About this document ................5 Safety notes.....................8 Signal words and symbols ................8 2.1.1 Classification and meaning of signal words..........8 2.1.2 Symbols and their meaning ..............8 2.1.3 Classification and meaning of additional symbols ........9 Safety-relevant working instructions ............9 Features ....................10 Setup ......................11 Overall view.....................11 Interior view.....................12 Connections ....................13...
Resetting the radio gateway in delivery condition........38 Resetting the DOW1171 in delivery condition ........39 Resetting the SMF6120 in delivery condition..........40 Maintenance / Troubleshooting ............42 Battery replacement FDCW221 ..............42 Battery replacement DOW1171 ..............43 Battery replacement SMF6120 ...............44 Status retrieval ..................45 Performance check .................45 Troubleshooting ..................45...
About this document Goal and purpose This document describes the radio gateway FDCW221 as well as the integration of the radio detectors DOW1171 and SMF6120 into the fire detection system. It contains all information on the setup and functions as well as project planning, installation and commissioning.
About this document Reference documents Number Document title 009866 FDCW221 Radio gateway, Installation instructions 1787 DCW1151, DOW1171 Wireless radio detection system 007564 SIGMASPACE Manual call point with radio base SMF6120 004446 DZW1171 Radio test set, Operating instructions 005677 Sigmaspace RadioSpy, User manual...
About this document Document identification Location Meaning Title page Short name – Name in full – Document purpose – Last page, bottom left- Document no. – hand side (number-modification index-language-COUNTRY) Date of issue – Last page, bottom right- User's guide –...
Safety notes This chapter describes the danger levels and the relevant safety regulations applicable for the use of the products from Siemens Building Technologies. Please read the work instructions as well as the chapter 'About this document' before beginning any work.
Safety notes 2.1.3 Classification and meaning of additional symbols Tips and information Refers to extremely important or critical decisions to be taken into account before continuing the work. Safety-relevant working instructions Country-specific standards The products are developed and produced in compliance with the relevant international and European safety standards.
The radio gateway is operated on the FDnet. The term "Radio detectors" comprises all devices that can be monitored by the radio gateway. The radio gateway FDCW221 may communicate with the following radio detectors: Radio smoke detector DOW1171 Manual call point with radio base SMF6120 A radio cell is made up of a radio gateway and the radio detectors registered on it.
Setup Setup Overall view Overall view Fig. 2 Legend LED red/green Housing cover Housing bottom Magnet movement for reed contact Unlocking of housing cover Building Technologies 009865_b_en_--.doc Fire Safety & Security Systems 11.2007...
Setup Interior view Fig. 3 Interior view Legend 9 V battery with clip Connection of the battery cable Port for MC-Link Button for settings Radio module Spring clips 'LINE' for the FDnet detector line Retainers for the cable strain relief by means of cable ties Shield connection terminal blocks 'SHIELD' for the detector line cables Spring clips for the external alarm indicator Reed contact...
Setup Connections The radio gateway FDCW221 has connections for the FDnet detector line, external alarm indicators and for the shieldings of the detector line cables. The two connection terminals 'SHIELD' are internally connected to each other. LINE Connections Fig. 4...
Setup Accessories The following accessories for the radio gateway FDCW221 are available: Details for ordering Application 9V lithium A5Q00004142 9V lithium battery Support battery battery DBZ1190-AA 4677080001 Micro terminal If more than one wire 0.28 … 0.5 mm must be connected to the p.c.b.
Setup 4.5.1 RadioSpy RadioSpy is an optional accessory for the installation of radio cells and for the purpose of analysis in case of problems. The following components are parts of RadioSpy: Software RadioSpy (installation on a PC) Hardware RadioSpy (radio module in housing + cable set) The following functions can be performed with RadioSpy: Observing a radio cell (recording and analysis) Registering and logging off radio detectors...
Function Function Overview The FDCW221 communicates with the control panel via the FDnet detector line. The coverage range of the radio signal is up to 40 m in buildings and strongly depends on materials and equipment. When radio cells overlap, the maximum number of radio gateways is limited to 16 radio gateways or radio cells, respectively, due to the limited number of channels.
The radio gateway is fully functional 'advice excha.' * Exchange recommended Exchange battery The radio gateway is still functional, in spite of minor problems FDCW221 Battery voltage too low – 'needed excha.' * Exchange required Exchange or insert battery The radio gateway is only fed with power via...
