Technische Unterlagen
Technical documents
Stromversorgung / Power Supply
Typ/type:
Serien-Nr./serial no.:
Auftrags-Nr./order no.:
Ausgestellt/issued:
D400G48/30-90BWru-PD
106000492726 - 492731
001-00177612
Datum/date
Name
26.02.2013
TB-VSEW
26.02.2013
TB-AKRA
Nr./no.
114062.00H000en-de
Geändert/revision:
Geprüft/checked:
A019330206.XLS
1/2
Technische Unterlagen
Technical documents
114062.00H000en-de
26.02.13 - TB-VSEW
Inhalt / Contents
Dokumenten-Nr. / No.
Vorwort
Preface
3132
Sicherheitshinweise
Note on safety
2126
Technische Daten
Technical data
114062.0T0
Schaltbild
Circuit diagram
95611.00E040A3
Klemmenplan
Terminal diagram
95611.00P040A3
Beschreibung - SLIMLINE CARRIER 4500
Description - SLIMLINE CARRIER 4500
4345
Beschreibung - SLIMLINE DISTRIBUTION 4500
Description - SLIMLINE DISTRIBUTION 4500
4356
Beschreibung - Montageanleitung
Description - Assembly instructions
4389
Baugruppen/Components
Kurzbeschreibung - Batterie
Short description - battery
3256
2/2
A019330206.XLS
Preface
Preface
These operating instructions provide information essential for correct operation of
the unit. To ensure its safe operation, these instructions must be read and understood before the unit is switched on. All the information they contain must be observed!
This avoids:
-
danger during operation
-
danger to operating personnel
-
downtime, and
-
increases the reliability and lifespan of the unit.
Keep these instructions in a safe place for future reference.
Service centre
For reasons of industrial safety and operational availability we recommend that
you service and maintain the equipment or systems regularly.
For more detailed information, please call our service centre.
Our help-desk team is also available for technical support 24 hours a day at
+49-2871/93-555.
BENNING Elektrotechnik und Elektronik GmbH & Co. KG
Münsterstraße 135 – 137
46397 Bocholt
Germany
Telefon +49-2871/93-0 - Telefax +49-2871/93-417
Issued:
Revision
Checked
C:\qtemp\pdfhandbuch\A0332636.DOC
Date
30.10.97
08.09.2011
09.09.2011
Name
COBS
COBS
Obstfelder
No. 3132 en
Page 1/2 pages
Preface
BENNING worldwide
Austria
Belgium
Belarus (Weißrussland)
BENNING GmbH
Elektrotechnik und Elektronik
Eduard-Klinger-Str. 9
3423 St. Andrä-Wördern
BENNING
Power Electronics
Z.2 Essenestraat 16
1740 Ternat
IOOO BENNING
ul. Belorusskaya 51-25
224025, Brest
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
+43 2242/324 16-0
+43 2242/324 23
info@benning.at
+32 2/582 878 5
+32 2/582 876 9
Info@benning.be
Croatia
Czech Republic
BENNING Zagreb d.o.o.
Trnjanska 61
10000 ZAGREB
HRVATSKA
BENNING CR s.r.o.
Zahradní ul. 894
29306 Kosmonosy
Tel.
Fax
E-Mail.:
Tel.
Fax
E-Mail:
+385 1-6312280
+385 1-6312289
info@benning.hr
+375 162 97 47 82
+375 162 29 33 77
info@benning.brest.by
+420 326/721 003
+420 326/722 533
benning@benning.cz
France
Great Britain
Hungary
BENNING
Conversion d’énergie
43, avenue Winston Churchill
B.P. 418
27404 Louviers Cedex
BENNING
Power Electronics (UK) Ltd.
Oakley House
Hogwood Lane
Finchampstead
Berkshire RG 40 4 QW
BENNING Kft.
Power Elektronics
Rákóczi út 145
2541 Lábatlan
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
+33 2/322 523 94
+33 2/322 508 64
info@benning.fr
+44 118/973 150 6
+44 118/973 150 8
info@benninguk.com
+36 33/507 600
+36 33/507 601
benning@vnet.hu
Italy
The Netherlands
Poland
BENNING
Conversione di Energia S.r.L.
Via 2 Giugno 1946, 8/B
40033 Casalecchio di Reno (BO)
BENNING NL
Power Electronics
Peppelkade 42
3992 AK Houten
BENNING
Power Electronics Sp.z.o.o.
Korczunkowa 30
05503 Glosków
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
Tel.
+39 051/758 800
+39 051/616 765 5
info@benningitalia.com
+31 30/634 601 0
+31 30/634 602 0
info@benning.nl
Fax
E-Mail:
+48 22/757 845 3
+48 22/757 366 870
+48 22/757 845 2
biuro@benning.biz
P.R. of China
Russia
Slovakia
BENNING
Power Electronics (Beijing) Co., Ltd.
Tongzhou Industrial
Development Zone
No. 1-B BeiEr Str.
Beijing 1011137
000 BENNING
Power Electronics
Scholkovskoje Chaussee, 5
105122 Moscow
BENNING
Slovensko, s.r.o.
Kukuričná 17
83103 Bratislava
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
+86 10/615 685 88
+86 10/615 062 00
info@benning.cn
+7 4 95/967 685 0
+7 4 95/967 685 1
benning@benning.ru
+421 2/444 599 42
+421 2/444 550 05
benning@benning.sk
South East Asia
Spain
Switzerland
BENNING
Power Electronics Pte Ltd
85, Defu Lane 10
# 05-00
Singapore 539218
BENNING
Conversión de Energía S.A.
C/Pico de Santa Catalina 2
Pol.Ind. Los Linares
28970 Humanes, Madrid
BENNING
Power Electronics GmbH
Industriestrasse 6
8305 Dietlikon
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
+65 6844/313 3
+65 6844/327 9
sales@benning.com.sg
+34 91/604 811 0
+34 91/604 840 2
benning@benning.es
+41 44/805 757 5
+41 44/805 758 0
info@benning.ch
Sweden
Ukraine
USA
Benning Sweden AB
Box 990
Hovslagarev. 3B
19129 Sollentuna
BENNING Power Electronics
3 Sim’yi Sosninykh str.
03148 Kyiv,
Benning Power Electronics, Inc.
1220 Presidential Drive
RICHARDSON, TEXAS 75081
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
Tel.
Fax
E-Mail:
+46 8/623 950 0
+46 8/969 772
power@benning.se
08.09.2011 COBS
+38 044 501 40 45
+38 044 273 57 49
info@benning.ua
2/2
+1 214/553 144 4
+1 214/553 135 5
sales@benning.us
3132 en
Description
Safety Notes
Contents
1
Issued:
Revision:
Checked:
Safety notes.............................................................................. 2
Date
18.01.93
Name
TB-Enck/Bp
27.10.97
Enck
C:\qtemp\pdfhandbuch\A0363661.DOC
2126 en
pag. 1/2 pag.
