GYS Batium 15.12 Automatic Battery Charger with Microprocessor

GYS Batium 15.12 Automatic Battery Charger – Intelligent 6/12V Microprocessor Control for Maximum Battery Performance GYS Batium 15.12 Automatic Battery Charger is a high-performance microprocessor-controlled smart charger designed for fast, safe and highly efficient charging for a wide range of lead-acid batteries. Compatible with 6V and 12V systems, it supports standard Lead Acid, AGM and EFB Start-Stop batteries, making it ideal for motorcycles, classic vehicles, cars, vans, tractors and agricultural machinery with battery capacities from 35Ah to 225Ah. Controlled by an advanced intelligent microprocessor, the Batium 15.12 automatically analyses battery condition and instantly adjusts the charging process to suit the battery’s needs. Using a sophisticated IwUoU charging curve, it achieves a true 100% battery charge, compared to conventional automatic chargers that typically only reach around 90% charging capacity. This results in improved starting performance, extended battery life and enhanced long-term reliability. The Batium delivers up to 50% faster charging than traditional chargers by maintaining a constant average current during the boost phase, ensuring rapid yet controlled energy delivery. It is also capable of charging deeply discharged batteries from as low as 1V, recovering batteries that many standard chargers cannot detect. Safety is paramount throughout the design. The charger operates fully automatically without supervision, supplies no current unless correctly connected, and eliminates the risk of sparks or short circuits, which protects both the user and the sensitive onboard vehicle electronics without the need to disconnect the battery. For batteries affected by sulphation, the Batium 15.12 includes a dedicated SOS Recovery mode, delivering a specialised regeneration cycle to restore charge acceptance and performance. Powerful, intelligent and highly reliable, the GYS Batium 15.12 is the professional choice for efficient battery charging, recovery and long-term maintenance.