Battery C SAFT LSH14 — Lithium‑Thionyl‑Chloride 5500 mAh, white/green

SAFT LSH14 is a C‑size lithium‑thionyl‑chloride battery with a nominal capacity of 5500 mAh and a nominal voltage of 3.6 V. Designed for long‑term, low to medium drain applications, this cell delivers high energy density, a long shelf life and stable voltage under a wide range of operating conditions. The white and green casing identifies the cell model and manufacturer brand, and the battery is suitable for devices requiring reliable primary power without maintenance.

Advantages

The LSH14 battery provides a high energy‑to‑size ratio and is optimized for long service life in low to medium current drains. Its lithium‑thionyl‑chloride chemistry supports a wide operating temperature range and low self‑discharge for extended shelf life. The cell maintains stable terminal voltage throughout most of its discharge curve, which helps ensure predictable device behaviour over long deployments.

Suitable for

• Utility meters (gas, water, electricity) and metering modules
• Industrial sensors and data loggers
• Remote telemetry and wireless transmitters
• Memory backup for electronic modules and real‑time clocks
• Security and alarm systems with low to medium power draw

Key specifications

• Cell size: C (midsize cylindrical)
• Chemistry: Lithium‑thionyl‑chloride (primary non‑rechargeable)
• Nominal capacity: 5500 mAh
• Nominal voltage: 3.6 V
• Typical color: white/green casing
• Application class: long‑term low to medium drain devices

How to use

Install the battery according to the device manufacturer’s polarity markings, ensuring correct orientation of the positive and negative terminals. Use the cell in equipment designed for non‑rechargeable lithium‑thionyl‑chloride batteries and avoid charging attempts. Store unused batteries in a cool, dry place away from direct heat sources. Dispose of the battery according to local regulations for lithium primary cells when depleted.

Usage recommendations

For best results, select the SAFT LSH14 when your application requires long operational life, minimal maintenance and stable voltage over long intervals. Avoid high continuous current drains and repeated short‑circuit conditions; follow device specifications for maximum permissible load and temperature range to ensure safe and reliable performance.