Safety notes
Before starting the unit:
Please read the description, paying special attention to the safety
notes.
1
Safety notes
The device is an electrical unit with dangerous voltage and current levels. For this
reason, the following safety instructions must be observed:
1)
Installation, operation, servicing and maintenance should be carried out only
in accordance with the instructions given in this document.
2)
Ensure that only qualified and authorized personnel have access to the
equipment. No other persons should be able to open the door.
3)
Even when the unit is completely switched off, certain interior components
remain lives as long as they are connected with the mains supply or the battery.
4)
Integrated capacitors may still be charged even when the unit is completely voltage-free. These must be properly discharged by a qualified person before the connections are touched.
5)
When working on the unit, only properly insulated tools should be used.
6)
All persons carrying out work on the unit must be acquainted with the first
aid measures to be taken in cases of accidents involving electricity.
7)
Always observe the safety regulations of the local power supply company as
well as other safety regulations.
18.01.93 - TB-Enck/Bp
2/2
2126 en
SLIMLINE MODULAR SYSTEM
Order No.:
001-00177612
VP:
1
UP:
1
Editor:
loe
Discription:
Number:
Date:
08.01.2013
Slimline Carrier 4500:
4345
Checked:
J.Bu
SLIMLINE DISTRIBUTION: 4356
Date:
08.01.2013
Assembly instruction:
Quantity:
Part no.:
Component:
1
1
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
583212
583207
10000404
506084
583279
583277
702070
10005043
749511
749511
749642
749642
749641
749641
751146
777812
712741
777812
712742
A1...A3
A4.1
19 Zoll
19 Zoll
A5
A1.5
zu A1.5
TB / Buchowski
Remark:
6mm
F1
F2
F3
F4
F5
F6
X3.1
zu SLIM. CONTROL - X3.1
X3.2
zu SLIM. MCU - X3.2
Seite1von5
4389
Type:
SLIMLINE CARRIER 4500
SLIMLINE CONTROL
Fastening angular
Fastening
SLIMLINE DISTRIBUTION 4500
SLIMLINE MCU 4500/13500
Cable connecting
Cable connecting
10A
10A
16A
16A
32A
32A
Temperature sensor
Variovacemodul
Cable connecting
Variovacemodul
Cable connecting
08.01.2013
11:09
SLIMLINE MODULAR SYSTEM
Technical data
Art of grounding:
plus grounded
X
Float charging:
54,7
V
X
Boost charging:
54,7
V
X
Direct feeding
48
V
Power limit
100
%
Reference temperature
20
°C
Lower temperature limit:
-20
°C
Upper temperature limit:
50
°C
Temperature correction factor:
-4
mV/Z/K
Compensation of temperature:
Battery:
Cells number
24
Automatic battery test:
not activ
Battery test voltage:
44
V
Break-of voltage:
45,6
V
Battery test duration:
00:45:00
hh:mm:ss
Battery test interval:
00:03:00
dd:mm:yy
Charging automatic:
not activ
Recharging criterion:
0
V
Mains failure time:
00:05:00
hh:mm:ss
Main charging time:
04:00:00
hh:mm:ss
TB / Buchowski
Seite2von5
08.01.2013
11:09
SLIMLINE MODULAR SYSTEM
Charging current limiting:
max.
I-channel inverting
not activ
Display indication:
load current, bar voltage, bat. temp.
Internal digital inputs
Potential free relais
load fuse tripped
not urgent
battery circuit fault
urgent
mains error
not urgent
inverse
K3
inverse
K1
60 sec
bus fault
modem fault
not urgent
battery test negative
urgent
discharging battery
temperature sensor fault
not urgent
rectifier XX fault
urgent
inverse
K2
10 sec
urgent error
group signal
inverse
K1/1
10 sec
non-urgent error
group signal
inverse
K2/1
60 sec
inverse
K4/1
max
mains error
TB / Buchowski
Seite3von5
X
08.01.2013
11:09
SLIMLINE MODULAR SYSTEM
GSR Relais
busbar voltage<XX,2V
upper limit
100V
lower limit
43,2V
urgent
inverse
K3/1
busbar voltage<XX,0V
upper limit
100V
lower limit
48,0V
not urgent
battery temperature>XX°C
upper limit
35°C
lower limit
-100°C
not urgent
temperatur alarm room
upper limit
35°C
lower limit
-100°C
not urgent
upper limit
lower limit
upper limit
lower limit
TB / Buchowski
Seite4von5
08.01.2013
11:09
SLIMLINE MODULAR SYSTEM
external digital inputs
Potential free relais
ext. Signal 01
not urgent
ext. Signal 02
not urgent
ext. Signal 03
not urgent
ext. Signal 04
not urgent
ext. Signal 05
not urgent
ext. Signal 06
not urgent
ext. Signal 07
not urgent
ext. Signal 08
not urgent
TB / Buchowski
Seite5von5
08.01.2013
11:09
Operating instructions
SLIMLINE CARRIER 4500
Issued:
Revision:
Checked:
C:\qtemp\pdfhandbuch\A4120657.DOC
Date
13.02.06
10.12.09
10.12.09
Designation
TB – J.Bu
J.Bu/Obs
Buchowski
No. 4345 en
p. 1/27p.
Kocarek
SLIMLINE MODULAR SYSTEM
Table of contents
1
Safety notes................................................................................................5
2
General.......................................................................................................6
3
The components.........................................................................................7
3.1
SLIMLINE CARRIER 4500 .....................................................................8
3.2
SLIMLINE RECTIFIER 1500 ................................................................10
3.3
SLIMLINE CONTROL...........................................................................14
4
Technical data ..........................................................................................16
5
Assembly and commissioning .................................................................19
5.1
Transport ..................................................................................................19
5.2
Installation ...............................................................................................19
5.3
Commissioning ........................................................................................21
6
Maintenance / repair ................................................................................22
7
Material and spare parts...........................................................................23
8
Description of function ............................................................................24
9
Block diagram..........................................................................................25
10.12.098 J.Bu/Obs
2/27
4345 en
SLIMLINE MODULAR SYSTEM
List of figures:
Figure 1:
Front view of the power supply system.....................................................7
Figure 2:
Dimension diagram of the SLIMLINE CARRIER (completely equipped)8
Figure 3:
Rear view of the SLIMLINE CARRIER...................................................9
Figure 4:
SLIMLINE RECTIFIER 1500 ................................................................10
Figure 5:
Dimension diagram SLIMLINE RECTIFIER 1500................................11
Figure 6:
Front view of the SLIMLINE RECTIFIER 1500....................................12
Figure 7:
Rear view of the SLIMLINE RECTIFIER 1500.....................................13
Figure 8:
Connector layout scheme.........................................................................14
Figure 9
Screw .......................................................................................................19
10.12.098 J.Bu/Obs
3/27
4345 en
SLIMLINE MODULAR SYSTEM
These operating instructions contain important instructions for installation, operation and maintenance of the SLIMLINE Carrier 4500 and its
components. The instructions must be retained and observed at all times!
