Telecom Solutions for
Business-Critical Continuity
Emerson Network Power
EMEA Product Program, DC Power & Telecom Solutions
Telecom Solutions for
Business-Critical Continuity™
4
Introduction
7
Power Equipment
19
Monitoring
25
Outside Plant
39
Service
44
Contact Information & Abbreviations
Emerson Network Power Enabling
It began with a vision to deliver Business-Critical Continuity to rapidly changing business
environments everywhere. Today it’s a proven reality. Because, as the global leader in
Business-Critical Continuity, Emerson Network power seamlessly sustains the most
critical business lifelines by anticipating your infrastructures technology needs.
From grid to chip
Emerson Network Powers expertise and experience runs deeper than any other company in
the industry gaining us the foundation to enable Business-Critical Continuity through our
twelve Centers of Expertise.
Introduction
Business-Critical Continuity™
The Power of Global Capabilities, Locally
No other provider of critical network infrastructure services features a global organization
of Emerson Network Power’s scope or size.
With its deep experience in power technologies and the business-critical infrastructure
needed for continuous uptime, Emerson
Network Power has established the single
largest installed base of any company in the
computing or communications markets –
providing customers with consistent service
wherever and whenever.
Emerson Network Power’s size provides the
unequalled strength to give convenient
stocking and dispatching at locations all
across the globe. Few companies can match
its invested capital in resources, for complete
maintenance support of customers’ facilities.
Moreover, the Emerson name is respected as
one of the most fiscally sound and financially
responsible organizations in the world. Even
with its size and strength, Emerson Network
Power can still offer a single point of
responsibility for all aspects of a customer’s
service needs. With Emerson Network Power
maintaining the customer’s entire operations,
it eliminates costly service overlap and benefits
from streamlined service.
Emerson Network Power Global
Service Coverage:
= EMEA sales offices
= Other Emerson Network Power offices
The promise that our customers’ technology
infrastructure and products will not go down…
The peace of mind that our customers have that they
can concentrate on what they do best…
…while we take care of the technology that supports
their business.
• Over 150 Service Locations Worldwide
• 2,000 Certified Professionals.
Introduction
“...the power
behind the words”
POWER EQUIPMENT
Mini DC Power Systems • Small DC Power Systems • Medium DC Power Systems • Large DC Power Systems
24 V DC Power Systems • DC/DC Power Systems • Replacement Program • Batteries & Miscellaneous
The DC Power System and the NetSure™ platform
NetSure™ is the next-generation platform for
integrated DC power technology, offering telecom
providers the world over a global standard for
reliable power products. Combining Emerson
Network Power’s unmatched industry knowledge
with proven expertise in localization and adaptability, the NetSure™ platform offers best-in-class
power technologies tailor-fit to meet each client’s
specific global, regional, and local needs.
The NetSure™ platform is local, globally.
This section provides a top-level overview of the
various DC Power systems under the Emerson
Network Power brand.
Power Equipment
Mini Power Systems
DC Power stand-alone systems
NetSure™ 201
6400 W
Nominal system voltage: System rated output power:
Rectifier rated output power: AC input range:
Environmental data:
EMC
Safety Subrack dimensions (H x W x D): Single
Dual Key Features:
Single or dual 19” shelves with
front access
Different controllers are
available, to meet different
needs for control and remote
supervision.
Wide AC input voltage range
-48 V
6400 W
800 W (constant power)
85 – 300 V AC
EN 300 386-2 Class B, FCC part 15
IEC 60950, EN 60950
89 x 450 x 345 mm (19˝)
178 x 450 x 345 mm (19˝)
Key Benefits:
Easy to configure for local needs
Very compact and high
performance system
Suitable for replacement
programs
ACTURA® OPTIMA 4825
Nominal system voltage: -48 V
System rated output power:
1800 W
Rectifier rated output power: 300 W (constant power)
AC input range:
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– ���������������������������
140 V AC or 180 – 288 V AC
Environmental data:
EMC
EN 300 386 Class A, EN 55022 Class A, FCC part 15
Safety IEC 60950, UL 1950, EN 60950
Subrack dimensions (H x W x D):
150 x 450 x 175 mm
Dimensions (H x W x D): 300 x 450 x 175 mm
1800 W
Power Equipment
Key Features:
ETSI or 19” shelves with
front access
Available with transient limiting
distribution and LVD
Premounted and tested for
fast installation
Key Benefits:
Reliable power supply for all kinds
of small 48 V applications
Reliable DC supply to equipment
due to transient limiting
distribution
Small Power Systems
DC Power stand-alone systems
NetSure™ 501
Emerson’s new Power System NetSure™ 501 is based on our
concept with modular building blocks designed to meet present
and future capacity and functionality needs. The concept allows
the regional configuration center to easily and quickly “put
together” an almost unlimited number of configurations
Nominal system voltage:
System rated output power @ -54 V:
Rectifier rated output power:
AC input range:
Environmental data:
EMC
Safety
Subrack dimensions (H x W x D):
-48 V
~3 – 20 kW
