Related Manuals for LST BC06 Series
Summary of Contents for LST BC06 Series
- Page 1 Connection of detectors Labor Strauss User Manual Subject to change without notice...
- Page 2 All rights reserved. Under the copyright laws, no part of this manual or of the software may be multiplied, copied, disseminated, trans- ferred by photo-technical means, reproduced, translated, or reduced to any electronic medium or machine-readable form, in whole or in part, without the prior written consent of Labor Strauss Sicherungsanlagenbau GmbH Wien.
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Page 3: Table Of Contents
16000......................39 Connection of Series FI7x0/RF wireless detectors................40 2.8.1 RF Interface FI7x0/RF/CWE......................40 2.8.1.1 Notes...............................40 2.8.1.2 Connection............................40 2.8.2 RF Expander FI7x0/RF/WE......................41 2.8.2.1 Connection FI700/RF/WE – old version..................41 2.8.2.2 Connection FI700/RF/WE – new version – and FI720/RF/WE............41 Connection-LST.odt / 2009 / AN9161298 200/3... - Page 4 2.13.1 Sounder EMA1224B4x........................73 2.13.1.1 EMA1224B4R D / EMA1224B4W D (old version)................73 2.13.1.2 EMA1224B4R-D / EMA1224B4W-D (new version)..............73 2.13.2 Sounder DBS1224B4x........................74 2.13.2.1 Sounder DBS1224B4W D (old version)..................74 2.13.2.2 Sounder DBS1224B4W-D (new version)..................74 2.13.3 Sounder MS1R..........................75 Connection-LST.odt / 2009 / AN9161298 200/4...
- Page 5 FI750/DDH with Series FI750 .....................109 Intrinsically safe detection circuits for hazardous areas ..............110 3.6.1 Automatic detectors and manual call points with the Conventional Zone Module FI700/M1CZ..110 3.6.1.1 Optical Smoke Detector SLR-E-IS....................110 3.6.1.2 Automatic detectors Series ORBIS I.S..................111 Connection-LST.odt / 2009 / AN9161298 200/5...
- Page 6 Smoke Aspiration System FAAST LT – Model FL0122..............150 3.8.29 Smoke Aspiration System FAAST 8100E..................151 3.8.30 Thermal Detectors 6295, 6296, 6297 and 6298................152 3.8.30.1 Notes.............................152 3.8.30.2 Connection............................152 3.8.31 Thermal Max Detector SWM-1KL....................153 3.8.32 Thermal Max Detector SWM-1KL-140..................154 Connection-LST.odt / 2009 / AN9161298 200/6...
- Page 7 FI700/M6IN2REL................169 3.12 Loop sounders and strobes.........................170 3.12.1 Notes...............................170 3.12.2 Address setting..........................170 3.12.3 Sounder FI700/WM/SOUR – FI700/WM66/SOUR................171 3.12.3.1 Connection............................171 3.12.3.2 Tone setting...........................171 3.12.4 Sounder FI700/WM/MT/SOUR – FI700/WM/MT/SOUW.............171 3.12.4.1 Connection............................171 3.12.4.2 Tone setting...........................171 3.12.5 Sounder FI700/FBRI/MT/SOUW....................172 Connection-LST.odt / 2009 / AN9161298 200/7...
- Page 8 3.15.4 Parameterising modules on the BC216....................192 3.15.5 Parameterising wireless elements on the BC216................193 3.15.6 Settings of the wireless detectors that are made with the parameterisation software WirelEx..194 Analogue values - Condition of detectors/modules ..............195 Connection-LST.odt / 2009 / AN9161298 200/8...
- Page 9 Contamination detection and maintenance prognosis .............200 Series FI700/FI750 elements on the BC216 / BC600.................200 Maintenance prognosis........................200 6.2.1 Series FI700/FI750 elements on the BC216 ...................200 6.2.2 Series FI700/FI750 elements on the BC600 ...................200 Detection of detector replacement......................200 Connection-LST.odt / 2009 / AN9161298 200/9...
- Page 10 Connection of detectors Labor Strauss Connection-LST.odt / 2009 / AN9161298 200/10...
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Page 11: Introduction
Labor Strauss Sicherungsanlagenbau GmbH Wien (LST) or by persons expressly authorized by LST for this purpose. The present manual does not provide any information concerning the expert planning or design of a fire detec- tion system. -
Page 12: Conventional Technology
To perform a reset of a conventional detector, the corresponding zone has to be disabled for at least 8 seconds. Connection-LST.odt / 2009 / AN9161298 200/12... -
Page 13: Cable Requirements
Chapter 2 • Conventional technology 2.1.4 Cable requirements The line resistance of the conventional detection line must be below 50 Ohm per wire. This corresponds, when using a 0.5mm² wire (AWG20), to a distance of approx. 1400m. Connection-LST.odt / 2009 / AN9161298 200/13... -
Page 14: Connection Of Manual Call Points
HM/HFM/x/12/xx/N (with N standing for mains voltage)! It differs from the type HM/HFM/x/12/xx in that it has additional covers for the insulation of the mains voltage. The instructions on the safe use, which can be found in the enclosed packet, must be strictly observed! Connection-LST.odt / 2009 / AN9161298 200/14... -
Page 15: Connection Of Hfm/Hm With Individual Address Module Ng58-1
Chapter 2 • Conventional technology New version of the Manual Call Points HFM/HM 2.2.1.1 Connection of HFM/HM with individual Address Module NG58-1 Old version of the manual call points New version of the manual call points Connection-LST.odt / 2009 / AN9161298 200/15... -
Page 16: Connection Of Hfm/Hm With Address Module Ng58-1 - Sum Indication
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.2.1.2 Connection of HFM/HM with Address Module NG58-1 – sum indication Old version of the manual call points New version of the manual call points Connection-LST.odt / 2009 / AN9161298 200/16... -
Page 17: Connection Of Manual Call Points Series Hme
Address modules are connected to the Manual Call Points Series HME in the same way as to the Manual Call Points Series HFM/HM. The connection of these manual call points is shown in Chapters 2.2.1.1 and 2.2.1.2. Connection-LST.odt / 2009 / AN9161298 200/17... -
Page 18: Connection Of A C31
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.2.3 Connection of a C31 The alarm resistor has already been installed. The end-of-line resistor has to be connected to the termi- nals of the C31. Connection-LST.odt / 2009 / AN9161298 200/18... -
Page 19: Connection Of The Spring-Button Call Point Sm/5/52/02/0X
Connection of detectors Labor Strauss Chapter 2 • Conventional technology Connection of the Spring-button Call Point SM/5/52/02/0x Connection-LST.odt / 2009 / AN9161298 200/19... -
Page 20: Connection Of Automatic Detectors
As a consequence, a capacitor has to be defined as end-of-line element – for further instructions please consult the corresponding manual of the fire detection control panel. 2.4.1.2 Connection Connection-LST.odt / 2009 / AN9161298 200/20... -
Page 21: Connection With Diode Base Fc600/Brd