Explanation of the symbols used in these operating instructions and on the components of
the power supply system:
Indicates safety instructions which must be followed to avoid danger to persons!
Indicates instructions which must be followed to avoid material
damage!
All specifications in these operating instructions must be observed
at all times!
Ready for operation/Operation
fault
10.12.098 J.Bu/Obs
4/27
4345 en
SLIMLINE MODULAR SYSTEM
1
Safety notes
The SLIMLINE CARRIER 4500 and its SLIMLINE RECTIFIER
are electronic appliances that carry voltages and currents dangerous to man.
For this reason, the following instructions must be followed at all times:
1.
Installation, operation, maintenance and repair of the SLIMLINE CARRIER
4500 should be carried out in strict accordance with the instructions in this document.
2.
Ensure that only fully trained and qualified personnel have access to the system. Only qualified and authorised personnel should be able to open the units.
3.
Even when the SLIMLINE CARRIER 4500 is completely switched off, some
of its interior components remain live as long as they are connected to the
mains supply or the battery.
4.
Installed capacitors may be charged even when the system is disconnected.
These must be correctly discharged by a qualified electrician before the connections or terminals are touched.
5.
When working at the unit, use properly insulated tools at all times which are
suitable for the levels of voltage concerned.
6.
All persons working with the unit must be familiar with the first-aid measures
to be adopted in cases of accidents involving electricity.
7.
The regulations of the local power-supply companies and all other applicable
safety regulations must be observed at all times.
10.12.098 J.Bu/Obs
5/27
4345 en
SLIMLINE MODULAR SYSTEM
2
General
The SLIMLINE CARRIER 4500 and its SLIMLINE RECTIFIER are compact 48 V power
supply systems for applications in the field of telecommunication.
This system features small size and a large permitted temperature range.
The output power of the power supply system can be extended in steps of 1.500W by connecting up to 3 SLIMLINE RECTIFIERS 1500 for each SLIMLINE CARRIER 4500 and
the parallel connection of several SLIMLINE CARRIERS 4500.
Here, 3 SLIMLINE CARRIERS 4500 are controlled by one SLIMLINE CONTROL.
The functionality of the system is rounded off by the optional inclusion of an MCU remote
monitoring system which makes possible remote monitoring of the power supply system
via a modem or TCP/IP adapter.
10.12.098 J.Bu/Obs
6/27
4345 en
SLIMLINE MODULAR SYSTEM
3
The components
The layout of the individual components of the power supply system is fixed because of
the compact modular design.
Depending on requirements different configurations are possible.
The individual components are:
•
•
1 – 3 SLIMLINE CARRIER with integrated mains filter; can be equipped with:
1 – 3 SLIMLINE RECTIFIER 1500 ( HOT-PLUG )
1 SLIMLINE CONTROL ( HOT-PLUG )
Figure 1:
10.12.098 J.Bu/Obs
Front view of the power supply system
7/27
4345 en
SLIMLINE MODULAR SYSTEM
3.1
SLIMLINE CARRIER 4500
The SLIMLINE CARRIER 4500 is intended for fitting into the following racking systems:
- 19" racking system
- ETSI racking system
The SLIMLINE CARRIER 4500 is prepared for the installation of the SLIMLINE RECTIFIER and the SLIMLINE CONTROL.
Figure 2:
10.12.098 J.Bu/Obs
Dimension diagram of the SLIMLINE CARRIER (completely equipped)
8/27
4345 en
SLIMLINE MODULAR SYSTEM
PE, L3, N3, L2, N2, L1, N1
1
2
Figure 3:
3
4
Rear view of the SLIMLINE CARRIER
1
Mains terminals (PE, L3, N3, L2, N2, L1, N1 ) for connecting the supplying mains
2
+ pole; copper bar for connecting battery and load
3
− pole; copper bar for connecting battery and load
4
Earth stud
10.12.098 J.Bu/Obs
9/27
4345 en
SLIMLINE MODULAR SYSTEM
3.2
SLIMLINE RECTIFIER 1500
The 48V-SLIMLINE RECTIFIERS 1500 feed the connected DC loads and charge/boost
the connected lead accumulator batteries at the same time. The slide-in units are hot-plug
units, that means all electrical connections are made and disconnected automatically when
plugging and unplugging the SLIMLINE RECTIFIER 1500.
There are no components in the SLIMLINE RECTIFIER 1500 which need to be accessible
under normal operating conditions.
Figure 4:
10.12.098 J.Bu/Obs
SLIMLINE RECTIFIER 1500
10/27
4345 en
SLIMLINE MODULAR SYSTEM
Figure 5:
10.12.098 J.Bu/Obs
Dimension diagram SLIMLINE RECTIFIER 1500
11/27
4345 en
SLIMLINE MODULAR SYSTEM
All connectors, control elements and indicator elements of the SLIMLINE RECTIFIER
1500 are located on the front or rear side.
1
Figure 6:
2
Front view of the SLIMLINE RECTIFIER 1500
1
LED "SLIMLINE RECTIFIER 1500 ready for operation/in operation".
( If it flashes, data are transmitted between the SLIMLINE RECTIFIER 1500 and
the SLIMLINE CONTROL )
2
LED "SLIMLINE RECTIFIER 1500 fault"
10.12.098 J.Bu/Obs
12/27
4345 en
SLIMLINE MODULAR SYSTEM
1
Figure 7:
1
10.12.098 J.Bu/Obs
Rear view of the SLIMLINE RECTIFIER 1500
Connector (AC output, control signals, DC output )
13/27
4345 en
SLIMLINE MODULAR SYSTEM
3.3
SLIMLINE CONTROL
The SLIMLINE CONTROL controls the SLIMLINE RECTIFIER and the optionally connected distribution. The SLIMLINE CONTROL organises the data flow between the
SLIMLINE RECTIFIER and the optionally insertable MCU.
Figure 8:
Connector layout scheme
The SLIMLINE CONTROL can be freely programmed via the service software. The standard programming of the relays is as follows.
1
Connector X33
PIN assignments:
10.12.098 J.Bu/Obs
X33:1
X33:2
X33:3
potential free message 1
delay 10 sec.
X33:4
X33:5
X33:6
potential free message 2
delay 1 min.