1700 W (constant power,R48-1800)
85�����������
– ��������
290 V AC
EN 300386-2001, class B, FCC part 15 class B
IEC 60950, EN60950
Flexible
Key Features:
Key Benefits:
400 x 600 mm or
Fast adaptation/upgrade to
600 x 600 mm cabinets
new customer requirements
High power density rectifiers Reliability and compliance with regional
telecom standards
Wide power range
Efficient network operation due to use
of the same kind of building blocks for
different capacity and functionality
needs in the network
3-20
kW
Configuration
on picture:
System rated output
power
10 kW
ACTURA® Flex 48300
Nominal system voltage:
System rated output power @ -54 V:
Rectifier rated output power:
AC input range:
Environmental data 48300:
EMC
Safety
Environmental data 48600:
EMC
Safety
Subrack dimensions (H x W x D):
Key Features:
Flexible configuration easy to
expand – wide range of
configuration possibilities:
number of distribution slots,
size of breakers, supervision
alternatives, shelf applications,
cabinets, battery backup and
more
LVD and priority load
Full power at -40°C to +75°C
-48 V
18 kW
1500 W (constant power)
290 V AC
83�����������
– ��������
FCC part 15 class B, EN 300 386, EN 55022 class B
IEC 60950, UL 60950 (rectifier), EN 60950
FCC part 15 Class B, EN 300 386 class B,
EN 55022 Class B
UL 1801, EN 60950
134x450x320 mm
18 kW
Key Benefits:
Cost-effective for every need
and future-proof – flexible and
scalable system that can be
configured to suit current needs,
without limiting future
expansion possibilities
Power Equipment
Medium Power Systems
DC Power stand-alone systems
NetSure™ 701
Emerson’s new Power System NetSure™ 701 is based on a
concept with modular building blocks designed to meet present
and future capacity and functionality needs. The concept allows
the regional configuration center to easily and quickly “put
together” an almost unlimited number of configurations
Nominal system voltage:
Cabinet rated output power @ - 54 V:
Rectifier rated output power:
AC input range:
Environmental data:
EMC
Safety
Subrack dimensions (H x W x D):
-48 V
~3 – 38.4 kW
3200 W (constant power, R48-3200)
85-290 V AC
EN 300386-2001, class B, FCC part 15 class B
IEC 60950, EN60950
Flexible
Key Features:
Key Benefits:
400 x 600 mm or
Fast adaptation/upgrade to
600 x 600 mm cabinets
new customer requirements
High power density rectifiers Reliability and compliance with regional
telecom standards
Wide power range
(small to medium)
Efficient network operation due to use
of the same kind of building blocks for
different capacity and functionality
needs in the network
3-38.4
kW
Configuration
on picture:
System rated output power
34 800 W
Large Power Systems
ACTURA® Flex 48800
Nominal system voltage:
Cabinet rated output power:
Rectifier rated output power:
AC input range:
Environmental data:
EMC
Safety
Cabinet dimensions (H x W x D):
Key Features:
High power density
Priority load disconnection/
reconnection
Remote control and supervision
via web server
Low THD
10
Power Equipment
- 48 V
42 kW
6000 W (constant power)
120-295 V AC or 208-511 V AC
FCC part 15 Class B, EN 300 386, EN 55022 Class B
IEC 60950, UL 1950, EN 60950
1800 x 600 x 400mm or 2200 x 600 x 400mm
Key Benefits:
Low real estate cost through
high power density
Low battery capacity needed
owing to priority load function
Fewer on-site visits and related
maintenance costs due to remote
control and supervision
42 kW
24 V DC Power Systems
ACTURA® optima 24350
Nominal system voltage:
System rated output power:
Rectifier rated output power:
AC input range:
Environmental data:
EMC
Safety
Cabinet dimensions (H x W x D):
Key Features:
LVD and priority load
Advanced monitoring
+24 V
9.6 kW
1600 W (constant power)
80-275 V AC
EN 300386
EN 60950
2000 x 600 x 600mm
Key Benefits:
Robust and well proven design
for tropical climates
9.6 kW
ACTURA® 24 300 – Modular
Nominal system voltage:
System rated output power:
Rectifier rated output power:
AC input range:
Environmental data:
EMC
Safety
Cabinet dimensions (H x W x D):
Key Features:
Modular building structure
Compact system
+24 V
16.5 kW
1500 W (constant power)
85-290 V AC
EN 300 386, Class B
EN 609 50
500 /1000 x 600 x 600 mm
Key Benefits:
Site adaptable
High energy density
16.5
kW
Power Equipment
11
DC/DC Power Systems
NetSure™ c 24/48-1200
Nominal system voltage:
System rated output power:
Converter rated output power:
DC input range:
Environmental data:
EMC
Safety
Subrack dimensions (H x W x D):
Key Features:
For embedded or stand alone
applications
Compact design
Up to 10 units in one system
12
Power Equipment
- 48 V
14.4 kW
1200 W (constant power)
21.5-29 V DC
EN 300 386:2001 class B, FCC part 15 class B
IEC 60950, UL 60950, EN 60950
132.5 x 482.6 x 327 mm (19”)
or 132.5 x 584.2 x 327 mm (23”)
Key Benefits:
Easy to package into existing
applications
Relay alarm outputs for easy
supervision
14,4
kW
Batteries
The necessities for every network
The Battery program comprises four different ranges: Excellence, Duration, General and High Rate.
Whether the prime concern is energy density, reliability, cost or a combination of these – there is
always a suitable choice available.
In addition to developing these battery ranges, Emerson Network Power cooperates with several world-leading battery
manufacturers. This unparalleled variety of batteries realizes true customer adaption possibilities. A wide selection of battery racks & cabinets are available, depending on different preferences for layout, seismic shock resistance and height.