Up to three remote indicators PA58-3 can be connected to the remote output of the detector. For this purpose the „TAB“ of every remote indicator has to be broken out. When only one remote indicator is connected to the detector, the „TAB“ must not be broken out. Connection-LST.odt / 2009 / AN9161298 200/21... -
Page 22: Connection Of Detectors With Remote Indicator Pa58-3 And Address Module Ng58-1
If an address module is connected to more than one detector, the address module is activated in the alarm condition of one of these detectors and indicates the preset address. 2.4.1.6 Connection of detectors with Relay Base FC600/BREL The contact rating of the relay is 1A at 30VDC. Connection-LST.odt / 2009 / AN9161298 200/22... -
Page 23: Automatic Detectors Series Fc650
If a Remote Indicator PA58-3 is used, a 1kOhm series resistor has to be inserted between terminal „RA“ of the detector base and the Remote Indicator PA58-3. Since detector production code 2011/48, the series resistor can be omitted. Connection-LST.odt / 2009 / AN9161298 200/23... -
Page 24: Connection
BC06 and the BC600 can fulfil this requirement. The installation of diode bases with end-of-line resistors is not allowed. In the settings of the control panel, a capacitor must be para- meterised as an end-of-line element. Connection-LST.odt / 2009 / AN9161298 200/24... -
Page 25: Connection Of Detectors With Remote Indicator Pa58-3 And Address Module Ng58-1
Remote Indicator PA58-3. Since detector production code 2011/48, the series resistor can be omitted. If an address module is connected to more than one detector, the address module is activated in the alarm condition of one of these detectors and indicates the preset address. Connection-LST.odt / 2009 / AN9161298 200/25... -
Page 26: Connection Of Detectors With Relay Base Fc600/Brel
The contact rating of the relay is 1A at 30VDC. A 1kOhm series resistor has to be inserted between terminal „RA“ of the detector base and the Remote Indicator PA58-3. Since detector production code 2011/48, the series resistor can be omitted. Connection-LST.odt / 2009 / AN9161298 200/26... -
Page 27: Connection Of Duct Detectors Fi700/Ddh / Fi750/Ddh / Fi750/Ddh-2
„R+“ and „+“. Furthermore, the already installed detector base (which is intended for Series FI700 loop detectors) needs to be changed to an FC600/BR. This connection has been drawn for the FI700/DDH, but it also applies to the two FI750/DDH versions mentioned. Connection-LST.odt / 2009 / AN9161298 200/27... -
Page 28: Intrinsically Safe Detection Circuits
Detectors in the hazardous area must always be connected at the end of a detector line. After such areas you must not connect detectors designed for safe areas. The safety barrier must be installed outside the hazardous area. Connection-LST.odt / 2009 / AN9161298 200/28... -
Page 29: Optical Smoke Detector Slr-E-Is
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.5.1 Optical Smoke Detector SLR-E-IS The cabling in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/29... -
Page 30: Automatic Detectors Series Orbis I.s
In the hazardous area, up to 28 detectors may be connected. For the connection of the ORBIS I.S. detectors, the Detector Base MB-50018 is needed. The cabling in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/30... -
Page 31: Thermal Detectors 6295 And 6296 With Safety Barrier Es58-2
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.5.3 Thermal Detectors 6295 and 6296 with Safety Barrier ES58-2 The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/31... -
Page 32: Detectors Without Energy Storage - Contact Detectors
Manual Call Point Series HME HME/FFFF/11/TT/LL/x Manual Call Point Series HME - 1 aux. cont. HME/FFFF/12/TT/LL/x Manual Call Point/Red/Standard UNI3021C Thermal Max Detector/IP67/Conv SWM-1KL-57 Thermal Max Detector/IP67/Conv SWM-1KL-80 Thermal Max Detector/IP67/Conv SWM-1KL-100 Thermal Max Detector/IP67/Conv SWM-1KL-140 Connection-LST.odt / 2009 / AN9161298 200/32... -
Page 33: Manual Call Point With Zener Barrier Z978
The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. A short circuit at the output of the Z978 (terminals 1 / 4) will be evaluated as alarm. Connection-LST.odt / 2009 / AN9161298 200/33... -
Page 34: Manual Call Point With Safety Barrier Es58-2
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.5.4.2 Manual call point with Safety Barrier ES58-2 The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/34... -
Page 35: Thermal Max Detector With Zener Barrier Z978
The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. A short circuit at the output of the Z978 (terminals 1 / 4) will be evaluated as alarm. Connection-LST.odt / 2009 / AN9161298 200/35... -
Page 36: Thermal Max Detector With Safety Barrier Es58-2
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.5.4.4 Thermal max detector with Safety Barrier ES58-2 The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/36... -
Page 37: Intrinsically Safe Detectors For Hazardous Areas
The installation in the hazardous area has to comply with the local regulations and with EN 60079 because the energy in the supply line is not limited by a safety barrier. The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/37... -
Page 38: Flame Detectors For Hazardous Areas
Response time 16511 16519 16521 UV/IR2 By means of the DIP switches, the detector can be adjusted to the various operating conditions. The switches 6 and 7 allow you to change the response time. Connection-LST.odt / 2009 / AN9161298 200/38... -
Page 39: Flame Detectors Series 16000
Flame Detectors Series 16000 The installation in the hazardous area has to comply with the local regulations and with EN 60079 because the energy in the supply line is not limited by a safety barrier. Connection-LST.odt / 2009 / AN9161298 200/39... -
Page 40: Connection Of Series Fi7X0/Rf Wireless Detectors
If a voltage that is higher than 9V is present on the CWE terminals 'Siren line' and if the polarity is cor- rect, the parameterised wireless alarming devices will be activated. If a voltage that is lower than 9V is present on the terminals in question, the alarming devices will be inactive. Connection-LST.odt / 2009 / AN9161298 200/40... -
Page 41: Rf Expander Fi7X0/Rf/We
Connection FI700/RF/WE – old version 2.8.2.2 Connection FI700/RF/WE – new version – and FI720/RF/WE If the expander is powered by an external power supply, the country-specific regulations concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/41... -
Page 42: Connection Of Special Detectors
The detector can be adapted to different operating conditions by means of DIP switches. The response time can be selected with DIP switches 6 and 7. Type EN 54-10 Class 1 Response time 16581 16589 16591 UV/IR2 2.9.1.2 Connection Connection-LST.odt / 2009 / AN9161298 200/42... -
Page 43: Flame Detector Series 800/24-Vst-K-N
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.9.2 Flame Detector Series 800/24-VST-K-N Connection-LST.odt / 2009 / AN9161298 200/43... -
Page 44: Thermal Detectors 6295, 6296, 6297 And 6298
Type EN 54-5 Class 6295 57°C – A2S 6296 72°C – B2 6297 87°C – CS 6298 117°C – ES 2.9.3.2 Connection Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/44... -