14/27
- battery test failure
- overvoltage protection released
- SLIMLINE RECTIFIER 1500 fault
- battery circuit fault
- mains fault
- temperature too high
- temperature sensor interrupted
- fan fault
- load fuse tripped
- UDC < 48 V
4345 en
SLIMLINE MODULAR SYSTEM
2
Connector X34
PIN assignments:
X34:1
X34:2
3
10.12.098 J.Bu/Obs
Battery temperature
sensor
RJ-45 plug; data connector for the connection to an external remote monitoring system
MCU or an additional SLIMLINE CONTROL
15/27
4345 en
SLIMLINE MODULAR SYSTEM
4
Technical data
Dimensions (H x W x D):
(44.45 x 483 x 340 ) mm / Carrier
Weight (completely equipped):
7.8 kg / Carrier
Weight SLIMLINE RECTIFIER
1.7kg
Altitude:
max. 2000 m above sea level
Protective class:
IP20
Permitted ambient temperature:
-33°C to +55°C
Humidity class:
F
Protective class:
I (acc. to EN60950)
Input voltage:
173V-415V (147V... 457V) / (3~);
100V-240V (85V... 264V) / (1~)
Input voltage
100V-240V (85V... 264V)
Input current per
SLIMLINE RECTIFIER 1500:
7.3A
Permitted frequency range:
47Hz ... 63Hz
Output voltages:
Boost:
Float charge:
Direct feeding
Battery circuit test:
2.4V/Z
2.23V/Z
2.0V/Z
1.8V/Z
(57.6V)
(53.5V)
(48.0V)
(43.2V)
Voltage tolerance:
Static:
Dynamic (10-90-10)%; (dt<200µs):
Settling time:
±1%
±5%
<5 ms
Output current:
28.0A-84.0A
25.2A-75.6A
20.6A-61.8A
14.0A-42.0A
11.2A-33.6A
10.12.098 J.Bu/Obs
16/27
(32.6A-97.8A)
(29.3A-87.9A)
(24.0A-72.0A)
(16.3A-48.9A)
(12.5A-37.5A)
(200V... 264V)
(185V... 200V)
(150V... 185V)
(105V... 150V)
(85V... 105V)
4345 en
SLIMLINE MODULAR SYSTEM
Output power:
max. 4500W
max. 4050W
max. 3300W
max. 2250W
max. 1800W
Efficiency:
90% (240V)
87% (100V)
(200V... 264V)
(185V... 200V)
(150V... 185V)
(105V... 150V)
(85V... 105V)
Characteristics:
Charging characteristic:
IPU
Temperature-controlled characteristic:
-4 m V/°C/cell (option for float charge)
Operation as mains unit:
IU
Power factor:
>0.95
Interference voltage:
2mV
Radio interference degree:
Class B (acc. to EN55022)
Conductor cross-sections:
Mains terminals:
Capacity of the terminals:
0.2mm²-2.5mm²/AWG24-AWG12
Battery connection; load connection:
Connections 1x CARRIER:
Connections 2-3x CARRIER:
Copper bars / 5mm hole
Copper bars / 8mm bolt
Signal connecting terminals:
Capacity of the terminals:
0.2mm²-1.5mm²/AWG26-AWG16
Protections:
Mains input ( operator side ):
Max. 16A s.b.
Potential-free signals:
Contact rating:
2 relays; each with 1 x changeover contact
max. 0.5 A/60 V DC
10.12.098 J.Bu/Obs
17/27
4345 en
SLIMLINE MODULAR SYSTEM
Standards and regulations:
Safety:
EN60950
Safety of information-technology equipment
( Exception: Touch guard and inflammability; the SLIMLINE CARRIER
4500 has no fire enclosure )
Electromagnetic compatibility / ECM:
EN61000-6-3
EN61000-6-2
EN55022
EN61000-3-2
EN61000-3-3
EN300386
Emitted interference - Residential, commercial and light industry
Interference immunity - Industrial environment
Radio interference – Limit values and measuring methods
Limit values – Limit values for harmonic currents
( ≤ 16A per conductor)
Limit values – Limitation of voltage level changes, voltage fluctuations
and flicker ( ≤ 16A per conductor)
Telecommunication network equipment – Electromagnetic compatibility
requirements
Environment:
ETS300019-1-1 class 1.3
ETS300019-1-2 class 2.3
ETS300019-1-4 class 4.1
10.12.098 J.Bu/Obs
Storage
Transport
Operation
18/27
applicable with respect to
temperature and humidity
4345 en
SLIMLINE MODULAR SYSTEM
5
Assembly and commissioning
After assembly and commissioning of the power supply system, all components are unreservedly ready for operation. No additional settings and readjustments are necessary during
operation under all permitted operating conditions.
Attention!
The safety instructions must be observed at all times during assembly, installation and commissioning!
When selecting the site, the environmental conditions specified in the section "Technical
data" must be complied with. Attention must be paid that the power supply system is not
exposed to aggressive substances and the passage of cooling air is not hampered.
All components have been set in the factory to suit the operating conditions specified by
the customer, or to default values. For normal operation it is not necessary to change the
settings.
5.1
Transport
For transport, the SLIMLINE system is provided with exactly fitting packaging.
The SLIMLINE RECTIFIERS are not transported within the SLIMLINE CARRIER. The
SLIMLINE RECTIFIERS are provided with a separate packaging.
5.2
Installation
The SLIMLINE CARRIER is provided with an overvoltage protection. The marked screw
must be removed when performing an insulation resistance measurement. After having
measured the insulation resistance, the screw must be remounted.
Figure 9
10.12.098 J.Bu/Obs
Screw
19/27
4345 en
SLIMLINE MODULAR SYSTEM
Before plugging the individual components into the SLIMLINE CARRIER and installing
the latter in the 19" racking system cabinet, attention must be paid to the following points:
Attention!
The entire power supply system must be disconnected from the
supply voltages. Neither the mains (AC) nor the batteries (DC)
may be connected and must be disconnected if they were connected.
Plug the components of the power supply system successively into the corresponding locations in the SLIMLINE CARRIER.
All electrical connections are established when the components are firmly pushed into the
SLIMLINE CARRIER. The completely equipped SLIMLINE CARRIER must be inserted
firmly into the 19" racking system cabinet and fixed with screws.
Attention!
The frontplate must be bolted on after equipping the SLIMLINE
CARRIER 4500 with the SLIMLINE RECTIFIER 1500 and the
SLIMLINE CONTROL.
Attention!
The power-supply circuits (mains input cable, battery leads) must
be provided with a disconnecting device. The disconnecting devices must be readily accessible in the vicinity of the racking system.
If an external battery is connected, then the instructions concerning the installation and maintenance given by the manufacturer of
the battery must be observed.
