Tadiran SL-360S Lithium battery AA with 3.6 V and 2.4 Ah

The Tadiran SL-360P from the iXtra series is a primary lithium-thionyl chloride battery in the AA (Mignon) size. This special version is pre-configured with robust axial connection wires, enabling flexible and secure installation by direct soldering. It was designed for applications combining long lifetime with moderate current-carrying capability. With 3.6 V nominal voltage and a very high capacity of 2.4 Ah, it is the ideal power solution for professional electronics that regularly require moderate current pulses.Highlights at a glanceReady to install: With robust, axial wires for direct and safe soldering installation.Optimised for moderate loads: High capacity and stable voltage even at medium current demand.Very high capacity: 2.4 Ah for maximum extended and autonomous operating duration.High nominal voltage: Stable voltage level of 3.6 V over almost the entire lifetime.Wide temperature range: Reliable operation from -55 °C to +85 °C.Powerful in diverse applicationsThe Tadiran SL-360P was specifically developed for applications where longevity and improved power delivery are crucial. The axial wires enable secure and vibration-proof integration without a battery holder. Its main areas of application include wireless alarm and security systems, GPS tracking modules, professional radio devices, data loggers as well as industrial counters and measuring instruments (metering), which regularly transmit data.Designed for maximum safety and efficiencyThe safety and longevity of the SL-360P are based on the proven Tadiran construction. The cell features a hermetic glass-to-metal seal which reliably prevents electrolyte leakage. The inorganic electrolyte used is non-flammable and ensures a high degree of intrinsic safety. Each cell is designed to deliver its energy consistently and safely over a very long period, thus minimising maintenance costs and reducing the overall operating costs of your application.iXtra series: The technology for higher performanceThe iXtra series from Tadiran is designed to offer improved voltage stability under load. Compared to the standard series (SL-700), which is optimised for minimum continuous currents, the SL-300 series shows improved performance with medium load requirements and pulse currents. The passivation effect is thereby more quickly overcome, leading to a more stable power supply in applications which regularly "wake up" to perform tasks.Features  ModelTadiran SL-360/P TechnologyLithium-thionyl chloride (Li-SOCl₂) SizeAA (Mignon) Nominal voltage (V)3.6 Capacity (mAh)2400 Max. continuous discharge current130 mA Self-dischargeapprox. 1% per year Operating temperature (°C)-55 ~ +85 Dimensions (Ø x L, mm)approx. 14.7 x 50.5 Weight (g)approx. 18 ConnectionAxial wires (P) RechargeableNo  FAQs about this Tadiran batteryWhat does the "axial wire" connection mean?This model is equipped with connection wires that exit centrally from the positive and negative terminals of the cell and run in opposite directions along the longitudinal axis. This configuration allows for very flexible installation and direct, firm connection to the electronics by soldering, without the need for a battery holder.What is the difference between the SL-300 (iXtra) and the SL-700 series?The SL-300 (iXtra) series, to which this cell belongs, is optimised for applications with moderate current requirements (e.g. radio sensors). It offers more stable voltage under load. The SL-700 series, on the other hand, is designed for absolute long-term use with minimal continuous current, such as in pure memory backup applications.For which applications is this battery type suitable?This battery type is ideal for professional electronics that require a long service life, but regularly need power for functions such as data transmission. The axial wires make it perfect for installations where the cell must be firmly soldered.Is this battery rechargeable?No, this is a primary lithium battery and must under no circumstances be recharged. Attempting to charge the cell is dangerous and may result in overheating, leakage, or the cell bursting.What does the passivation effect mean for this battery?After prolonged storage, a protective layer forms on the lithium surface, which minimises self-discharge. The iXtra series is designed so that this layer is broken down more quickly and with less voltage drop under load than with the SL-700 series, which is advantageous for applications with regular current pulses.