Excellence (EB-series)
Battery blocks: Voltage range: Weight per block:
Rack sizes: Seismic-proof racks: 100, 120
& 200 Ah
Key Features:
Exceptional volumetric energy
density (>100 Wh/L)
Excellent cyclic endurance
Manageable weight and true
front access
Designed for lifetime: >10 years
400/600 mm rack depth
Available in flame retardant and
non-flame retardant
100 Ah /12 V, 120 Ah /12 V, 200 Ah / 6 V
6 & 12 V
37 - 41 kg
800/1200/1800 mm height
1250/1800 mm height
Key Benefits:
Saves substantial floor space
Fewer battery racks and
lower site rent
Ensures reliable operation
Ease of installation
Duration (T-series)
Battery blocks: Voltage Weight per block:
Rack sizes: Seismic-proof racks: Key Features:
High volumetric energy density
Excellent cyclic endurance
Designed for lifetime: >10 years
True front access
Available in flame retardant and
non-flame retardant
40 Ah /12 V, 100 Ah /12 V, 165 Ah / 12 V
12 V
16 - 60 kg
stackable 1 tier
1250/1800 mm height
Key Benefits:
Saves both floor space, battery
racks and site rent
Ensures reliable operation
Low replacement cost
40, 100
& 165 Ah
Power Equipment
13
Batteries
The necessities for every network
GENERAL (U-series)
24, 38,
65 &
100 Ah
Battery blocks: Voltage range: Weight per block:
Rack sizes: Key Features:
Excellent deep-discharge
recovery
Long shelf storage life
(1 year 25°C)
Cost optimized design:
- 10 years life 20°C
- standard sizes
24, 38, 65 & 100 Ah
12 V blocks
10, 14, 23 & 40 kg
stackable 1 tier, multiple sizes
Key Benefits:
Suitable for remote sites
Easy maintenance & handling
Low investment
HIGH RATE UPS Batteries (H-series)
Battery blocks: Voltage Weight per block:
Rack sizes: Key Features:
Radial grid plates
Low calcium & high tin alloy
UPS & switchgear control design
14
Power Equipment
100 to 500 w/c 12V, 740 w/c 6V
6 & 12 V
10-46 kg
stackable 1 tier, multiple sizes
Key Benefits:
High power discharge capacity
Float life time >10 years 20˚C
Low replacement cost
26-200
Ah
Accessories
The necessities for every network
inverters, single phase & three Phase
Inverters are often the preferred choice for providing reliable AC power for
critical loads, when longer power backup times are needed. The choices available are stand-alone inverters, dedicated inverters and parallel inverters in both
wall- and floor-mounted cabinets. Typical applications are any critical load that
requires a reliable and conditioned AC power supply with a longer backup time
than conventional UPS solutions.
Application: Mission-critical AC supplied loads
Capacity: 1-12 kVA 230VAC (1000 VA model), 4-40 kVA 230 V AC (4000 VA model),
Three phase on request.
Environmental data: CE, IEC/EN 60950-1
Key Features:
Sinusoidal output voltage, compatible
with most AC loads
Hot swap for easy maintenance
Modular
Key Benefits:
Reliable and conditioned power for AC
loads by using the DC supply equipment
Money-saving since existing DC power
backup can be utilized
Uncomplicated maintenance due to the
use of rectifiers and/or batteries of a DC
power plant
AC Power Interface – AVR
AC connected units, such as rectifiers, air conditioning units and
servers will continue operating even during extreme mains voltage variations. Large voltage variations are harmful to most AC
supplied equipment causing component degradation, temporary
or definite shutdown.
Application: Capacity: Environmental data:
Sites where mains voltage fluctuations impact the
performance of installed power supply systems
3kVA-15kVA 1Ø 20kVA -225kVA 3Ø, indoor / outdoor
CE, IEC/EN 60950-1
Key Features:
Single phase 120 or 230 VAC
Three phase 400/230,
208/120 VAC
Indoor / Outdoor
130-300VAC input
regulating range
D/Y input transformer
Surge Class B
Key Benefits:
Less field calls to replace
equipment damaged by voltage
fluctuations
Regulates incoming voltage
Protects the installed equipment
Power Equipment
15
Accessories
The necessities for every network
AC power interface TVSS
AC connected units, such as rectifiers, air conditioning units,
servers, etc., will continue operating/improve the survival rate
even during extreme mains surges and transients from lightning,
heavy industries, or mains grid switching. High-energy surges can
be harmful to many AC supplied equipment, causing component
degradation and temporary or definite shut down.
Application: Capacity: Environmental data:
Sites where mains quality and/or weather conditions impact
the performance of installed power supply systems.
Class B + C/ B / C (DIN VDE 0675-6)
CE, IEC/EN 60950-1
Key Features:
Robust design
Line-Neutral (L-N):
High energy varistor/GDT
or similar.
Neutral-PE (N-PE):
Heavy duty GDT or similar.
L-N: 15kA 10/350µs
N-PE: 45kA 10/350µs
Low let through voltage in the
range of 600V, depending on unit
Key Benefits:
Less field calls to replace
equipment damaged by
lightning or surge
Low cost investment protection
Long life design
AC Power Interface The AC power interface product
program is designed to protect the
connected application from harmful
effects, such as hardware faults,
system restarts, errors in databases,
false alarms or other costly
disturbances caused by poor AC
mains quality and/or effects of
lightning.
Used in applications that need
protection against harsh AC
conditions or lightning.
16
Power Equipment
Key Features:
Increases protection for strategically important
applications and sites
Product program with global functionality
Enables adjustment and/or regulation of the mains
voltage at locations where the connected units have
different input voltages
Key Benefits:
Reduces the cost of on-site service calls and
downtime of critical loads
Less workload related to logistics and purchasing of
AC power interface products since a global operator
can use the same product worldwide
Power Equipment
17
“...for effective
operation and
maintenance”
MONITORING
EmersonEnergyMasterTM • EEM Products
Emerson EnergyMaster™ (EEM) is a system
for operation and maintenance of energy
equipment in data and telecom networks.
The picture show some examples of possible site
supervision solutions in an EEM network.