As protection against electric shock and lightning, etc., a potential equalisation line must
be connected, if the SLIMLINE CARRIER is not firmly fixed in a reliably earthed cabinet.
This connection must be made on the rear of the SLIMLINE CARRIER
at the earth stud (M6).
For grounding the plus terminal of the supply busbar the ground stud has to be connected
with the + terminal.
The mains terminals are located on the mains filter at the rear of the SLIMLINE CARRIER. The mains input cable must be fuse protected in the user supply system.
Battery and loads are connected via the copper bars on the back of the SLIMLINE CARRIER.
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SLIMLINE MODULAR SYSTEM
Attention!
Observe correct polarity! The battery connections must be short
circuit proof!
Provide adequate conductor cross section area to avoid excessive voltage drop on the battery input line!
The terminals for the alarm, measuring and signal lines have a maximum capacity
of 1.5 mm²/AWG16.
Attention!
The potential-free contacts have a current carrying capacity
of 0.5 A / 60 V DC.
Only a special type of temperature sensor may be fitted
(2kΩ/25C° KTY81-210). This temperature sensor is available ready for use with various line lengths.
5.3
Commissioning
Attention!
Commissioning may be carried out only by properly instructed
qualified personnel!
Attention!
Before connecting the AC and DC supplies, check the following
points:
•
Have all components of the power supply system been adjusted, mounted and connected according to the specifications?
•
Is the mains voltage within the tolerance range?
(voltage, frequency) See the Section "Technical data"
•
Is the connected battery a 48 V lead accumulator battery?
Commissioning itself is carried out by:
1)
2)
Connecting the mains
Connecting the battery
After a few seconds, the system start-up is complete and the LED "SLIMLINE CARRIER
1500 ready for operation/operating" lights up.
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SLIMLINE MODULAR SYSTEM
6
Maintenance / repair
All the components of the power supply system have been developed for continuous operation and are according the maintenance clues to treat. To ensure correct functioning, it is
recommended that the flow of cooling air is checked periodically and dust is removed from
the units if necessary.
Attention!
If servicing is carried out, the components may be exchanged only
by instructed and qualified personnel!
The SLIMLINE CARRIERS 1500 may be removed and inserted during operation (hotplug). However, this must be done steadily to avoid unnecessary contact burning.
If there is only one SLIMLINE CARRIER 1500 in the power supply system and if no battery is connected, the SLIMLINE CARRIER 1500 may only be pulled after the load has
been switched off.
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SLIMLINE MODULAR SYSTEM
7
Material and spare parts
If it is intended to extend the power supply system or if it is necessary to replace defective
components, the individual components can be ordered, stating the number of parts required and their part numbers.
BENNING
part no.
583212
Designation
Remark
SLIMLINE CARRIER 4500
120358
583207
506086
506084
SLIMLINE RECTIFIER 1500
SLIMLINE CONTROL
Frontplate
Mounting flanges 2HE
The mains filter is integrated
48V/30A
506085
Mounting flanges 3HE
506081
Mounting angle 1HE
506083
Mounting angle 2HE
506093
Mounting angle 3HE
751276
751146
751308
751202
734840
Temperature sensor
Temperature sensor
Temperature sensor
Temperature sensor
Data cable MCU-PC
10.12.098 J.Bu/Obs
23/27
For the mounting of 2
CARRIERS to one another
For the mounting of 3
CARRIERS to one another
For the mounting of the power supply system in a 19“
or ETSI cabinet
For the mounting of the power supply system in a 19“
or ETSI cabinet
For the mounting of the power supply system in a 19“
or ETSI cabinet
1.6m
2.5m
5m
10m
3m
4345 en
SLIMLINE MODULAR SYSTEM
8
Description of function
The power supply system feeds the connected DC loads and at the same time, if present,
the 48 V lead accumulator battery circuits. Up to 3 SLIMLINE RECTIFIERS 1500 for
each SLIMLINE CARRIER 4500 and max. 3 SLIMLINE CARRIER 4500 are connected
in parallel within a system.
The connected AC voltage is applied via a mains filter to the SLIMLINE RECTIFIER
1500 inputs. The mains filter is provided chiefly for suppressing interference voltages produced inside the power supply system, which would otherwise be transmitted out into the
connected mains system. Various control loops in the SLIMLINE RECTIFIER 1500 keep
the output voltage constant and ensure that the current drain from the mains is sinusoidal.
The SLIMLINE CONTROL controls the SLIMLINE RECTIFIER and the optionally connected distribution. The SLIMLINE CONTROL organises the data traffic between the
SLIMLINE RECTIFIER and the optionally insertable MCU. The potential-free error messages "Urgent Fault" and "Non-urgent fault" are issued by the SLIMLINE CONTROL
with a time delay.
The operating state "Ready for operation" or "Fault" of the SLIMLINE RECTIFIERS 1500
is signalled by two LEDs on the front panel.
If the minimum load is not at least 5% of the rated load, a fault is indicated.
In the absence of external intervention the system is normally in the "float charging" operation mode.
The value of the float charge voltage is adjusted according to the actual temperature
(-4 mV/°C/cell) when a battery temperature sensor is connected.
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9
10.12.098 J.Bu/Obs
Rack
bottom
Optional
Rack
top
Mains
fault
Signal
cable distribution
Block diagram
Optional
25/27
SLIMLINE CONTROL
X33
urgent
fault
X34
Batt.temp.+
Batt.temp.Control LVD (Distribution)
Control NPLD (Distribution)
Fault batt.circuit (Distribution)
Fault conn. circuit (Distribution)
Batt. current measuring (Distribution)
Rack I
Optional
4345 en
SLIMLINE DISTRIBUTION
SLIMLINE MODULAR SYSTEM
non-urgent
fault
10.12.098 J.Bu/Obs
Optional
Optional
X28
Rack
bottom
Rack
top
Signal
cable distribution
Mains
fault
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4345 en
SLIMLINE MODULAR SYSTEM
Optional
Rack II
10.12.098 J.Bu/Obs
Optional
X28
Rack
bottom
Rack
top
Signal
cable distribution
Mains
fault
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SLIMLINE MODULAR SYSTEM
Optional
Rack III
Operating instructions
SLIMLINE DISTRIBUTION 4500
Issued:
Revision:
Checked:
C:\qtemp\pdfhandbuch\A4120563.DOC
Date
28.02.06
18.05.07
03.08.07
Designation
TB – J.Bu
J.Bu/Wegm/Obs
Buchowski
No 4356 en
p. 1/18 p.
