Transcript
Data sheet ____________________________________________________________________________________________________________________
SecuriFire
BX-OI3 Output/input module for SecuriLine eXtended Beginning with edition number 20-2100001-01-02 The BX-OI3 output/input module can be used as either O/I module or as detector/detection zone for connecting special detectors.
It meets the SecuiLine eXtended specification for operation on the Fig. 1 BX-OI3 ring circuit of the SecuriFire fire detection system. ____________________________________________________________________________________________________________________
Description The BX-OI3 can be connected to the SecuriLine eXtended ring circuit of the SecuriFire fire detection system. The BX-OI3 can be used as either an O/I module (1 relay output, 2 monitored inputs, 1 opto-isolator) or as detector/detection zone for connecting special detectors. Input 1 can be programmed as checkback. Addressing and parameter assignment for the BX-OI3 is performed with PC software via the fire alarm control panel. The BX-OI3 includes a short-circuit isolator. In the event of wire breakage or a short-circuit, this functionality ensures that the fault is localised and at the same time maintains the full operability of the ring circuit.
Interfaces
SecuriLine eXtended (X2) Terminal 1 2 3 4 5 6
Designation L1 GND GND L2SHLD SHLD
Description Data A GND A GND B Data B Screen Screen
Relay output (X3) Terminal 1 2 3
Designation NC COM NO
Description Data A GND A GND B
Areas of application Use as O/I module 1x relay output for actuating fire incident control (e.g. lift control system) *) 2x monitored inputs for polling potential-free contacts (e.g. sprinklers) 1 opto-isolator input for polling external voltages (e.g. 5 V, 12 V)
Fig. 2 BX-OI3 interfaces
Inputs (X1) Terminal 1 2 3 4 5 6 7
Designation VEXT+ IN3+ IN3IN2+ IN2IN1+ IN1-
Description Monitored ext. Power supply Input 3+ Input 3Input 2+ Input 2Input 1+ Input 1-
Securiton AG Alpenstrasse 20 3052 Zollikofen Switzerland
Use for connecting special detectors 1x relay output for resetting the special detector 2x monitored inputs for polling the alarm and fault contact 1x opto-isolator input for monitoring the voltage supply of the special detector * Input is always implemented as monitored, i.e. termination resistance and alarm resistance are always required.
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Data sheet To be able to connect a special detector (aspirating smoke detector, line type smoke detector etc.) to the BX-OI3, it must have at least one potential-free contact each for alarm and fault. Resetting the special detector is done by interrupting the voltage supply via the BX-OI3 relay output. If a suitable reset input is available on the special detector, it can be actuated directly via the relay outputs. The voltage supply of the special detector is monitored via the opto-isolator input. This also enables connecting devices whose fault contact does not become active when there is no power supply. Use for connecting special detectors In principle, any special detector can be connected to the BXOI3 provided it has two potential-free contacts for alarm and fault and that it can be reset by interrupting its voltage supply or via its own reset input. To ensure reliable operation, each special detector has to be checked and then implemented with a fixed defined parameter set in SecuriFire Studio. The following table shows the checked special detectors to be connected and the parameter sets of the SecuriFire Studio to be used (SecuriFire Studio V2.1). Parameter-Set in Studio ARDEA IP65 / EX ARDEA J ASD 51x PM-5MPX U7698B MINIBOOM RAS 51B RAS 54 RAS 51B/53B SPB-E ADW 511 UNILASER XL MHD/TSC U7652B/WMX5000
ILIA SPB 651 BSD 535 LISTEC
Manufacturer designation Setronic ARDEA IP65 S-SF and ARDEA EEX S ECO 25/50 Securiton SecuriRAS ASD 51x Det-Tronics IR-flame detector PM-5MPX Det-Tronics IR- flame detector U7698B Setronic Miniboomerang 2S Securiton RAS 51B and RAS 52B Securiton RAS 54 Securiton RAS 51B/53B Hochiki SPB-E Securiton Transafe ADW 511 And ADW 511A Kidde-Deugra UNILASER & RAS XL Securiton SecuriSense MHD535 UV/IR- flame detector Det-Tronics U7652B Minimax WMX5000 Setronic ILIA Securiton Sprinker-test box SPB 651 Securiton SecuriBeam BSD 535 Listec sensor cable
Planning Use as O/I module It is imperative that the technical data are strictly observed.
