HohmTech Hohm School 4A Quad Bay Charger

Description

USB-C 4 AMPcontinuous charging power and stability made it possible for Hohm SCHOOL⁴to do what it does best…charge precisely and within safety tolerances.

Thinking outside the box, while keeping simplicity and user-error prevention at the forefront with safety features.  18 months of R&D led us to develop an extremely capable charger thatmakes other chargers look stupid.  It has a3-tieramp BLD (battery length detection) System; has a variable input voltage IPR (input power regulator) feature. ThisELIMINATES USER ERRORS and keeps them and their li-ion batteries moving forward without delay.  This is simplicity at its best, while not forfeiting usable amperage or precision.

There is no need for a screen on this charger.It is 100% autonomous. It is equipped with our BLD¹System, which automates the step-up/down output so both small and larger cells charge at the proper rate (0.5A, 1A, 2A per channel with4A total distribution). Even li-ion batteries with a PCB/PCM³are easily balanced to the correct voltage. This ensures today’s small li-ion batteries’ chemistry integrity is not compromised, allowing them to get the cycle life they deserve.

Applying more forward-thinking targeted towards safety & performance, we integrated input voltage regulation. This is safety 101 here. This allows the charger to not stress or damage USB adapters no matter the power supplying device. The fact is simple: today’s li-ion batteries need precise voltage and amperage delivery to ensure long reliable performance & life…Say hello to Hohm SCHOOL⁴, the ‘Professor’ of Chargers.

Equipped with:

>BLD¹System:BatteryLengthDetection automates charge amplification & reduction on li-ion cells.
>Low Voltage Activation²: Allows overly discharged li-ion batteries down to 1.95V to be charged via a 200mA stimulate charge.
>Input-Power Autonomous Regulator integration (no more stressing USB power adapters or ports)
>Compatible with ALL li-ion cells from as short as 30mm to as long as 73mm
>LED indicator that reports [green/red] color and blink variation for quick/easy readout
>PCB/PCM³compatible so even protected cells aren’t left out in the cold
>Protection 101: A] overcharge; B] short-circuit; C] wrong battery type detection; D] reverse polarity