A non-replaceable fuse is incorporated in the negative leg of each series group of cells.
• A normally closed high temperature switch or thermal fuse is incorporated into each series group of cells to protect against overheating.
• A diode is incorporated into the positive leg of each series group of cells to prevent charging or flow of current into the battery.
• A device consisting of a manually activated pull tab and resistors designed to discharge the battery to 0 V is built into the battery.

• Excellent charge efficiency at high temperatures (up to +55°C), as illustrated by curve 1.
• Permanent charge endurance.
• Long life duration as illustrated by permanent charge endurance test as per 61951 (curve 2), extended permanent charge endurance for 55°C range (real test in application in curve 3), thanks to raw material polypropylène separator selected for their behaviour at high temperatures.
• High reliability.
• Good storage retention.
• Comprehensive product range (from AA to F size)

• Nickel-plated copper cell links and terminals that provide at least 10% better conductivity than steel

• Continuous, seam-welded plate tabs that reduce resistance and increase power over spot-welded tabs

• Thermally-welded, leak-proof cell jars that virtually eliminate case current leakage

• Stainless steel case and cover assemblies that are maintenance free

These features result in superior power and energy, extended battery life, total reliability, and unmatched electrical performance for repeated engine starts or emergency backup power.

● The battery operating life is increased by 33% compared with market standard saline batteries

● High rated capacity: 130 Ah

● Storage and operational life: up to 3 years

● Operates at temperatures ranging from - 5°C/+ 45°C (+ 23°F/+113°F)

● Maintenance cost savings
(ready to use and no maintenance)

● Saft’s quality assurance system is certified AQ-F2 by SNCF and BS575051987 by the British Railway Board (BRB)

● AD batteries division has achieved ISO 9001 certification, awarded by the AFAQ

Intensium 1 has been designed to suit the various power and energy requirements to back-up telecom equipment.

Its unsurpassed compactness leaves ample room for the value-generating equipment in the cabinet. With it's reduced volume, top reliability and ease of operation, Intensium 1 represents a breakthrough in the way batteries are designed, installed and operated in various applications (micro-BTS, macro-BTS, ONU, HFC, RT, CPE,...)

Intensium 3 has been designed to provide power backup for remote or outside telecom plants like Access Terminals, Base Transceiver Stations, Base Station Controllers. They are also suitable to provide bulk power in Central Offices.

This "all included" stand-alone battery systems now provides the benefits of Saft Li-ion in a qualified industrial design: Intensium 3 provides maintenance-free energy storage in a reduced volume, combining high operational reliability with outstanding life time under the most difficult environmental conditions.

• A non-replaceable fuse is incorporated in the negative leg.

• A normally closed thermal fuse (TCO) is incorporated in the battery. It is non-replaceable and non-resetable.

• A diode is incorporated to prevent charging or flow of current into the battery.

• A device consisting of a manually activated switch and resistor designed to discharge the battery to 0 V is built into the battery.

• Made in the USA

• A non-replaceable fuse is incorporated in the negative leg.

• A normally closed thermal fuse (TCO) is incorporated in the battery. It is non-replaceable and non-resetable.

• A diode is incorporated to prevent charging or flow of current into the battery.

• A device consisting of a manually activated switch and resistor designed to discharge the battery to 0 V is built into the battery.

• Made in the USA

• A non-replaceable fuse is incorporated in the negative leg.

• A normally closed thermal fuse (TCO) is incorporated in the battery. It is non-replaceable and non-resetable.

• A diode is incorporated to prevent charging or flow of current into the battery.

• A device consisting of a manually activated switch and resistor designed to discharge the battery to 0 V is built into the battery.

• Made in the USA

The LD25P cell is a military version of the MP176065, with a toughened mechanical design to match the most demanding vibration and shock requirements.
Eight of these medium prismatic LD25P lithium-ion cells are connected in series to form the battery. To reach high levels of reliability and vibration acceptance, the battery does not include any internal electronic board. Charge management and cell balancing are performed by the charger.
Superior performance at cell level enables operation without any internal battery heater in many applications. Consult Saft to study a version with heater. A temperature sensor PT100 is located inside the battery.

Energy applications for all-electric vehicles, rail and mass-transit equipments, telecom central offices, offshore installations...

