1x Saft LSH20 3.6V 13000mAh Li SOCl2 Battery With Z Tabs
SAFT

1x Saft LSH20 3.6V 13000mAh Li SOCl2 Battery With Z Tabs

€36,41 EUR
€36,41 EUR

Engineered for demanding industrial use, this primary lithium cell delivers consistent power and long life in challenging conditions. Built on lithium thionyl chloride (Li‑SOCl2) chemistry with a concentric (coil) electrode design, it offers high load capability, reliable performance, and excellent stability across a wide temperature range. The Z-shaped solder tabs support secure, low-resistance integration into PCBs and assemblies.

Key Features

  • High operating voltage: 3.6V nominal for stable power delivery
  • Large capacity: 13000 mAh for extended service life in low to moderate drain applications
  • Li‑SOCl2 technology: optimized for long shelf life, low self-discharge, and high energy density
  • Concentric (coil) electrodes: designed for high pulse and high load characteristics
  • Z-solder tabs (Z‑Lötfahne): robust mechanical fixation and reliable electrical connection
  • Rugged construction: excellent resistance to moisture; non-flammable
  • Wide temperature tolerance: dependable operation in harsh environments
  • Low self-discharge: supports long-term standby applications
  • Primary (non‑rechargeable): intended for one-time use only

Specifications

  • Chemistry: Lithium Thionyl Chloride (Li‑SOCl2)
  • Format: LSH20 / D-size high power cell
  • Voltage: 3.6 V
  • Capacity: 13000 mAh (typ.)
  • Termination: ER‑D with Z-shaped solder tabs
  • Quantity: 1 piece
  • Self-discharge: very low, suitable for long storage
  • Flammability: non‑flammable design

Typical Applications

  • Utility metering, AMR/AMI, and data loggers
  • Industrial IoT sensors and remote monitoring
  • Security systems and alarms
  • Memory backup and RTC power
  • Asset tracking and telemetry
  • Professional instrumentation operating in wide temperature ranges

Safety and Handling

Use only in compatible equipment designed for 3.6 V Li‑SOCl2 D-size cells. Do not recharge, short-circuit, puncture, or expose to fire. Install with correct polarity and ensure proper heat management during soldering to protect cell integrity and product reliability.