The Tadiran SL-760PT is a primary high-performance lithium thionyl chloride battery in the widely used size AA (Mignon). As part of the proven SL-700 series, it is optimised for maximum reliability and an extremely long service life with minimum self-discharge. This version is factory-fitted with a special 3-pin configuration (+1 pin / -2 pins) for particularly stable and secure mounting on PCBs. With 3.6 V nominal voltage and 2.2 Ah capacity, it is the ideal energy solution for professional "fit and forget" applications.Highlights at a glanceMaximum longevity: Extremely low self-discharge of under 1% per year.Stable PCB mounting: Factory-fitted with 3 radial pins (+1/-2) for maximum mechanical stability.High capacity: 2.2 Ah in standardised AA (Mignon) size.High nominal voltage: Stable voltage of 3.6 V for almost the entire lifetime.Wide temperature range: Reliable operation from -55°C to +85°C.Powerful in a wide range of applicationsThe Tadiran SL-760PT was specifically developed for long-term applications with low continuous current, where the battery is securely and vibration-resistantly integrated into the electronics. The 3-pin configuration provides superior mechanical stability on the circuit board. Its main areas of use include memory backups (RTC, CMOS) in industrial controllers (PLC), metering technology (metering for water, gas, electricity), as well as long-lasting security technology and alarm systems.Designed for maximum safety and efficiencyThe safety and longevity of the SL-760PT are based on the proven Tadiran construction. The cell features a hermetic glass-to-metal seal, which reliably prevents the electrolyte from leaking. The inorganic electrolyte used is non-flammable and ensures a high degree of intrinsic safety. Each cell is designed to deliver its energy consistently and safely over a very long period of time, minimising maintenance costs and reducing the total cost of ownership for your application.Superior lithium thionyl chloride technologyThe lithium thionyl chloride technology (Li-SOCl₂) of the SL-700 series is the gold standard for long-term applications with low power requirements. A distinctive feature is the passivation effect: a thin protective layer forms on the lithium anode, which reduces the self-discharge to an absolute minimum, thus enabling extremely long shelf and operating life. This ensures that the energy is reliably available even after many years. Features  ModelTadiran SL-760/PT TechnologyLithium thionyl chloride (Li-SOCl₂) SizeAA (Mignon) Nominal voltage (V)3.6 Capacity (mAh)2200 Max. continuous discharge current100 mA Self-dischargeapprox. 1% per year Operating temperature (°C)-55 ~ +85 Dimensions (Ø x L, mm)approx. 14.7 x 50.5 Weight (g)approx. 18 Connection3 pins (PT) RechargeableNo  FAQs about this Tadiran batteryWhat is the advantage of the 3-pin configuration (+1/-2)?This special arrangement with one positive and two negative pins provides exceptionally high mechanical stability when the cell is soldered to a printed circuit board (PCB). It reliably prevents the cell from twisting or wobbling, making it ideal for devices exposed to vibrations or mechanical stress.What is the advantage of the SL-700 series over other series?The SL-700 series is optimised for the absolute lowest self-discharge. It is the best choice for applications that require very little power over many years, such as memory backup in computers. In contrast, other series (such as the SL-300 iXtra) are designed for applications with higher pulse current requirements.For which devices is this battery type suitable?This battery type is ideal for professional electronics where the battery is permanently soldered and an extremely long service life and high mechanical stability are crucial. Typical uses include meters, industrial computers, and alarm systems.Is this battery rechargeable?No, this is a primary lithium battery and must not be recharged under any circumstances. Attempting to charge the cell is dangerous and can cause overheating, leakage, or bursting of the cell.What does the passivation effect mean in this battery?After prolonged storage, a protective layer forms on the lithium surface. This layer is the reason for the extremely low self-discharge. During the first load, it can cause a brief voltage delay. This should be taken into account in circuit designs for applications that require current immediately after activation.

