 IP43 / IEC 529
Alarm/Temperature input
Internal PowerCAN-Bus connector
VIDI+ , VIDI+ I/OCONNECTORS
Screw terminals
User interface Module RJ11
Other PowerCAN connectors RJ45
PowerCAN Termination Plug RJ45 Plug
TECHNICALSPECIFICATIONS,
ADVANCEDCONTROLLERMODULES
Power Input voltage range
Communication
VIDI-LVDELECTRICAL
18 – 280 VDC
PowerCAN connection to VIDI+ Controller
Coil Contact Driver
Coil Driver output voltage
Maximum allowed continuous coil current: 2A
System voltage
Aux contact for contactor
System voltage measurement range
Indication of the actual core position of the latched contactor
0 – 280 VDC
Current Sense
Alarm inputs
1 pc shunt voltage measurement, 60 mV
2 pcs configurable alarm/temperature inputs
Status indication
Mechanical data
LED Green/Red
Dimensions (H xW x D) : 75 x 160 x 27 mm
Weight : 320 g
Protection class IP20
TECHNICALSPECIFICATIONS
VIDI-LVDLOWVOLTAGEDISCONNECTMODULE
Power Input voltage range
Communication
VIDI-BMELECTRICAL
18 – 280 VDC
PowerCAN connection to VIDI+ Controller
Block Voltage Measurement
System voltage measurement range
Inputs: 4 pcs 12V nominal, Accuracy < 20mV, polarity protection
0 – 280 VDC
Current Sense
Alarm inputs
1 pc shunt voltage measurement, 60 mV
2 pcs configurable alarm/temperature inputs
Status indication LED Green/Red
Mechanical data
Dimensions (H xW x D) : 75 x 160 x 27 mm
Weight : 320 g
Protection class IP20
TECHNICALSPECIFICATIONS
VIDI-BMBATTERYMONITORINGMODULE

8. 6 DC SYSTEM
VIDI+
CONTROLLER
PLATFORM
Power Input voltage range
Communication
VIDI-SAM
18 – 280 VDC
TECHNICALSPECIFICATIONS
VIDI-SAMSERIALADAPTERMODULE
TECHNICALSPECIFICATIONS,COMMON
ELECTRICAL
PowerCAN connection to VIDI+ Controller
Auxiliary communications
System voltage measurement range
RS-232, RS-485, CAN
0 – 280 VDC
Current Sense 1 pc shunt voltage measurement
Alarm inputs 2 pcs configurable alarm/temperature inputs
Mechanical data
Dimensions (H xW x D) : 75 x 160 x 27 mm
Weight : 320 g
Protection class IP20
EMC
Emissions: EN/IEC 61000-6-4
Immunity: EN/IEC61000-6-2
Harmonic currents: EN / IEC 61000-3-2
Voltage fluctuations & flicker: EN / IEC 61000-3-3
* Measured as a part of Opus C-series rack system
Cooling
Acoustic noise
VIDI+, VIDI+ I/O, VIDI-LVD, VIDI-BM, VIDI-SAM
Natural convection
ENVIRONMENTAL
APPLICABLE STANDARDS
< 40 dB
Safety
IEC / EN 60950-1
* Tested as a part of Opus C-series rack system
Operating temperature
Storage temperature
-20 / +50 °C
-40 / +70 °C
Humidity 95 % (relative humidity, non-condensing)
Altitude (max) 2000 m above sea level
VIDI+ controller kit. Includes system controller module and cable set
SYSTEM CONTROLLER KITS
VIDI+ I/O controller kit. Includes system controller module and cable set
8320X0004311
8320X0004312
Description Order number
VIDI BM kit. Includes Battery monitoring module and cable set
AUXILIARY CONTROLLER KITS
VIDI LVD kit. Includes Low Voltage Disconnector controller module and cable set
9040X0002338
VIDI SAM kit. Includes serial adapter module and cable set.
Used with OPUS EIM and DUAL inverters. 8320X0004402
8320X0003275
Description Order number
ORDERINFORMATION

