Summary of Contents for Keltron SDACT
- Page 1 User’s Manual for Keltron SDACT and FDACT Fire Dialers SFDACT.DOC Keltron Corporation 101A First Avenue, Waltham, MA 02451 Voice 781.894.8710 fax 781.899.9652 Rev 2.2 11/1/06 626-2104 P/N 92MSDACT...
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Page 3: Table Of Contents
Field Wiring Power Monitor Zones ........................23 Field Wiring Telephone Line Connections ......................24 Field Wiring FACP Serial Data Connections ..................... 26 SDACT Field Wiring Connection Diagram ....................... 31 Chapter 4 – Installation Programming ............... 33 Set Event Codes ..............................33 Set Telephone Numbers ............................. -
Page 5: Preface
The information contained in this manual will enable a trained alarm technician to properly install, configure, connect, program, power up, test, and commission the Keltron S/FDACT family of fire dialers. We encourage you to read this entire manual before you apply power to your unit. -
Page 7: Chapter 1 - Introduction
FACP. The SDACT’s four alarm zones ensure that general event signals such as fire, trouble, water flow or supervisory can be reliably transmitted. These signals are typically provided by the general alarm, general trouble, etc., relay contact outputs of the FACP. -
Page 8: Keltron Fdact Model
These outputs may be monitored or simply provide local fault indications. Features The Keltron SDACT contains a powerful microprocessor, an ASCII data-to-SIA converter and a seven-zone digital communicator. This unique communicator combines seven hardwired zone inputs and an RS232 serial port. - Page 9 Local LED’s and audible devices clearly indicate S/FDACT status. The Keltron S/FDACT provides contact outputs to indicate hardwired zone input activations and general faults. The SDACT contact outputs also indicate serial port-derived events pending transmission and serial port faults.
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Page 10: Fcc Requirements
FCC Requirements Keltron’s SDACT and FDACT comply with Part 68 of the FCC rules and the requirements adopted by the ACTA. Affixed to the dialer control board and inside the door of the optional enclosure is a label that contains, along with other information, a product identifier in the format US:AAAEQ##TXXXX. If requested, this number must be provided to the telephone company. -
Page 11: Ul Requirements
Warning: Keltron’s SDACT and FDACT have been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when operated in a commercial environment. The SDACT and FDACT generate, use and can radiate radio frequency energy and, if not installed and used in accordance with this manual, they may cause harmful interference to radio communications. -
Page 12: Parts List
(2) Modular patch cords P/N 63RJ4507 (1) Programming utility CD P/N SDSFDPrgmr (1) Printed user manual P/N 92MSDACT For SDACT only, one of the following personality software modules will be factory installed: FCI 7100 P/N 97P1081SD FCI 7200 P/N 97P1082SD... -
Page 13: Specifications
200 mA all alarm or lamp test Transmission specifications The Keltron S/FDACT will transmit per the SIA Digital Communication Standard of November 1991. Transmissions will be in accordance with the requirements of a Level 1 transmitter as defined in Section 5 (compatibility), Table 3 (SIA digital compatibility levels). - Page 14 Relay outputs: 2 SPDT, common alarm & common trouble Contact ratings: 2A @ 30 VDC, Non-Inductive Telephone lines: 2, supervised, RJ45 modular jacks LED displays: 1 Power on (green) 1 Power monitor zone status (yellow) 8 Alarm zone status (4 red, 4 yellow) 2 Serial port status (1 red, 1 yellow) 4 Telephone line status (2 red, 2 yellow) 2 Relay output status (red)
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Page 15: Chapter 2 - Operation
All Normal Operation When the Keltron S/FDACT is powered, and the input zones and other monitored status conditions are normal, only the green power on LED will be lit. All other LEDS will be dark. The audible will be silent. -
Page 16: Trouble Operation
Trouble Operation Zone Troubles For a status change into a trouble condition (open circuit) on a supervised alarm zone input (1-4): The trouble LED for that alarm zone input illuminates. The common trouble relay energizes and the trouble contact active LED illuminates. The audible device sounds the steady trouble signal. - Page 17 24 hours if the trouble condition is still present. Telephone Line Trouble While the telephone lines are not in use by the Keltron S/FDACT, the voltage of each line is continuously monitored by the S/FDACT to supervise the integrity of the field wiring connections to the telephone network.