Inputs 1 and 2 can be operated as monitored or unmonitored inputs when using termination and alarm resistance in each case. The maximum number of BX-OI3s per ring depends on the total number of connected detectors and modules, on the line length and on the wire cross-section of the concerned ring.
Use for connecting special detectors If the BX-OI3 is used to connect a special detector, a corresponding detector address must be designated for it in SecuriFire Studio. As a result, the BX-OI3 is shown and operated like an automatic detector on the indication and control map of the fire alarm control panel (e.g. MG 14/7). Multiple BX-OI3s can be grouped into a detection zone in order to simplify operation. During first-time commissioning the fixed predefined parameter set of the connected special detector must be assigned to the BX-OI3 via SecuriFire Studio from a selection list. If your special detector is not listed, please contact the Securiton support centre. The maximum number of special detectors per ring is identical to the maximum possible number of BX-OI3s. This depends on the total number of connected detectors and modules, on the line length and on the wire cross-section of the concerned ring. Only four different types of special detectors can be connected per ring. If they are already planned in SecuriFire Studio, these four special detectors appear in the selection list for this ring. Because most special detectors have high power requirements, a power requirement calculation should always be carried out for the fire alarm control panel. If it is determined that direct power supply from the power supply unit of the FACP is not possible, then either another FACP or an external power supply unit must be used. If an external power supply unit is used, ensure that countryspecific standards and directives concerning battery capacity, approval (e.g. VdS) etc. are observed. If power is supplied directly to the special detectors from the power supply unit of the FACP, some special detectors can be operated only a few hundred metres from the fire alarm control panel due to their high quiescent current (dependent on the wire cross-section of the supply lines and the minimum operating voltage). The BX-OI3 can be mounted up to 30 m from the special detector and interface of the special detector.
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BX-OI3
Data sheet Connection examples
ADW 511/ADW 511A (ADW 511 parameter set) GND
GND
L1 SHLD
SHLD
L2
X2
NC COM NO
1
X1
L1
GND
Relay
GND
SHLD L2
Input 1
Input 2
SHLD
1
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
+ -
Input 3
External power supply unit
BX-OI3
B5-PSU B6-PSU
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
The voltage supply of the special detector is monitored by means of an opto-isolator on the BX-OI3 output/input module. This also enables connecting devices whose fault contact does not become active when there is no power supply. When connecting the voltage supply, ensure that it is conveyed from the power supply unit via the reset contact of the BX-OI3 directly to the special detector and then from this back to the voltage monitor on the BX-OI3. Only in this way can it be ensured that also the voltage supply between BX-OI3 and special detector is monitored.
1
X3
GND
GND
L1 SHLD
SHLD
180
180 Fault relay
18
16 17
14 15
a r ra
10 11 12 13 a r ra
1
X3
Alarm relay
1
7 8 9
1 2 3 4 5 6
NC COM NO
Power supply 24V
X1
L1
Relay
L2
GND
GND
SHLD
Input 1
Input 2
SHLD
1
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
+ -
Input 3
External power supply unit
BX-OI3
B5-PSU B6-PSU
X2
180
L2
180
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
Use as O/I module
ADW 511 ADW 511A
Actuation of fire incident controls
Fig. 5 Connection: ADW 511/ADW 511A
180 180
monitored