9. 7DC SYSTEM
MRC24-1100, MRC48-1600, MRC60-1600, MRC110-1600,
MRC125-1600, MRC220-1600
PRODUCT
DESCRIPTION
MRC rectifier modules
are designed and
optimised for
demanding industrial
and telecom
applications.
Rectifier delivers
1600W output power
at 48, 60, 110, 125 and
220 VDC and 1100W at
24 VDC. Rectifier input
is single phase, 140-275
Vac. Rectifiers are
convection cooled.
Rectifiers can be
operated either with a
system controller or as
stand-alone modules
with or without
batteries in the output.
2014_10_13_MRC
datasheet vC.0 draft.pdf
• Convection cooling
• Outputs 24, 48, 60, 110, 125, 220 VDC
• 1600W output power
• 1100W for 24VDC model
• Constant output power characteristics
• Nominal 230VAC input, 140-290 VAC
• Active load current sharing
• Internal overtemperature protection
• Digital communication over CAN bus
with VIDI controller
• Flexible design with full front cabling
• EMC: EN 300 386
• Safety: IEC/EN 60950-1 CB certified
FEATURES
MRC
RECTIFIERS

10. 8 DC SYSTEM
MRC
RECTIFIERS
Nominal input
Input range
230 VAC
TECHNICALSPECIFICATIONS
AC INPUT
140 – 290 VAC (100% output power 180-275 VAC)
Startup voltage
Reduced output power
180 VAC
140 – 180 VAC, derating factor 1% / 1 VAC
Input protection
Input frequency range 45 to 65 Hz
Power factor 0.99 (typical @ 230 VAC)
Hold-up time > 20 ms , at full load, output voltage from nominal to minimum
Maximum current
(at 180 VAC, full load)
MRC24-1100
6.9 A 9.7 A 9.8 A 9.6 A 9.6 A 9.6 A
Efficiency, typical
(at 50-85% load) 90% 92% 91% > 92% > 91% > 91%
MRC48-1600 MRC60-1600 MRC110-1600 MRC125-1600 MRC220-1600
Mains fuse, Varistor and gas discharge tube for transient surge protection,
Automatic shut-off above 290 VAC (restart at 280 VAC)
Rectifier alarms Mains fault alarm (hig/low), Low output voltage alarm,
Overvoltage shutdown alarm, Rectifier alarm, Temperature Alarm
Energy save
operation mode
See VIDI controller manual
Voltage range
Voltage factory setting
21-30 VDC 42-58 VDC 51-72 VDC 97-132 VDC 97-145 VDC 189-265 VDC
Maximum current 45.8 A @ 24V 32.7A @ 48V 26.7A @ 60V 14.5 A @ 110 V 12.8 A @ 125 V 7.2 A @ 220 V
27.3 VDC 54.5 VDC 68.1 VDC 123.6 VDC 136.8 VDC 245.3 VDC
Constant output power 1100 W 1600 W
Dynamic load regulation ± 4.0 % for 10%-90% or 90%-10% load step, recovery time < 1.0 ms
Dimensions 230 x 83 x 350 mm
Weight
Protection class IP20 / IEC 529
Output protection
Overvoltage shutdown
Current limit / short circuit protection
Power limiting
Internal overtemperature protection
Static voltage regulation ± 3.0 % (load, line, temperature)
Ripple and noise < 100 mVp-p
Load current share ± 5 % from true average current between the modules
Visual Indications LED: Green/Red/Yellow
DC OUTPUT MRC24-1100 MRC48-1600 MRC60-1600 MRC110-1600 MRC125-1600 MRC220-1600
FEATURES MRC24-1100 MRC48-1600 MRC60-1600 MRC110-1600 MRC125-1600 MRC220-1600
MECHANICAL MRC24-1100 MRC48-1600 MRC60-1600 MRC110-1600 MRC125-1600 MRC220-1600
4.60 kg

11. 9DC SYSTEM
Environment
MRC
RECTIFIERS
CONNECTIONS MRC24-1100 MRC48-1600 MRC60-1600 MRC110-1600 MRC125-1600 MRC220-1600
Connector, AC Appliance plug IEC 320 / 10 A male
Connector, DC
Connector, PowerCAN 2 pcs RJ-45
FCI Twinblade TM Power IO connector
ENVIRONMENTAL
Cooling Natural convection
Acoustic noise
Operating temperature -20 / +50 °C
< 40 dB
Storage temperature
Humidity 95 % (relative humidity, non-condensing)
-40 / +70 °C
Altitude (max) 2000 m above sea level
Safety IEC / EN 60950-1
Approvals
ROHS/WEEE 2002/95/EC
CE, CB certified
Quality Manufacture and design conform to ISO 9001, ISO 14001
APPLICABLE STANDARDS
EMC ETSI EN 300 386: 2005
TECHNICALSPECIFICATIONS
Operation: ETS 300 019-2-3 cl T3.2
Storage: ETS 300 019-2-1 cl T1.2
Transportation: ETS 300 019-2-2 cl T2.3
MRC 24-1100
DESCRIPTION ORDER NUMBER
MRC 48-1600
92G310
92G340
MRC 60-1600
MRC 110-1600
92G290
92G300
MRC 125-1600
MRC 220-1600
92H620
92G320
ORDERINFORMATION

