Rectifiers
Rectifiers
Rectifiers
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World Class Power Solutions<br />
<strong>Rectifiers</strong><br />
for stationary battery systems<br />
Range ADC II
ADC II<br />
General<br />
his rectifier range is suitable for boost and float-charging<br />
T of stationary installations. The low power ranges, are also<br />
suitable for charging starter-batteries for diesel motors or gas<br />
turbines.<br />
Integrated function<br />
he ADC is equipped with an active filter for sinusoidal<br />
T current consumption on the mains input. Using this technology<br />
a power factor of nearly 1 can be reached. This means<br />
that only actual power is taken from the supply to feed the ADC.<br />
Because the ADC has a very low output ripple current, it is ideally<br />
suited to be used with sealed batteries. The ADC can also be<br />
connected to loads without batteries because of its excellent<br />
dynamic performance.<br />
These units can be supplied in a 19" plug-in version (see picture<br />
1), as module (see picture 2) or in a wall-mounted version<br />
(see picture 3).<br />
The output is accurate, with constant power characteristic and<br />
equipped with 3 different voltage levels as well as a current<br />
limiting.<br />
For optimizing the battery service life of sealed batteries temperature<br />
compensated charging voltage regulation is possible.<br />
The unit is cooled with a fan which is temperature controlled<br />
and superviced by a max. temperature guard.<br />
Picture 1: 19“-plug in<br />
Picture 2: Module<br />
TECHNICAL DATA<br />
AC-input<br />
• Input voltage:<br />
• Power factor:<br />
• Efficiency:<br />
• mains input fuse<br />
• soft start<br />
230V ± 15 %, 47 - 63 Hz<br />
> 0,98 at nom. load<br />
82 - 90 % depending on<br />
the output voltage<br />
Monitoring functions<br />
• mains fault<br />
• rectifier fault<br />
•<br />
• fuse alarm<br />
• over temperature alarm<br />
monitoring of the adjusted constant voltage<br />
battery temperature monitoring with compensation charging<br />
(temperature sensor necessary)<br />
DC-output<br />
• 4 possible output voltages<br />
• constant power characteristic with current limiting<br />
• output voltage accuracy < 0,5 %<br />
• ripple<br />
< 0,05 % eff<br />
• phosmetric noise voltage ≤ 1 bzw 2 mV acc.to CCITT<br />
•<br />
• short-circuit-proof<br />
parallel switchable<br />
• blockable equalizing<br />
• automatic charging possible<br />
• output relay for "power failure"<br />
• output relay for "common alarm"<br />
Standard display CL 20 (see picture 4)<br />
The display unit is microprossesor controlled and supplied via<br />
DC-DC-converter from the output voltage during mains failure<br />
from the battery.<br />
• push button for ON/OFF with LED indication<br />
• push button for boost with LED indication<br />
• push button for reset<br />
• LCD display with push button and LED’s for indication of output<br />
voltage and current also the adjusted limits<br />
• LED "operation"<br />
• LED "Failure"<br />
• LED "voltage deviation"
ADC II<br />
Picture 3: Wall mounted cabinet<br />
Standard-displays<br />
Picture 4: Standard display CL 20 Picture 5: Monitor unit CL 30 and CL 40<br />
TECHNICAL DATA<br />
Monitor unit CL 30 (see picture 5)<br />
• The monitor unit CL 30 provides the following indications, in<br />
addition to those of the CL 20.<br />
- charge level high<br />
(varibale adjustment from 110-130% of nominal voltage)<br />
- charge level low<br />
(varibale adjustment from 90-110 % of nominal voltage)<br />
- battery circuit failure<br />
(daily automatic detection of a fault within the battery<br />