Polling of potential-free contacts
not monitored
+
Monitoring of external voltages
Fig. 3 Use as O/I module
RAS 51B and RAS 52B (RAS 51B parameter set) GND
GND
L1 SHLD
SHLD
L2
a
L1
Relay NC COM NO
1
18
16 17
14 15
12 13
a ra r Fault relay
Alarm relay
X3
180
180 7
180
180 6
3
r ra
4 5
1 2 24V Power supply
GND
GND
L2
SHLD
SHLD
Input 1
Input 3
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
+ -
1
1
2 1 24V
X2
BX-OI3 External power supply unit
NC COM NO
X1
Power supply
10
11
Fault relay
12
ra r a
14
15
ra r a Alarm relay
13
20
19
Reset -
Reset +
ASD 515 ASD 516
1
180
X3
180
180 180
1
L1
Relay
GND GND
SHLD L2
Input 1
SHLD
1
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
+ -
Input 3
External power supply unit
BX-OI3
X2
B5-PSU B6-PSU
SHLD
Input 2
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
B5-PSU B6-PSU
X1
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
L2
Input 2
GND
L1 SHLD
10 11
GND
8 9
ASD 51x (ASD 51x parameter set)
RAS 51B
Fig. 6 Connection; RAS 51B und RAS 52B Fig. 4 ASD 51x connection
BX-OI3
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Fault relay NC C NO NC 8 7 6 5
Miniboomerang
X1
180
1 _
X2
X3 _
RAS XL
MINIBOOMERANG (MINIBOOM parameter set)
GND GND
L1 SHLD SHLD L2
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Fig. 7 Connection; RAS XL
ARDEA J ARDEA J
transmitter TX receiver RX
JP B - ialways remove
60 s
JP A - delay time relay
INT8BA
Alarm relay
Fault relay
+
_
180
180
External Display
90 s
NC
C
NA
NC
C
NA
Power supply 24V
External Display + 0V 24V _ +
Isolate
+
_
180
180
_ +
_ +
PSU Power Power Status out in
Stö Trouble
X1
30 s
+
Network
Al 2
1
NC COM NO
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
B5-PSU B6-PSU
X3
X2 L1
GND
GND
SHLD L2
SHLD
BX-OI3
Relay
Input 1
Input 2
Input 3
+ -
External power supply unit
+ -
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
B5-PSU B6-PSU
Ring 1
immediately
X1 2 x 2 x 0,8 screened max. 1000 m 1 x 4 x 0,8 screened max. 20 m
Screen
180
Al 1
180
Pre Al 2
180
JP B
IN4+ 1
CM NC NO CM NC NO
L1 1
RRX + _
IN4-
Pre Al 1
180
JP A
BX-IM4 Exernal power supply unit
Relay
GND
GND
L2
SHLD
SHLD
BX-OI3
RAS XL (UNILASER XL parameter set)
Screen
RTX + _
IN3-
L1
IN3+
GND
Input 4 180
Relay
Input 3 180
IN2-
GND
SHLD IN2+
NC COM NO
Input 2 180
SHLD L2
SHLD IN1+
SHLD
X2 Input 1 CM NO
180
Input 1
GND IN1-
CM NO
180
CM NO
180
CM NO
180
Input 2
L2
BX-OI3
1 L1
Input 3
X3
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
GND
Input 1
Input 2
Input 3 X2
180
1
NC COM NO
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
Ring 2
180
+ -
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
X1
Power supply Alarm relay C NO _ + 4 3 2 1
External power supply unit
B5-PSU B6-PSU
V4 G4 C4 L4 V3 G3 C3 L3 V2 G2 C2 L2 V1 G1 C1 L1
B5/B6-DXI2 (X2) B6-BCU (X12)
Data sheet ARDEA and BOOMERANG (ARDEA IP65/Ex parameter set)
GND GND
L1 SHLD SHLD
L2
1
1
1
Boomerang or ARDEA BOOMERANG
Receiver TX/RX
1
Fig. 9 Connection; ARDEA and BOOMERANG
1
180
Fig. 8 Connection; MINIBOOMERANG
BX-OI3
Data sheet REK 511 (ASD 51x parameter set)
1
GND
L1 SHLD
SHLD
L2
X2
X1
1
1
L1
Relay
GND GND
SHLD L2
1
NC COM NO
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
+ -
Input 3
External power supply unit
NC COM NO
X3
GND
BX-OI3
L1
SHLD L2
GND GND
Relay
Input 3
SHLD
1
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
+ -
B5-PSU B6-PSU
X2
Input 1
BX-OI3 External power supply unit
SHLD
Input 2
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
B5-PSU B6-PSU
X1
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
L2
SHLD
GND
L1 SHLD
Input 1
GND
Input 2
ECO 25/50/80 (ARDEA J parameter set)
X3
1
MEA 720 (max. 5 mA)
St-
0V
ECO
Al+
0V
+
1
+
2
_
+24V
180
180
Fig. 10 Connection; ECO 25/50/80
180
+
LOOP LOOP+
MRP 915
180
SSD 515-xS
Al
180
NC C NO
180
RE+
GND 3 4 Base contact OUT REL
180
RE-
5
