Simplex 4905-9938 SmartSync Control Module Installation Instructions

4905 9938 SmartSync Control Module Instructions and Warnings NOT INSTALL ANY SIMPLEX PRODUCT THAT APPEARS DAMAGED Upon unpacking your Simplex product the contents of the carton for shipping damage If damage is apparent immediately file a claim with the carrier and Simplex HAZARD Disconnect electrical power when making any internal adjustments or repairs should be performed by qualified Simplex Representatives HAZARD Static electricity can damage components Therefore handle as follows Ground yourself before opening or installing components Keep uninstalled component wrapped in anti static material at all times use 553 484 Static Control Kit FREQUENCY ENERGY This equipment generates uses and can radiate radio frequency energy and not installed and used in accordance with the instruction manual may cause interference to radio It has been tested and found to comply with the limits for a Class A computing device pursuant Subpart J of Part 15 of FCC Rules which are designed to provide reasonable protection against such when operated in a commercial environment Operation of this equipment in a residential area may interference in which case the user at his own expense will be required to take whatever measures may be to correct the interference SmartSync Control Module Operation SmartSync Control Module SCM is designed to allow TrueAlert Non Addressable Horns Strobes A V and S V units be put on the same Notification Appliance Circuit NAC This allows the silencing of the Horns without deactivation of Strobes The SCM connects to and derives power from a reverse polarity Notification Appliance Circuit NAC It the visible appliances when the NAC is in the forward polarity alarm state and uses energy from this circuit to the attached TrueAlert Non Addressable or other notification appliances When the NAC is in the reverse polarity or state the SCM is off and connects the NAC to the TrueAlert wiring for traditional appliance supervision The uses a 2nd circuit from the panel to control operation of audible appliances connected to the TrueAlert SCM output The SCM also supports Class A wiring configurations and synchronization across multiple TrueAlert Non Addressable The SCM is also compatible with Simplex old style Strobes and Horn Visible when switched for operation The SCM is compatible with Simplex old style Audible Visible but only the strobe circuit if switched for operation The SCM is not compatible with addressable TrueAlert A THRU PAIR 1 SmartSync Control Module 2000 Simplex Time Recorder Co Westminster MA 01441 0001 USA specifications and other information shown were current as of publication and are subject to change without notice and SmartSync are trademarks of Simplex Time Recorder Company C Operation SCM requires two Simplex Fire Alarm Control Panel FACP notification appliance circuits to control SmartSync separately from strobes on a TrueAlert Non Addressable NAC The SCM uses these circuits to power attached Appliances and control Horn and Strobe operation A once a second pulse on the SmartSync NAC output the flashing of Strobes The Horn appliances on SmartSync enabled devices are controlled via SmartSync transmitted from the TrueAlert SCM output during certain strobe synchronization pulses Note that the strobe will be operating whenever the SCM is on Input NAC Input NAC IN and see Figure 1 connection on the SCM provides power for this device and attached appliances This input inherently signals the SCM to operate the visible appliances when the panel NAC is The IN input must be driven by a fully functioning reverse polarity non coded NAC output from the The module is not powered when this circuit is in the reverse polarity state Input Horn input HORN IN and must be driven by a non coded FACP output A positive voltage commands the appliances attached to the module NAC OUT wiring to operate A reverse polarity voltage or a zero voltage turns the horn appliances off applications require that the HORN IN and be driven by a reverse polarity NAC output from the host FACP in cases where synchronized SCMs are not desired an unsupervised panel output may drive this line provided the wiring between SCM and FACP is in metal conduit and the box to box wire run length does not to exceed 20 feet of SCM wiring is performed by the attached FACP The NAC output from the panel connected to the NAC monitors the wiring through the SCM and out to the EOL resistor after the last appliance on the TrueAlert Non NAC The circuit driving the HORN IN and is responsible for supervision of horn and if used sync An EOL resistor is placed across the HORN SYNC OUT terminals of the last SCM controlled by this circuit or the SCMs are synchronized across the SYNC PASS THRU PAIR 7,8 terminals of the last SCM Feature of SCMs can synchronize appliances across multiple SmartSync NACs see Figures 2 and 3 This feature is called Each SCM has a Multi Sync port with input and an output connection These ports are daisy chained together first SCM in the chain is set via DIP switch to be the Multi Sync it generates the sync signals The other SCMs their DIP switches set for slave operation they follow the sync signals Multi Sync feature uses power from the audible control circuit connected at the master SCM If this feature is desired the circuit driving audible input at the master must be a reverse polarity NAC This means that a short or open on the wiring connecting the SCMs causes a trouble on the panel driving the audible input of the master SCM No more than 8 SCMs may be connected together for synchronization Also other appliances may NOT be connected to Multi Sync wiring Maximum wire run length from FACP control output to Multi Sync EOLR is 1000 feet When the SCM are wired in a master slave configuration the interconnecting synchronization wiring must adhere to one of following restrictions Metal conduit with end to end length limited to 20 feet OR Synchronized SCMs and interconnecting wiring must be in a single enclosure OR Strobes being controlled by one SCM shall not be mounted in an area where they could be seen together with a strobe by another SCM A Operation SCM supports Class A wire run configurations extending from the module through the appliances and back to the EOL at the SCM Class A terminals The EOLR at the Class A terminal is internal to the module do not add one when the SCM for Class A wiring between the SCM and the connected FACP is NOT Class A The wiring between SCM and FACP must be in conduit with the box to box wire run length not to exceed 20 feet for Class A NAC applications DIP Switch Settings the TrueAlert SCM operation by setting the 4 position DIP Switch SW1 see Table 1 as follows 1 TrueAlert SmartSync Control Module DIP Switch Settings Switch SW1 Appliances Sound Code Code The factory setting for switch is OFF 1 2 1 2 1 2 1 2 3 4 4 Used Steady Time Specifications Input NAC circuit from the FACP controls the basic reverse forward polarity state for the combined TrueAlert NAC output It be in the forward polarity state for the operation of the SCM or appliances This input may NOT be driven from a coded The supply current only applies when the NAC Input is driven to the forward alarm polarity Input Requirements Voltage 16 33Vdc 2Vpeak max ripple 24V nominal Control Module Supply Current 30mA maximum End of line resistor external EOLR required for Class B NAC internal 10K ohm provided for Class A NAC current 10 uA maximum plus NAC load Input panel output driving the audible input may have a different power source than the NAC output