12. PRODUCT
DESCRIPTION
OPUS C DC power
systems are robust,
free convection
cooled, N+1 redundant
backup power
solutions for critical
infrastructure
applications such as
transmission and
distribution
substations, process
industries and
telecommunications.
OPUS C DC power
systems consist of
MRC-rectifiers, VIDI+
controllers,
Connections for mains
and battery and wide
variety of load
distribution.
2014_10_13_OPUS C 7U
racks vC.0 draft.pdf
• Convection cooling
• Models for 24, 48, 60, 110, 220 VDC
• Max 4.8 kW output power
• N+1 redundancy
• Battery connection: 1 string with full current, MCB protection
• Options: Battery LVD, Temperature sensor, Wall mounting+ IP21 kit
FEATURES
OPUS C 24-3.3 R7U, OPUS C 48-4.8 R7U, OPUS C 60-4.8 R7U,
OPUS C 110-4.8 R7U, OPUS C 220-4.8 R7U
OPUS C 7U
RACKS
10 DC SYSTEM
GENERAL CONSTRUCTION
Cooling Natural convection
Protection
Controller user interface Display and local control in front panel
IP 20 Option IP21
Distribution
and Connections
Colour Frame RAL 7012
Behind front panel
TECHNICALSPECIFICATIONS
Height 311 mm
Width 438 mm
Depth 451 mm
OPUS C DC POWER SYSTEMS IN 19” 7U RACKS
Dimensions,
rack mounting
Height 350 mm
Width 482 mm
Depth 503 mm
Dimensions,
Wall mounting + IP21

13. 11DC SYSTEM
OPUS C 7U
RACKS
INPUT OPUS C 24- OPUS C 48- OPUS C 110- MRC110-1600 OPUS C 220-
OPUS C 24-5.5 OPUS C 48-8.0 OPUS C 60-8.0 OPUS C 110-8.0 OPUS C 220-8.0
AC-connection 3W + N + PE
Nominal voltage
Range, full 180 – 275 VAC
230 / 400 VAC
Range, reduced 140 – 180 VAC
Frequency
Mains terminal Terminal blocks 10 mm2
45 to 65 Hz
OUTPUT
Grounding floating
Nominal voltage
Voltage range 21 -31 VDC
24 VDC
Ripple noise
Rectifiers
Maximum current
Max 3
Inrush current
per rectifier < 20 A
Nominal current 5.3 A 7.7 A
Maximum current 6.9 A 9.7 A
Emissions: IEC/EN 61000-6-4
Immunity: IEC/EN 61000-6-2
Harmonic currents IEC/EN 61000-3-2
Voltage fluctuation&flicker: IEC/EN 61000-3-3
EMC
ENVIRONMENT AND STANDARDS
Operating temperature -5°C … +45°C
Humidity max
Altitude max 2000 m above sea level
95% relative humidity, non-condensing
Safety IEC/EN 60950-1
TECHNICALSPECIFICATIONS
OPUS C 24-5.5 OPUS C 48-8.0 OPUS C 60-8.0 OPUS C 110-8.0 OPUS C 220-8.0
< 100 mVp-p
229A @ 24V
Power max.
Redundant power
5.5 kW
Output terminals max 25 mm2
4.4 kW
floating
42 – 58 VDC
48 VDC
Max 3
< 100 mVp-p
164A @ 48V
8.0 kW
6.4 kW
floating
51 – 72 VDC
60 VDC
Max 3
< 100 mVp-p
134A @ 60V
8.0 kW
6.4 kW
floating
97 – 132 VDC
110 VDC
Max 3
< 100 mVp-p
72A @ 110V
8.0 kW
6.4 kW
floating
189 – 265 VDC
220 VDC
Max 3
< 100 mVp-p
36A @ 220V
8.0 kW
6.4 kW

14. 12 DC SYSTEM
OPUS C 24 3.3 R 7U F
NAME ORDER NUMBER
OPUS C 48 4.8 R 7U F
9220X0005001
9220X0005007
OPUS C 60 4.8 R 7U F
OPUS C 110 4.8 R 7U F
9220X0005009
9220X0004953
OPUS C 220 4.8 R 7U F 9220X0005011
ORDERINFORMATION
OPUS C 7U
RACKS
CONNECTIONS
Mains Mains switch, 16A MCB and connection terminals
Battery 2-pole MCB
OPTIONS
Wall mounting kit including IP21 drip water cover
NTC Temperature sensor
Battery LVD contactors
Controllers: VIDI+ or VIDI+ I/O
TECHNICALSPECIFICATIONS

