5 pulsar 3
Fast = Fastmod – a fast charging mode for LiXX cells
Format = special program for formatting NiXX packages
I = {Inflex} displayed after recognizing the Inflex point at the end of the NiXX packages’ charging („I” is displayed
alternately with „V”)
Ib = max. channel balancing current (0 = only the voltage measure for cells with the balancing disabled)
Inflex = a means of early NiXX packages’ charging recognition
Invers = switches between negative and positive data display on the displayer
Last proc. = data from the last process
Light = display brightness
mΩ/c = Internal resistance (in mΩ) per cell
M = {Memory} memory place number
Monitor = displaying cell voltages by balancer port (without balancing "only Bal")
P = {Pulse} displayed alternately with „V” (Volt) during charging in Fast mode; it indicates switching to
discontinuous operating mode at the end of the charging
Pause = pause between processes indicated in seconds (e.g. during charging/discharging)
Power = input power; this setting enables to limit the input power (e.g. in weaker AC adapters or smaller supply
batteries)
Pulse = an impulse operating mode (should be enabled if the power supply is supplied by a power generator
which has a negative reaction with power consumption oscillation)
R = {Revers} displayed alternately with „V” (Volt) during charging discharging with an energy return; it indicates
the current reduction after exceeding the V rev voltage of the supplying battery
Reflex = impulse work with a discharging impulse. Suggested for all battery types!
Regen. = regeneration function initialized along with the formatting mode of NiXX packages
Rep.*99 = {Repeat} the number of double processes’ repetition (charging/discharging or format)
Revers = discharging with an energy return to the supplying battery (enables to increase the discharge power)
Ri = internal resistance of the package or cell
RTC = {Real-Time Clock} real-time clock (required for recording data on the memory card)
SD = {Secure Digital Memory Card} – memory card
Tc = {Temp. cell} package temperature measured with the temperature indicator which comes with the charger
Ti = {Temp. internal} internal temperature of the charger
Store = a program created to charge or discharge packages to the storing voltage level (LiXX)
T off = max. temperature at which the process is stopped
T on = the temperature below which the process will start (in other words – the charger waits for the package to
cool down)
V/c = {V/cell} voltage of a single cell or package – evaluated for one cell
Vc = {Vcharge} final charge voltage (can be modified individually)
Vd = {Vdischarge} final discharge voltage (can be modified individually)
Ve = {Vend} storage voltage – Store (can be modified individually)
Voff = min. supplying battery voltage, at which the process is stopped (prevents deep discharge)
Vs = {Vsupply} supply voltage (battery or supply source)
Vrev = {Vrevers} max. supplying battery voltage, which – when exceeded – will reduce the charging current with a
return (a protection for the supplying battery)
Starting and operating
Front view
1. Rotary knob
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