Page 45: Thermal Max Detector Swm-1Kl
(bimetallic strip) is used. Therefore the quiescent current of a detector is 0. The connection below can be used for the 57, 80 and 100 degree version. 2.9.4.2 Connection Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/45... -
Page 46: Thermal Max Detector Swm-1Kl-140
Connection of detectors Labor Strauss 2.9.5 Thermal Max Detector SWM-1KL-140 2.9.5.1 Notes The integrated resistor has to be replaced by a 1kOhm resistor. 2.9.5.2 Connection Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/46... -
Page 47: Thermal Detector Ht-27121-275
Type Alarm temperature 27121-0-225 107°C 27121-0-275 135°C LST AN242170 27121-0-325 162°C 27121-0-360 182°C 27121-0-450 232°C 27121-0-600 315°C 27121-0-725 385°C 2.9.6.2 Connection Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/47... -
Page 48: Heat Detector Wmx5000Fs
You must not connect more than one detector to a detector zone with Rab = 3.3kΩ. Detector zones with Rab = 5.6kΩ or Cab = 47µF are not suitable. Therefore the device is only compatible with the BC016 and the BC600 (GIF608-1). Connection-LST.odt / 2009 / AN9161298 200/48... -
Page 49: Linear Detectors
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.10 Linear detectors 2.10.1 Linear Heat Detector Unit LWM-1 For the evaluation of temperature, a special sensor cable is connected to the Linear Heat Detector Unit Alarmline LWM-1. Connection-LST.odt / 2009 / AN9161298 200/49... -
Page 50: Linear Heat Detector Unit Scu800
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.10.2 Linear Heat Detector Unit SCU800 Connection-LST.odt / 2009 / AN9161298 200/50... -
Page 51: Linear Heat Detector Unit Skm-03
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.10.3 Linear Heat Detector Unit SKM-03 Connection-LST.odt / 2009 / AN9161298 200/51... -
Page 52: Linear Heat Detector Unit Adw511A
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.10.4 Linear Heat Detector Unit ADW511A Connection-LST.odt / 2009 / AN9161298 200/52... -
Page 53: Linear Heat Detector Unit Adw535-1
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.10.5 Linear Heat Detector Unit ADW535-1 Connection-LST.odt / 2009 / AN9161298 200/53... -
Page 54: Beam Smoke Detector Fr50/100
An alarm verification according to EN 54-2 Type A is not permissible (in the case of the BC600, the alarm verification is set through the properties of the zone, and in the case of the BC216 it is set through the type of zone). Connection-LST.odt / 2009 / AN9161298 200/54... -
Page 55: Beam Smoke Detector Fr2000
An alarm verification according to EN 54-2 Type A is not permissible (in the case of the BC600, the alarm verification is set through the properties of the zone, and in the case of the BC216 it is set through the type of zone). Connection-LST.odt / 2009 / AN9161298 200/55... -
Page 56: Beam Smoke Detector Fr3000
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.10.8 Beam Smoke Detector FR3000 Connection-LST.odt / 2009 / AN9161298 200/56... -
Page 57: Beam Smoke Detector Fr5000
2.10.9.1 Old version Please note that if the detector zone is disabled, the messages of the FR5000 will not be evaluated. Therefore, the detectors 1 through 4 must be used in the same fire area. Connection-LST.odt / 2009 / AN9161298 200/57... -
Page 58: New Version
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.10.9.2 New version Connection-LST.odt / 2009 / AN9161298 200/58... -
Page 59: Beam Smoke Detector Thefirebeam Plus
After the supply voltage is applied to the detector, the fault relay will still be de-energised for 8s. Therefore, the fire detection control panel may show a temporary fault message after enabling the detector zone, after panel reset or after a power-on. Connection-LST.odt / 2009 / AN9161298 200/59... -
Page 60: Smoke Aspiration Systems
2.11.1.1 Connection of one unit On pin connector JU2/3 (main printed circuit board), the jumper has to be set to position 1-2, which means that the fault relay is set to operate as NORMALLY OPEN contact. Connection-LST.odt / 2009 / AN9161298 200/60... -
Page 61: Smoke Aspiration System Titanus Pro·sens - Tp1/A With 2 Channels
Smoke Aspiration System Titanus PRO·SENS – TP1/A with 2 channels On pin connector JU2/3 (main printed circuit board), the jumper has to be set to position 1-2, which means that the fault relay is set to operate as NORMALLY OPEN contact. Connection-LST.odt / 2009 / AN9161298 200/61... -
Page 62: Smoke Aspiration System Titanus Pro Sense - Tp-4
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.11.3 Smoke Aspiration System Titanus PRO SENSE – TP-4 Connection-LST.odt / 2009 / AN9161298 200/62... -
Page 63: Smoke Aspiration System Titanus Top Sense - Tt-1
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.11.4 Smoke Aspiration System Titanus TOP SENSE – TT-1 Connection-LST.odt / 2009 / AN9161298 200/63... -
Page 64: Smoke Aspiration System Titanus Super Sens - T-Ss
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.11.5 Smoke Aspiration System Titanus Super Sens – T-SS Connection of address module Connection-LST.odt / 2009 / AN9161298 200/64... -
Page 65: Smoke Aspiration System Vesda Vlf-250 / Vlf-500
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.11.6 Smoke Aspiration System Vesda VLF-250 / VLF-500 The Smoke Aspiration System Vesda VLF-500 has the same terminal configuration as the VLF-250. Connection-LST.odt / 2009 / AN9161298 200/65... -
Page 66: Smoke Aspiration System Asd532
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.11.7 Smoke Aspiration System ASD532 Connection-LST.odt / 2009 / AN9161298 200/66... -
Page 67: Smoke Aspiration System Asd535 - 1 Channel
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.11.8 Smoke Aspiration System ASD535 – 1 channel Connection if the ASD535 is equipped with 1 channel. Connection-LST.odt / 2009 / AN9161298 200/67... -
Page 68: Smoke Aspiration System Asd535 - 2 Channels
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.11.9 Smoke Aspiration System ASD535 – 2 channels Connection if the ASD535 is equipped with 2 channels. Connection-LST.odt / 2009 / AN9161298 200/68... -
Page 69: Smoke Aspiration System Asd533
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.11.10 Smoke Aspiration System ASD533 Connection-LST.odt / 2009 / AN9161298 200/69... -
Page 70: Smoke Aspiration System Faast 8100E
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.11.11 Smoke Aspiration System FAAST 8100E Connection-LST.odt / 2009 / AN9161298 200/70... -
Page 71: Smoke Aspiration System Faast Lt - Model Fl01Xx - With 2 Channels
If an Optical Laser Smoke Detector 7251 of a Smoke Aspiration System FAAST LT is replaced with a detector F-SEN-SSE, the firmware of the smoke aspiration system must also be updated. For this purpose, we will provide you with the manufacturer's instructions, if necessary. Connection-LST.odt / 2009 / AN9161298 200/71... -
Page 72: Connection Of Door Magnets