15. 13DC SYSTEM
OPUS C DC POWER SYSTEMS
IN 19” 12U RACKS
PRODUCT
DESCRIPTION
OPUS C DC power
systems are robust,
free convection
cooled, N+1 redundant
backup power
solutions for critical
infrastructure
applications such as
transmission and
distribution
substations, process
industries and
telecommunications.
OPUS C DC power
systems consist of
MRC-rectifiers, VIDI+
controllers,
Connections for mains
and battery and wide
variety of load
distribution.
2014_10_13_OPUS C 12U
racks vC.0 draft.pdf
• Convection cooling
• Models for 24, 48, 60, 110, 220 VDC
• Max 8.0 kW output power
• N+1 redundancy
• Plus or Minus Grounded or Floating
• Battery connection: 1 string with full current, MCB protection
• Load Distribution Modules as options: 2-pole or 1-pole MCB
• Options: Battery LVD, Load LVD, extra battery connections, Temperature sensors, IP21
FEATURES
OPUS C 12U
RACKS
OPUS C 24-8.0 R12U, OPUS C 48-8.0 R12U, OPUS C 60-8.0 R12U,
OPUS C 110-8.0 R12U, OPUS C 220-8.0 R12U
GENERAL CONSTRUCTION
Cooling Natural convection
Protection
Controller user interface Display and local control in front panel
IP 20 Option IP21
Distribution
and Connections
Colour
Frame RAL 7037
Door RAL 7035
Behind front panel
TECHNICALSPECIFICATIONS
Height 533 mm
Width 438 mm
Depth 370 mm
Dimensions

16. OPUS C 12U
RACKS
INPUT OPUS C 24- OPUS C 48- OPUS C 60- OPUS C 110- OPUS C 220-
OPUS C 24-5.5 OPUS C 48-8.0 OPUS C 60-8.0 OPUS C 110-8.0 OPUS C 220-8.0
AC-connection 3W + N + PE
Nominal voltage
Range, full 180 – 275 VAC
230 / 400 VAC
Range, reduced
Internal protection
Frequency
Mains terminal Terminal blocks 10 mm2
45 to 65 Hz
OUTPUT
Grounding floating
Nominal voltage
Voltage range 21 -31 VDC
24 VDC
Ripple noise
Rectifiers
Maximum current
Max 5
Inrush current
per rectifier 14.7 A
Nominal current 10.2 A 15.4 A
18 A
Maximum current 13.8 A 19.4 A
Recommended
mains fuse 3 x 25 A
Main switch 40 A
Emissions: IEC/EN 61000-6-4
Immunity: IEC/EN 61000-6-2
Harmonic currents IEC/EN 61000-3-2
Voltage fluctuation&flicker: IEC/EN 61000-3-3
EMC
ENVIRONMENT AND STANDARDS
Operating temperature -5°C … +45°C
Humidity max
Altitude max 2000 m above sea level
95% relative humidity, non-condensing
Safety IEC/EN 60950-1
TECHNICALSPECIFICATIONS
OPUS C 24-5.5 OPUS C 48-8.0 OPUS C 60-8.0 OPUS C 110-8.0 OPUS C 220-8.0
< 100 mVp-p
229A @ 24V
Power max.
Redundant power
5.5 kW
Output terminals Terminal blocks 25 mm2
4.4 kW
+ or floating
42 – 58 VDC
48 VDC
Max 5
< 100 mVp-p
164A @ 48V
8.0 kW
6.4 kW
+ grounded
51 – 72 VDC
60 VDC
Max 5
< 100 mVp-p
134A @ 60V
8.0 kW
6.4 kW
floating
97 – 132 VDC
110 VDC
Max 5
< 100 mVp-p
72A @ 110V
8.0 kW
6.4 kW
floating
189 – 265 VDC
220 VDC
Max 5
Output current 200A @ 27.5V 147A @ 54.5V 117A @ 68.1V 65A @ 123.6V 33A @ 220V
< 100 mVp-p
36A @ 220V
8.0 kW
6.4 kW
14 DC SYSTEM
140 – 180 VAC
16 A MCB / rectifier module

