18
Hardware description modules
18.1
Master card E3X120
The master card E3X... is contained in all CI1145 models.
There are 3 types of master cards are available:
Master card
Part. Nr.
for FM installations
E3X120
511421
–
for increased
power supply
–
E3X120 (FM)
E3X120 (P-FM)
546632
559700
!
!
!
18.1.1
–
Features
Central processing unit for the fire detection control unit series CI1145 (CS1140) supplied
with basic equipment, comprising:
! Main processor
! Battery charging unit max. 27Ah battery
! Control outputs for alarm horns
! Control outputs for fire control installations
! Output contacts for remote transmission
! Supply outputs 24VDC
! Connector for membrane keyboard (housing front panel)
! Connector for max. 4 plug-in line cards and 1 RS232 module
! Interfaces
– C-Bus for external operating panel, Gateway etc.
– E-Bus for max. 4 line cards K3M...
– I-Bus for max. 4 optional I-Bus-modules E3M..., E3G..., E3L... etc.
– Data Bus for parallel indicator panel B3R051 or K3R072 for synoptic panel or for relay
card K3G060
! Integrated ground fault monitoring
! Card format 205mm x 340mm
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450/16
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18.1.2
Key data
Current consumption
– when operating on the mains
– when operating on battery
– maximum upon alarm
(29.6V)
(24V)
(24V)
Monitored control line ’alarm horn’
– Operating voltage in
’normal operating condition’
– Operating voltage ’active phase’
– Maximum current (active phase)
– Line termination element
– Active phase
130mA + 100mA for LCD back lighting
120mA + 120mA for LCD back lighting
350mA (without external load + battery charge)
1)
1)
2.3V (Open line > 3.5V /short circuit <1.0V)
24..30V (reversed polarity to ’active condition’)
630mA (fuse ’F1/2’)
Resistor 4k75
Continuous signal / intermittent 1sec/1sec
Output contact remote transmission
– max. load
1A/30V
Combined driver outputs/control inputs
– Application as ’control output’
– Application as ’control input’
power rating up to 40mA (24V) short circuit
via dry contact
Connection ’Emergency power battery’
– Type of battery
– Charging characteristic
Supply outputs
Lead batteries 2x12V / ...27Ah (fuses ’F6/7’)
temperature compensation designed for ALARMCOM
(FIAMM) batteries or equivalent
– ’24V supply external’ (’K6’)
– ’24V supply internal’ (’K4’)
– 5V via ’K1’ (I-Bus modules)
NOTE: output monitoring possible, depending on parametrization via AlgoWorks
max. 630mA / 1A (fuse ’F3’)
max. 630mA / 1A (fuses ’F4/5’)
max. 500mA
RAM
– permanently soldered
8 x 128k x 8Bit
EPROM
– pluggable at pos. ’D1’+’D2’
2 x 512k x 8Bit (e.g. 27C4001)
1) The LCD back lighting is only active upon operation or alarm, additional 4mA for CI1145-2 for ’FBA’
Battery charging curves
ALARMCOM (FIAMM)
Alternatives
Genesis G12V120W15
Power-Sonic PS12260
U [V]
U [V]
U [V]
2.40
2.38
2.36
2.34
2.32
2.30
2.28
2.26
2.24
2.22
2.20
2.18
2.16
!"'&
!"(%
!"($
!"('
!"(!
!"(&
!"!%
!"!$
!"!'
!"!!
!"!&
!"#%
!"#$
!"'&
!"(%
!"($
!"('
!"(!
!"(&
!"!%
!"!$
!"!'
!"!!