Kocarek
SLIMLINE MODULAR SYSTEM
Table of contents
1
Safety notes................................................................................................4
2
General.......................................................................................................5
3
Set-up .........................................................................................................6
4
Fuse monitoring .........................................................................................7
5
SLIMLINE MCU.....................................................................................10
6
Assembly and commissioning .................................................................14
6.1
System connection ...................................................................................14
6.2
Commissioning ........................................................................................15
7
Technical data (general) ..........................................................................16
8
Construction and design data...................................................................17
9
Block diagram..........................................................................................18
18.05.07 J.Bu/Wegm/Obs
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SLIMLINE MODULAR SYSTEM
This operating instructions contain important information for the installation, operation and maintenance of the SLIMLINE DISTRIBUTION 4500. The instructions
must be retained and observed at all times!
Explanation of the symbols used in these operating instructions and on the components of
the SLIMLINE DISTRIBUTION 4500:
Indicates safety instructions which must be followed to avoid danger to persons!
Indicates instructions which must be followed to avoid material
damage!
All specifications in these operating instructions must be observed
at all times!
18.05.07 J.Bu/Wegm/Obs
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SLIMLINE MODULAR SYSTEM
1
Safety notes
The SLIMLINE DISTRIBUTION 4500 is a piece of electronic
equipment carrying voltages and currents that are dangerous to
human beings.
For this reason, the following instructions must be followed at all times!
1.
Installation, operation, maintenance and repair of the SLIMLINE DISTRIBUTION 4500 should be carried out in strict accordance with the instructions in
this document.
2.
Ensure that only fully trained and qualified personnel have access to the system. Only qualified and authorised personnel should be able to open the units.
3.
Even when the SLIMLINE MODULAR SYSTEM is completely switched off,
some of its interior components remain live as long as they are connected to the
mains supply or the battery.
4.
Installed capacitors may be charged even when the system is disconnected.
These must be correctly discharged by a qualified electrician before the connections or terminals are touched.
5.
When working at the unit, use properly insulated tools at all times which are
suitable for the levels of voltage concerned.
6.
All persons working with the unit must be familiar with the first-aid measures
to be adopted in cases of accidents involving electricity.
7.
The regulations of the local power-supply companies and all other applicable
safety regulations must be observed at all times.
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SLIMLINE MODULAR SYSTEM
2
General
The SLIMLINE DISTRIBUTION 4500 is a distribution unit for applications within the telecommunications area.
The SLIMLINE DISTRIBUTION 4500 - in combination with a SLIMLINE CARRIER becomes a SLIMLINE MODULAR SYSTEM.
The functionality of the system is rounded off by the optional inclusion of a SLIMLINE
MCU remote monitoring system which makes possible remote monitoring of the power
supply system via a modem or TCP/IP adapter.
This system features small size and a large permitted temperature range.
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SLIMLINE MODULAR SYSTEM
3
Set-up
The SLIMLINE DISTRIBUTION 4500 comprises 2 battery outputs, each with a 100A battery m.c.b., an exhaustive discharge relay for the protection of the battery as well as 6 possible load m.c.b.. The load m.c.b. can be freely selected from 2A - 60A.
The load m.c.b. can be distributed across not more than one NPLD bar.
The control of the exhaustive discharge relay and the load relay is effected via the SLIMLINE CONTROL which is fitted in the SLIMLINE CARRIER.
The load and battery circuits are connected to the SLIMLINE DISTRIBUTION 4500. All
circuits are fuse protected and monitored individually. A display for indicating the bar voltage, load current and battery temperature/battery current is incorporated.
The SLIMLINE DISTRIBUTION 4500 can be optionally fitted with a SLIMLINE MCU.
The distribution drawer unit contains:
•
the printed circuit board with the exhaustive discharge relay and the load relay, the load
fuse monitoring, the cable connections to the load and battery fuses as well as the connectors for the battery and loads.
•
the battery fuses A and B
•
the optionally selectable load m.c.b. F1-F6
•
a display for indicating the bar voltage, load current and battery temperature/battery
current
•
optional SLIMLINE MCU
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SLIMLINE MODULAR SYSTEM
4
Fuse monitoring
In the event of a fuse failing, a potential-free message is effected via the SLIMLINE
CONTROL in the SLIMLINE CARRIER.
The load remains connected to the negative circuit with a resistance of approx. 20 kohm.
For an alarm the load must be connected and show an internal resistance of <100 kohm.
4
1
3
2
Figure 1: Front view of the SLIMLINE DISTRIBUTION 4500
1
Display for indicating the bar voltage, load current and battery temperature/battery current
2
Battery outputs A, B with 100A m.c.b. each
3
Load m.c.b. F1-F6
4
Optional SLIMLINE MCU
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SLIMLINE MODULAR SYSTEM
2
1
3
4
5
Figure 2: Rear view of the SLIMLINE DISTRIBUTION 4500
1
Connector for load fuses F6, F5, F4
2
+ terminal; copper bar for connecting the SLIMLINE CARRIER
3
Connector for load fuses F3, F2, F1
4
- terminal; copper bar for connecting the SLIMLINE CARRIER
5
Connector for battery fuses B, A
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4356 en
SLIMLINE MODULAR SYSTEM
Figure 3: Dimension diagram of the SLIMLINE DISTRIBUTION 4500
18.05.07 J.Bu/Wegm/Obs
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4356 en
SLIMLINE MODULAR SYSTEM
5
SLIMLINE MCU
3
1
4
5
6
2
Figure 4: SLIMLINE MCU
1
X131 PS/2 connector for connecting a modem, a TCP/IP adapter or a service PC.
(Serial interface RS232)
2
X2 RJ-45 plug; data connector for connection to a SLIMLINE CONTROL
3
Connector X130 potential-free relay
K3
K2
K1
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10/18
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SLIMLINE MODULAR SYSTEM
4
Connector X34
PIN assignment:
X34:1
X34:2
5
Battery temperature
sensor 2 kohm 25°C
Connector X100 programmable external digital inputs
8
1
6
Connector X3 supply modem 12V/350mA
PIN assignment:
X3:1 +12V
X3:2 GND
18.05.07 J.Bu/Wegm/Obs
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4356 en
SLIMLINE MODULAR SYSTEM
Standard configuration of the SLIMLINE MCU
53.5V
Boost
57.6V
Direct feeding
48V
Power limitation
100%
Automatic
charging
Battery
Temp. compensation
Float charging
Reference temperature
20°C
Bottom temperature limit
-20°C
Upper temperature limit
50°C
Temperature correction factor
-4mV
Number of cells
24
Automatic battery test
Not active
Battery test voltage
44.0V
Abort voltage
45.6V
Duration of the battery test
00:45:00 hh:mm:SS
Battery test interval
00:03:00 dd:mm:yy
Automatic charging
Not active
Recharge criterion
0.0 V/cell
Mains failure time
00:05:00 hh:mm:SS
Main charging time
04:00:00 hh:mm:SS
Charging current limitation
max.