17. 3
OPUS C 7U
RACKS
TECHNICALSPECIFICATIONS
14 DC SYSTEM
OPUS C 12U
RACKS
LOAD DISTRIBUTION
OPTIONS
OPUS C 24-6.6 OPUS C 60-9.6 OPUS C 110-9.6 OPUS C 220-9.6
1-pole MCB, 2…63A Max 20 loads
2-pole MCB, 2…63A Max 10 loads
Max 20 loads
Max 10 loads
Max 20 loads
N/A
N/A
Max 10 loads
N/A
Max 10 loads
OPUS C 48-9.6
15DC SYSTEM
OTHER OPTIONS
Wall mounting kit including IP21 drip water cover
NTC Temperature sensor
Battery LVD contactors
Controllers: VIDI+ or VIDI+ I/O
TECHNICALSPECIFICATIONS
OPUS C 24 5.5 R 12U F
NAME ORDER NUMBER
OPUS C 48 8 R 12U F
95MS012
9220X0000098
OPUS C 48 8 R 12U P
OPUS C 60 8 R 12U P
95MS010
95MS014
OPUS C 220 4.8 R 7U F 9220X0005011
DESCRIPTION
24VDC, 5.5 kW, 12U rack, floating
48VDC, 8.0 kW, 12U rack, floating
48VDC, 8.0 kW, 12U rack, plus grounded
48VDC, 8.0 kW, 12U rack, plus grounded
OPUS C 220 8 R 12U F 95MS013 220VDC, 8.0 kW, 12U rack, floating
9220X0005011
ORDERINFORMATION

18. PRODUCT
DESCRIPTION
OPUS C DC power
systems are robust,
free convection
cooled, N+1 redundant
backup power
solutions for critical
infrastructure
applications such as
transmission and
distribution
substations, process
industries and special
communications.
OPUS C DC power
systems consist of
MRC-rectifiers, VIDI+
controllers,
Connections for mains
and battery and wide
variety of load
distribution.
2014_10_13_OPUS C
cabinets vC.0 draft.pdf
• Convection cooling
• Models for 24, 48, 60, 110, 125, 220 VDC
• Max 19.2 kW output power
• N+1 redundancy
• Plus or Minus Grounded or Floating
• Battery connection: 1 string with full current: MCB or MCCB
• Load Distribution Modules as options: 2-pole or 1-pole MCB, NH000/NH00, NH01, Diazed
• Options: Battery LVD, Load LVD, extra battery connections, Temperature sensors, IP21,
bottom entry cabling
FEATURES
OPUS C
SYSTEM
CABINETS
OPUS C 24-6.6, OPUS C 48-9.6 , OPUS C 60-9.6, OPUS C 110-9.6, OPUS C 220-9.6
OPUS C 24-13.2, OPUS C 48-19.2, OPUS C 60-19.2, OPUS C 110-19.2, OPUS C 220-19.2
GENERAL CONSTRUCTION
Cooling Natural convection
Protection
Controller user interface Display and local control in front door
IP 20 Option IP21
Cabling From top, Option bottom entry
Colour
TECHNICALSPECIFICATIONS,CABINETS
Height 2000 mm
Width 600 mm
Depth 600 mm
Dimensions
16 DC SYSTEM
OPUS C DC POWER SYSTEMS IN 2066 CABINETS
Cabinet RAL 7037
Door RAL 7035

19. INPUT OPUS C 24- OPUS C 48- OPUS C 60- OPUS C 110- OPUS C 220-
OPUS C 24-6.6 OPUS C 48-9.6 OPUS C 60-9.6 OPUS C 110-9.6 OPUS C 220-9.6
AC-connection 3W + N + PE
Nominal voltage
Range, full 180 – 275 VAC
230 / 400 VAC
Range, reduced
Internal protection
Frequency
Mains terminal Terminal blocks 10 mm2
45 to 65 Hz
Inrush current
per rectifier 14.7 A
Nominal current 10.2 A 15.4 A
18 A
Maximum current 13.8 A 19.4 A
Recommended
mains fuse 3 x 25 A
Main switch 40 A
OPUS C 24-13.2 OPUS C 48-19.2 OPUS C 60-19.2 OPUS C 110-19.2 OPUS C 220-19.2
Inrush current
per rectifier 14.7 A
Nominal current 2 x 10.2 A 2 x 15.4 A
18 A
Maximum current 2 x 13.8 A 2 x 19.4 A
Recommended
mains fuse 2 x ( 3 x 25 A)
Main switch 2 x 40 A
Emissions: IEC/EN 61000-6-4
Immunity: IEC/EN 61000-6-2
Harmonic currents IEC/EN 61000-3-2
Voltage fluctuation&flicker: IEC/EN 61000-3-3
EMC
ENVIRONMENT AND STANDARDS
Operating temperature -5°C … +45°C
Humidity max
Altitude max 2000 m above sea level
95% relative humidity, non-condensing
Safety IEC/EN 60950-1
TECHNICALSPECIFICATIONS,CABINETS
140 – 180 VAC
16 A MCB / rectifier module
17DC SYSTEM
OPUS C
SYSTEM
CABINETS

