Tadiran SL-560S high temperature lithium battery AA with 3.6 V and 1.7 Ah
Description
Product information
The Tadiran SL-560S is a special high-temperature lithium thionyl chloride battery in the widely used AA (Mignon) format. It has been designed for maximum reliability and long operating life under extreme thermal stress. With its ability to operate continuously at temperatures of up to +130 °C, it sets the standard for the most demanding industrial applications in the common AA format. It offers a nominal voltage of 3.6 V, a capacity of 1.7 Ah and, in this S version, is intended for use in battery holders.
Highlights at a glance
- Extreme temperature range: Reliable operation from -55 °C to +130 °C.
- Standardised format: AA / Mignon for broad compatibility in high temperature applications.
- High capacity: 1.7 Ah especially for optimised use at high temperatures.
- High nominal voltage: Stable voltage of 3.6 V even at extreme heat.
- Outstanding longevity: Very low self-discharge and proven long-term stability.
Powerful in extreme applications
The Tadiran SL-560S was specifically developed for applications where standard lithium batteries would fail due to high temperatures. The standard AA size allows its use in many existing device designs. Its primary applications include oil and gas exploration (e.g. "downhole drilling" measurement technology), automotive applications in the engine compartment, monitoring industrial high-temperature processes, as well as use in autoclaves and medical sterilisation equipment.
Designed for maximum heat resistance
The exceptional thermal resistance of the SL-560S is based on its reinforced construction and an optimised electrolyte chemistry. The hermetic glass-to-metal seal is specially designed to maintain its integrity even under repeated temperature cycles and to prevent leaks. The non-flammable electrolyte and robust stainless steel housing ensure the highest level of safety, even at the upper limit of the temperature range.
Superior high temperature technology
The lithium thionyl chloride technology (Li-SOCl₂) of the SL-500 series is known for its longevity under extreme conditions. A characteristic feature is the passivation effect, which minimises self-discharge and enables a shelf life of over 10 years. This high-temperature variant retains its performance and reliability even under conditions far beyond the specifications of conventional batteries.
Features
| Model | Tadiran SL-560/S |
| Technology | Lithium thionyl chloride (high temperature) |
| Size | AA (Mignon) |
| Nominal voltage (V) | 3.6 |
| Capacity (mAh) | 1700 |
| Max. continuous discharge current | 70 mA |
| Self-discharge | approx. 2% per year |
| Operating temperature (°C) | -55 ~ +130 |
| Dimensions (Ø x L, mm) | approx. 14.7 x 50.5 |
| Weight (g) | approx. 19 |
| Connection | Standard (industrial head) |
| Rechargeable | No |
FAQs about this Tadiran high temperature battery
What distinguishes this battery from a standard Tadiran cell?
The main difference is the extended operating temperature range of up to +130 °C, whereas standard cells such as the SL-760 are only specified up to +85 °C. This is achieved by a special heat-resistant internal design and adapted chemistry, which ensures reliable operation in extreme heat.
For which applications is this battery type indispensable?
This battery type is required for all devices whose operating temperature rises permanently or periodically above +85 °C. Typical examples are measuring instruments in oil production, sensors in the engine compartment of vehicles or electronics used in industrial ovens or autoclaves.
Does this model have solder tabs or wires?
No, the SL-560S model is the standard version with normal battery contacts and is intended for use in a suitable AA battery holder. For direct installation, Tadiran also offers high temperature versions with various solder tabs.
Is this battery rechargeable?
No, this is a primary lithium battery and must under no circumstances be recharged. Attempting to charge the cell is extremely dangerous, especially at high temperatures.
Does the high temperature affect the service life of the battery?
Yes, as with any battery, permanently high operating temperature leads to increased self-discharge and can shorten the total service life compared to operation at room temperature. However, the SL-560S has been specially designed to minimise this effect and achieve the maximum possible service life under these tough conditions.
Properties
| Capacity: | 1.7Ah |
|---|---|
| Tension: | 3,6V |
Reviews 0
Login
Customers also bought
The XCELL LFP126 is a compact lithium iron phosphate battery (LiFePO₄) with 12 V nominal voltage and 6 Ah capacity. Thanks to its integrated protection circuit (PCM/BMS), it impresses with its high level of safety, long service life and reliable performance, even under demanding operating conditions. With over 2000 charge cycles at 80% depth of discharge, the battery is ideal for applications in emergency power systems, mobile devices, energy storage systems and industrial applications that place the highest demands on safety and stability.Highlights at a glanceReliable energy: 6 Ah capacity at 12.8 V – 76.8 Wh total energyDurable: Over 2000 charge cycles at 80 % DODBMS integrated: Protection against overcharging, deep discharge, overcurrent, short circuit and temperature errorsCompact & lightweight: Dimensions 151 × 65 × 95 mm, weight only approx. 0.9 kgFast charging capability: Maximum charging capacity up to 6 APowerful in a wide range of applicationsWith its low weight and compact dimensions, the XCELL LFP126 can be used flexibly. It is suitable for mobile energy storage, emergency power systems, rehabilitation and medical technology, alarm systems or as a reliable energy source for modelling, control technology and other industrial applications. Thanks to its robust design and wide operating temperature range of -20 °C to +55 °C, the battery is also ideally suited for outdoor use.Efficiency and safety with a systemThe integrated BMS (Protection Circuit Management) continuously monitors voltage, current and temperature. It reliably protects against over-discharge, deep discharge, short circuits and overcurrent, thus contributing to a longer service life and safe operation. This makes the XCELL LFP126 a maintenance-free and sustainable solution for long-lasting energy storage.Robust LiFePO₄ technologyThe LiFePO₄ cells used, type 32650 (6 Ah), are characterised by high cycle stability, thermal stability and low self-discharge. Compared to lead or conventional lithium batteries, this cell technology offers significantly greater safety and durability.Features ModelXCELL LFP126 Battery typeLiFePO₄ (lithium iron phosphate) Rated voltage (V)12.8 Capacity (Ah)6 Maximum discharge current6A (continuous) Recommended charging voltage14.4V - 14.6V Trickle charging13.6V - 13.8V Operating temperature (°C)Charge: 0 ~ 45 / Discharge: -20 ~ 60 Storage temperature (°C)-10 ~ 35 Battery life>2000 cycles at 100% depth of discharge Dimensions (L/W/H, mm)151 x 65 x 100 Weight (kg)approx. 0.8 ConnectionFaston 250 (6.35 mm) Protection circuitIntegrated BMS FAQs about the XCELL LFP126 LiFePO₄ batteryHow many charging cycles does the XCELL LFP126 offer?The battery achieves over 2000 charge cycles at 80% depth of discharge and therefore offers a service life of over 10 years.Is in the XCELL LFP126 a battery management system (BMS) integrated?Yes, the battery has an integrated BMS that protects against overcharging, deep discharge, short circuits and overtemperature.What applications is the battery suitable for?The XCELL LFP126 is ideal for emergency power systems, mobile devices, alarm systems, rehabilitation and medical technology, modelling and industrial energy storage.Is the battery classified as dangerous goods?No, the battery fulfils the safety requirements according to UN38.3, CE and MSDS and is not considered a classic dangerous good.Can the XCELL LFP126 battery be charged quickly?Yes, with a maximum charging current of 6 A, the battery can be charged quickly.Can the XCELL LFP126 battery be charged with conventional chargers for lead-acid batteries?Yes, thanks to the integrated BMS, charging with standard lead-acid battery chargers is possible without any problems.
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.