Features of this charger model: The SOROKA v.8-PLus charger is "Three chargers in one charger"!
many years of real experience in operating SOROKA v.6 and SOROKA v.7-Profi.
11,000 hours of real work without failures and failure.
Changes have been made to the program of work of the charger, based on the long-term
real use of the SOROKA v.6 charger pulse charge algorithms and the SOROKA v. charger
with a speed of 200 thousand measurements per second. This allowed to take
to a new level the ability of the Memory Version 8 to track parameters of the battery during charging,
Features of this charger model: Charger SOROKA v.8-PLus is "Three chargers in one charger"!
When developing the charger SOROKA v.8-PLus was used
many years of real experience in operating SOROKA v.6 and SOROKA v.7-Profi.
Some SOROKA v.7-Profi models have more than
11000 hours of real work without failures and failure.
Changes have been made to the program of work of the ZU, based on many years
real use of SOROKA v.6 charger impulse charge algorithms and charger
SOROKA v.7-Profi, which became possible thanks to the 16-bit
Texas Instruments MSP430FR5972 microcontroller with 12-bit ADCs
with a speed of 200 thousand measurements per second. This made it possible to raise
to a new level of ZU Version 8 parameter tracking capability
The battery is in the process of being charged, and the unique memory of FRAM technology has allowed
store more dynamic data.
We have been working hard on technologies for using distributed
power modules that allow you to receive high currents, and do not require
creating single large converters, with all their problems.
In this memory model, two power modules are used, each of which
develops up to 16 volts and up to 15 amperes of current. Each module is autonomous, has
galvanically isolated from the primary transformer output. Each
the module has "on board" a microcircuit for monitoring (measuring) the current on the effect
Hall, with a very low resistance (1.5 milliohm), and
a separate discharge circuit for conducting control and training
cycle with battery, separate control, and its own P-type power transistor
for switching on/off the load and a power rectifier. As
power converter of the module, in this model of the memory TOP250 is used.
Charge currents "per channel" up to 15A per channel.
The SOROKA v.8-Plus memory was made "tandem" (two-channel) for a reason.
As the experience of using the memory shows, Buyers not only
are engaged in charging and restoring their personal batteries, but also
help (provide assistance or "as a service") to other people in charge
their batteries. In this case, a problem arises: the principle of "one memory - one battery"
takes a lot of time to work with each battery, and using
different modes and different currents.
The SOROKA v.8-Plus charger allows Users to use three types of battery connection:
1) Charge one battery 6v, 8v, 12v, *Hv (user voltage).
2) Charge two different batteries, 6v, 8v, 12v, * Hv through two independent channels, with different charge modes.
3) Charging one battery 6v, 8v, 12v, *Hv with double current, i.e. two modules work in parallel, for currents up to 30Amperes.
This significantly expands the range of application of the SOROKA v.8-Plus charger, both for
personal and industrial (service centers for working with
many batteries). Now you can buy memory "for growth" without spending
immediately big money, i.e. buy a charger with one power module(SOROKA v.8-Basic charger),
at 15Amps of current, and then, if necessary, buy and insert (solder)
the second module, and get more features.
Benefits of using the SOROKA v.8-Plus charger:
reduction of battery operating costs
2-3 times longer battery life
recovery of sulphated batteries
prevention of premature aging of rechargeable batteries
increasing the automation of battery charging processes
increase in capacity and maximum output current of the battery
Memory features:
charging heavily discharged batteries with intermittent current
"fast automatic adaptive charging" ("STD" and "AUTO" mode)
adaptive charging with capacity boost up to 100-105%
automatic desulfation (carried out in all modes)
automatic charging and discharging cycles (requires setting the discharge load by the user)
The manufacturer's website contains information about the maintenance method and
restoration of battery capacity, as well as the theoretical foundations
lead-acid battery designs. Described in detail
various battery modifications (gel, AGM) and the necessary requirements for
operation of different types of lead-acid batteries.
There is also a description and instruction manual for this charger SOROKA v.8-Plus
In connection with possible software and hardware improvements of the device and
appropriate modifications, the Operating Instructions are not
listed here on this page.
The data presented in the product description are for reference only and may differ from those indicated by the manufacturer.