When connecting door magnets, please make sure that the nominal current of the relay contact is not exceeded. Additionally, a separate 24VDC electric circuit and a clamping diode 1N4004 have to be used for the door magnet. Connection-LST.odt / 2009 / AN9161298 200/72... -
Page 73: Connection Of Sounders And Strobes
2.13.1.2 EMA1224B4R-D / EMA1224B4W-D (new version) Connection Screw terminals Clip Tone 1200-500Hz DIN tone 800Hz continuous tone removed 500-1200Hz Slow whoop tone removed 1200-500Hz DIN tone Connection-LST.odt / 2009 / AN9161298 200/73... -
Page 74: Sounder Dbs1224B4X
2.13.2.2 Sounder DBS1224B4W-D (new version) Connection Screw terminals Clip Tone 1200-500Hz DIN tone 800Hz continuous tone removed 500-1200Hz Slow whoop tone removed 1200-500Hz DIN tone Connection-LST.odt / 2009 / AN9161298 200/74... -
Page 75: Sounder Ms1R
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.13.3 Sounder MS1R DIP switch Tone 1 Tone 2 1200-500Hz DIN tone 1000Hz continuous tone 500-1200Hz Slow whoop tone 1000Hz continuous tone Connection-LST.odt / 2009 / AN9161298 200/75... -
Page 76: Sounder Rolp
Connection of detectors Labor Strauss 2.13.4 Sounder ROLP DIP switch Tone 1 Tone 2 1200-500Hz DIN tone 970Hz – BS tone 500-1200Hz Slow whoop tone 970Hz – BS tone 970Hz – BS tone 970Hz – BS tone Connection-LST.odt / 2009 / AN9161298 200/76... -
Page 77: Sounder Rolp/Sv
The DIP switches 2 through 6 allow you to set the tones. Tone 2 results from the switch position. DIP switch Tone 1 Tone 2 1200-500Hz DIN tone 970Hz – BS tone 500-1200Hz Slow whoop tone 970Hz – BS tone 970Hz – BS tone 970Hz – BS tone Connection-LST.odt / 2009 / AN9161298 200/77... -
Page 78: Sounder Squashni
Connection of detectors Labor Strauss 2.13.6 Sounder SQUASHNI DIP switch Tone 1 Tone 2 1200-500Hz DIN tone 970Hz – BS tone 500-1200Hz Slow whoop tone 970Hz – BS tone 970Hz – BS tone 970Hz – BS tone Connection-LST.odt / 2009 / AN9161298 200/78... -
Page 79: Sounder Squashni/Sv
The DIP switches 2 through 6 allow you to set the tones. Tone 2 results from the switch position. DIP switch Tone 1 Tone 2 1200-500Hz DIN tone 970Hz – BS tone 500-1200Hz Slow whoop tone 970Hz – BS tone 970Hz – BS tone 970Hz – BS tone Connection-LST.odt / 2009 / AN9161298 200/79... -
Page 80: Sounder Symphoni Ho
970Hz – BS tone 970Hz – BS tone The DIP switches 6 and 7 are used for setting the sound level. DIP SWITCH Sound level Very high High Medium DIP switch 8 is not used. Connection-LST.odt / 2009 / AN9161298 200/80... -
Page 81: Sounder Askari - Ac/Sv/R/S - Ac/Sv/W1/S
By means of the DIP switches 2 through 6 the tones can be set. Tone 2 results from the switch position. DIP switch Tone 1 Tone 2 1200-500Hz DIN tone 970Hz – BS tone 500-1200Hz Slow whoop tone 970Hz – BS tone 970Hz – BS tone 970Hz – BS tone Connection-LST.odt / 2009 / AN9161298 200/81... -
Page 82: Sounder-Strobe Rolp-Solista
Connection of detectors Labor Strauss 2.13.10 Sounder-Strobe ROLP-SOLISTA DIP switch Tone 1 Tone 2 1200-500Hz DIN tone 970Hz – BS tone 500-1200Hz Slow whoop tone 970Hz – BS tone 970Hz – BS tone 970Hz – BS tone Connection-LST.odt / 2009 / AN9161298 200/82... -
Page 83: Sounder Cwso-Xx-Xx
By means of the DIP switches 1 through 5 the tones can be set. Tone 2 results from the switch position. DIP switch Tone 1 Tone 2 1200-500Hz DIN tone DIN, PFEER 500-1200Hz Slow whoop tone NEN2575 800Hz – BS tone BS5839 Pt1 Connection-LST.odt / 2009 / AN9161298 200/83... -
Page 84: Sounder-Strobe Flashni-Sv
The DIP switches 2 through 6 allow you to set the tones. Tone 2 results from the switch position. DIP switch Tone 1 Tone 2 1200-500Hz DIN tone 970Hz – BS tone 500-1200Hz Slow whoop tone 970Hz – BS tone 970Hz – BS tone 970Hz – BS tone Connection-LST.odt / 2009 / AN9161298 200/84... -
Page 85: Sounder-Strobe Flashni-Sv With Separate Actuation
DIP switch 1 is used for setting the sound level: 0 = low; 1 = high. The DIP switches 2 through 6 allow you to set the tone. DIP switch Tone 1 1200-500Hz DIN tone 500-1200Hz Slow whoop tone 970Hz – BS tone Connection-LST.odt / 2009 / AN9161298 200/85... -
Page 86: Sounder-Strobe Cwss-Xx-Xx
By means of the DIP switches 1 through 5 the tones can be set. Tone 2 results from the switch position. DIP switch Tone 1 Tone 2 1200-500Hz DIN tone DIN, PFEER 500-1200Hz Slow whoop tone NEN2575 800Hz – BS tone BS5839 Pt1 Connection-LST.odt / 2009 / AN9161298 200/86... -
Page 87: Strobe Solex
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.13.15 Strobe SOLEX Connection-LST.odt / 2009 / AN9161298 200/87... -
Page 88: Strobe Solista Lx
DIP switch 1 is used for setting the flash frequency: 0 = 0.5Hz; 1 = 1Hz. DIP switch 2 is used for setting the power level: 0 = low; 1 = high. DIP switch 3 is not used. Connection-LST.odt / 2009 / AN9161298 200/88... -
Page 89: Strobe Ema24Rs5X
Connection of detectors Labor Strauss Chapter 2 • Conventional technology 2.13.17 Strobe EMA24RS5x The position of the potentiometer for the flash frequency must not be changed. Connection-LST.odt / 2009 / AN9161298 200/89... -
Page 90: Strobe Cwst-Xx-Xx
Chapter 2 • Conventional technology Connection of detectors Labor Strauss 2.13.18 Strobe CWST-xx-xx Connection-LST.odt / 2009 / AN9161298 200/90... -
Page 91: Coding Of Address Module Ng58-1
25 = 16 + 8 + 1 --> Jumpers with the value 16, 8 and 1 must be cut. Example: number 12 binary coding: 12 = 8 + 4 --> Jumpers with the value 8 and 4 must be cut. Connection-LST.odt / 2009 / AN9161298 200/91... -
Page 92: Adm Technology
We strongly recommend the use of the loop calculator tool (FireSysCALC_xxxx.ods), which can be downloaded from the LST website after registration. This is even more important when you have many loop elements, loop-powered elements or a long distance between the elements and the control panel. -
Page 93: Cable Requirements
3.2.1 Unshielded cable For the wiring an unshielded cable is recommended. The drawing below shows you how to connect the cable to the detectors and to the control panel. Connection-LST.odt / 2009 / AN9161298 200/93... -
Page 94: Shielded Cable
Note the different connection of the loop to the detector base FI700/BD in comparison with the stand- ard base FI700/B. The terminal „R+“ of the detector base FI700/BD is used for connecting the shield. Connection-LST.odt / 2009 / AN9161298 200/94... -
Page 95: Address Programming Of Loop Elements
Starting the AUTO-setup at the fire detection control panel (authorisation level 3) is done by select- ing: Parameter settings AUTO-setup Delete settings and initialize devices] The next picture shows the address condition after the start of the AUTO-setup. The element addresses have been set to 255 (factory default value). Connection-LST.odt / 2009 / AN9161298 200/95... - Page 96 The automatic assignment of addresses also applies to multi-modules. A unique address will be allocated to each input and output. Connection-LST.odt / 2009 / AN9161298 200/96...
- Page 97 Such a message is an indicator of a faulty wiring of the loop. The addresses are assigned in ascending order. It should be noted that elements which are located on a branch line must be addressed manually. In the above example address 16 is assigned. Connection-LST.odt / 2009 / AN9161298 200/97...