Network Management
ENEC
PSTN, TCP/IP, GSM
Radio Base Station
SCU
Switching Center
ACU
SM BAT
SM IO
SM AC
Monitoring
19
Emerson EnergyMasterTM
Monitoring Program
Emerson EnergyMasterTM
An open system supporting
industry-standard protocols
A modular system offering
functionality that can be
expanded in a flexible way, to
grow with your needs
A scalable system that allows
you to start with a small
configuration and add more
capacity when needed
An integrated system for costeffective on-site installation
Benefits of our monitoring software
Substantial cost savings through
reduced site visits for routine
maintenance.
Higher resolution of alarm
information, enabling more costeffective planning of service calls
and better allocation of
maintenance resources.
Improved and automated alarm
handling, an effective tool to
support day-to-day maintenance
activities of subcontractors.
Condition-based maintenance.
Monitor battery and standby
systems remotely and make calls
to sites only when measures are
actually required.
Integrated energy management
is possible on a nationwide or
global level, because Energy
MasterTM is open and modular.
20
Monitoring
Emerson EnergyMaster™ (EEM) is a system for efficient
operation and maintenance of energy equipment in data
and telecom networks.
EEM enables substantial cost savings for customers through
reduced site visits and automated maintenance routines. As a
result, alarm handling and maintenance routines will be more
efficient and network availability will increase.
The EEM system is a future-proof investment since the system is
based on open industry standards and protocols. Implementation is
cost-efficient due to the system’s modularity and flexibility.
Monitoring Products
ENEC
Number of clients:
Number of servers:
Max. number of sites/equipment:
50
≥1
2500 or more
Key Benefits:
Graphical navigation
Generates trend reports and statistics
Open architecture (ORACLE & SNMP)
ENEC
acU
Power supply voltage:
18 to 60 V DC
External communication:
RS232 , Ethernet, HTTP, SNMP
Analog inputs:
1 DC system voltage, 2 ambient & battery temp., 2 system current
Digital inputs:
8 alarms/events
Digital outputs:
8 relay outputs, 2 low voltage disconnectors
Environmental data:
EMC
EN 300 386:2001 class B, FCC part 15 class B
Safety
IEC 60950, EN 60950, UL 60950
Dimensions (H x W x D):
87 x 85 x 287 mm / 3.35 x 3.38 x 11.3 inches
Key Features:
The ACU can, together with
different supervision modules,
collect and present detailed information and alarms related to the
telecom site’s power plant, diesel
gensets, battery backup, fans,
fire detection system, doors and
other auxiliary equipment
The information and alarms can
be displayed by means of a Web
browser and SNMP interface
ACU
Key Benefits:
Maintenance and site visits can
be more effective using the information provided by the ACU
High-quality failure information
- due to intelligent alarm setup
through PLC
True hot plug installation of controller unit - thanks to simplified
communication cable connection installation to a separate
connection board
Quick failure analysis – due to
storage of the 400 latest alarms
Monitoring
21
Monitoring Products
SCU
Power supply voltage:
19 to 60 V DC
External communication:
RS232
Analog inputs:
1 DC system voltage, 2 ambient & battery temp., 2 system current
Digital inputs:
6 alarms/events
Digital outputs:
8 relay outputs, 2 low voltage disconnectors
Environmental data:
EMC
EN 300 386:2001 class B, FCC part 15 class B
Safety
IEC 60950, EN 60950, UL 60950
Dimensions (H x W x D):
87 x 85 x 287 mm / 3.35 x 3.38 x 11.3 inches
Key Feature:
SCU
Provides detailed information and alarms regarding the status of
the telecom site’s power plant
Key Benefits:
Maintenance and site visits can be more effective
using the information provided by the SCU
High-quality failure information - due to intelligent alarm
setup through PLC
True hot plug installation of controller unit - thanks to simplified
communication cable connection installation to a separate
connection board
Quick failure analysis – due to storage of the 200 latest alarms
LCU
Power supply voltage:
19 to 60 V DC
Analog inputs:
1 DC system voltage, 1 ambient & battery temp
Digital inputs:
1 Load Fuse Alarm, 1 Contactor Alarm
Outputs:
3 groups of dry-contact outputs, Battery disconnect
Environmental data:
EMCEN 300 386:2001 class B, FCC part 15 class B
Safety
IEC 60950, EN 60950, UL 60950
Approvals
CE, UL and NEBS level 3
Dimensions (H x W x D):
40.5 x 88 x 235 mm
Key Feature:
Provides detailed information and alarms regarding the status of
the telecom site’s power plant
Key Benefits:
Compact size: occupies only 1x2U of rack space
Extended battery life
Easy to use
22
Monitoring
LCU
Emerson EnergyMasterTM (EEM) is a system for operation and
maintenance of energy equipment in data and telecom networks
SM Bat
Power supply voltage:
18 to 60 V DC
External communication:
RS485
Analog inputs:
25 cell/block voltages, 1 total battery voltage, 4 configurable
Digital inputs:
8 alarms/events
Digital outputs:
2 relay outputs
Environmental data:
EMC
EN 300 386:2001 class B, FCC part 15 class B
Safety
IEC 60950, EN 60950, UL 60950
Dimensions (H x W x D):
150 x 300 x 43 mm / 5.9 x 11.8 x 1.7 inch
SM BAT
Key Benefits:
Lower maintenance cost for battery backup
Higher availability thanks to automated battery backup test and
detailed information and alarms from the battery backup
SM io
Power supply voltage:
18 to 60 V DC
External communication:
RS485
Digital/Analog inputs:
7 digital analog inputs, 5 analog inputs, 1 AC frequency
Digital outputs:
3 relay outputs
Environmental data:
EMC
EN 300 386:2001 class B, FCC part 15 class B
Safety
IEC 60950, EN 60950, UL 60950
Dimensions (H x W x D):
150 x 300 x 43 mm / 5.9 x 11.8 x 1.7 inch
SM IO
Key Benefits:
Lower maintenance costs related to equipment monitored and/or
controlled by SM IO
Higher availability thanks to remote monitoring and
control of site equipment
SM AC
Power supply voltage:
18 to 60 V DC
External communication:
RS485
Analog inputs:
3 mains/phase voltage, 3 phase current, 1 battery voltage,
1 temperature, 1 network frequency, 3 apparent powers,
3 active powers, 3 reactive powers, 3 current distortions, 1 energy
Digital inputs:
12 alarms/events
Digital outputs:
4 relay outputs
Environmental data:
EMC
EN 300 386:2001 class B, FCC part 15 class B
Safety
IEC 60950, EN 60950, UL 60950
Dimensions (H x W x D):
150 x 300 x 43 mm / 5.9 x 11.8 x 1.7 inch
SM AC
Key Benefits:
Lower maintenance cost related to AC units
Higher availability thanks to automated standby alternator tests
and AC alarms
Monitoring
23
“The key is in
the integration”
OUTSIDE PLANT
Network Power Enclosures • Integrated Shelters
Integrated outdoor enclosures and shelters are used for a variety of applications
in telecommunications, signaling and data networks, only to mention a few.
