Powerpack Industries Pte Ltd

Rechargeable Liion cell

Saft's MP 176065 ise rechargeable Li-ion cell is compatible with applications requiring intrinsic safety, long operating life under cycling conditions and offers excellent performance in temperature environments from -30 °C to +60 °C.

Benefits of rechargeable Li-ion cell:

• Excellent operating lifetime in cycling with a very stable internal resistance
• High level of safety, compatible with potentially explosive atmospheres
• Long shelf life with extremely low capacity loss in storage
• Easy connection and assembly into batteries
• Small environmental footprint than other technologies

Key Features of rechargeable Li-ion cell:

• High energy density (264 Wh/l, and 150 Wh/kg)
• Cycle life more than 1000 tested (≥ 2250 expected) cycles at 100% DoD at C/2 discharge, C charge
• Aluminum casing
• Hermetically sealed
• Operates in any orientation
• Maintenance free
• No memory effect
• Manufactured in the EU

Designed to meet all major quality, safety and environmental standards

• Safety: UL 1642 and IEC62133-2:2017
• Transport: UN 3480, UN 38.3
• ATEX IEC 60079-11(10.5.2, 10.5.3 [b]] compatible component
• Quality: ISO 9001, Saft World Class Program
• Environment: ISO 14001, RoHS and REACH compliant

Typical applications

• Backup for industrial equipment
• Medical devices
• Tracking
• Oil & Gas applications
• Internet of Things, Wireless Sensor Networks
• Lightning & Signalling

Battery assembly

• Individual lithium-ion cells need to be mechanically and electrically integrated into battery systems to operate properly.
• The battery system includes electronic devices for performance, thermal and safety management specific to each application.
• Please contact Saft for your specific application requirements

Cell surface temperature and spark ignition

• The cell can be compatible with the temperature classification T4 at an ambient temperature +60 °C
• The temperature classification shall be verified during the assessment of the intrinsic safety apparatus in which the cell will be used.
• The spark ignition risk shall be verified during the assessment of the intrinsic safety apparatus in which the cell will be used.

Storage

• The storage area should  be clean, cool [preferably not exceeding +30 °C], dry and ventilated. For long term storage, keep the cell within a 30 ± 15% state of charge.

Warning

• Do not crush, short-circuit, incinerate, dismantle, immerse in any liquid or heat above +60 °C.
• Observe charging conditions at all times.