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Page 98: [Initialize New Devices] - Auto-Addressing Of New Elements
This process is repeated until all elements are addressed or address 240 is reached. If a loop element with address 240 is already present, NO automatic address assignment is carried out – even if lower addresses are still unused. Connection-LST.odt / 2009 / AN9161298 200/98... -
Page 99: Manual Addressing Of Elements
In addition, the Programming Units FI700/PU and FI750/PU also allow you to read out device informa- tion such as address, date of manufacture and sensitivity values. In combination with optical smoke detectors and optical-thermal detectors, the degree of contamination of the optical measuring chamber can also be read out. Connection-LST.odt / 2009 / AN9161298 200/99... -
Page 100: Switching On The Programming Unit Fi700/Pu Or Fi750/Pu
The picture below shows the connection between the Programming Unit FI700/PU or FI750/PU and a loop sounder FI700/WM/SOUR. For addressing the Remote Indicator FI700/PA, the cable has to be connected to the screw terminals of the indicator. Connection-LST.odt / 2009 / AN9161298 200/100... - Page 101 Chapter 3 • ADM technology The 4-pin connector of the ready-made cable has to be connected in such a way, that the two central ter- minals are connected in proper polarity to the loop element. Connection-LST.odt / 2009 / AN9161298 200/101...
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Page 102: Setting The Address
Detection characteristics of a thermal detector Contamination level of an optical or optical/thermal detector in percent Firmware version Production date Test date Operating Mode for setting the sound level of sounders. Connection-LST.odt / 2009 / AN9161298 200/102... -
Page 103: Connection Of Manual Call Points
Detailed information can be found on page 95 in Chapter 3.3: „Address programming of loop ele- ments“. 3.4.2 Manual Call Points – Series FI700/MCP Connection of FI700/MCP 3.4.3 Manual Call Points – HFM / HM Connection-LST.odt / 2009 / AN9161298 200/103... -
Page 104: Manual Call Points Series Hme
Chapter 3 • ADM technology Connection of detectors Labor Strauss 3.4.4 Manual Call Points Series HME Connection-LST.odt / 2009 / AN9161298 200/104... -
Page 105: Connection Of Intelligent Automatic Detectors
At the detector base FI700/B the terminals „+“ or „R+“ can be used to connect the wire L+. When using the detector base FI700/BD, the „+“ terminal must be used for the line L+. Connection-LST.odt / 2009 / AN9161298 200/105... -
Page 106: Connection Of Detector Bases Fi700/B, Fi700/Bd, Fi700/Brel With Pa58-3
8 detector/module LEDs that can be activated is cancelled for this output. Therefore it is all the more important to check the maximum number of sounders by means of the loop calculator spreadsheet FireSysCALC_xxx.ods (available in the download area of the LST website – registration required). -
Page 107: Automatic Detectors Series Fi750
8 detector/module LEDs that can be activated is cancelled for this output. Therefore it is all the more important to check the maximum number of sounders by means of the loop calculator spreadsheet FireSysCALC_xxx.ods (available in the download area of the LST website – registration required). -
Page 108: Connection Of Duct Detector Fi700/Ddh
The duct detector FI700/DDH is delivered with a Detector Base FI700/B. The base can be changed to a relay base FI700/BREL by the installer. After that, the relay contacts shown will be available on the PCB terminal block. Connection-LST.odt / 2009 / AN9161298 200/108... -
Page 109: Connection Of Duct Detector Fi750/Ddh
Connection of detectors Labor Strauss Chapter 3 • ADM technology 3.5.5 Connection of duct detector FI750/DDH 3.5.5.1 FI750/DDH with Series FI750 The duct detector FI750/DDH is delivered with a Detector Base FI750/B. Connection-LST.odt / 2009 / AN9161298 200/109... -
Page 110: Intrinsically Safe Detection Circuits For Hazardous Areas
Optical Smoke Detector SLR-E-IS A maximum of 20 detectors SLR-E-IS can be connected to a conventional zone module. The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/110... -
Page 111: Automatic Detectors Series Orbis I.s
In the hazardous area, up to 28 detectors may be connected. For the connection of the ORBIS I.S. detectors, the Detector Base MB-50018 is needed. The cabling in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/111... -
Page 112: Thermal Detectors 6295 And 6296
A maximum of 32 detectors 6295 or 6296 may be connected to a conventional zone interface. The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/112... -
Page 113: Intrinsically Safe Detectors For Hazardous Areas
Connection with Conventional Zone Module FI700/M1CZ: The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/113... - Page 114 Chapter 3 • ADM technology Connection of detectors Labor Strauss Connection with Monitor Module FI700/M1IN: The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/114...
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Page 115: Flame Detectors - Series 16000
6 and 7 allow you to change the response time. The installation in the hazardous area has to comply with EN 60079 because the energy in the line is not limited by barriers. Connection-LST.odt / 2009 / AN9161298 200/115... - Page 116 Chapter 3 • ADM technology Connection of detectors Labor Strauss Connection with Conventional Zone Module FI700/M1CZ: The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/116...
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Page 117: Detectors Without Energy Storage - Contact Detectors
The below diagram shows the connection to a Monitor Module FI700/M1IN. The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/117... -
Page 118: Connection With Monitor Module Fi700/M1In
Chapter 3 • ADM technology Connection of detectors Labor Strauss 3.6.3.2 Connection with Monitor Module FI700/M1IN: The installation in the hazardous area has to comply with the local regulations, guidelines and require- ments. Connection-LST.odt / 2009 / AN9161298 200/118... -
Page 119: Connection Of Wireless Detectors Series Fi7X0/Rf
The RF Interface FI7x0/RF/W2W supports up to 32 wireless elements. 3.7.1.2 Connection The RF interface is directly connected to the loop and does not require any additional power supply. Connection-LST.odt / 2009 / AN9161298 200/119... -
Page 120: Rf Expander Fi7X0/Rf/We
Connection FI700/RF/WE – old version 3.7.2.2 Connection FI700/RF/WE – new version – and FI720/RF/WE If the expander is powered by an external power supply, the country-specific regulations concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/120... -
Page 121: Connection Of Conventional Detectors With A Conventional Zone Module Fi700/M1Cz
A separate power supply is required for the Conventional Zone Module FI700/M1CZ. The module can be powered from the control panel, by an external power supply or via the loop itself. The drawing below shows the position of the terminals and the possible configurations concerning the power supply. Connection-LST.odt / 2009 / AN9161298 200/121... -
Page 122: Supply From The Fire Detection Control Panel Or By An External Power Supply
If an external power supply is used for the Conventional Zone Module FI700/M1CZ, the two jumpers on the module have to be set according to the above drawing. If the module is powered by an external power supply, the country-specific regulations concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/122... -