I-channel, inverted
Not active
Indication on the display
Bar voltage., load current
batt.temp.
Low bar voltage
< 48.0V
Battery temperature too high
> 35°C
Room temperature too high
> 35°C
Exhaustive discharge relay drop
< 43.2V
Delay times
"urgent fault"
10 sec.
"non-urgent fault"
60 sec.
"common fault"
0 sec.
18.05.07 J.Bu/Wegm/Obs
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4356 en
Potential-free signalling relay
SLIMLINE MODULAR SYSTEM
18.05.07 J.Bu/Wegm/Obs
Mains failure
X130: 1,2,3
Unit fault
X130: 4,5,6
Load fuse blown
X130: 7,8,9
Urgent fault
SLIMLINE CONTROL X33:
1,2,3
Non-urgent fault
SLIMLINE CONTROL X33:
4,5,6
13/18
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SLIMLINE MODULAR SYSTEM
6
Assembly and commissioning
After assembly and commissioning of the SLIMLINE DISTRIBUTION 4500, all
components are unreservedly ready for operation.
Attention!
The safety instructions must be observed at all times during
assembly, installation and commissioning!
When selecting the site, the environmental conditions specified in the section "Technical data" must be complied with. Attention must be paid that the SLIMLINE DISTRIBUTION 4500 is not exposed to aggressive substances and the passage of cooling air
is not hampered.
All components have been set in the factory to suit the operating conditions specified
by the customer, or to default values. For normal operation it is not necessary to
change the settings.
6.1
System connection
Attention!
The power-supply circuits (battery leads) must be provided with a
disconnecting device. The disconnecting devices must be arranged
easily accessible in the proximity of the cabinet system.
Due to the single-pole fused output circuit the system is to be used
exclusively in a TN-net or TT-net, in which the plus pole is
grounded.
If an external battery is connected, then the instructions concerning the installation and maintenance given by the manufacturer of
the battery must be observed.
In order to protect against body contacts, strikes of lightning etc. the SLIMLINE DISTRIBUTION 4500 must be permanently connected to a SLIMLINE CARRIER.
Battery and loads are connected via the terminals on the rear of the SLIMLINE DISTRIBUTION.
Attention!
Observe correct polarity! The battery connections must be short
circuit proof!
Provide adequate conductor cross section area to avoid excessive voltage drop on the battery input line!
18.05.07 J.Bu/Wegm/Obs
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SLIMLINE MODULAR SYSTEM
6.2
Commissioning
Attention!
Commissioning may be carried out only by properly instructed
qualified personnel!
Attention!
Before connecting the DC supplies, check the following points:
18.05.07 J.Bu/Wegm/Obs
•
Have all components of the SLIMLINE DISTRIBUTION
4500 been adjusted, mounted and connected according to the
specifications?
•
Is the connected battery a 48 V lead accumulator battery?
15/18
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SLIMLINE MODULAR SYSTEM
7
Technical data (general)
DC input:
40 – 60 V DC
I Input:
SLIMLINE RECTIFIER max. 33A each
in total max. 100A
Input ripple:
10% SS max. permissible
Load fuse:
6 x m.c.b. 2A-60A optional equipment
Battery Imax:
84A
Load Imax:
84A
NPLD Imax:
84A
Ambient temperature:
-33 °C to + 55 °C
Altitude:
max. 2000 m above sea level
Protective class:
IP 20 DIN 40 050
Enclosure against mechanical and electrical hazards, no fire
protection enclosure, no contact protection according to
EN 60 950
Environment:
ETS300019-1-1 class 1.3
ETS300019-1-2 class 2.3
ETS300019-1-4 class 4.1
18.05.07 J.Bu/Wegm/Obs
Storage
Transport
Operation
16/18
applicable with respect to
temperature and humidity
4356 en
SLIMLINE MODULAR SYSTEM
8
Construction and design data
Dimensions (H X W X D):
44x 482.6 x 320.5 mm
Weight:
max. 5 kg
Load connection:
X4-X9 (plug-in terminal 16 mm²)
PC16/2-G1-10.16 (Phönix)
Battery connection:
X30-X31(plug-in terminal 16 mm²)
PC16/2-G1-10.16 (Phönix)
Direct current infeed:
+ terminal; - terminal on copper bars, thread M5
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9
18.05.07 J.Bu/Wegm/Obs
* Optional
bridge for
earthing the +
terminal
Signal
cable
Block diagram
SLIMLINE CARRIER
SLIMLINE CARRIER
Optional
Fault message
18/18
Fault message
Temp -
Load fuse
monitoring
Batt. fuse
monitoring
24VDC
(ext. alarm 1)
(ext. alarm 2)
(ext. alarm 3)
(ext. alarm 4)
(ext. alarm 5)
(ext. alarm 6)
(ext. alarm 7)
(ext. alarm 8)
to
4356 en
Battery A
Battery B
Load
SLIMLINE MODULAR SYSTEM
Fault message
Temp +
Assembly instructions
Assembly instructions for
SLIMLINE CARRIER and
SLIMLINE DISTRIBUTION
Issued
Revision
Checked
Date
18.07.06
11.08.06
28.08.06
C:\qtemp\pdfhandbuch\A4341826.DOC
Designation
TB-Fr.
TB-Fr/Obs
Frank
4389 en
Page 1/9 pages
Kocarek
Assembly instructions SLIMLINE
Table of contents
1
Safety notes and markings...................................................................................3
2
General.................................................................................................................4
3
Installation requirements ......................................................................................4
4
Connection and commissioning ...........................................................................9
11.08.06 – TB-Fr/Obs
2/9
4389 en
Assembly instructions SLIMLINE
Before starting the system up:
Please read the corresponding instructions, paying special attention
to the safety notes.
1
Safety notes and markings
International electrical, display and operating symbols are marked on the unit.
They have the following meanings:
Caution! See documentation!
Caution! Dangerous electrical voltage!
Alternating current
Direct current
Earth
The unit is a piece of electrical equipment carrying voltages and currents that
are dangerous to human beings. For this reason, the following instructions must
be followed at all times:
1.
Installation, operation, maintenance, and repair must always be carried
out in accordance with the accompanying documents.
2.
Ensure that only fully trained and qualified personnel have access to the
system / unit. Only qualified and authorised personnel is authorised to
open the cabinet/the unit.
3.
Even when the unit is completely switched off, some of its interior
components remain live as long as they are connected to the power supply or the battery.
4.
Installed capacitors may be charged even when the system is disconnected. These must be correctly discharged by a qualified electrician before the connections or terminals are touched.
5.
When working with the cabinet/unit, use only properly insulated tools.
