Mascot lithium iron phosphate (LiFePO4) battery chargers engineered for the safer, longer-life lithium chemistry increasingly specified in medical, marine, mobility, robotics and professional portable equipment. The range Single-cell through multi-cell packs at a nominal 3.2 V/cell, with charge currents from several hundred milliamps up to several amps and float voltages tuned to the 3.6 V/cell endpoint that LiFePO4 cells require. Charge profile Constant-current / constant-voltage (CC/CV) dedicated to LiFePO4 — bulk charging at rated current until the per-cell float voltage is reached, then voltage-limited absorption until termination current is met. End-of-charge is signalled by status LEDs. Built-in protection • Reverse polarity • Output short-circuit • Over-temperature • Incorrect pack voltage Why LiFePO4 Compared with standard Li-Ion, LiFePO4 chargers deliver longer cycle life, improved thermal stability and a wider safe operating window — well suited to deep-cycle applications and equipment charged and discharged daily. Compliance & fit CE and UKCA marked. Supplied with interchangeable mains plug heads and a wide choice of DC output connectors to match standard pack assemblies. UK distribution & custom options Pulsar Developments distributes the full Mascot LiFePO4 range in the UK. For non-standard pack voltages, integrated battery management or charging from non-mains sources (12/24 V DC, solar), our engineering team can quote a bespoke design — call us on 01189 795319 or fill in our online form.
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A LiFePO4 (lithium iron phosphate) battery charger delivers the 3.6V-per-cell CC/CV profile that lithium iron phosphate cells require — a lower and more forgiving end-of-charge voltage than standard Li-Ion, matched to LiFePO4's excellent cycle life and thermal stability.
Pulsar Developments supplies UK-stocked Mascot LiFePO4 chargers for 12V, 24V, 36V and 48V packs, covering leisure, marine, off-grid, robotics and industrial standby applications where LiFePO4's 2,000+ cycle life and safer chemistry make it the preferred replacement for lead acid.