Page 123: Power Supply From The Loop
In this case, the current demand of the loop can be ascertained by means of the loop calculator spreadsheet FireSysCALC_xxx.ods for Labor Strauss detectors. It is available in the download area of the LST website (registration required) under „Tools – FireSysCALC - Calculation of fire detection sys- tems“. -
Page 124: Manual Call Points Series C31
Chapter 3 • ADM technology Connection of detectors Labor Strauss 3.8.3 Manual Call Points Series C31 This connection shows how the C31 is used on the module FI700/M1CZ with an end-of-line resistor and an external power supply. Connection-LST.odt / 2009 / AN9161298 200/124... -
Page 125: Detectors Series Fc600 / Fc650
Connection of detectors Series FC600 / FC650 and external power supply of the module If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/125... -
Page 126: Flame Detector Series 16000
EN 54-10 Class 1 Response time 16581 16589 16591 UV/IR2 3.8.5.2 Connection If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/126... -
Page 127: Flame Detector 800/24-Vst-K-N
Connection of detectors Labor Strauss Chapter 3 • ADM technology 3.8.6 Flame Detector 800/24-VST-K-N If the conventional zone module is powered by an external power supply, the country-specific regula- tions have to be observed. Connection-LST.odt / 2009 / AN9161298 200/127... -
Page 128: Linear Heat Detector Unit Alarmline Lwm-1
Connection of detectors Labor Strauss 3.8.7 Linear Heat Detector Unit Alarmline LWM-1 If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/128... -
Page 129: Linear Heat Detector Unit Skm-03
Chapter 3 • ADM technology 3.8.8 Linear Heat Detector Unit SKM-03 If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/129... -
Page 130: Linear Heat Detector Unit Scu800
Connection of detectors Labor Strauss 3.8.9 Linear Heat Detector Unit SCU800 If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/130... -
Page 131: Linear Heat Detector Unit Adw511A
Connection of detectors Labor Strauss Chapter 3 • ADM technology 3.8.10 Linear Heat Detector Unit ADW511A If the conventional zone module is powered by an external power supply, the country-specific regula- tions have to be observed. Connection-LST.odt / 2009 / AN9161298 200/131... -
Page 132: Linear Heat Detector Unit Adw535
Chapter 3 • ADM technology Connection of detectors Labor Strauss 3.8.11 Linear Heat Detector Unit ADW535 If the conventional zone module is powered by an external power supply, the country-specific regula- tions have to be observed. Connection-LST.odt / 2009 / AN9161298 200/132... -
Page 133: Beam Smoke Detector Fr50/100
An alarm verification according to EN 54-2 Type A is not permissible (in the case of the BC600, the alarm verification is set through the properties of the zone, and in the case of the BC216 it is set through the type of zone). Connection-LST.odt / 2009 / AN9161298 200/133... -
Page 134: Beam Smoke Detector Fr2000
An alarm verification according to EN 54-2 Type A is not permissible (in the case of the BC600, the alarm verification is set through the properties of the zone, and in the case of the BC216 it is set through the type of zone). Connection-LST.odt / 2009 / AN9161298 200/134... -
Page 135: Beam Smoke Detector Fr3000
1 and 2 are evaluated via the same zone. For this reason only the receiver/transmitter 1 can be used in this connection combination. If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/135... -
Page 136: Beam Smoke Detector Fr5000
Please note that the detectors 1 through 4 are evaluated via the same zone. If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/136... -
Page 137: Beam Smoke Detector Fr5000 (Issue-11)
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/137... -
Page 138: Beam Smoke Detector Thefirebeam Plus
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/138... -
Page 139: Beam Smoke Detectors 6500R And 6500Rs
An alarm verification according to EN 54-2 Type A is not permissible (in the case of the BC600, the alarm verification is set through the properties of the zone, and in the case of the BC216 it is set through the type of zone). Connection-LST.odt / 2009 / AN9161298 200/139... -
Page 140: Smoke Aspiration System Titanus Pro·sens - Tp-1/A With One Detector Module
1-2, which means that the fault relay is set to operate as NORMALLY OPEN contact. If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/140... -
Page 141: Smoke Aspiration System Titanus Pro·sens - Tp1/A With 2 Detector Modules
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/141... -
Page 142: Smoke Aspiration System Titanus Pro Sens - Tp-4 With 2 Detector Modules
Pulsed signal. If an older firmware is used, the smoke aspiration system will be deactivated if one of the two modules is disabled! If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/142... -
Page 143: Smoke Aspiration System Titanus Top Sens - Tt-1 With 2 Detector Modules
Pulsed signal. If an older firmware is used, the smoke aspiration system will be deactivated if one of the two modules is disabled! If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/143... -
Page 144: Smoke Aspiration System Titanus Super Sens - T-Ss
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/144... -
Page 145: Vlf-500
The Smoke Aspiration System Vesda VLF-500 has the same terminal configuration as the VLF-250. If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/145... -
Page 146: Smoke Aspiration System Asd532
Connection of detectors Labor Strauss 3.8.24 Smoke Aspiration System ASD532 If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/146... -
Page 147: Smoke Aspiration System Asd535 With One Channel
Chapter 3 • ADM technology 3.8.25 Smoke Aspiration System ASD535 with one channel If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/147... -
Page 148: Smoke Aspiration System Asd535 With Two Channels
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/148... -
Page 149: Smoke Aspiration System Asd533
Chapter 3 • ADM technology 3.8.27 Smoke Aspiration System ASD533 If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Connection-LST.odt / 2009 / AN9161298 200/149... -
Page 150: Smoke Aspiration System Faast Lt - Model Fl0122
12 / 2013 or later is to be used. If an older firmware is used, the smoke aspiration system will be deactivated if one of the two modules is disabled! Connection-LST.odt / 2009 / AN9161298 200/150... -
Page 151: Smoke Aspiration System Faast 8100E
12 / 2013 or later is to be used. If an older firmware is used, the smoke aspiration system will be deactivated if one of the two modules is disabled! Connection-LST.odt / 2009 / AN9161298 200/151... -
Page 152: Thermal Detectors 6295, 6296, 6297 And 6298
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/152... -
Page 153: Thermal Max Detector Swm-1Kl
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/153... -
Page 154: Thermal Max Detector Swm-1Kl-140
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/154... -
Page 155: Thermal Max Detector Ht-27121-275
If the conventional zone module is powered by an external power supply, the country-specific regula- tions concerning emergency power supply have to be observed. Make sure that the temperature resistance of the connection cable is sufficient. Connection-LST.odt / 2009 / AN9161298 200/155... -
Page 156: Connection Of Contact Detectors With Monitor Modules
Function of the LED L1 indicates the condition of the input. It blinks RED in case of activation and illuminates YELLOW in the event of a fault. 3.9.2.2 Connection of the modules FI700/M1IN, FI700/MM1IN, FI700/MDR1IN Connection-LST.odt / 2009 / AN9161298 200/156... -