This high-quality Beltrona replacement battery has been specially developed for use in single-battery emergency lights of the Mexcel M72 series. The battery pack consists of four robust NiMH cells in AAA size, which are assembled into a compact cube of 4. With a nominal voltage of 4.8 V and a capacity of 800 mAh, this battery ensures the standard-compliant emergency lighting duration of your safety lighting and offers maximum reliability and longevity.Highlights at a glancePrecisely fitting replacement: Specially designed for the Mexcel emergency light series M72 and compatible models.Reliable NiMH technology: Offers high capacity and cycle stability for demanding emergency lighting operation.Compact cube design: The 2x2 arrangement of the AAA cells enables a space-saving installation in the luminaire.Pre-assembled ready for connection: Equipped with a suitable connection cable and JST plug for quick and error-free replacement.High quality: Use of high-quality industrial cells for a long service life and maximum operational safety.Reliable power for your safety lightingA working battery is the heart of every single-battery emergency light. This Beltrona replacement battery ensures that your safety and escape sign luminaires reliably provide the prescribed energy for the emergency lighting period (e.g. 3 hours) in the event of a power failure. It is the ideal choice for periodic replacement in office buildings, retail outlets, schools and other public institutions to maintain the operational readiness of the emergency lighting system.Robust and proven nickel-metal hydride technologyNickel-metal hydride technology (NiMH) is the modern standard for single-battery emergency lights. Compared to the outdated NiCd technology, it is more environmentally friendly as it does not contain heavy metals such as cadmium, and generally has a higher energy density. The cells used in this pack are optimised for the characteristic continuous trickle charge in emergency lighting systems and offer a long service life.Developed for easy and safe replacementThis replacement battery is designed as a plug-and-play solution for professional installers. The assembly as a compact cube, the precisely fitting cable and the standardised JST plug enable a quick and uncomplicated replacement of the old battery. This minimises maintenance times and ensures that the emergency light is quickly fully operational again. Features  ModelBeltrona replacement battery for Mexcel M72 ApplicationEmergency light battery TechnologyNickel-metal hydride (NiMH) Nominal voltage (V)4.8 Capacity (mAh)800 Cell arrangementBar (4 cells in series) Dimensions (L x W x H in mm)approx. 100 x 29 x 15 ConnectionCable with Molex plug Weight (g)approx. 110  FAQs about the replacement battery for emergency lightsHow do I recognise when the battery in an emergency light needs replacing?Modern emergency lights with autotest function usually indicate a defective or depleted battery by a status LED (e.g. via red flashing). At the latest, if the light no longer passes the annual endurance test for the full emergency lighting period, the battery must be replaced immediately. The typical lifespan of a NiMH battery in this application is approximately 4 years.Why is it important to use the exactly matching plug?The JST plug is a widely used standard in electronics. Using the appropriate pre-assembled plug ensures a polarity-safe and electrically flawless connection to the luminaire electronics. DIY solutions using screw terminals or adhesive tape are not permitted in safety-relevant systems.Can I replace this battery with one with a higher capacity (mAh)?As a rule, this is possible as long as the voltage (4.8V), technology (NiMH) and design are identical. A higher capacity will result in a longer emergency lighting period. However, you must ensure that the battery physically fits into the luminaire housing.How should this battery be disposed of?Batteries must not be disposed of with household waste. As a used device battery, you can return it free of charge at collection points in retail or at municipal recycling centres (e.g. via the GRS collection boxes) to ensure professional and environmentally friendly recycling.

The XCELL XCELFP1212S is a compact lithium iron phosphate battery (LiFePO₄) with a nominal voltage of 12.8 V and a capacity of 12 Ah. Equipped with an integrated battery management system (BMS), it offers reliable protection against overcharging, deep discharge, short circuit and overtemperature. With over 2000 charge cycles at 80 % depth of discharge, this battery is the ideal choice for applications where longevity, safety and compact dimensions are paramount, for example in mobile energy systems, emergency power supplies or as a replacement for VRLA batteries.Highlights at a glanceCompact power: 12 Ah capacity at 12.8 V – 153.6 Wh total energyDurable: More than 2000 cycles at 80 % depth of discharge (DOD)BMS integrated: Protection against overcharging, deep discharge, short circuit and overtemperatureRobust housing: ABS container seamlessly replaces VRLA batteriesFast charging capability: Efficient charging times with high current acceptancePowerful in diverse applicationsWhether in mobile devices, compact solar storage systems or as a reliable emergency power source: The XCELFP1212S impresses with its versatility. It is lightweight (only 1.21 kg) and compact (151 x 65 x 93.5 mm) and can be used even under demanding environmental conditions from -20 °C to +55 °C. By connecting up to two batteries in parallel or up to four batteries in series, a custom scalable energy system can be built.Efficiency and safety by designThe integrated hardware BMS reliably controls and monitors all charging and discharging processes. It protects against typical risks such as deep discharge or overtemperature, increasing service life and operational safety of the battery. The XCELFP1212S is maintenance-free, gas-free and has no memory effect, ideal for modern energy storage solutions.Robust LiFePO₄ technology for greater safety and longevityEquipped with cylindrical 21700 (3 Ah) LiFePO₄ cells, the battery stands out for its thermal stability, low self-discharge and high cycle life. Compared to conventional lead or lithium batteries, this cell technology offers a significantly higher level of safety and longer service life, even with frequent use under heavy loads.Features  ModelXCELL XCELFP1212S Battery typeLiFePO₄ (lithium iron phosphate) Nominal voltage (V)12.8 Capacity (Ah)12 Maximum discharge current12A (continuous) Recommended charging voltage14.4V - 14.6V Float charging13.6V - 13.8V Operating temperature (°C)Charging: 0 ~ 45 / Discharging: -20 ~ 60 Storage temperature (°C)-10 ~ 35 Service life>2000 cycles at 100% depth of discharge Dimensions (L/W/H, mm)151 x 98 x 100 Weight (kg)approx. 1.5 ConnectionFaston 250 (6.35 mm) Protection circuitIntegrated BMS  FAQs about the XCELFP1212S LiFePO₄ batteryHow many charge cycles does the XCELFP1212S battery offer?The XCELFP1212S achieves more than 2000 charge cycles at 80 % depth of discharge (DOD), which corresponds to a service life of over 10 years depending on application.Is a battery management system (BMS) integrated?Yes, the integrated BMS reliably protects the battery against overcharging, deep discharge, short circuit and overtemperature.For which applications is the XCELFP1212S suitable?The battery is ideal for compact energy storage solutions in fields such as mobile devices, rehabilitation and medical technology, UPS systems, renewable energy installations as well as caravan and marine applications.Can the battery be charged with conventional lead-acid chargers?Yes, the integrated BMS protection circuit allows charging with standard chargers for lead-acid batteries.Is the battery a compact and lightweight replacement for lead-acid batteries?Yes, it is compact, lightweight (approx. 1.21 kg) and replaces 12 V–15 Ah lead-acid batteries more efficiently thanks to low internal resistance and constant voltage characteristics. 