20. 18 DC SYSTEM
OUTPUT
Grounding + , - or floating
Nominal voltage
Voltage range 21 -31 VDC
24 VDC
Ripple noise
Rectifiers
Maximum current
Max 6
OPUS C 24-6.6 OPUS C 48-9.6 OPUS C 60-9.6 OPUS C 110-9.6 OPUS C 220-9.6
< 100 mVp-p
275A @ 24V
Power max.
Redundant power
6.6 kW
Output terminals Terminal blocks 25 mm2
5.5 kW
+ or floating
42 – 58 VDC
48 VDC
Max 6
< 100 mVp-p
197A @ 48V
9.6 kW
8.0 kW
+ or floating
51 – 72 VDC
60 VDC
Max 6
< 100 mVp-p
161A @ 60V
9.6 kW
8.0 kW
floating
97 – 132 VDC
110 VDC
Max 6
< 100 mVp-p
87A @ 110V
9.6 kW
8.0 kW
floating
189 – 265 VDC
220 VDC
Max 6
Output current 240A @ 27.5V 177A @ 54.5V 141A @ 68.1V 78A @ 123.6V 39A @ 220V
< 100 mVp-p
43A @ 220V
9.6 kW
8.0 kW
OUTPUT
Grounding + , - or floating
Nominal voltage
Voltage range 21 -31 VDC
24 VDC
Ripple noise
Rectifiers
Maximum current
Max 12
OPUS C 24-13.2 OPUS C 48-19.2 OPUS C 60-19.2 OPUS C 110-19.2 OPUS C 220-19.2
< 100 mVp-p
550A @ 24V
Power max.
Redundant power
13.2 kW
Output terminals Terminal blocks 25 mm2
12.1 kW
+ , floating
42 – 58 VDC
48 VDC
Max 12
< 100 mVp-p
394A @ 48V
19.2 kW
17.6 kW
+ , floating
51 – 72 VDC
60 VDC
Max 12
< 100 mVp-p
322A @ 60V
19.2 kW
17.6 kW
floating
97 – 132 VDC
110 VDC
Max 12
< 100 mVp-p
174A @ 110V
19.2 kW
17.6 kW
floating
189 – 265 VDC
220 VDC
Max 12
Output current 480A @ 27.5V 354A @ 54.5V 281A @ 68.1V 156A @ 123.6V 78A @ 245.3V
< 100 mVp-p
86.4 A @ 220V
19.2 kW
17.6 kW
BATTERY CONNECTION
Battery breaker in system 1 pc MCCB
Optional breakers
Battery shelves 2
Max 2 MCCB
OPUS C 24-6.6 OPUS C 48-9.6 OPUS C 60-9.6 OPUS C 110-9.6 OPUS C 220-9.6
1 pc MCB
2
Max 2 MCCB
1 pc MCB
2
Max 2 MCCB
1 pc MCB
3
Max 2 MCCB
1 pc MCB
3
Max 2 MCCB
Battery breaker in system 1 pc MCCB
Optional breakers
Battery shelves 2
Max 2 MCCB
OPUS C 24-13.2 OPUS C 48-19.2 OPUS C 60-19.2 OPUS C 110-19.2 OPUS C 220-19.2
1 pc MCB
2
Max 2 MCCB
1 pc MCB
2
Max 2 MCCB
1 pc MCB
3
Max 1 MCB
1 pc MCB
3
Max 1 MCB
OPUS C
SYSTEM
CABINETS
LOAD DISTRIBUTION
OPTIONS
1-pole MCB, 2…63A Max 2 x 24 loads
2-pole MCB, 2…63A
2-pole MCB, 2…63A
+ AUX or alarm Max 2 x 10 loads
Max 2 x 12 loads
OPUS C 24-6.6 OPUS C 48-9.6 OPUS C 60-9.6 OPUS C 110-9.6 OPUS C 220-9.6
Max 2 x 24 loads
Max 2 x 10 loads
Max 2 x 12 loads
Max 2 x 24 loads
Max 2 x 10 loads
Max 2 x 12 loads
N/A
Max 1 x 12 loads
Max 1 x 12 loads
N/A
Max 1 x 12 loads
Max 1 x 12 loads
TECHNICALSPECIFICATIONS,CABINETS