!"!&
!"#%
!"#$
Ua max. [V]
Ua middle [V]
Ua min. [V]
0 10 20 30 40 50 T [°C]
Ua max. [V]
Ua mitte [V]
Ua min. [V]
&
#& !& (& '& )&
T [°C]
(at ! 40°C 100%
battery charging
not guaranteed)
Ua max. [V]
Ua min. [V]
&
#& !& (& '& )&
T [°C]
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18.1.3
Important components
9
10
30
5
31
1
K5
18
K6
BR1
BR3
11
F5
12
4
BR2
8
K4
7
K3
6
K2
F4
1
K7
F3
13
6
BR5
BR6
V5
K1
31
6
BR4
F6
5
1
F1
F2
14
1
K8
20
31
K9
F7
ST1
S3
J1
31
J3
J2 X30
X60
F8
15
1
K10
16
21
21
24
28
E3X120
G1
1
K11
K12
50
I-Bus 68
ST4
V1
25
3
V10
V2
21
I-Bus 69
H2
20
H3
V9
S2
17
ON
1
V8
23
H4
S1
V7
19
H1
V3
H7
I-Bus 70
H5
H6
ST6
22
29
ST3
4
clock
I-Bus 71
X31
Y31
EVEN
D2
V4
2
ODD
D1
27
26
1
2
3
4
ST1
ST3
ST4
ST6
Flat cable header (26-pin): I-Bus
Connector: LCD illumination
Connector: FBA key (only for CI1145-2 ’CH’)
Flat cable header (Mini): RS232, maintenance PC, printer etc.
5
6
7
8
9
10
11
12
13
K1
K2
K3
K4
K5
K6
K7
K8
K9
Plug-in terminals: supply for the I-Bus modules
Plug-in terminals: input voltage 29.6V
Plug-in terminals: battery 24V
Plug-in terminals: output voltage for remote transmission
Plug-in terminals: C-Bus
Plug-in terminals: 24V external outputs 1 + 2
Plug-in terminals: control lines for alarm horns 1 + 2
Plug-in terminals: remote transmission fault and alarm
Plug-in terminals: data bus for parallel indicator panels or synoptic card
(C
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14 K10
15 K11
16 K12
Plug-in terminals: control outputs/inputs
Plug-in terminals: operation enabled key switch
Plug-in terminals: door contact
17
18
19
20
Connector: for line cards
Connector: for RS232 card K3I060
Connector: for membrane keyboard
Connector: for FBA membrane keyboard (only for CI1145-2 ’CH’)
V1-V4
V5
V7-V9
V10
21 50
22 S1
S1-1
on
all inputs/outputs inactive
S1-2
on
remote transmission (alarm + fault) and alarm horns
inactive
Y31
X31
S1-3
S1-4
S1-5
X60
X30
J2
J3
J1
Controller: FBA controller (only for CI1145-2 ’CH’)
Programming switch:
temporary service functions
unused
S1-6
on
control line alarm horns intermittent 1sec./1sec.
S1-6
off
control line alarm horns continuous signal
configuration
23 S2
24 S3
Key: Reset CPU
Key: Battery ’start without mains’
25 G1
Lithium battery 3V / 70mAh: RAM buffering for clock, user data etc.
– data storage time: minimum 2 weeks, typical >100 days
– maintenance-free
26 D1/D2
EPROM plug in spaces
27 X31/Y31 Programming connector: EPROM size
’X31’ plugged-in = EPROM size 512Kx8Bit (ex-works positioning)
’Y31’ plugged-in = EPROM size 1024Kx8Bit
28 X30/X60 Programming connector: Ground fault monitoring
’X60’ plugged-in = ground fault monitoring control unit active
disconnected= ground fault monitoring control unit inactive
’X30’ on pos. ’J1’ = C-Bus not monitored for ground fault
on pos. ’J2’ = C-Bus monitored for ground fault,
provided that ’X60’ is also active
29 H1..H7
30 BR1-6
Service-LEDs:
’H1’
green
’H2’
yellow
’H3’
yellow
’H4’
red
’H5’
red
’H6’
red
’H7’
red
not used
all inputs/outputs inactive
all remote transmission horns inactive
fault remote transmission
alarm horn 1
alarm horn 2
alarm remote transmission
Resistors to modify the C-Bus cable impedance:
Position
Cable impedance of 110!, e.g. for
G51 0.6Ø
Cable impedance of 50!" e.g. for
MICC
BR5,6
402Ω
182Ω
BR1,2,3,4
110Ω
inserted at factory
49.9Ω
– A modification of impedance is in general only necessary if the C-Bus line is > 100m.