180
4
RARA+
3
Al
IN St + G N D (NC) C (NO)
RNA
St
REK 511 Fig. 11 Connection; REK 511
d-List, 1 detection zone per sensor cable (LISTEC parameter set)
PWR
B5-PSU B6-PSU
SCU 800
+
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
External power supply unit
ST3/3 ST3/2 ST3/1
+ -
BR 2
1
AL 2
A
7
C
8
+
9
-
10
Input 2
SHLD
Input 1
SHLD L2 GND
X3 NC COM NO
Relay
GND L1
SHLD
1
4 x 180
L1
6
GND
C
Input 3
GND
5
BX-OI3
SHLD
AL 1
A
LG 1
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
L2
4
180
C
FAULT
3
1
NO
X2
2 1
NC
X1
180
EXR
LG 2
Fig. 12 Connection; d-List 1 detection zone
BX-OI3
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Data sheet d-List, 2 detection zones per sensor cable (LISTEC parameter set)
PWR
B5-PSU B6-PSU
SCU 800
+
VExt5 GndExt5 VExt4 GndExt4 VExt3 GndExt3 VExt2 GndExt2 VExt1 GndExt1
External power supply unit
ST3/3 ST3/2 ST3/1
+ -
BR 2
1
AL 1
9
-
10
1
4 x 180
3
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
BX-OI3 Input 3 Input 2 Input 1
1
L1
GND
SHLD L2
Relay
GND L1
SHLD
NC COM NO
1
4
SHLD
GND
X3
LG 1
180 180
1 2
L1
X2
Relay print
GND
SHLD
AL 2
+
Relay
1
8
NC COM NO
X1
C
EXR
1
7
GND
X3
A
SHLD L2
GND
6
SHLD
Input 1
GND
C
Input 2
GND
5
L2
A
L1
4
BX-OI3 Input 3
X2
C LG 1
Vext+ IN3+ IN3IN2+ IN2IN1+ IN1-
SHLD
3
L2
NO
180
FAULT
2 1
NC
X1
180
SHLD
LG 2
Fig. 13 Connection; d-List 2 detection zones
Article numbers / spare parts Short designation BX-OI3 GEH MOD IP66 MM SM M20 MM ANB M16 MM GM M16
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Art. number CH 115.249 774 403.239 917 428.242 578 ---
Output/input module IP66 map case for BX-OI3 M20 step nipple M16 mounting screw union M16 counter-nut
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Art. number 20-2100001-01-03 FG020234 MM000181 MM000185 MM000186
BX-OI3
Data sheet Technical data Function Operating voltage Power consumption (module’s power consumption only) Signal transmission Protection type Ambient temperature Connection VdS approval EU certificate of conformity (EN 54-17/18) Dimensions (H x W x D) Relay output Relay Type of contact Switching voltage Switching current Breaking capacity Switching frequency Connection Monitored inputs Connection Polling current Polling voltage Termination resistance Alarm resistance Line resistance Polling impulse Polling cycle Input filter Periodic duration Line length Connection
Output/input module 12 to 30 0.55 Serial data transmission, 2-line technology 66 with map case -20 to +60 Screw terminals max. 1.5 G210133 0786-CPD-21011 67 x 67 x 20
1 Bistable, one coil Change-over contact 230 0.1-2000 60 (0.25 A at 230 V) max. 3.125 (a relay can change its state every 160 ms per ring, provided no other command has to be performed) Screw terminals max. 2.5 2 IN1- and IN1+, IN2- and IN2+, potential-free contacts 10 3-6 180 180 Max. 30 100 66 10 >8 (switching states which last longer than 330 ms and whose repetition time is greater than 8 s are recorded) Max. 30 Screw terminals max. 1.5
Opto-isolator input Connection Voltage range Input resistance Input current Galvanic separation Line length Connection
1 IN3- and IN3+, potential-dependent signals 0 to 30 4,900 Max. 6 By opto-isolator Max. 1,000 Screw terminals max. 1.5
Input voltage monitoring Connection Voltage range Input resistance Monitoring current Galvanic separation Line length Connection
BX-OI3
1 IN3- and VEXT 0 to 30 10 Approx. 1.9 at 24 V By opto-isolator Max. 1,000 Screw terminals max. 1.5
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First edition: 26.11.2010 Bed/ksa The product specifications contained in this document are subject to change without notice. © Copyright by Securiton
VDC mA IP °C 2 mm
mm Pc.
V mA W Hz 2
mm
Pc. mA V Ω Ω Ω μs ms μs s m 2 mm Pc. V Ω mA m 2 mm Pc. V kΩ mA m 2 mm
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