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1. Introduction
Dear customer, congratulations on your choice of the POWER-
PEAK INFINITY 2 automatic battery charging station from the
robbe range. You now possess a high-performance micro-pro-
cessor controlled charger with battery management facilities.
This charging station is very easy to use and control.
Nevertheless, operating an automatic charger such as the
POWER-PEAK INFINITY 2 does call for some knowledge on
the part of the user. These instructions are intended to help you
become familiar with the unit quickly.
To ensure that you are able to exploit the charger's potential to
the full, please read right through these operating instructions
very carefully before you use your new automatic charging stati-
on for the first time. We hope you enjoy using your POWER-
PEAK INFINITY 2 , and we are confident that you will have good
results with it over a long period.
The POWER PEAK INFINITY 2 is a battery charger with two
outputs, designed for rapid-charging a flight pack or drive battery
at the main charge output (Output 0.1 - 5A), and for simulta-
neously charging a transmitter or receiver battery at the second
output (Tx-Rx 250 mA).
The main output is intended for recharging NC and NimH flight
packs and vehicle drive batteries consisting of 1 to 30 cells. The
cell capacity should be within the range 0.1 to 3.0 Ah, which
covers most types used in modelling. However, this output of the
charger can also be used to charge lead-acid batteries of 2, 4, 6,
8, 10 and 12 V at a current of up to 5 A.
The unit is designed to be powered by a 12 V lead-acid battery
but can also be used with a well stabilised 12 V or 13.8 V mains
power supply provided that it is powerful enough. Do not power
the charger from a car battery charger.
The charger you have purchased features a backlit screen on
which all messages are displayed. The POWER PEAK INFINI-
TY 2 is also equipped with an intelligent cooling fan control
system.
Contents
3. Connections and controls
MODE button:
START (STOP) button:
UP / DOWN buttons:
-/+ buttons:
Operating instructions
POWER PEAK INFINITY 2
Page
For selecting the five different modes of operation
CHARGING MODE:
Charges at currents within the range 0.1 A to max. 5 A
DISCHARGING MODE: Discharges at currents within the range 0.1 A to max. 5 A
CHAR -> DISC MODE:
Up to 99 charge / discharge cycles
DISC -> CHAR MODE:
Up to 99 discharge / charge cycles
LEAD BATTERY:
Charges lead-acid batteries (2, 4, 6, 8, 10, 12 V) at max. 5 A current
Starts and stops the charge / discharge process. Press once to select mode of operation. Press
again to stop the process manually.
Leafs through screen displays. Press the UP button to move forward through the screen displays;
press the DOWN button to move back.
For adjusting and leafing through parameters. Press '+' to increase value, press '-' to decrease value
2. Specification
Operating voltage:
Current drain:
Rapid charge output
No. of cells:
Battery voltage/V Max. charge current Max. discharge curr.
1
5
10
15
20
25
30
35
40
45
50
55
These values are guidelines. They may vary due to hysteresis
effects and fluctuations in input voltage.
Trickle charge current:
Charge termination:
Tx - Rx output
No. of cells:
Charge current:
Protective functions:
3
3
3
3
5
Dimensions:
5
5
Weight:
6
7
4. Using NC batteries
8
9
In the modelling world Nickel-Cadmium (NC) batteries have
9
become virtually the standard method of powering radio control
3
Order No.
8294
12 V car battery or well sta-
bilised 12 V or 13.8 V mains
power supply
max. 17 A (30 cells)
1 to 30 cells (1.2 to 36 V)
5A
5A
5A
5A
5A
4,5A
5A
3A
5A
2,2A
5A
1,8A
5A
1,5A
5A
1,2A
4,5A
1,1A
4A
1A
3A
0,9A
2,5A
0,8A
0/50/100/150/200 mA,
variable or automatic
automatic, Delta Peak
4 to 8 (4.8 - 9.6 V)
approx. 250 mA
- reverse polarity (input and
output)
- short-circuit (output)
- excess temperature guard
- low voltage shut-down at
approx. 9.5 V
approx. 160 x 140 x 50 mm
630 g (incl. cables)
10
11
11
11
12
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