These systems are configured differently and are built into either Network Power
Enclosures or Integrated Shelters, depending on the application size, task,
environment and other requirements such as logistics and transportation.
Over the last few years Emerson has built several thousand enclosures and integrated shelters around the world, adding substantial
experience to the long since established telecom, data and network power expertise within the company.
Modular Switch Centers
Battery Enclosures &
Transmission Enclosures
BTS & Power
Enclosures &
Shelters
Access Enclosure
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Outside Plant
25
The Network Power
Enclosure Program
A building practice that fits every need
The building practice of Network Power Enclosures is based
on a system of aluminum profiles and corner joints, together
with sandwich panels. Access to the equipment inside is
through a combination of front and/or side access doors and
latches as required. Whatever the needs are – the enclosure to
match them is here.
Complete enclosure flexibility
The Network Power Enclosure offers multidimensional
flexibility in all physical dimensions, visual appearance,
and level of mechanical protection for intrusion, vandalism,
or even bullets. This flexibility secures an optimal solution for
each application.
Height
Depth
Width
26
Outside Plant
Network Power Enclosures with
complete flexibility in dimensions
and appearance for any telecom or
other electronics application
The complete solution
Customer equipment
DC power supply
Battery back-up
Lightning protection
Surge suppression
Climate control
Cable management
Network Power Enclosures provide a protected environment for the vital electronics inside. This includes the power supply,
power conditioning and back-up, climate control, burglar protection, supervision and control, etc.
Climatization flexibility
The Network Power Enclosure program includes a range of different Climate Units to
cover a variety of different climate conditions, as well as different applications.
Integrated Climate Control:
Emergency Cooling
Capacity
0.5 kW
1 kW
Free ventilation (louvers)
X
X
X
Forced ventilation (fan & filter)
X
X
X
X
X
X
DC or AC
Heat exchanger
X
X
X
X
X
X
DC
X�
X
X
X
X
AC
X
X
X
X
DC and AC
Air conditioner
Peltier (thermo-electrical cooler)
X
X
Combined solutions
X
X
1.5 kW
Supply Voltage
2 kW
3 kW
NA
DC
Outside Plant
27
The People and Products
to Make it All Possible
product
application examples
Customer
Equipment
Engineering
Project
Management
AC Surge
Suppression
Automatic Voltage
Regulator
*
X
X
X
(X)
X
X
Transmission Enclosure
*
X
X
X
(X)
X
X
Access Enclosure
*
X
X
X
(X)
X
X
Power Supply Enclosure
*
X
X
X
(X)
X
X
Battery Backup
Enclosure
-
X
X
-
-
-
X
UPS Enclosure
-
X
X
(X)
(X)
X
-�������������������������
X = included, (X)= case-by-case
Outside Plant
DC Power
BTS Enclosure
equipment can be integrated at Emerson Configuration Centers, *= Customer
enabling delivery to site of complete ready-to-run enclosures
28
AC
Distribution
Network Power Enclosures with
complete flexibility in dimensions
and appearance for any telecom or
other electronics application
portfolio and competence
Batteries
Inverters
Racks
UPS
Climate Control
Supervision
Equipment
Manufacturing
Assembly &
Testing
Automatic
Transfer Switch*
Services**
X
(X)
X
(X)
X
X
X
X
(X)
(X)
X
(X)
X
-
X
X
X
X
(X)
(X)
X
(X)
X
-
X
X
X
X
(X)
(X)
X
(X)
X
-
X
X
X
X
(X)
(X)
X
(X)
X
-
X
X
X
X
-
(X)
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-
X
X
X
X
X
X
(X)
(X)
* For sites equipped with diesel gensets.
** Services includes installation, supervision service, help desk, maintenance & operations.
Outside Plant
29
Network Power Enclosures
BTS Enclosures
The BTS Enclosure is a space-efficient outdoor enclosure
integrated with power, climate and all necessary telecom
infrastructure. Adapted to house one or more indoor
BTSs for GSM/UMTS/CDMA/WCDMA
– from any BTS equipment vendor.
