Battery Regenerator

Description

PRIME RPT-S600
Universal Battery Regenerator  : 2V~96V all-in-one voltage,
Input AC Power Consumption: 4KW (max.), Max. 60A output current, 8 inch Touch Screen Monitor.  This
system easily de-sulfates all kinds of lead-acid batteries up to 1,000Ah (Optimized up to 1,000Ah, and more capacities are regenerated by repeated processes) such as Forklift, Telecom UPS, Golf Carts and automotive /solar/UPS batteries with sizes of 2-volt, 6-volt, 8-volt, 12-volt, 24-volt, 36-volt, 48-volt, 60-volt, 72-volt, 80-volt, 84-volt or 96-volt batteries. You can also connect batteries in series, such as max.  8 batteries of 12 volts each, which equals a 96-volt bank of batteries or max. 24 batteries of 2 volts, which equals a 48-volt bank of UPS and Forklift batteries as well.   And more ....  (Maximum Input AC Current : 20A, 210~240VAC, Single Phase - Direct cable connection to the main breaker)
RPT-S600 (3-in-1)
:   Packaging Size :  700mm(H) x 520mm(W) x 680mm(D), 54.1kgs   Portable Compact Type for Maintenance Usage.
1.  Regenerator (2V~96V all adjustable voltages-in-one, 40Ah~ 1,000Ah capacity) at ‘REGENERATION’ mode
2.  Charger (2V~96V all adjustable voltages-in-one, Up to 1,000Ah capacity) at ‘CHARGE’ mode
3.  Power Supply (2V~96V free setting mode of Voltage, Current & Time for special & sleeping batteries)
* Mainly used for 2V Forklift, TELECOM UPS & other Traction bank/rack connected batteries
* Maximum Limited Output Current : 2V~48V = 60A  and  50V~96V = 30A
* A Discharger (RPT-D10K) is optional.
RPT-D10K
Discharger
:
220VAC, 10KW, Digital Constant Discharging mixed technology with IGBT and Resistor and high-frequency pulse,  Maximum Limited Discharge Current Rates  :  Nominal Voltage
9V~20.0V : 50A
,
20.1V~26.0V : 100A
,
26.1V~38.0V : 150A
,
38.1V~50.0V : 200A
and
50.1V~110.0V : 100A
It supports a monitoring data sheet to be printed, after connecting by a USB between Discharger and PC.  Net Weight 42.10kgs   Gross Weight : 56.2kgs(Air-Freight)  840 x 530 x 680 mm   RPT-D10K can be communicated with a Computer connecting by the USB Serial Port.  USB Drive should be installed for the USB Serial Port, before connecting with the discharger and computer.  When you press this ‘PRINT’ Button, the graph will be printed on the above sheet image.
* PC Monitoring for all working process - In order to see the depth of the data, please install the S/W, and connect to your PC through USB port.  You can see all detailed processing data through monitor or print out.  After purchasing any PRIME product, please download s/w and manual at
http://www.repowertek.com/bbs/
zboard.php?id=download
* The Usage of RPT-D10K Discharger (12V~96V)
:
* The operation will be very easy.    56kgs (68x53x84cm)
1. Remove Capacity in the battery. (if any battery is charged prior to the regeneration process)
2. Check Battery Capacity up to a Cut-off voltage. (by constant current discharging, find the exact battery capacity)
3. Compare Battery Capacity between before and after regeneration.
4. Remove floating voltage to check the real capacity.
(If you discharge a battery for 3~5 minutes, all floated voltage will be removed, and it is a real battery voltage)
5. Identify the damaged lower cell when you discharge batteries at the same time.  Discharger can check the weakest 2V battery in a bank when finishing the discharge process. (The lowest voltage cell will be a damaged one - it is the exact way to find the damaged lower battery among bank connected batteries)
6. Battery test and analyzing : PC Monitoring for all working process - In order to see the depth of the data (output voltage and current), you can install the S/W, and connect to your PC through USB port.  You can see all detailed discharge test processing data through monitor or print out.
Identification of Lower cell during a discharge test :
In case of 48V, when its discharge voltage is almost reached to a cut-off voltage (42V) during a discharge process of RPT-D10K, you should check all voltages for 2V x 24 batteries one by one quickly by a multi-meter manually.   If you can find any voltage is much lower than the others at the final stage of the discharging process, it is a damaged battery to be replaced.   It is because that a lower battery can discharge much faster than other normal cells at the final stage of discharging process (between 43V~42.5V).  It is the most exact way to identify any 2V lower cell by discharging test.   With a PRIME regeneration, all cells will be well equalized.   After then please identify any lower cell by this way.
RPT-D10K will show a graph figure for the total battery bank’s capacity through your PC.  Please note that PRIME RPT-D10K is the world best discharger to make
real constant current discharging
.  For example, Italian bassi discharger BDX – When it discharges, the current will be lower when the voltage is also lowered (e.g. 200A
è
180A).   It is not a constant current discharger.    And
D10K is a pulse discharger, so its discharging makes a pulse desulfation as well.  It is also our exclusive feature
.