– Specification of resistors for impedance values other than 110! or 50! " see document e1594
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!,-,.!/0+*12,3+
450/16
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40?
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31 Fuses
Master card
Fuses
Notes
E3X120
E3X120 (FM)
Part.Nr. 511421 Part. Nr. 546632
F1
control line alarm horn 1
630mA/T
F2
control line alarm horn 2
630mA/T
F3
24V supply remote transmission
’internal’
F4/5
24V supply outputs 1/2 ’external’
F6/7
battery
F8
control outputs/inputs
630mA/T
1)
E3X120 (P-FM)
Part. Nr. 559700
1A/T
3,15A/T
6,3A/T
1A/T
1) The rating of the fuses F3/4/5 can be increased from 630mA/T up to max. 1A/T
(e.g. to provide 24V to printer B2Q191 etc.). The total current of the outputs K1, K4, K6, K7 and K10 must
not exceed 1.7A.
$"
)*+
!,-,.!/0+*12,3+
450/16
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40?
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18.1.4
Connections
K5
K4
K3
K2
K1
CI1145 (E3X120)
Plug-in terminals K1
1
0V
2
Supply for I-Bus modules
5V + 3
24V + 4
Input voltage
29.6V " /2%
Battery 24V
blue
blue
C-Bus (return line)
Ext. Supply output 1
Ext. Supply output 2
K7
K8
K9
to I-Bus modules
E3M.../E3L.../E3G... etc.
green
red
E3X120
Plug-in terminals K2
+ 1
0V – 2
from converter B2F...
Plug-in terminals K3
F6
+ 1
F7
– 2
battery 24V / ...27Ah
Plug-in terminals K4
F3
+ 1
Supply remote transmission
– 2
C-Bus
K6
to remote transmission equipment
AlgoPilot B3Q...
Plug-in terminals K5
1
B1
2
A1
3
B2
A2
4
K5–3
K5–4
K5–1
K5–2
Plug-in terminals K6
F4
+ 1
– 2
3
F5
+ 4
– 5
K7–1
K7–3
K7–5
K7–4
K7–6
external audible alarm devices
Monitored control line
Alarm horn 1
Monitored control line
Alarm horn 2
Remote transmission
FAULT (LED H4)
(Normal operation = 1/3 closed)
Remote transmission
ALARM (LED H7)
(Normal operation = 4/5 closed)
Plug-in terminals K7
F1
+ 1
– 2
F2
+ 3
– 4
Plug-in terminals K8
1
2
3
4
5
6
max. 0.5A
4.75kΩ
max. 0.5A
4.75kΩ
24V
1)
24V
max.1A / 30V
to remote transmission device
max.1A / 30V
Plug-in terminals K9
1
(Clock)
2
3
Data bus Parallel display B3R...
(data)
or Synoptic card K3R...
4
5
(Load)
6
B3R051
or K3R072
K1–1
K1–3
K1–2
K2–1
K2–2
K2–3
K2–4
K2–5
K2–6
1) The indicated polarity at the terminals K7-1...4 applies to the active state
$B
)*+
!,-,.!/0+*12,3+
450/16
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40?
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K10
K11
K12
E3X120
CI1145 (E3X120)
ST4
Plug-in terminals K10
Q1/I1 – 1
Control outputs/inputs
(as outputs max.
– 2
Q2/I2
40mA/24V)
– 3
Q3/I3
Q4/I4 – 4
Q5/I5 – 5
– 6
Q6/I6
– 7
Q7/I7
– 8
Q8/I8
Q9/I9 – 9
Q10/I10 – 10
– 11
Q11/I11
– 12
Q12/I12
Q13/I13 – 13
Q14/I14 – 14
– 15
Q15/I15
– 16
Q16/I16
F8
+ 17
18
0V
19
Plug-in terminal block monitored
against removal
20
Externally enabled
operation
Plug-in terminals K11
1
Operat. enabled
C
2
relay function ’output’
(location outside the
housing admissible)
ST6
ST3
signal transmitter (contact) function ’input’
(location outside the housing admissible)
Z3B171
A2
A1
900Ω
10A 250VAC
14
12
11
Quiescent current 33mA at 29.6V
(27mA at 24V)
external key switch (optional)
26-pin
Flat cable header ST1
Data communication
I-Bus modules
to the I-Bus modules
20-pin
Flat cable header (Mini) ST6
Data communication RS232
Input
door switch
Plug-in terminals K12
1
2
according to application
– Printer B2Q191
– Maintenance PC (B3D021)
– PSA/Pager interface K3I090
door switch (optional)
internal wiring
3-pin
Connector ST3
LCD
to LCD illumination
FBA key
2-pin
Connector ST4
FBA key
$D
)*+
!,-,.!/0+*12,3+
450/16
.*!7!86,90*:5*8;,<
!/=84:4;*!6,>+
40?