Main Advantages and Benefits:
Integration of indoor BTSs into Emerson’s BTS Enclosure
eliminates the need of specific outdoor BTSs
Allows co-location of different types of BTSs regardless of
equipment vendor or network types
Increases site capacity up to 50% - when using the same footprint as proprietary outdoor enclosures from BTS
equipment vendors
Emerson’s Network Power Enclosures use the same
building blocks, building practice and supply chain process on
all continents – which safeguards homologation consistency
in all markets
Reduced need for new building permits when upgrading
existing sites by adapting the enclosure footprint to an
already available foundation
BTS
Power Enclosures & UPS Enclosures
The Power Enclosure and the UPS Enclosure from Emerson comes
with an integrated power system, batteries and climate system
required to support a new or an extended telecom site.
The Power Enclosure and UPS Enclosure is often used together
with a BTS Shelter to free up space in an existing shelter for
additional Telecom equipment. It is also used for extending
existing enclosure-based sites.
Main Advantages and Benefits:
Facilitates site-specific configurations - thanks to flexibility in
footprint/size, power capacity, backup time, climate control
capacity, and supervision functionalities
Installation of additional power capacity and battery-backup
on existing sites without any risk of jeopardizing the operation of the equipment it is to feed
Frees up floor space in existing shelter sites to house more
telecom equipment
Optimized battery backup-time and lifetime thanks to smart
climate control and reliable hydrogen gas ventilation
30
Outside Plant
POWER
Enclosures with complete flexibility in dimensions and
appearance for any telecom or other electronics application
Battery EnclosureS
The easily installed outdoor Battery Enclosure from Emerson
comes with integrated temperature control adapted to the particular environmental conditions of the site and allows complete
adaptation to the available installation footprint/space. This makes
it the ideal choice when reliable and space-efficient battery backup is needed.
Main Advantages and Benefits:
Facilitates site-specific configurations - thanks to flexibility
in footprint/size, shielding material, backup time, climate
control capacity, and supervision functionalities
Installation of additional battery-backup on existing sites
without any risk of jeopardizing the operation of the
equipment it is to feed
Reduced need for new building permits when upgrading existing sites by adapting the enclosure footprint to an already
available foundation
Optimized battery backup-time and lifetime thanks to smart
climate control and reliable hydrogen gas ventilation
BATTERY
access EnclosureS
The Access Enclosure from Emerson is an outdoor enclosure
especially suitable for wireline access networks available in
flexible dimensions for any type of customer configuration.
The enclosure normally has two or three compartments with
separate access, and comes integrated with all the required
telecom infrastructure and installation space necessary for
customer equipment.
Main Advantages and Benefits:
Separate access - the enclosure can be equipped with two or
three separate compartments for different service personnel
access
Simplified site acquisition – due to complete adaptation of
the Access Enclosure’s footprint/dimensions to available
installation foundation/space
Homologation consistency on all markets and reduced
variety of spare parts – as a result of using the same
building blocks, building-practice and supply chain process
on all continents
Facilitates site-specific configurations - thanks to flexibility
in footprint/size, shielding material, backup time, climate
control capacity, and supervision functionalities
ACCESS
Outside Plant
31
Network Power Enclosures
transmission Enclosures
The Transmission Enclosure from Emerson comes with an
integrated power system, batteries and climate system required
to support the transmission equipment. This makes it the ideal
choice when a reliable and space-efficient transmission solution
is needed.
Main Advantages and Benefits:
Facilitates site-specific configurations - thanks to flexibility in footprint/size, power capacity, backup time, climate control capacity,
and supervision functionalities
Emerson’s Network Power Enclosures use the same building blocks,
building practice and supply chain process on all continents – which
safeguards homologation consistency on all markets
Optimized battery backup-time and lifetime thanks to smart
climate control and reliable hydrogen gas ventilation
32
Outside Plant
TRANSMISSION
Outside Plant
33
The Integrated
Shelter Program
The key is in the Integration
With the distributed architecture of today’s telecom and data
networks, a large portion of the network, both in metropolitan
and rural areas, is installed in outdoor enclosures/cabinets and
shelters. Integrated Shelters from Emerson offer a quick and convenient road to a protected environment, including power supply
and climate control, for the vital electronics at these locations.
Built from the inside out
Based on expertise in all concerned areas, Emerson designs and
builds integrated shelters from the inside out. Subsystems are
selected and dimensioned both to fulfill their particular part of
the task, and to work well together as a united whole. They are
then integrated into a shelter meeting application-specific
requirements.
•
•
•
•
•
•
•
•
•
•
Customer equipment
DC power supply
Battery back-up
Lightning protection
Surge suppression
Climate control
Cable management
Monitoring
Smoke detection
Earthing, etc.
Emerson Network Power’s application engineering, project management and
manufacturing resources join together to develop optimized solutions adapted to
local conditions, and deliver them on site on time.
34
Outside Plant
Designed by telecom
experts, for any telecom
or other electronics
application
Engineered and built
from the inside out
Fully integrated power and
climate systems
Pre-assembled and tested
to ensure quality and
reliability
Supported by Emerson’s
global resources and
presence
Integrated Shelters
Small node shelters
An integrated shelter for smaller telecom sites, Node B,
BTS, RSS, POP2 and Transmission.
Integrated equipment: AC-distribution with surge and
lightning protection, generator back-up supply, DC and
battery system, climate system, light and cable management,
earthing system.
Main Advantages and Benefits:
Endurable shelter for various outdoor environments –
provides the best conditions for telecom equipment
Includes all equipment needed for telecom sites –
ensures trouble-free operation
Factory installed shelter – ensures short rollout time and
secured quality and reliability
Available as flatpack
SMALL
NODE
To meet different requirements, the shelter housing is
available in three different versions: Basic, Standard or
Robust.
The shelter structure is very rigid and consists of a welded
frame manufactured from 3 mm galvanized steel profiles.
The shelter is made according to sea freight specifications
with ISO lifting blocks to make it easy to transport.