Page 157: Monitor Module Fi700/Mmc1In
3.9.3 Monitor Module FI700/MMC1IN This module has one supervised input and an integrated isolator. It uses one address on the loop. 3.9.3.1 Connection This module has no LED for the indication of its status. Connection-LST.odt / 2009 / AN9161298 200/157... -
Page 158: Control Modules
L2 indicates the condition of the output. It illuminates GREEN in case of activation and illuminates YELLOW in the event of a fault (monitored output). 3.10.1.2 Address setting Detailed information can be found on page 95 in Chapter 3.3: „Address programming of loop ele- ments“. Connection-LST.odt / 2009 / AN9161298 200/158... -
Page 159: Connection Of Sirens With Fi700/M1Out, Fi700/Mm1Out, Fi700/Mdr1Out
Connection of detectors Labor Strauss Chapter 3 • ADM technology 3.10.1.3 Connection of sirens with FI700/M1OUT, FI700/MM1OUT, FI700/MDR1OUT 3.10.1.4 Connection of sirens with FI700/MMC1OUT Connection-LST.odt / 2009 / AN9161298 200/159... -
Page 160: Connection Of Door Magnets With Fi700/M1Out, Fi700/Mm1Out, Fi700/Mdr1Out
The maximum power consumption of the connected devices is only limited by the output power of the additional power supply and the switching capability of the control relay „A“. 3.10.1.6 Connection of door magnets with FI700/MMC1OUT This module has no LED for the indication of its status. Connection-LST.odt / 2009 / AN9161298 200/160... -
Page 161: Control Modules With Relay Output
Detailed information can be found on page 95 in Chapter 3.3: „Address programming of loop ele- ments“. 3.10.2.2 Function of the LED L2 indicates the condition of the output. It illuminates GREEN in case of activation. 3.10.2.3 Connection of Control Modules FI700/M1REL, FI700/MM1REL, FI700/MDR1REL Connection-LST.odt / 2009 / AN9161298 200/161... -
Page 162: Connection Of Control Module Fi700/Mmc1Rel
Chapter 3 • ADM technology Connection of detectors Labor Strauss 3.10.2.4 Connection of Control Module FI700/MMC1REL This module has no LED for the indication of its status. Connection-LST.odt / 2009 / AN9161298 200/162... -
Page 163: Combi Modules
L1 indicates the condition of the input. It blinks RED in case of activation and illuminates YELLOW in the event of a fault. L2 indicates the condition of the output. It illuminates GREEN in case of activation and illuminates YELLOW in the event of a fault (monitored output). Connection-LST.odt / 2009 / AN9161298 200/163... -
Page 164: Connection Of Combi Modules Fi700/M1In1Out, Fi700/Mm1In1Out, Fi700/Mdr1In1Out
Chapter 3 • ADM technology Connection of detectors Labor Strauss 3.11.1.3 Connection of Combi Modules FI700/M1IN1OUT, FI700/MM1IN1OUT, FI700/MDR1IN1OUT Connection-LST.odt / 2009 / AN9161298 200/164... -
Page 165: Combi Module With One (1) Supervised Input And One (1) Relay Output
L1 indicates the condition of the input. It blinks RED in case of activation and illuminates YELLOW in the event of a fault. L2 indicates the condition of the output. It illuminates GREEN in case of activation. 3.11.2.3 Connection of Combi Modules FI700/M1IN1REL, FI700/MM1IN1REL, FI700/MDR1IN1REL Connection-LST.odt / 2009 / AN9161298 200/165... -
Page 166: Connection Of Combi Module Fi700/Mmc1In1Rel
Chapter 3 • ADM technology Connection of detectors Labor Strauss 3.11.2.4 Connection of Combi Module FI700/MMC1IN1REL This module has no LED for the indication of its status. Connection-LST.odt / 2009 / AN9161298 200/166... -
Page 167: Combi Module With Four (4) Supervised Inputs And Four (4) Relay Outputs
In case of a fault of an input, the LED will be continuously illuminated in yellow. For the outputs: The LED will be continuously illuminated in green when at least one output is active. 3.11.3.3 Connection of Combi Module FI700/M4IN4REL Connection-LST.odt / 2009 / AN9161298 200/167... -
Page 168: Combi Module With Four (4) Supervised Inputs, Two (2) Supervised Outputs And Two (2) Relay Outputs
The LED will be continuously illuminated in green when at least one output is active. In case of a fault of a supervised output, the LED will be continuously illuminated in yellow. 3.11.4.3 Connection of Combi Module FI700/M4IN2OUT2REL Connection-LST.odt / 2009 / AN9161298 200/168... -
Page 169: Combi Module With Six (6) Supervised Inputs And Two (2) Relay Outputs
In case of a fault of an input, the LED will be continuously illuminated in yellow. For the outputs: The LED will be continuously illuminated in green when at least one output is active. 3.11.5.3 Connection of Combi Module FI700/M6IN2REL Connection-LST.odt / 2009 / AN9161298 200/169... -
Page 170: Loop Sounders And Strobes
The maximum number of loop-powered sounders per loop depends on the set sound level, as the power consumption is substantially affected by the sound level. The maximum number of loop-powered sounders can differ from installation to installation. Please use the loop calculator tool FireSysCALC_xxx.ods which can be downloaded from the LST website – registration required. 3.12.2 Address setting Detailed information can be found on page 95 in Chapter 3.3: „Address programming of loop ele-... -
Page 171: Sounder Fi700/Wm/Sour - Fi700/Wm66/Sour
The tone is set by parameterising the element. Setting in PARSOFT Frequency [Hz] Repetition Application Sound A 500 – 1200 3.5s increasing, 0.5s silent Slow whoop tone Sound B 1200 – 500 DIN tone Sound C Continuous tone BS tone Connection-LST.odt / 2009 / AN9161298 200/171... -
Page 172: Connection
Low – 87dB(A) Medium – 90dB(A) High – 93dB(A) Frequency [Hz] Repetition Application 800 – 1000 0.5s LF sweep 500 – 1200 3.5s increasing, 0.5s silent Slow whoop tone 1200 – 500 DIN tone Connection-LST.odt / 2009 / AN9161298 200/172... -
Page 173: Sounder Fi700/Fb/Mt/Souw
0- OFF 1- ON 1- ON Continuous tone BS tone 1- ON 1- ON 0- OFF Continuous tone BS tone Sound level 1 - ON High – 90dB(A) 0 - OFF Low – 80dB(A) Connection-LST.odt / 2009 / AN9161298 200/173... -
Page 174: Sounder-Strobe Fi700/Fbri/Mt/Souw/Strr
Switch SW5 SW6 Frequency [Hz] Repetition Application Continuous tone BS tone 1200 – 500 DIN tone Switch SW8 Sound level Low – 85dB(A) Medium – 90dB(A) High – 95dB(A) Very high – 97dB(A) Connection-LST.odt / 2009 / AN9161298 200/174... -
Page 175: Sounder-Strobe Fi700/Wm/Sour/Strr - Fi700/Wm66/Sour/Strr
500 – 1200 3.5s increasing, 0.5s silent Slow whoop 0- OFF 0- OFF 0- OFF 1200 – 500 DIN tone Sound level 1 - ON High – 100dB 0 - OFF Low – 90dB Connection-LST.odt / 2009 / AN9161298 200/175... -
Page 176: Sounder(-Strobe) Cws/Soux / Cws/Soux/Strc With Module Fi700/M/Sst / Fi750/M/Sst
3.5s increasing, 0.5s 1- ON 0 - OFF 1- ON 0 - OFF 1- ON 500 – 1200 Slow whoop silent 0 - OFF 0 - OFF 1- ON 1- ON 1- ON 800 Continuous tone Connection-LST.odt / 2009 / AN9161298 200/176... -
Page 177: Sound Level - Cws/Soux(/Strc) With Fi7X0/M/Sst
If the loop module is operated with a CWS/SOUx/STRC, the product has to be parameterised as „Loop siren strobe“. 3.12.9.3 Sound level – CWS/SOUx(/STRC) with FI7x0/M/SST Switch SW7 Sound level Low – 85dB(A) Medium – 90dB(A) High – 95dB(A) Very high – 100dB(A) +/-3 Connection-LST.odt / 2009 / AN9161298 200/177... -
Page 178: Strobe Fi700/Wm/Strrr
3.12.10.2 Flash frequency and brightness On the strobe there are switches by means of which the flash frequency and the luminous intensity can be set. Luminous intensity 0 – OPEN 0.5cd Flash frequency 0.5Hz 0 – OPEN Connection-LST.odt / 2009 / AN9161298 200/178... -