Function Degraded mode in FDnet When the main processor of the fire control panel fails, the control panel is in degraded mode. Depending on the control panel type, the fire control panel can continue to perform the most important alarming and signalling functions in degraded mode.
Function Operation modes The radio gateway has the following operation modes: Normal operation Startup mode Configuration mode 5.4.1 Normal operation The radio gateway is in the intended operating mode. All radio detectors in the radio cell are monitored. 5.4.2 Startup mode As soon as power is supplied to the radio gateway, it goes into startup mode.
Regarding the topology, the radio detectors registered on the radio gateway are in a stub. The stub branches off the FDnet detector line between the FDCW221 and the integrated line separator FDCL221 of the radio gateway (see figure below).
Function 5.5.3 Radio transmission The radio module SPU60xx consists of a p.c.b. with an integrated antenna. The radio module is a component which makes a bi-directional data transmission possible in a frequency range of 868-870 MHz. The radio module has a complete emitting and receiving unit as well as a microcontroller control for all radio transmission functions.
Function Status indication on the radio gateway The radio gateway has three internal LED (yellow, red, green) and a red/green LED in the housing cover. The flashing sequencs are indicated in parallel by the 2 green and the 2 red LEDs. The flashing sequences of the LED inside the radio gateway cannot be indicated by the LED in the housing cover.
Function Operating LEDs red LEDs green LED yellow Meaning mode H1, H4 H1, H2 Normal Normal, intended operation operation Startup mode flashing twice No or insignificant battery voltage rapidly flashing The radio gateway can be reset in the for 10 s delivery status (the internal configuration is deleted) Configuration...
Function Status indication on the radio detector DOW1171/SMF6120 The radio detectors DOW1171 and SMF6120 have a status indicator. In configuration mode the status indicator uses flashing sequences to indicate the field strength. This table lists all possible status indications: Flashing sequence of status Meaning of the flashing sequence indicator (red LED) / s (second)
Function Parameter sets of the radio smoke detector DOW1171 The alarm activation sensitivity for radio smoke detectors DOW1171 can be set for each detector point. The table below lists the possible parameter sets and the average reaction times with test gas: Parameter set no.
Project engineering Project engineering When planning a project, proceed as follows: Measure the radio wave propagation (field strength measurement) in the building with a suitable radio test set. Plan the subdivision of the radio coverage area in different radio cells. This information is required to plan the number and positioning of the radio gateways.
Project engineering Transmission field In free environmental conditions, the field strenght decreases by 1/r²; i.e. with double distance the attenuation increases by 6 dB. In buildings this factor is, as a first approximation, 1/r , i.e. with double distance the attenuation increases by approx.
Project engineering To determine the actual attenuation at the location of the receiver, the guide values of the construction elements along the radio transmission distance as listed in the table must be added. Construction element Additional attenuation Partition < 1 dB dry bricks approx.
Project engineering Defining the place of installation General restrictions / system limitations Maximum number of radio detectors per radio gateway Maximum distance between radio gateway and radio detector 40 m or 90 dB Several radio gateways use the same basis channel Faults or malfunctions may occur.
Installation Installation Installation and connection of the radio gateway Prerequisite The detector line must be switched off! Install the radio gateway so that it is at any time easily accessible for battery exchange and for the operation elements MC-Link connector, button and reed contact. Pay attention to a correct positioning, so that the LEDs are visible.
Installation 7. If the cable for the external alarm indicator is shielded, connect the shielding to a connection terminal (to be ordered separately) with the positive pole of the alarm indicator. The shielding must not touch any other potentials or metal parts in the device.
Commissioning Commissioning Prior to the commissioning of the FDnet detector line, the radio cell of the radio gateway must be completely put in operation. After that, the radio gateway is put in operation from the control panel. For more detailed information, please refer to the control unit documentation. Conduct a performance check when commissioning is completed.
Commissioning Putting the radio gateway into operation Before radio detectors can be registered on the radio gateway, the radio gateway must be put in operation. Several radio gateways use the same basis channel Radio detectors communicate with several radio gateways CAUTION Faults or malfunctions may occur Commissioning the radio gateways one after the other in the same...
Commissioning Register the radio detector at the radio gateway Radio detectors can be registered on a radio gateway newly put in operation, or they can be added to the existing configuration of a radio cell. In either case the button in the radio gateway must be briefly pressed to either change into configuration mode, either from the completed 'scan mode for the basis channel', or from normal operation.