6.
All persons who have to work with the cabinet / unit must be familiar
with first-aid procedures for accidents involving electricity.
7.
Always observe the regulations of the local power-supply company as
well as other safety regulations!
8.
Rectifier openings that are not used must always be closed!
11.08.06 – TB-Fr/Obs
3/9
4389 en
Assembly instructions SLIMLINE
2
General
The power supply system consists of one or several parallel-connected
SLIMLINE CARRIERS (1 U, 19 inches).
One CARRIER can house up to 3 parallel-connected SLIMLINE
RECTIFIERS. To connect the battery and the load, there are pre-fabricated distributors provided, e.g.
SLIMLINE DISTRIBUTION 4500 (1 U, 19 inches),
SLIMLINE DISTRIBUTION 13500 (3 U, 19 inches) or
discretely assembled distributors.
If SLIMLINE CARRIER and SLIMLINE DISTRIBUTION are ordered as a unit, the components are delivered as assembled and wired unit. The battery and
the loads must be connected to the corresponding terminals by the customer. If
necessary, the +connection of the "supply bar" must be connected to the earth
as a functional earthing (telephone earth FPE).
Due to the high output power and the resulting power loss of the system, some
requirements and preconditions apply to the installation and ventilation.
3
Installation requirements
The installation of the power supply unit or of the power supply system in a 19
/ 23 inch cabinet must be done according to the following instructions:
No apertures or foreign bodies must be present in the exhaust air duct
that could cause the air to escape uncontrolled or to obstruct the air flow
in the aspired and outgoing air. Furthermore, take care that the air intake
area is closed at the front to prevent that warmed-up intake air from the
cabinet is used for device cooling.
The following figures / drawings show the critical air paths of a cabinet
as an example. Clearances in space, like the exhaust air duct above the
cabinet, are taken into account. If the free air flow is impeded in the cabinet top area due to head frames or the like, the air duct must be placed elsewhere.
11.08.06 – TB-Fr/Obs
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Assembly instructions SLIMLINE
Figure 1:
Cabinet with exhaust air aperture on top
Figure 2:
Cabinet with obstacle in the top area (head frame)
11.08.06 – TB-Fr/Obs
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Assembly instructions SLIMLINE
Explanations on the figures 1 and 2:
A=
power supply 1; 2 or 3 x 1 U, e.g. SLIMLINE CARRIER 4500
Power loss with 1 fully equipped carrier (3 rectifiers) = 500 W
Power loss with 2 fully equipped carrier (6 rectifiers) = 1000 W
Power loss with 3 fully equipped carrier (9 rectifiers) = 1500 W
B=
Distribution, e.g. 1 U SLIMLINE DISTRIBUTION 4500 or
3 U SLIMLINE DISTRIBUTION 13500
(1) =
Bulkhead towards the lower housing space
(2) =
Deflector (45° angle) to guide the exhaust air into the exhaust air duct1
(3) =
Bulkhead towards the top installation space (as exhaust air duct, close
it up to the upper cover!2)
(4) =
Deflector plate (45° angle) for the air guidance
1
Example for (2),
Leg length of the deflector angle and the straight duct depend on the cabinet depth (T).
In case of more than 3 carriers, adapt the cabinet depth.
The profile dimensions at different cabinet depths must ensure an optimum exhaust air guidance.
2
Example for (3),
Bulkhead over the carrier covers all apertures.
The cut-out of the bulkhead must be dimensioned according to the 1 U or
the 3 U distributor (DISTRIBUTION).
A perforation in the rear wall or the side walls of the cabinet is not admissible.
11.08.06 – TB-Fr/Obs
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Assembly instructions SLIMLINE
F=
Clearance (distance between cabinet and room ceiling)
T=
Cabinet depth
E=
Dimension for closed front.
Space below and above the carrier without apertures in the front area
(shunt air flow is prohibited); also filters, door, detachable covers etc.
are not allowed!
Measure E = 30 mm for 1 carrier
Measure E = 45 mm for 2 carriers
Measure E = 72 mm for 3 carriers
Example: Cabinet depth 400 mm
max. 3 carriers
measure F = 750 mm,
only grid meshes or diamond meshes are allowed on top in the exhaust
air duct, free aperture surface approx. 95%!
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Assembly instructions SLIMLINE
Example: Cabinet depth 450 mm
max. x carrier(s)
measure F = xxx mm, DRAFT
Example: Cabinet depth 520
max. x carrier(s)
measure F = xxx mm, DRAFT
11.08.06 – TB-Fr/Obs
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Assembly instructions SLIMLINE
4
Connection and commissioning
Install the unit / system in a dry and dust-protected environment.
The flow of cooling air must not be obstructed.
On account of its heavy weight, the racking unit must be provided with
crossrails or runners on the right and left.
The unit / system as delivered is ready for operation.
Before connecting up, make sure that the specifications on the rating plate and data sheet agree with the actual mains and battery voltages.
The circuit diagram should be observed at all times!
Make the mains connection only when the mains supply voltage is switched off!
According to the VDE regulations an accessible mains disconnecting device must be installed in the vicinity of the unit / system.
Install equipotential bondings with sufficient conductor cross-section
(e.g. 16 mm²) (wiring pin in the terminal area) to protect the device/the
unit against interference voltage (e.g. due to lightning strokes).
If necessary, connect the +terminal of the "supply bar" with earth (telephone earth FPE).
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Description
Battery
Contents
1
General............................................................................................................... 2
2
Safety prescriptions with regard to use batteries ............................................... 2
Issued:
Revision:
Checked:
Date
03.06.98
Name
TB-Obs
03.06.98
Enck
C:\qtemp\pdfhandbuch\A0356009.DOC
No. 3256 en
Page 1/2 pages
Description - Battery
1
General
The documentation of the battery is attached to the battery. Please read this description, paying special attention.
2
Safety prescriptions with regard to use batteries
Batteries should be charged, maintained and changed only by personnel who
have been trained for this. These instructions and the prescriptions of the battery manufacturers have to be observed! Near to batteries it is prohibited to
smoke and use open fire. No inflammable materials or sparking equipment (e.g.
machine tool) may be in a distance of min. 2 m of the battery which is charged.
Working with tools with high surface temperature (e.g. soldering iron, hot-air
blower etc.) is prohibited.
During battery charging explosive gasses are generated. The
ventilation during the charging process and min. one hour after
end of the charging process has to be warranted.
The room must be ventilated. Before each charging process the function of a
present ventilating system has to be verified. Fire prophylactics have to be available.
Parts which can be sucked via the ventilators may not be deposited near the charger. Obstructed ventilation slots result in overheating and inflammability.
Do not use water to cool overheated chargers, but let them cool
down in switched-off state.
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