circuit and a button for manual test)<br />
- battery test<br />
(variable adjustment for time and low voltage limit)<br />
- Earth fault monitoring +/-<br />
(adjustable from 0,1 up to 1 MOhm)<br />
All monitoring functions can be individually delayed, and are linked<br />
to the common alarm relay and indicated via LED.<br />
CL 40 option<br />
This provides all the monitoring functions of the CL 30 via individual<br />
volt free relay. The relay card is connected via an I 2 C-bus.<br />
Relevant standards<br />
• EN 60950<br />
• EN 50081-1<br />
• EN-50082-2<br />
Ambient conditions and mechanical details<br />
• ambient temperature max 40 °C<br />
• Installation height<br />
max. 1000 m ab. sea level<br />
• Rel.humidity: < 95%<br />
• Acustic noise<br />
< 40 dB in 1 m distance<br />
• Protection IP 20<br />
• Dimensions<br />
• Paint finish<br />
with fan oper. < 55 dB<br />
in 1 m distance<br />
see type table<br />
- Module: Galvanised<br />
- Cabinet: RAL 7035<br />
- 19“ plug in: front panel RAL 7035
ADC II<br />
Typetable ADC II range<br />
MODULE VERSION<br />
Type Input voltage Input current Output voltage Output current Dimensions Weight<br />
( V ) ( A ) ( V ) ( A ) H x W x D kg<br />
E 230 G 12/ 20 BWru - ADC/M 230 0,9 12 20 190 x 250 x 170 5<br />
E 230 G 24/ 12 BWru - ADC/M 230 1,6 24 12 190 x 250 x 170 5<br />
E 230 G 24/ 20 BWru - ADC/M 230 3,2 24 20 190 x 250 x 170 6<br />
E 230 G 48/ 6 BWru - ADC/M 230 1,6 48 6 190 x 250 x 170 5<br />
E 230 G 48/ 12 BWru - ADC/M 230 3,2 48 12 190 x 250 x 170 6<br />
E 230 G 60/ 4,8 BWru - ADC/M 230 1,6 60 4,8 190 x 250 x 170 5<br />
E 230 G 60/ 9,5 BWru - ADC/M 230 3,2 60 9,5 190 x 250 x 170 6<br />
E 230 G 110/ 5,2 BWru - ADC/M 230 3,2 110 5,2 190 x 250 x 170 6<br />
CABINET VERSION<br />
Type Input voltage Input current Output voltage Output current Dimensions Weight<br />
( V ) ( A ) ( V ) ( A ) H x W x D kg<br />
E 230 G 12/ 20 BWru - ADC/G 230 0,9 12 20 410 x 275 x 190 9<br />
E 230 G 24/ 12 BWru - ADC/G 230 1,6 24 12 410 x 275 x 190 9<br />
E 230 G 24/ 20 BWru - ADC/G 230 3,2 24 20 410 x 275 x 190 10<br />
E 230 G 48/ 6 BWru - ADC/G 230 1,6 48 6 410 x 275 x 190 9<br />
E 230 G 48/ 12 BWru - ADC/G 230 3,2 48 12 410 x 275 x 190 10<br />
E 230 G 60/ 4,8 BWru - ADC/G 230 1,6 60 4,8 410 x 275 x 190 9<br />
E 230 G 60/ 9,5 BWru - ADC/G 230 3,2 60 9,5 410 x 275 x 190 10<br />
E 230 G 110/ 5,2 BWru - ADC/G 230 3,2 110 5,2 410 x 275 x 190 10<br />
19“PLUG IN VERSION<br />
Type Input voltage Input current Output voltage Output current Dimensions Weight<br />
( V ) ( A ) ( V ) ( A ) H x W x D kg<br />
E 230 G 12/ 20 BWru - ADC/E 230 0,9 12 20 89 x 483 x 240 5<br />
E 230 G 24/ 12 BWru - ADC/E 230 1,6 24 12 89 x 483 x 240 5<br />
E 230 G 24/ 20 BWru - ADC/E 230 3,2 24 20 89 x 483 x 240 6<br />
E 230 G 48/ 6 BWru - ADC/E 230 1,6 48 6 89 x 483 x 240 5<br />
E 230 G 48/ 12 BWru - ADC/E 230 3,2 48 12 89 x 483 x 240 6<br />
E 230 G 60/ 4,8 BWru - ADC/E 230 1,6 60 4,8 89 x 483 x 240 5<br />
E 230 G 60/ 9,5 BWru - ADC/E 230 3,2 60 9,5 89 x 483 x 240 6<br />
E 230 G 110/ 5,2 BWru - ADC/E 230 3,2 110 5,2 89 x 483 x 240 6<br />
DIMENSION DIAGRAMS<br />
Wall mounted cabinet<br />
Module version<br />
ø 5,5 (4x)<br />
ø 10 (2x)<br />
37<br />
37<br />
300<br />
220<br />
250<br />
410<br />
5,5<br />
19“-plug in version<br />
88<br />
230<br />
247<br />
483<br />
8<br />
7 175<br />
190<br />
140<br />
172,5<br />
210<br />
241<br />
155<br />
16,5<br />
784135.02 07/2003 paus Design & Medien, Bocholt Subject to alterations. Printed on chlorine free paper.<br />
Benning GmbH & Co. KG Tel. +49 (0)2871 93 - 0 Fax 93 - 380<br />
Münsterstraße 135 – 137 • D-46397 Bocholt<br />
E-Mail: info@benning.de