A special version of the shelter allows low-cost
transportation inside high-cube shipping containers.
Basic version:
A cost-effective sandwich panel solution optimal to use
when no higher fire requirement is needed.
Standard version:
Sandwich panel solution that meets higher fire rate
classifications.
Robust version:
A solution that provides higher intrusion protection
with reinforced walls.
Outside Plant
35
Integrated Shelters
modular shelters
Modular prefabricated shelters for medium and
large switch sites.
Main Advantages and Benefits:
Prefabricated modular shelters – the speedier alternative
Factory assembled and tested solution to ensure quality
and reliability
Includes all facilities needed for trouble-free operation of
a larger switch node
Designed for future extensions
20 foot modular prefabs
Integrated equipment: AC distributions, surge and lightning protection, DC and battery system, fire detection,
access and alarm system, main and emergency lights,
cable management and earthing system.
Applicable for small and medium switch sites.
Modular in nx20 foot sizes.
Follows ISO freight standard dimensions, allowing
low cost-transportation.
Housing available in different versions according to
environmental requirements.
50 m2 modular prefabs
Integrated equipment: AC/UPS distribution, surge
and lightning protection, DC and battery system,
fire suppression system, access and alarm system,
main and emergency lights, raised floor, cable
management and earthing system.
For larger switch sites. Modular in nx50m2 sizes.
Designed to allow shipping in aircraft AN124.
Outer housing layer made of 3 mm steel sheet for
very high resistance and durability.
36
Outside Plant
MODULAR
Engineered to work together, sourced to be on site at the right
time, and installed and commissioned as a united whole
Customer adapted shelters
Based on expertise in all concerned areas, Emerson
designs and builds integrated shelters from the inside out.
Subsystems are selected and dimensioned both to fulfill their
particular part of the task, and to work well together as a united
whole. They are then integrated into a shelter meeting
application-specific requirements.
Main Advantages and Benefits:
Flexible solution – meets specific customer requirements
Factory assembled and tested solution to ensure quality
and reliability
ADAPTED
Applications: Transmission nodes, generator-powered
backup systems
Integrated equipment: AC-system and distribution, UPS,
DC and battery system, diesel generator compartment,
fire detection and suppression system.
Outside Plant
37
“It’s our job to give
you the freedom
to do yours.”
SERVICE
Telecom Global Services
Emerson Network Power – The global leader in enabling Business-Critical Continuity™ – is also the
global leader in providing service. Whether you’re a facility manager, an IT manager or a telecom
network manager, there’s one question on your mind every day: Exactly how much support can you
expect from the people you depend on to maintain your technology infrastructure? You need to know
with certainty that the tech-nology invested in your data center, central office, network cabinet or
wireless cell site is protected and maintained for continuous availability.
Service
39
Peace of Mind for
All of Your Technology
In your line of work, there are a lot of things you can worry about. But when
you’re working with the global experts in enabling Business-Critical Continuity,
worrying is the one thing you don’t have to do.
Only Emerson Network Power brings together a wide breadth of products with a vast
array of services, keeping you and your organization’s computing or communications
infrastructure operating at maximum efficiency. It’s what sets us apart and
what makes us experts at what we do.
Telecom Central Office
Products
Services
Uninterruptible Power Supply
(UPS) and UPS Batteries
DC power systems and
DC batteries
Automatic transfer switches,
static transfer switches, and
power distribution
Precision cooling
Racks
Cables and connectors
Fiber management systems
Terminal blocks
Engineering services
Planning and purchasing services
Installation and startup
Warranty service
Spare part management
Predictive/Preventive Maintenance
Testing services
Emergency service/response
24x7 remote monitoring
Full service contracts
Time and Material
Site power audits and comissioning services
Battery upgrade and replacement services
Services
Site engineering
Installation and startup
Warranty service
Spare part management
Board cleaning and replacement
T1 transmission testing
Grounding audits
Antenna alignment
Predictive/Preventive Maintenance
Battery upgrade and replacement services
Generator maintenance
Testing services
Emergency service/response
24x7 remote monitoring
Full service contracts
Time and Material
Site power audits
40
Service
Wireless Cell Site
Products
Uninterruptible Power Supply
(UPS) and UPS Batteries
DC power systems and
DC batteries
Automatic transfer switches,
static transfer switches, and
power distribution
Precision cooling
Remote huts or base-station
enclosures
Fiber splice enclosures
Cell towers
Signal protection
Data Center
Products
Services
Uninterruptible Power Supply
(UPS) and UPS Batteries
DC power systems and
DC batteries
Automatic transfer switches,
static transfer switches, and
power distribution
Precision cooling
Cables and connectors
Facility-wide surge
suppression
Installation and startup
Warranty service
Spare part management
Predictive/Preventive Maintenance
Generator maintenance
Testing services
Emergency service
24x7 remote monitoring
Full service contracts
Time and Material
Site power audits
Battery upgrade and replacement services
Customer services network
Professional service programs
Small Computer Room
Products
Services
Uninterruptible Power Supply
(UPS) and UPS Batteries
DC power systems and
DC batteries
Embedded power
Automatic transfer switches,
static transfer switches, and
power distribution
Precision cooling
Racks
Cables and connectors
Facility-wide surge
suppression
Installation and startup
Warranty service
Spare part management
Predictive/Preventive Maintenance
Generator maintenance
Testing services
Emergency service/response
24x7 remote monitoring
Full service contracts
Time and Material
Site power audits
Battery upgrade and replacement services
Customer services network
Professional service programs
Services
Engineering services
Planning and purchasing services
Installation and startup
Warranty service
Spare part management
Predictive/Preventive Maintenance
Testing services
Emergency service/response
24x7 remote monitoring
Full service contracts
Time and Material
Site power audits and comissioning services
Battery upgrade and replacement services
Wireline network
Products
Uninterruptible Power Supply
(UPS) and UPS Batteries
DC power systems and
DC batteries
Automatic transfer switches,
static transfer switches, and
power distribution
Precision cooling
Remote huts or base-station
enclosures
Cables and connectors
Embedded power
Controlled environmental vaults
Building entrance frames
Cross-connect cabinets
Pedestals
Service
41
Emerson Network Power
– A Global Source for Local
DC Power technology platform – local, globally
The DC Power technology platform is backed
by Emerson Network Power’s vast resources.