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@$AB@@"
18.2
Line card ’interactive’ K3M071
The line card K3M071 is not integrated into CI1145-x (supplied separately).
18.2.1
!
!
!
!
!
!
!
Overview
Line card for 1 interactive detection line (stub or loop line)
Can be inserted in the E3X120 master card (E-Bus)
max. 4 x K3M071 possible
Card address (E-Bus) is given by the plug-on location
The detection line is galvanically isolated from the control unit
Integrated ground fault monitoring
Card format 151mm x 69mm
18.2.2
Key data
Addresses
.... 128
1)
Number of wires
2
Cable type
twisted
Line resistance
....120 !
1) 2)
Line capacitance
....300nF
1) 2)
Line short circuit immunity
yes (separator in each manual call point and input/output module, automatic detectors are available with or without separator)
T-branch
yes
Quiescent current at 24V
(typical)
120mA for 128 detectors
(53mA without detectors + 0.5mA per D-Bus device)
1) For limitations at ’acquisition level’ " see document e1508
2) with MICC max. 1000m from the control unit to the last detector, with RADOX max. 2000m
18.2.3
Important components
1
5
2
K1
K3M071
ST1
3
1
1
2
3
Connector ’ST1’ to plug into master card E3X120, connector ’V1....V4’ (E-Bus)
Philips screw M3x8
2 spacer pins nylon
$E
)*+
!,-,.!/0+*12,3+
450/16
.*!7!86,90*:5*8;,<
!/=84:4;*!6,>+
40?
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@$AB@@"
18.2.4
Connections
1
K3M071
Plug-in terminals K1
+ 1
– 2
interactive detection line
3
loop or stub line
+
4
return with loop
line
– 5
1
Connection of shielding if used (not essential)
$#
)*+
!,-,.!/0+*12,3+
450/16
.*!7!86,90*:5*8;,<
!/=84:4;*!6,>+
40?
!"#$$%&"'
@$AB@@"
18.3
Line card ’collective’ K3M080
The line card K3M080 is not integrated into CI1145-x (supplied separately).
18.3.1
Overview
Line card for 4 collective detection lines (stub lines)
Can be inserted in the E3X120 master card (E-Bus)
max. 4 x K3M080 possible
Card address (E-Bus) is given by the plug-in location
Short circuit can be evaluated either as fault or alarm
Line termination with Transzorb or EOL22, depending on the type of line
2 different types of line available (programmable via AlgoWorks) dependent on the detector series connected
! Card format 151mm x 69mm
!
!
!
!
!
!
!
18.3.2
Line type
Key data
1)
Detector series which can be connected
Type 11
Type 1
DS11 / MS9 / 716
MS6/7 / 9 / 24 / (DS11)
for details " see chapter 18.3.5
Number of detectors per line
max. 25
Number of wires per line
2)
2
Cable type
twisted (untwisted allowed)
Line resistance
max. 150!
