3.6V 3600MAH LITHIUM THIONYL CHLORIDE BOBBIN CELL BATTERY by Saft
OEM#: LS175003.6V 3600MAH LITHIUM THIONYL CHLORIDE BOBBIN CELL BATTERY by Saft
Battery, Bobbin Cell, A Size, 2in Height, 0.67in Diameter, 100mA Current Rating, 3600mAh Battery Capacity, 3.6V Nominal Voltage, -76 to 185°F Temperature Range, Lithium Thionyl Chloride Battery Chemistry, Standards: UL 1642 Listed, IEC 60086-4 Listed, IEC 60079-11 Part 10.5 Listed, UN 3090 and UN 3091, ISO 9001
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Saft LS17500 primary lithium cell, is based on the Lithium-Thionyl chloride (Li-SOCl2) chemistry. The LS17500 key features are the concentric electrodes construction that enables maximum loading of active materials and corresponding energy. The LS17500 cell is designed specifically for long-term (3 to 15 years) applications, featuring a few UA based currents and periodic pulses, typically in the 5 to 150mA range.
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Excellent resistance to humid environments
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
- Excellent safety records
- Excellent safety records
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
ISO 9001 Quality Management
ISO 13485 Medical DevicesSaft LS17500 primary lithium cell, is based on the Lithium-Thionyl chloride (Li-SOCl2) chemistry. The LS17500 key features are the concentric electrodes construction that enables maximum loading of active materials and corresponding energy. The LS17500 cell is designed specifically for long-term (3 to 15 years) applications, featuring a few UA based currents and periodic pulses, typically in the 5 to 150mA range.
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Excellent resistance to humid environments
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
- Excellent safety records
Saft LS17500 primary lithium cell, is based on the Lithium-Thionyl chloride (Li-SOCl2) chemistry. The LS17500 key features are the concentric electrodes construction that enables maximum loading of active materials and corresponding energy. The LS17500 cell is designed specifically for long-term (3 to 15 years) applications, featuring a few UA based currents and periodic pulses, typically in the 5 to 150mA range.
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Excellent resistance to humid environments
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
- Excellent safety records
- Excellent safety records
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
ISO 9001 Quality ManagementISO 13485 Medical DevicesSaft LS17500 primary lithium cell, is based on the Lithium-Thionyl chloride (Li-SOCl2) chemistry. The LS17500 key features are the concentric electrodes construction that enables maximum loading of active materials and corresponding energy. The LS17500 cell is designed specifically for long-term (3 to 15 years) applications, featuring a few UA based currents and periodic pulses, typically in the 5 to 150mA range.
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Excellent resistance to humid environments
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
- Excellent safety records
Saft LS17500 primary lithium cell, is based on the Lithium-Thionyl chloride (Li-SOCl2) chemistry. The LS17500 key features are the concentric electrodes construction that enables maximum loading of active materials and corresponding energy. The LS17500 cell is designed specifically for long-term (3 to 15 years) applications, featuring a few UA based currents and periodic pulses, typically in the 5 to 150mA range.
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Excellent resistance to humid environments
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
- Excellent safety records
- Excellent safety records
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
ISO 9001 Quality ManagementISO 13485 Medical DevicesSaft LS17500 primary lithium cell, is based on the Lithium-Thionyl chloride (Li-SOCl2) chemistry. The LS17500 key features are the concentric electrodes construction that enables maximum loading of active materials and corresponding energy. The LS17500 cell is designed specifically for long-term (3 to 15 years) applications, featuring a few UA based currents and periodic pulses, typically in the 5 to 150mA range.
- High operating voltage, stable during most of the application lifetime
- Some of the highest nominal capacities on the market today
- Excellent reliability over extended operating life
- Low self-discharge rate (less than 1% after 1 year of storage at 20°C)
- Excellent resistance to humid environments
- Low magnetic signature
- Good resistance to passivation
- Non-flammable (and non-pressurized at ambient temperature) inorganic (but corrosive) electrolyte
- Less than 1% capacity loss during storage at ambient temperature before use
- Up to 25 years of mass production experience
- Excellent safety records