Page 179: Sounder(-Strobe) Fi700/Wb/Mt/Souw - Fi700/Wb/Mt/Souw/Strc
The tone is defined by parameterising the element. Setting in PARSOFT Frequency [Hz] Repetition Application Sound A 500 – 1200 3.5s increasing, 0.5s silent Slow whoop tone Sound B 1200 – 500 DIN tone Sound C 1000 Continuous tone Continuous tone Connection-LST.odt / 2009 / AN9161298 200/179... -
Page 180: Sounder(-Strobe) Fi700/Wbri/Mt/Souw - Fi700/Wbri/Mt/Sstwc
8 detector/module LEDs that can be activated is cancelled for this output. Therefore it is all the more important to check the maximum number of sounders by means of the loop calculator spreadsheet FireSysCALC_xxx.ods (available in the download area of the LST website – registration required). -
Page 181: Sounder(-Strobe) Fi750/Wb/Mt/Souw - Fi750/Wb/Mt/Souw/Strc
The tone is defined by parameterising the element. Setting in PARSOFT Frequency [Hz] Repetition Application Sound A 500 – 1200 3.5s increasing, 0.5s silent Slow whoop tone Sound B 1200 – 500 DIN tone Sound C 1000 Continuous tone Continuous tone Connection-LST.odt / 2009 / AN9161298 200/181... -
Page 182: Sounder-Strobe Fi750/Wbri/Mt/Souw - Fi750/Wbri/Mt/Sstwc
8 detector/module LEDs that can be activated is cancelled for this output. Therefore it is all the more important to check the maximum number of sounders by means of the loop calculator spreadsheet FireSysCALC_xxx.ods (available in the download area of the LST website – registration required). -
Page 183: Sound Level - Fi750/Wbri/Mt/Sstwc
Connection of detectors Labor Strauss Chapter 3 • ADM technology 3.12.14.4 Sound level – FI750/WBRI/MT/SSTWC Switch Sound level Low – 91dB(A) Medium – 93dB(A) High – 96dB(A) Connection-LST.odt / 2009 / AN9161298 200/183... -
Page 184: Connection
8 detector/module LEDs that can be activated is cancelled for this output. Therefore it is all the more important to check the maximum number of sounders by means of the loop calculator spreadsheet FireSysCALC_xxx.ods (available in the download area of the LST website – registration required). -
Page 185: Tone Setting
BC600, (with the remote indicator setting „intelligent“), their flash intensity is set to LOW and can not be changed. The flash frequency is 0.5Hz. This results in the following EN 54-23 values: FI750/WBRIB/SSTWCR: O1.7-6.0 FI750/WBRIB/SSTWCW: C3-9.2 Connection-LST.odt / 2009 / AN9161298 200/185... -
Page 186: Sounder-Strobe Fi750/Wbris/Souw - Fi750/Wbris/Sstwcr - Fi750/Wbris/Sstwcw
8 detector/module LEDs that can be activated is cancelled for this output. Therefore it is all the more important to check the maximum number of sounders by means of the loop calculator spreadsheet FireSysCALC_xxx.ods (available in the download area of the LST website – registration required). -
Page 187: Sound Level
3.12.16.4 Flash energy The flash energy is set by means of the switch SW8. Switch EN 54-23 Category EN 54-23 Category Flash energy FI750/WBRIS/SSTWCW FI750/WBRIS/SSTWCR C-3-9.2 O-1.7-6.0 C-3-14.2 High C-3-10.0 O-4.6-14.2 The flash frequency is 0.5Hz. Connection-LST.odt / 2009 / AN9161298 200/187... -
Page 188: Remote Indicator
The programmable remote indicator is parameterised like an actuation (Ctrl.module with superv.), the zones for its activation can be freely assigned. 3.13.1 Connection of FI700/PA 3.13.2 Address setting Detailed information can be found on page 95 in Chapter 3.3: „Address programming of loop ele- ments“. Connection-LST.odt / 2009 / AN9161298 200/188... -
Page 189: Example For The Wiring Of Detector Circuits
Example for the wiring of detector circuits The following diagrams show typical installation schemes. We ask you again to consider country-spe- cific standards and regulations in the field of fire detection systems. 3.14.1 System cabling ADM loop Connection-LST.odt / 2009 / AN9161298 200/189... -
Page 190: Programming Of Detectors, Modules And Signalling Devices
Class BS applies from firmware version 1.70 on. Thermal detectors with an earlier firmware version comply with class B in level „78C“. The firmware version can be found on the label on the bottom of the detector. Connection-LST.odt / 2009 / AN9161298 200/190... -
Page 191: Fi700/Fbri/Mt/Souw
FI750/WBRIB/SSTWCR activated via detector FI750/WBRIB/SSTWCW activated via detector 3.15.3 Parameterising remote indicators on the BC216 Art.No. Type Element type in PARSOFT Remarks 251010 FI700/PA Remote indicator blinking Remote indicator contin. on Connection-LST.odt / 2009 / AN9161298 200/191... -
Page 192: Parameterising Modules On The Bc216
The parameterised address of an input/output of a combi module is not necessarily the preset address of the module (base address). The address setting of combi modules is described starting on page 163 in Chapter 3.11: „Combi modules“. Connection-LST.odt / 2009 / AN9161298 200/192... -
Page 193: Parameterising Wireless Elements On The Bc216
The configuration of wireless elements is carried out at the RF Interface or via the PC software Wire- lEx. The setting of the sensitivity level of detectors is done in the same way. In addition, the wireless elements are parameterised with PARSOFT. Therefor, only the element type is set. Connection-LST.odt / 2009 / AN9161298 200/193... -
Page 194: Settings Of The Wireless Detectors That Are Made With The Parameterisation Software Wirelex
RoR de te ctor class A1R, 58°C High Temp. Thermal detector class B, 78°C Watch out for the entries that are shown in bold. These are the only ones that comply with EN 54. Connection-LST.odt / 2009 / AN9161298 200/194... -
Page 195: Analogue Values - Condition Of Detectors/Modules
Activation of the input Activation of the input Green Actuation of the output 4.1.3 Manual Call Points Series HFM/HME LED-colour Meaning Yellow Wrong type installed, double address, isolator active (BC600 only) Red-blinking Activation Activation Green Normal condition Connection-LST.odt / 2009 / AN9161298 200/195... -
Page 196: Standard Detectors
4.2.4 Manual call points The table below applies to the Manual Call Points (Series MCP / HFM / HME). Value Meaning Detector defective, removed or short circuit on the loop Detector OK >191 Alarm Connection-LST.odt / 2009 / AN9161298 200/196... -
Page 197: Modules
Device defective, removed, broken wire or short circuit on the loop Device OK (active/not active) Remote indicator Value Meaning Device defective, removed, broken wire or short circuit on the loop Device OK (active/not active) Connection-LST.odt / 2009 / AN9161298 200/197... -
Page 198: Wireless Elements
Module defective, case open, broken wire or short circuit at the input 32-191 Module OK (idle) >191 Alarm condition 4.6.5 Wireless sounders, wireless strobes Value Meaning Device defective Device OK (active/not active) 4.6.6 RF remote indicator Value Meaning Device defective Device OK (active/not active) Connection-LST.odt / 2009 / AN9161298 200/198... -
Page 199: Check Of The Loop Lines
50Ω per core. Further information about the use of the loop tester can be found in the User Manual LTG30-1, which is available in the download area of the LST website (after registration). Connection-LST.odt / 2009 / AN9161298... -
Page 200: Contamination Detection And Maintenance Prognosis
It is not necessary to confirm the detector replacement. The detector replacement is detected automatically. On the BC600, the histor- ical course of the detector's measured values (contamination) can be deleted individually. Connection-LST.odt / 2009 / AN9161298 200/200...
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