Line capacitance
Line termination element
Line voltage
max. 250!
max. 4"F
max. 4"F
Transzorb 20V
EOL22 (Ex)
see table ’Line voltage’ chapter 18.3.3
45 – 60mA during AI pulse
max. 4.5mA during AI blank phase
Alarm current limitation
Line voltage limitation
26.5 ... 27.7V
Line current in ’quiescent condition’
max. 4.5mA
Reset time
3 Sec.
Switch-on alarm delay period
4.6 Sec.
Fault signal delay
15 Sec.
Module quiescent current at 24V (typical)
48mA
1) When parameterizing the line types (SWE11) it must be known which detector series are being connected
(K3M080 is supplied with 4 Transzorbs)
2) for limitations " see documents e825 and e1508
18.3.3
Line voltage
Line type 11
’Alarm’
3.2 ... 16.4V
’Quiescent’
17.3–24.1V
’Open line’
23.3 – 27.7V
’Short circuit’
0 – 3.7V
[V]
0
’Leak’ 15.7 – 18.0V
’Quiescent’
18.9–22.2V
Line type 1
’Alarm’
3.2 ... 16.4V
’Short circuit’
0 – 3.7V
’Open line’
21.4 – 27.7V
[V]
0
’Leak’ 15.7 – 19.7V
$(
)*+
!,-,.!/0+*12,3+
450/16
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40?
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18.3.4
Line termination elements
Transzorb
(part number 460 051)
EOL22 (Ex)
(part number 516 222)
18.3.5
Compatibility detectors ! line type
Incompatible
– AT3
– ATAN3
– MS6 detectors
– External response indicators with incandescent lamps
– SE20 with incandescent lamp as response indicator
– FES 7.5 detectors
– 220V detectors
Line type 11
" Line termination using
Transzorb 20V
Standard application, also for Ex
detectors via DC1192 or MLK20
Line type 1
" Line termination using EOL22(Ex)
for older detectors and for mixed
lines (new and older types of detector)
Compatible detectors
AlgoRex detectors:
DO110x , DT110x , DM110x, DC1192
Older detectors:
MS716 , MS9 , MLK20 , T2416/18 , D2417 , SE22, AT4x, AT5x without SE2
Base: Z70, Z72, Z72A, Z74*, Z74A*, Z90, Z94, Z96
*Limitations: Z74 and Z74A only as of year of construction 1988 (year index W)
D900 only as of year of construction 1983 (year index R)
! if in doubt, use line type 1
Ex-detectors (without limitation)
Operation via DC1192 with SB3: DO110x Ex, DT110x Ex
(or via MLK20 with SB3)
F911, D901, D921 with base Z91C/Z94C
D2401 Ex, S2406Ex
F6A Ex, D6A Ex
Compatible detectors
AlgoRex detectors:
DLO1191, (with mixed lines also DO110x, DT110x, DM110x, DC1192)
Older detectors:
MS6* , MS7*, MS9 , MS24 , SE20* , SE22 , MLK20, AT4x, AT5x, SE2
Base electronics: Z70, Z72, Z72A, Z74, Z74A, Z90, Z94, Z96
*Limitations: With MS6 and MS7 note the detector types or applications listed
under ’Incompatible’
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)*+
!,-,.!/0+*12,3+
450/16
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40?
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18.3.6
Important components
1
8
K1
6
4
K3M080
S1
ON
ST1
5
1
3
F1
2
1
1
2
3
4
5
6
Fuse ’F1’ 1A/F for 5V supply (SMD fuse, can only be changed at factory)
Connector ’ST1’ to plug into master card E3X120, connector ’V1....V4’ (E-Bus)
Programming switch ’S1’:
Facilitates the classification of a line short circuit as a fault or as an alarm (collectively
for all 4 lines)
S1 set to ”off” at factory
S1-1
not used
S1-2
on
Short circuit evaluated as alarm (AI pulse generator active)
S1-2
off
Short circuit evaluated as fault
Philips screw M3x8
2 spacer pins nylon
4 Transzorb
$'
)*+
!,-,.!/0+*12,3+
450/16
.*!7!86,90*:5*8;,<
!/=84:4;*!6,>+
40?