The XCELL XCELFP129 is a compact and powerful 12.8 V lithium iron phosphate battery (LiFePO₄) with a capacity of 9 Ah, ensuring reliable power supply. Its integrated battery management system (BMS) guarantees safety, longevity, and high charging efficiency. With over 2000 charge cycles at 80% depth of discharge (DOD), it is a sustainable solution for demanding mobile and stationary applications.Highlights at a glanceCompact energy: 9 Ah capacity at 12.8 V – 115.2 Wh total energyDurable: More than 2000 charge cycles at 80% DODBMS integrated: Protection against overcharging, deep discharge, short circuit and overtemperatureFlexible in use: Parallel connection of up to 2 batteries, serial connection of up to 4 batteries possibleFast charging capability: Efficient charging with up to 9 APowerful in a wide range of applicationsWith its compact dimensions (151 × 65 × 93.5 mm) and a weight of only approx. 1.1 kg, the XCELFP129 is very versatile. It is an excellent alternative to VRLA batteries and is ideally suited for a wide range of applications. These include emergency power systems, portable energy storage, rehabilitation and medical technology, solar storage solutions, alarm systems as well as caravan and marine systems. Even at extreme temperatures from -20°C to +55°C, it delivers stable performance.Efficiency and safety with a systemThe integrated hardware BMS monitors all relevant parameters such as voltage, temperature and current flow, thus ensuring safe operation. It protects against typical risks such as overcharging, deep discharge or short circuit and increases the service life of the cells. Thanks to maintenance-free LiFePO₄ technology, the battery is also gas-free, insensitive to deep discharge and particularly safe.Robust LiFePO₄ technologyThe XCELFP129 is based on cylindrical LiFePO₄ cells of type 21700 (3 Ah), which ensure high thermal stability, long service life and consistent performance. Compared to lead-acid or conventional lithium batteries, LiFePO₄ cells excel in safety, efficiency, and significantly higher cycle stability.Features  ModelXCELL LFP129 Battery typeLiFePO₄ (lithium iron phosphate) Nominal voltage (V)12.8 Capacity (Ah)9 Maximum discharge current9A (continuous) Recommended charging voltage14.4V - 14.6V Trickle charge13.6V - 13.8V Operating temperature (°C)Charging: 0 ~ 45 / Discharging: -20 ~ 60 Storage temperature (°C)-10 ~ 35 Service life>2000 cycles at 100% depth of discharge Dimensions (L/W/H, mm)151 x 65 x 100 Weight (kg)approx. 1.1 ConnectionFaston 250 (6.35 mm) Protection circuitIntegrated BMS  FAQs about the XCELL XCELFP129 LiFePO₄ batteryHow many charge cycles does the XCELL XCELFP129 offer?The battery achieves over 2000 charge cycles at 80% depth of discharge and thus offers a service life of more than 10 years.Can multiple batteries be connected together?Yes, up to 2 batteries can be connected in parallel and up to 4 batteries in series – ideal for flexible storage solutions.For which applications is the battery suitable?The XCELFP129 is suitable for solar storage solutions, emergency power systems, rehabilitation and medical technology, alarm systems, caravan and marine applications as well as a replacement for VRLA batteries.What technology does the XCell LFP129 use, and what protection functions are integrated?It is based on lithium iron phosphate technology (LiFePo₄) and contains an integrated hardware BMS (battery management system) that provides protection against overcharging, deep discharge, overtemperature and short circuit.Is the battery compatible with conventional chargers for lead-acid batteries?Yes, the protection circuit (BMS) allows charging with standard chargers for lead-acid batteries.Is the XCell LFP129 maintenance-free, safe and lighter than comparable lead-acid batteries?Yes, it is maintenance-free, offers a very high level of intrinsic safety (no risk of explosion even under extreme conditions), and weighs about a third less than comparable lead-acid batteries.

