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Batteries,
Cabinets/Racks and Chargers
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C&D
TECHNOLOGY DYNASTY SERIES
C&D Technologies Standby Power Division's Dynasty
high rate batteries have been engineered specifically
for UPS applications, delivering maximum life while
complying with rigorous industry standards. That
is why Dynasty high rate series batteries are the
choice of many OEM UPS manufacturers.
In critical standby power
applications, maximum battery life is essential.
C&D Dynasty brand High Rate Batteries have been
specifically designed for maximum life to comply
with rigorous industry standards. This is achieved
utilizing computer modeling, proper component materials
selection and overall design criteria, as well as
state-of-the-art automated manufacturing techniques.
This has been validated through extensive life-cycle
testing as well as years of in-service life in UPS
applications.
C&D Dynasty UPS
Product Features:
• Flame-arresting
one-way pressure-relief vent for safety and long
life
• Thermally welded case-to-cover
bond to eliminate leakage
• Absorbent Glass Mat (AGM) technology
for efficient gas recombination of up to 99% and
freedom from electrolyte maintenance
• Computer-generated grid design
optimized for high power density
• UL-recognized component
• Multicell design for economy
of installation and maintenance
• Not restricted for air transport
- Complies with IATA/CAO Special Provision A67;
not restricted for surface transport - Classified
as non-hazardous material as related to DOT-CFR
Title 49 parts 171-189
• Computer designed lead, low
calcium alloy grid for minimal gassing and ease
of recycling
• Case and cover available in
both standard and flame retardant polypropylene
• Flame-retardant polypropylene
case and cover compliant with UL1778 (optional)
• Can be used in any orientation.
Upright, side or end mounting recommended
 C&D
Technologies MS Endur Batteries
The entire msEndur™
product line is tested and compliant to NEBS
Level 3. Certified configurations are available
in 24VDC and 48VDC battery
strings for all model sizes, including the AT-35.
Advanced System Features
• Modular design for ease of
installation and stacking flexibility
• Space saving design for the
greatest amount of power in a small footprint
• Certified as NEBS Level 3
compliant including Earthquake Risk Zone 4 in
various system configurations
• Exceed 1997 UBC Zone 4 seismic
requirements for at or below grade installations
• Exceed 2000/2003 IBC requirements
for 125%g level
• Tin-plated copper connectors
minimize maintenance
• Various options and accessories
for customized system flexibility and expansion
Advanced Materials
• Advanced microporous absorbed
glass mat separators for ultra-low float current
- reduces grid corrosion for a long, usable service
life
• Proprietary calcium alloys
to minimize positive grid corrosion and growth
- maximizes battery life
• Robust thermoplastic container
- enhances product quality and improves strength
over other container materials for safe operation
with flammability rating UL-94: 5VB
• Highly efficient, proprietary
plate processing for high utilization of active
material - results in high energy density
Advanced Processes
• Advanced formation process
results in a narrow float voltage window making
on-site float matching unnecessary
• Highly controlled manufacturing
processes for exceptional and consistent plate
quality
Advanced Service Life and Warranty
• Proprietary cell design and
manufacturing process provides for documented
long-lasting service life
• Industry leading warranty
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ENERSYS
NP Series Battery NP24-12B
SPECIFICATIONS
NOMINAL VOLTAGE
:12V
NOMINAL CAPACITY:
20 hr. rate of 1.20A to
10.50V 24.0Ah
10 hr. rate of 2.23A to
10.50V 22.3Ah
5 hr. rate
of 4.08A to 10.20V 20.4Ah
1 hr. rate
of 14.40A to 9.60V 14.4Ah
WEIGHT (approx.) 19 pounds
ENERGY DENSITY (20 hr. rate):
13 WH/cubic
inch
SPECIFIC ENERGY (20 hr. rate):
15.2 WH/pound
INTERNAL RESISTANCE OF CHARGED BATTERY:
10 milliohms (approx.)
MAXIMUM DISCHARGE CURRENT
WITH STANDARD TERMINALS:
150 amperes
MAXIMUM SHORT-DURATION
DISCHARGE CURRENT:
150 amperes
OPERATING TEMPERATURE RANGE:
CHARGE 5°F
to 122°F
(-15°C
to 50°C)
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OPERATING TEMPERATURE
RANGE:
DISCHARGE -4°F
to 140°F
(-20°C
to 60°C)
CHARGE RETENTION (shelf life)
at 60°F (20°C):
1 month 97%
3 months 91%
6 months 85%
LIFE EXPECTANCY:
STANDBY USE 3
to 5 years
CYCLE USE (approx.)
100%
depth of discharge 250
cycles
50%
depth of discharge 550
cycles
30%
depth of discharge 1200
cycles
SEALED CONSTRUCTION:
Can be operated
in any position without leakage
STANDARD TERMINAL:
Bolt Fas tened
Terminal
HOUSING MATERIAL: ABS Resin
OPTIONAL: Container and cover made
from
Flame Retardant ABS (UL94-VO/L.0.1.>28%)
HARDWARE: 2-M5-.8 x 12mm Bolt w/nuts,
lock washer and
flat washer
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ENERSYS DataSafe
HX-400-12FR Battery
DataSafe HX is the ideal source of power to
protect vital systems. The HX range from EnerSys
offers an unsurpassed reputation for excellence
and improvements on industry standards for
performance. Thick ribbed polypropylene plastic
containers provide high mechanical strength
and superior safety features.