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@$AB@@"
18.3.7
Connections
1
K3M080
Collective
Collective
Collective
Collective
Plug-in terminals K1
+ 1
detection line 1
– 2
+ 3
detection line 2
– 4
+ 5
detection line 3
– 6
+ 7
detection line 4
– 8
*
!"#$%&'($%))%*%&+,#-./+0%123
!"#$%&'($%%%)%*%45!11%6478
*
Line type 11 or 1
max.150Ω or 250Ω
Z-diode 5.6V
*
Line type 11 or 1
alarm contact
3
4k3
Ex detectors
Line type 11 or 1
2
*
MLK20
SB3
Explosion hazard area
24VDC
Line max. 20Ω
4
3
3
EOL22 (Ex)
Ex detectors
Line type 11 or 1
*
DC1192
SB3
Explosion hazard area
24VDC
4
1
2
3
4
Max. 25 collective DS11 detectors MS6, MS7, MS9, MS24 depending on type of detector, " see document e825
The 24V lead to the MLK20 may be max. 20Ω Important: Making current 0.5A (1 sec.)
For details of max. permissible line resistance etc. " see document e1204 with latest
index
Local compensating earth
$C
)*+
!,-,.!/0+*12,3+
450/16
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!/=84:4;*!6,>+
40?
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@$AB@@"
18.4
Line card ’AnalogPLUS’ K3M111
The line card K3M111 is not integrated into CI1145-x (supplied separately).
18.4.1
!
!
!
!
!
Overview
Line card for 4 AnalogPLUS detection lines (loop or stub lines)
Can be inserted in the E3X120 master card (E-Bus)
max. of 2 K3M111 line cards possible (but only 512 detectors permissible)
Card address (E-Bus) is given by the plug-in location
Card format 151mm x 138mm
18.4.2
Key data
1)
Addresses per line
.... 128
Number of wires
2
Cable type
twisted (untwisted allowed)
Line resistance
....150 !
1)
Line capacitance
....300nF
1)
Line short-circuit immunity
yes
(separator in each detector, manual call point and input/output module)
Line topology
Loop or stub line / T-tap via DC1135
Quiescent current at 24V
(typical)
238mA with 512 detectors
(50mA without detectors + 0.31mA per D-Bus device)
1) for limitations at ’acquisition level’ " see document e1508
2) with MICC max. 1000m from the control unit to the last detector, with RADOX max. 2000m
18.4.3
Important components
1
20
K1
3
K3M111
F1
F2
1
ST1
2
4
1
2
3
4
Fuse ’F1’ 1A/T for 24V supply
Fuse ’F2’ 1A/T for 5V supply
Connector ’ST1’ to plug into master card E3X120, connector ’V2,V3’ or ’V4’ (E-Bus)
2 Philips screw M3x8
4 spacer pins nylon
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18.4.4
Connections
K3M111
1
Plug-in terminals K1
+ 1
– 2
AnalogPLUS detection line 1
loop or stub line
3
+ 4
return loop line
– 5
+ 6
– 7
AnalogPLUS detection line 2
loop or stub line
8
+ 9
return loop line
– 10
+ 11
– 12
AnalogPLUS detection line 3
loop or stub line
13
+ 14
return loop line
– 15
+ 16
– 17
AnalogPLUS detection line 4
loop or stub line
18
+ 19
return loop line
– 20
1
Connection of shielding if used (not essential)
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18.5
RS232 card K3I060
The RS232 card K3I... is not integrated into CI1145-x (optional).
18.5.1
!
!
!
!
!
!
Overview
For the conversion of the HCMOS level to RS232
Can be inserted in the E3X120 master module, connector ’V5’
Contains 2 serial RS232 interfaces
An interface with extended functions, e.g. for telephone modems
Both interfaces with galvanic isolation
Card format 55mm x 70mm
18.5.2
Key data
Current consumption 24V (from E3X120)
17mA
Rate of transmission
up to max. 19’200 baud
18.5.3
Important components
1
5
3
1
K3
K2
K3I060
2
ST1
3
1
1
2
3
Connector ’ST1’ to plug into master card E3X120, connector ’V5’
Philips screw M3x8
2 spacer pins nylon
18.5.4
Connections
K3I060
RS232-1
RS232-2
Plug-in terminals K2
(transmit) TXD 1
(receive) RXD 2
(ground) GND 3
Plug-in terminals K3
(transmit) TXD 1
RTS 2
(receive) RXD 3
CTS 4
(ground) GND 5
e.g. printer
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18.6
AC/DC Converter B2F020 / B2F040 / B2F060
In each control unit CI1145-x a B2F040 or B2F020 is integrated, depending upon model.