Design centers located throughout the world
make sure that global and regional standards
are met and systems are optimized for different needs in different parts of the world.
Supply management and logistics experts with
specific regional expertise optimize sourcing
and delivery flows for the best cost and leadtime combination to meet client requirements.
Global network offices make the company easy
to reach; manufacturing facilities the world
over ensure that no breaks in the delivery flow
occur; global service resources handle every
form of maintenance, reconfiguration, and
expansion; and local telecom expertise in any
region ensures clients get the right power
solution for their needs.
By building high quality global building blocks in
high volumes and having regional centers configure them for clients, Emerson Network Power
delivers world-class products at competitive unit
costs. Because of the high production volumes
for building blocks like rectifiers and controllers
– and consequently, additional design loops, rigorous design verification, automated assembly
and final testing – the company ensures quality,
making performance differences between units
negligible.
Warrenville
lorain
FortWorth
Dubai
Warrenville
lorain
FortWorth
Dubai
42
Conditions
Centers of Expertice
Emerson Network Power has 12 centers of expertise. Whether you need power systems, backup
systems, climate systems or computerized energy management, you will discover that our total
capability in equipment and services will be vital factors behind the profitability of your operations.
43
EMEA
– Locations
EMEA (Europe,Middle East and Africa)
Austria
Emerson Network Power GmbH
Phone (+) 43 1 3318 9232
Fax (+) 43 1 3318 9246
Nordic & Baltic
Emerson Network Power Energy Systems
Phone (+) 46 8 721 6000
Fax (+) 46 8 721 7177
Croatia
Emerson Network Power d.o.o.
Phone (+) 385 1 365 4164
Fax (+) 385 1 365 3061
Poland
Emerson Network Power Sp. z o.o.
Phone (+) 48 22 4589-260
Fax (+) 48 22 4589-261
France
Emerson Network Power Energy Systems SA
Phone (+) 33 2 9948 2068
Fax (+) 33
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2 9948 3394
Russia
Emerson Network Power
Phone (+) 7 495 981 9811
Fax (+) 7
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495 981 9814
Germany
Emerson Network Power GmbH
Phone (+) 49 69 8297 6027
Fax (+) 49
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69 8297 6010
Spain
Emerson Network Power
Phone (+) 34 91 495 7775
Fax (+) 34 91 495 7802
Hungary
Emerson Network Power Kft. Hungary
Phone (+) 36 1 273 3890
Fax (+) 36 1 273 3897
South Africa
Emerson Network Power
Phone (+) 27 11 257 8500
Fax (+) 27 11 807 8167
Italy
Emerson Network Power S.r.l.
Phone (+) 39 06 72285 1
Fax (+) 39 06 72285 300
Turkey
Emerson Network Power Energy Systems
Phone (+) 902 12 3511993
Fax (+) 902 12 3511994
Middle East & North Africa
Emerson F.Z.E
Phone (+) 971-4-883-5828
Fax (+) 971-4-883-5063
United Kingdom
Emerson Network Power (UK) Ltd
Phone (+) 44 1628-403-200
Fax (+) 44 1628-403-203
Netherlands
Emerson Network Power
Phone (+) 31 492 508 520
Fax (+) 31 492 508 525
www.emersonenergy.com
44
Abbreviations
ACU Advanced Control Unit
EN European Norm
EMAS EnergyMasterTM Management Application Software, Unix
based software for monitoring of Emerson Network Power DC
equipment.
EMC Electromagnetic Compatibility
ETSI European Telecommunications Standardization
Institute
ENEC Emerson Network Energy Center
FCC Federal Communications Commission
IEC International Electrotechnical Commission
IE Internet Explorer
LC Local Computer, Used for additional alarms in extension cabinets
LVD Low Voltage Disconnect
NEBS
OSP
Network Equipment Building System. Set of requirements
(personal safety, protection of property and operational
continuity) that suppliers of telecommunication equipment
require.
Outside Plant
PSMS Power Supply and environment Monitoring System
PSTN Public Switched Telephony Network, a ordinary telephone line
PSU Power Supply Unit (AC/DC converter/rectifier)
RS 232, RS 422 Standard for an electrical interface between data
equipment
SCU Standard Control Unit
SM AC Supervision Module for Alternating Current
SM BAT Supervision Module for Battery Backup
SM IO Supervision Module for generic monitoring
U Building Unit, 44,45 mm
UL Underwriters Laboratories (UL) is an independent,
not-for-profit product-safety testing and certification
organization.
45
46
47
Emerson Network Power is a global leader in enabling Business-Critical Continuity™,
providing a full spectrum of reliable power products and solutions for the computing and
communications industries, as well as research, testing and industrial environments.
Backed by the FORTUNE 500 company, Emerson, Emerson Network Power brings trusted product
names to market such as Liebert, ASCO, Astec, Lorain and ACTURA® – all backed by the largest
global services organization in the power industry.
Emerson Network Power Energy Systems is the DC power and solution product division within
Emerson Network Power.
www.emersonenergy.com
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