21. 19DC SYSTEM
1-pole NH000/00 Fuses
1-pole NH000/00 Fuses
1-pole NH01 Fuses
Max 2 x 6 loads
Max 2 x 12 loads
Max 1 x 6 loads
2-pole Diazed Fuses Max 2 x 8 loads
Max 2 x 6 loads
Max 2 x 12 loads
Max 1 x 6 loads
Max 2 x 8 loads
Max 2 x 6 loads
Max 2 x 12 loads
Max 1 x 6 loads
Max 2 x 8 loads
Max 1 x 6 loads
N/A
N/A
Max 1 x 8 loads
Max 1 x 6 loads
2-pole NH01 Fuses Max 1 x 3 loads Max 1 x 3 loads Max 1 x 3 loads Max 1 x 3 loads Max 1 x 3 loads
N/A
N/A
Max 1 x 8 loads
1-pole MCB, 2…63A Max 2 x 24 loads
2-pole MCB, 2…63A
2-pole MCB, 2…63A
+ AUX or alarm Max 2 x 10 loads
Max 2 x 12 loads
1-pole NH000/00 Fuses
2-pole NH000/00 Fuses
1-pole NH01 Fuses
Max 2 x 6 loads
OPUS C 24-13.2 OPUS C 48-19.2 OPUS C 60-19.2 OPUS C 110-19.2 OPUS C 220-19.2
Max 2 x 12 loads
Max 1 x 6 loads
2-pole Diazed Fuses Max 2 x 8 loads
Max 2 x 24 loads
Max 2 x 10 loads
N/A
N/A
Max 2 x 12 loads
Max 1 x 6 loads
N/A
Max 2 x 24 loads
Max 2 x 10 loads
N/A
N/A
Max 2 x 12 loads
Max 1 x 6 loads
N/A
N/A
Max 1 x 10 loads
Max 1 x 12 loads
Max 1 x 6 loads
N/A
N/A
Max 1 x 8 loads
N/A
Max 1 x 10 loads
Max 1 x 12 loads
Max 1 x 6 loads
2-pole NH01 Fuses Max 1 x 3 loads N/A N/A Max 1 x 3 loads Max 1 x 3 loads
N/A
N/A
Max 1 x 8 loads
TECHNICALSPECIFICATIONS,CABINETS
OPUS C
SYSTEM
CABINETS
OTHER OPTIONS
IP21 drip water cover
Cable duct for bottom entry cables, assembled side of cabinet
NTC Temperature sensor
Load LVD contactors, Battery LVD contactors
Controllers: VIDI+ or VIDI+ I/O.
Auxiliary controllers: VIDI-BM battery monitoring, VIDI-LVD Low Voltage Disconnector driver
NAME ORDER NUMBER DESCRIPTION
OPUS C 24-6.6 CS2066 F
OPUS C 24-13.2 CS2066 F
9220X0000195
9220X0002629
OPUS C 24-13.2 CS2066 P
OPUS C 48-9.6 CS2066 F
9220X0002631
9220X0002131
OPUS C 48-9.6 CS2066 P 9220X0000121
24VDC, 6.6 kW, Floating
24 VDC, 13.2 kW, Floating
24 VDC, 13.2 kW, Positive Grounded
48V DC, 9.6 kW, Floating
OPUS C 48-19.2 CS2066 P 9220X0000424 48 VDC, 19.2 kW, Positive Grounded
48 VDC, 9.6 kW, Positive Grounded
OPUS C 60-9.6 CS2066 P
OPUS C 60-19.2 CS2066 P
9220X0000122
9220X0000426
OPUS C 110-9.6 CS2066 F
OPUS C 110-19.2 CS2066 F
9220X0000123
9220X0001565
OPUS C 220-9.6 CS2066 F 9220X0000124
60 VDC, 9.6 kW, Positive Grounded
60 VDC, 19.2 kW, Positive Grounded
110V DC, 9.6 kW, Floating
110 VDC, 19.2 kW, Floating
OPUS C 220-19.2 CS2066 F
* other configurations on request
9220X0000887 220 VDC, 19.2 kW, Floating
220V DC, 9.6 kW, Floating
ORDERINFORMATION*