Commissioning 3. Repeat the process for all other radio detectors on the same radio gateway. 4. After the field strenght flashing has stopped, the configuration mode of the radio gateway can be terminated by briefly pressing the button. The radio gateway is in normal operation and all LEDs are off.
ID on the FS20 control panel ..349 Topologically, the radio detectors registered on the radio gateway are in a stub. The stub branches off the FDnet detector line between the FDCW221 and the integrated line separator FDCL221 of the radio gateway.
Commissioning Logging off a radio detector at the radio gateway. Registered radio detectors of a radio gateway can be logged off. This is possible with or without RadioSpy. The procedure without RadioSpy is described in the following. Prerequisites: The radio gateway is in normal operation. The radio detector to be logged off is in normal operation.
Commissioning Resetting the radio gateway in delivery condition The radio gateway is reset in delivery condition when the existing configuration shall be deleted. This is the case when e.g. the radio gateway shall occupy a different basis channel. The radio gateway is reset in the delivery condition. An existing configuration is deleted.
Commissioning Resetting the DOW1171 in delivery condition The radio smoke detector is reset in the delivery condition. All existing configurations are deleted. Rear of the radio smoke detector DOW1171 Fig. 12 Legend Registration button 'New' 9V lithium batteries Battery clips The registration button 'New' (1) can be activated with a screwdriver size 0 or with a similar tool.
Commissioning Resetting the SMF6120 in delivery condition The manual call point with radio base SMF6120 is made up of the following parts: - Manual call point SMF121 (upper part) - Radio base SMF6120 (lower part) The manual call point with radio base is reset in the delivery condition. All existing configurations are deleted.
Commissioning Procedure: 1. Unscrew the manual call point SMF121 from the radio base SMF6120. 2. Pull both connectors of the battery connection cables off the p.c.b. in the radio base. 3. Wait for the discharge period of 10 seconds. 4. Press the alarm button in the manual call point SMF121. 5.
Maintenance / Troubleshooting Maintenance / Troubleshooting Battery replacement FDCW221 The battery of the radio gateway must be replaced when a battery fault for the radio gateway is indicated on the control panel. The detector line must not be switched off during a battery fault as otherwise the service life of the radio detector...
Maintenance / Troubleshooting Battery replacement DOW1171 The two battteries of the radio smoke detector must be replaced when a battery fault for the radio smoke detector is indicated on the control panel. The batteries must only be replaced by qualified personnel. Always replace both batteries.
Maintenance / Troubleshooting Battery replacement SMF6120 The two battteries of the manual call point with radio base must be replaced when a battery fault for the manual call point with radio base is indicated on the control panel. The batteries must only be replaced by qualified personnel. Always replace both batteries.
Maintenance / Troubleshooting Status retrieval The radio gateway is provided with the MC-Link (Maintenance and Commissioning Link). With the detector exchanger and tester FDUD29x (from SW V2.1), the following data can be polled with this link: Status of the external alarm indicator output Inadmissible configuration Status of the radio connections Error list...
Maintenance / Troubleshooting Exchange radio gateway RadioSpy should be preferrably used to exchange a radio gateway. This way, the configuration of all radio detectors can be adopted. Take into account the pin assignment of the line cables when a radio gateway is exchanged. When the line cables are inverted, a topology error is the result.
Maintenance / Troubleshooting Exchange radio detectors The items 2 to 4 listed below, regarding the replacement of a radio detector, can be found in the chapter in account. Procedure: 1. Switch the FDnet detector line off. 2. Log the existing radio detector off the radio gateway. 3.
Specifications Specifications 10.1 Technical data Detector line Operating voltage 12 … 33 VDC Operating current typ. 1 mA Maximum current connection factor 5 + n*1 (n = number of radio detectors) Quiescent current connection factor 4 + n*1 (n = number of radio detectors) Address connection factor 2 + n*1 (n = number of radio detectors) Separator connector factor...
RAL 9002 grey-white Material PC Macrolon 9125 Combustibility UL94 V-1 Standards Standards EN54-17:2005 EN54-18:2005 Approvals VdS G207043 QS standards Siemens Standard SN 36350 – ISO9001 – ISO9004 – CE conformity mark 0786-CPD-20283 Building Technologies 009865_b_en_--.doc Fire Safety & Security Systems 11.2007...
Specifications 10.2 Dimensions 33.4 Dimensions Fig. 15 10.3 Environmental compatibility Electronic components and synthetic materials can be separated. The plastic parts are marked and can be disposed of correspondingly. Building Technologies 009865_b_en_--.doc Fire Safety & Security Systems 11.2007...