Main advantages:

• Maintenance-free operation
• High power / energy ratio
• Excellent safety and resistance to abuse
• Fully recycable
• Liquid cooling system available as an option depending on the application

Energy and power applications
Hybrid applications: vehicles, buses, trucks, boats
Railways applications: hybrid tramways

Main advantages:

• High specific power and energy
• High cycle life
• Maintenance free
• Excellent safety and resistance to abuse
• Integrated high efficiency liquid cooling
• Fully recycable

• 8-year life at constant +37ºC (+100ºF)
• No sudden-death
• Fully compatible with DP power units
• Modular assembly (4 blocks 12V each, 1 charger/controller)
• Plug-in connectors for tool-free installation
• Sealed-cell design

• High and stable discharge voltage
• High pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

• High and stable discharge voltage
• High pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

• High and stable discharge voltage
• Very high pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

• High and stable discharge voltage
• High pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature.

• High and stable discharge voltage
• High pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

• High and stable discharge voltage
• High pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

• High and stable discharge voltage
• Very high pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

• Low self - discharge rate
(less than 3% after 1 year of storage at +20°C)
• Hermetic glass-to-metal sealing
• Built-in safety vent
(at the negative end of the cell)
• Restricted for transport (class 9)
• UL Component Recognition (File Number MH 15076)
• Meets shock, vibration and other environmental requirements of military specifications
• Made in the USA

• Superior drain and pulse capability
• High and stable discharge voltage
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

Key features
• Low self - discharge rate
(less than 3% after 1 year of storage at +20°C)
• Hermetic glass-to-metal sealing
• Built-in safety vent
(at the negative end of the cell)
• Restricted for transport (class 9)
• UL Component Recognition
(File Number MH 15076)
• Meets shock, vibration and other environmental requirements of military specifications
• Made in the USA

• High and stable discharge voltage
• High pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

Key features
• Low self-discharge rate
(less than 3% after 1 year of storage at +20°C)
• Hermetic glass-to-metal sealing
• Built-in safety vent
(at the negative end of the cell)
• Restricted for transport (class 9)
• UL Component Recognition
(File Number MH 15076)
• Meets shock, vibration and other environmental requirements of military specifications
• Made in the USA

• High and stable discharge voltage
• Superior pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

Key features
• Low self - discharge rate
(less than 3% after 1 year of storage at +20°C)
• Hermetic glass-to-metal sealing
• Built-in safety vent
(at the negative end of the cell)
• Restricted for transport (class 9)
• UL Component Recognition
(File Number MH 15076)
• Meets shock, vibration and other environmental requirements of military specifications
• Made in the USA

• High and stable discharge voltage
• Superior pulse capability
• Performance not affected by cell orientation
• Long storage possible before use
• Ability to withstand extreme temperature

Key features
• Low self - discharge rate
(less than 3% after 1 year of storage at + 20°C)
• Hermetic glass-to-metal sealing
• Built-in safety vent
(at the negative end of the cell)
• Restricted for transport (class 9)
• UL Component Recognition
(File Number MH 15076)
• Meets shock, vibration and other environmental requirements of military specifications
• Made in the USA

• Extended autonomy and life for mobile systems
• Wide operating temperature range
• Recommended for ruggedized designs
• Easy integration into compact and light systems

Key features

• Very high energy density
  (344 Wh/l and 143 Wh/kg)
• Unrivalled low temperature performance
• Excellent charge recovery after long storage, even at high temperature
• Maintenance free
• Long cycle life
  (over 80% initial capacity after 500 cycles at 100% DoD)

• Extended autonomy and life for mobile systems
• Wide operating temperature range
• Recommended for ruggedized designs
• Easy integration into compact and light systems
  

Key features

• Very high energy density
  (380 Wh/l, 163 Wh/kg)
• Unrivalled low temperature performance
• Excellent charge recovery after long storage, even at high temperature
• Maintenance free
• Long cycle life
  (over 70% initial capacity after 500 cycles 100% DoD)

• Extended autonomy and life for mobile systems
• Recommended for ruggedized designs
• Easy integration into compact and light systems
  

Key features

• Very high energy density
  (375 Wh/l and 165 Wh/kg)
• Unrivalled low temperature performance
• Excellent charge recovery after long storage, even at high temperature
• Maintenance free
• Long cycle life
  (over 70 % initial capacity after 500 cycles, C/2 rate 100% DoD)

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