The Saft LS14250 LF-U is a high-performance lithium thionyl chloride battery (Li-SOCl2), configured with U-shaped solder terminals for flexible and robust mounting. This special version is based on the proven LS14250 cell and offers a nominal voltage of 3.6 V as well as a capacity of 1.2 Ah. Thanks to its extremely low self-discharge and high reliability, it is the ideal power source for durable industrial electronics where a secure and long-lasting connection is required.Highlights at a glanceFlexible mounting: U-shaped solder terminals (LF-U) for versatile installation positionsPowerful: 1.2 Ah capacity at 3.6 V for persistent power supplyExtremely long-lasting: Very low self-discharge of less than 1% per yearReliable: Constant and stable operating voltage throughout the entire service lifeRobust: Hermetically sealed stainless steel housing for highest operational safetyVersatile: Usable in a wide temperature range from -60 °C to +85 °CPowerful for versatile industrial applicationsThe Saft LS14250 LF-U was developed for use in professional devices where the battery is not soldered directly onto a board but requires a flexible connection. The U-shaped solder terminals enable a secure connection with cables or in special battery holders. Typical application areas include memory backup systems, alarm systems, medical devices, meters and industrial control units that require a reliable and long-lasting power supply.Efficiency and guaranteed safetyThe proven lithium thionyl chloride technology guarantees reliable energy output over many years. The cell is hermetically sealed to minimise the risk of leakage current, and it has a non-flammable electrolyte which significantly increases operational safety. The LS14250 LF-U conforms to the IEC 60086-4 safety standard and is UL certified. This underlines its suitability for demanding applications that require maximum reliability.Robust Li-SOCl2 technology for industrial useLithium thionyl chloride chemistry stands for superior energy density and exceptionally long service life. Compared to other battery technologies, it offers a stable voltage level until the end of the discharge cycle, even after long storage. The robust construction with stainless steel housing and glass-to-metal seal protects the cell reliably against corrosion and environmental influences, thus ensuring the functionality of your application throughout the entire product lifecycle. Features  ModelSaft LS14250 LF-U TechnologyLithium Thionyl Chloride (Li-SOCl₂) Size1/2 AA Nominal voltage (V)3.6 Capacity (mAh)1200 Max. continuous discharge current35 mA Self-dischargeapprox. 1% per year Operating temperature (°C)-60 ~ +85 Dimensions (Ø x L, mm)approx. 14.5 x 25.0 Weight (g)approx. 8.9 ConnectionSolder tag (U-shape) RechargeableNo  FAQs on the Saft LS14250 LF-U lithium cylindrical cellWhat does the designation LF-U mean?The designation LF-U describes the type of connection of the battery. "LF" stands for solder tag and the "U" specifies their shape as U-shaped solder tags. These allow cables to be soldered or for use in certain holders.Is the Saft LS14250 LF-U rechargeable?No, the LS14250 LF-U is a lithium primary battery and must under no circumstances be recharged. Attempting to recharge it is dangerous and can cause destruction of the cell, leakage, or even explosion.For which applications is this version with solder connections suitable?This version is ideal for applications where the battery is not plugged directly onto a circuit board. It is often used to replace older batteries with soldered cables or for devices requiring a flexible, wired connection to the power supply.What is the difference to the versions with pins (e.g. 2PF)?While versions with pins (PF) are designed for direct mounting in suitably prepared holes on a circuit board, solder connections (LF-U) provide more flexibility. Cables of various lengths can be soldered on, allowing the battery to be positioned freely inside the device housing.How should the LS14250 LF-U be correctly stored and disposed of?The battery should be stored in a dry and cool place to ensure minimal self-discharge. As a lithium battery, it is subject to special disposal regulations and must be taken to the relevant municipal collection points or specialist retailers. Disposal in household waste is not permitted.