B2F060 use only to supply external devices such as door magnets etc. (optional).
18.6.1
Overview
Converts the mains voltage to the system voltage
Built-in mains fuse (unscrew metal cover to exchange fuse)
Mains voltage 115/230VAC by means of internal connector (set at factory for 230VAC)
Requires no special cooling
Primary switched converter
Additional surge protector (mains side) only necessary in special cases
Current limitation and short circuit proof on the secondary side (parallel operation not
permissible, not even if de-coupled via diodes)
! With metal shielding
! Dimensions 210 x 98 x 40
!
!
!
!
!
!
!
18.6.2
Key data
B2F020
B2F040
B2F060
Mains voltage
115 / 230VAC +10%/–15%
50...60Hz
115 / 230VAC +14%/–20%
50...60Hz
1)
115 / 230VAC +14%/–20%
50...60Hz
1)
Power consumption together
with control unit
40...220VA
30...200VA
30...120VA
Mains fuse
internal 3.15A/T permanently integrated, not exchangeable on site
internal 3A/T ’FS1’
internal 3A/T ’FS1’
Output current
max. 6A continuous (limited)
max. 3.5A continuous
max. 4.5A continuous
Output voltage
29.6VDC +/− 2%
29.6VDC +/− 2%
24VDC +/− 2%
Residual ripple
max. 300mVpp
max. 180mVpp
max. 150mVpp
Quiescent current with battery operation
0mA
0mA
–
Temperature range
0°C .... +70°C without ventilator,
automatic switch-off at >90°C
–10°C .... +60°C max. 90% load 2)
–10°C .... +60°C max. 90% load 2)
Standard
CE / prEN54-4
CE / prEN54-4
CE / prEN54-4
1) VdS and FM approved +10% / –15%
2) VdS approved 0°C .... 40°C
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18.6.3
Important components
Note!
Check mains voltage setting before commissioning
The converter is supplied by the factory at 230VAC. To switch over to 115VAC ! remove
metal cover and then reinsert jumper at the ’115VAC’ pin.
Converter B2F020
2
1
3
7
4
115VAC
DANGER!
230VAC
5
6
2
1
2
3
4
5
6
7
Mounting flange
Mounting screws for metal shield
Clamp to fasten the mains cable
Terminals ’L’/’N’/’E’: mains connection
not used
Terminals ’–’/’+’: load 24V
Jumper for switchover 115VAC/230VAC
Converter B2F040/060
A
1
2
3
115V
230V
FS1
DANGER!
4
5
7
6
A
6
1
2
3
4
5
6
7
Jumper for switchover 115VAC/230VAC
Mains fuse ’FS1’ 3A/T
Terminals ’L’/’N’/’G’: mains connection
Protection for mains cable
Terminals ’–COM’/’+V’: load 24V
Installation openings
Mounting screw and stud for metal cover
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18.6.4
Connections
DANGER!
Converter B2F... may only be built into housings which are not accessible to unauthorized persons.
B2F020
L
N
Input voltage
(115VAC) 230VAC / 50...60Hz
max. 220VA
E
Opt
Sd
–
–S
+S
+
–
+
Output voltage
29.6VDC / max. 6A
Phase
Neutral
Ground
mains
Jumpers inserted at the factory (essential)
K2
2
1
to master card E3X120
DANGER!
B2F040
Input voltage
(115VAC) 230VAC / 50...60Hz
max. 200VA
FS1
L
N
G
:
:
Output voltage
29.6VDC / max. 3.5A
Phase
Neutral
Ground
mains
K2
2
1
COM
COM
93
93
to master card E3X120
B2F060
Input voltage
(115VAC) 230VAC / 50...60Hz
max. 120VA
FS1
Output voltage
24VDC / max. 4.5A
L
N
G
:
:
Phase
Neutral
Ground
mains
COM
COM
93
93
door magnet
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