Features &
Benefits
Capacity: 200 - 500 watts/cell in 12 volt
configuration Design Life: 10 years @ 25ºC(77ºF)
Valve regulated lead acid UL pending Approval
pending for shipping as non-hazardous, non-spillable
VO flame retardant polypropylene material
or non-flame retardant polypropylene available
Applications
- Uninterruptible Power Supply
• Sealed / Rechargeable Lead Acid Battery
• 12 Volt, 382 watts / cell to 1.67
end voltage (15 min. rate) • Sealed
Construction, 13.4L x 6.8W x 8.5"H
STANDBY
POWER - Valve Regulated (Sealed) Ni-Cad Batteries
Valve-Regulated
Pocket Plate Batteries
Nickel Cadmium batteries continue to be
the most reliable battery systems
available as a source of DC power. Their
advantageous features enable
them to be preferred over other battery
systems. With the advent of the
valve regulated lead acid battery, a new
concept was available, a battery
that did not require water replenishment.
Based on this concept the VRPP
recombination nickel cadmium pocket plate
battery was developed.
VRPP –
The Solution to Varied Applications
• Emergency lighting
• Railway signaling
• Switchgear
• Telecommunications
• Fire and security systems
• UPS
• Offshore oil and gas
• Photovoltaics
• Process control
• Mass transit
Advantages
of the VRPP Battery
• Long life
• Reliable and predictable
performance
• Resistant to abuse,
electrical and mechanical
• Zero or low maintenance
• No sudden death failure
due to internal corrosion
• Wide operating temperature
range
• Low installation costs
• Negligible gassing -
gassing under normal charging conditions
is minimal making it safe for installation
in human environments
such as offices and hospitals
VRPP Nickel Cadmium
Pocket Plate Batteries
VRPP batteries are designed to meet the
needs of applications requiring the traditional
high reliability of nickel cadmium pocket
plate cells without the need to top-up with
water. They are indeed the best solution
for installations, whether they are UPS
systems, emergency lighting systems, telecommunications,
where the risk of failure of the system
is unacceptable. VRPP batteries are also
eminently suitable for remote applications
such as photovoltaic systems, offshore applications
and switching substations, where the system
must have total reliability without the
need for battery maintenance.
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Battery Cabinets for
Extended Run-Time Requirements
Built to your Specifications.
This series of cabinets are
designed for two, three, or four trays of
batteries, up to 40 batteries in 1 cabinet.
Features
• Trays are Fully
Adjustable
• Internal Battery Breaker & Control
Terminals
• Cabinets are Available Unloaded or
Loaded with Your Choice of Batteries
• System can be Pre-wired for Remote
Monitoring System (to be available soon)
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Emergency and standby
power at high value facilities is typically
provided by diesel or gas engines. If commercial
AC power fails these engines must start to
protect from loss of life and revenue. SENS
chargers save money by helping avoid costly
engine start failure.
With multi-rate charging
and temperature compensation, SENS chargers
have earned the reputation as the units that
help start engines most reliably. More than
just rugged, SENS chargers are unique by automatically
tailoring their output to the battery’s
requirements in real time. Regardless of state
of charge or temperature, the battery always
receives exactly what it needs – automatically
and without user intervention - so it's always
ready to start the engine.
TD - the flexible
higher voltage charger
Reliable, field configurable
open-frame charger
• 48V to 240V nominal output
• Temperature compensated
• Compact size
• Mounts in any orientation
• UL recognized
SENS TD battery charger
is designed for diverse applications such
as supplemental charging power for large batteries
used in extended run-time UPS. TD is also
used in Cable TV and industrial applications.
Each TD charger can
be field adjusted to many different battery
configurations. Only five different models
are required to meet any nominal battery voltage
from 36 to 240 volts. Three different output
currents are available: 3, 5 or 7 amps. Two
or more chargers can be connected in parallel
for greater output current.
TD chargers include
precision voltage regulation, electronic control,
and UL recognition. Chargers are compact in
size and can be mounted in any configuration
– including inverted.
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SEN'S
NRG - The smart choice for mission-critical
engine starting
• Field adaptable
12/24 volts
• 4-rate charging
• Temperature compensated
• Easiest field setup
• Standard alarms, including industry-first
battery fault alarm
• 1 million hour observed MTBF
• Non-corroding aluminum housing
• C-UL listed, CE marked
SENS' NRG is the most accurate, rugged and dependable
engine start battery charger available. More
than reliable, NRG instantly and easily converts
to any common lead-acid or nickel cadmium battery
- meaning NRG is simple to install and can replace
other chargers without pre-planning.
NRG automatically adjusts
its output to meet constantly changing battery
needs. This allows the battery to deliver maximum
possible performance and life.
SENS exclusive Battery
Fault alarm system detects battery problems
like high resistance cables and open battery
cells. The Battery Fault alarm enables dispatch
of service personnel to fix battery problems
early - before engine start is needed.
SENS NRG includes EnerGenius®
reliability technology. EnerGenius® delivers
high reliability under harsh conditions including
electrical and mechanical abuse. NRG has demonstrated
MTBF greater than 1 million hours.
NRG is available to
comply with three UL standards including BBGQ,
BBHH and QWIR. This means an NRG is available
for standby or emergency generator application,
or diesel fire pump starting
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