22. PRODUCT
DESCRIPTION
OPUS WRS is wall
mounted charging
rectifier for industrial
market applications.
Together with
batteries it provides
uninterrupted DC
power for critical
loads. With compact
design,
comprehensive
monitoring features
and alarm functions
OPUS WRS provides a
cost-effective solution
to wide range of
applications where
high reliability and
availability are
requested.
OPUS WRS product
line consists of
MRC-rectifier, VIDI+
I/O controller, MCB
protections for mains,
load and battery
packaged in wall
mounted IP21
enclosure.
2014_10_13_OPUS C
racks vC.0 draft.pdf
• Compact design and low weight
• Convection cooling with low noise
• Easy installation
• Models for 24, 48, 60, 110, 220 VDC
• Max 1600 W output power
• Battery connection: 1 string with full current, MCB protection and shunt resistor
FEATURES
OPUS WRS
OPUS WRS 24-1100 F, OPUS WRS 48-1600 F, OPUS WRS 60-1600 F ,
OPUS WRS 110-1600 F , OPUS WRS 220-1600 F
GENERAL CONSTRUCTION
Cooling Natural convection
Protection
Controller user interface Display and local control in front door
Colour Frame RAL 7012
IP 21
TECHNICALSPECIFICATIONS
Height 311 mm
Width 438 mm
Depth 451 mm
Dimensions
20 DC SYSTEM
OPUS WRS WALL MOUNTED CHARGING RECTIFIER SYSTEM
ENVIRONMENT AND STANDARDS
Operating temperature -20°C … +45°C
Humidity max
Altitude max 2000 m above sea level
95% relative humidity, non-condensing
Safety IEC/EN 60950-1
Distribution
and Connections Behind front panel

23. INPUT OPUS WRS 24- OPUS WRS 48- OPUS WRS 60- OPUS WRS 110- OPUS WRS 220-
OPUS WRS 24- OPUS WRS 48- OPUS WRS 60- OPUS WRS 110- OPUS WRS 220-
AC-connection L + N + PE
Nominal voltage
Range, full 180 – 275 VAC
230 VAC
Range, reduced
Internal protection
Frequency
Mains terminal Terminal blocks 2.5 mm2
45 to 65 Hz
Inrush current
per rectifier
Nominal current 5.3 A 7.7 A
< 20 A
Maximum current 6.9 A 9.7 A
Emissions: IEC/EN 61000-6-4
Immunity: IEC/EN 61000-6-2
Harmonic currents IEC/EN 61000-3-2
Voltage fluctuation&flicker: IEC/EN 61000-3-3
EMC
TECHNICALSPECIFICATIONS
140 – 180 VAC
16 A MCB / rectifier module
DC SYSTEM
OPUS WRS
21
OUTPUT
Grounding floating
Nominal voltage
Voltage range 21 -31 VDC
24 VDC
Maximum current
OPUS WRS 24- OPUS WRS 48- OPUS WRS 60- OPUS WRS 110- OPUS WRS 220-
45.8A @ 24V
Power max. 1.1 kW
floating
42 – 58 VDC
48 VDC
33.3A @ 48V
1.6 kW
floating
51 – 72 VDC
60 VDC
26.6A @ 60V
1.6 kW
floating
97 – 132 VDC
110 VDC
72A @ 110V
1.6 kW
floating
189 – 265 VDC
220 VDC
36A @ 220V
1.6 kW
CONNECTIONS
Battery 2-pole MCB
Load 2-pole MCB
NAME ORDER NUMBER
OPUS WRS 24-1100 F
OPUS WRS 48-1600 F
95H660
95H670
OPUS WRS 60-1600 F
OPUS WRS 110-1600 F
95H680
95H690
OPUS WRS 220-1600 F 95H700
ORDERINFORMATION

24. ROAL Electronics S.p.A.
Via Jesina 56/A
60022 Castelfidardo (AN) - ITALY
PH: +39 071-721461
FX: +39 071-72146539
info@roallivingenergy.com
ROAL Electronics USA, Inc.
701 Main Street, Suite 405
Stroudsburg, PA 18360
PH: +1 (570) 421-5750
FX: +1 (570) 421-5687
sales@roallivingenergy.com
DC_2014_11_03_R01
EFORE Oyj
Quartetto Business Park
Linnoitustie 4B 02600 ESPOO,
FINLAND
PH: +358 9 478 466
FX: +358 9 4784 6500
sales@efore.fi