- Page 18 Telephone Communication Trouble If the Keltron S/FDACT is unable to complete a telephone call to a receiving station DACR, because of failure to obtain a receiver handshake tone (2225 Hz), failure to receive a positive acknowledgement for each data block (2025 Hz), or for any other reason, then a communication trouble condition has been detected: The Telco fault LED corresponding to the telephone number currently being used illuminates, i.e.
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Page 19: Restore To Normal Operation
Note that the normal condition (normally open or normally closed) for zones 5, 6, and 7 is determined by user jumpers 5, 6, and 7 respectively. Serial Port Restore (SDACT only) (For supplementary use only) If a serial port trouble condition was previously detected, and either the condition restores to normal or user jumper J4 is removed to disable serial port supervision: The serial trouble LED goes out. -
Page 20: Daily Test Operation
(see dialing operation) Daily Test Operation If the Keltron S/FDACT is configured for 24 hour daily test interval (factory default), the daily test transmission will be sent once per day at the programmed (or default midnight) daily test time. If the S/FDACT is configured for 4 hour daily test interval, the test transmissions will be sent at the programmed daily test time and every 4 hours thereafter. -
Page 21: Dialing Operation
Sequence of Telephone Call Attempts. Assuming no call attempts are successful, the Keltron S/FDACT will try a total of eight times to complete a call to the central receiving station. The S/FDACT will first try two attempts to the primary telephone number using telephone line #1. -
Page 22: User Pushbutton Controls
The LEDS, audible and common trouble relay will remain active for as long as the test pushbutton is held. Program Pressing the ‘program’ pushbutton will place the Keltron S/FDACT into programming mode in order to download the configuration program to a PC, or upload a new configuration program from a PC. -
Page 23: User Jumpers
J3 if removed physically disconnects power from the audible device, thereby disabling all local audible signals. J4 if removed disables supervision of the FACP serial port (SDACT only). J4 should be set appropriately for the specific FACP being monitored. (See Serial Port Installation notes.) J5, J6, and J7 set the normal condition of the power monitor zones 5, 6, and 7 respectively. -
Page 25: Chapter 3 - Installation Field Wiring
Selecting a Location The Keltron S/FDACT may be installed in any environment which would be comfortable for a human being. Typically, the S/FDACT will be installed in the same room as the FACP which it is monitoring. Please read the environmental specifications for details. In addition: Do not mount on exterior walls, especially masonry walls ... -
Page 26: Field Wiring Power Supply Connections
Field Wiring Power Supply Connections Note that the S/FDACT requires an external power source. The S/FDACT may derive power from the monitored FACP’s non-resettable, auxiliary power output circuits if compatible, or from separate power supplies complying with the Standard for Power Supplies for Fire Protective Signaling Systems, UL 1481. - Page 27 Using the Fire Control Instruments 7100 Aux. Power Output The 7100’s 24 VDC non-resettable auxiliary power circuit is compatible with the S/FDACT. Connect S/FDACT terminal 15 (+24) to the 7100 BSM terminal TB4-2 (+), and connect S/FDACT terminal 16 (C) to the BSM terminal TB4-3 (-).
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Page 28: Field Wiring Supervised Hardwired Alarm Zones
IMPORTANT: The hardwired alarm zones are the primary means of alarm signaling via Keltron’s SDACT and FDACT dialers. Use of the alarm zone inputs is required for UL Listed installations monitoring FACP’S for Remote Station, Central Station, and Proprietary service. -
Page 29: Field Wiring Power Monitor Zones
Field Wiring Power Monitor Zones Power monitor input zones 5, 6 and 7 may be used as external power source monitor input circuits. Each zone is independently configurable for either normally open or normally closed dry contact, programmable, activation. These zones are considered supplementary and unsupervised. -
Page 30: Field Wiring Telephone Line Connections
Telephone Line Connection The Keltron SDACT and FDACT are alarm dialing equipment and must be able to seize the telephone line and place a call in an emergency situation. They must be able to do this even if other equipment (telephone, answering system, computer modem, etc.) already has the telephone line in use. - Page 31 Connect the S/FDACT to the RJ31X jacks using the 1-to-1 modular patch cords supplied, Keltron part number 63RJ4507. Plug one end of the modular cord into the S/FDACT RJ-45 jack. Plug the other end into the RJ31X jack. For reference, proper wiring of the RJ31X jack is shown in the figure below.
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Page 32: Field Wiring Facp Serial Data Connections
Field Wiring FACP Serial Data Connections The Keltron SDACT provides a DB-9 connector for the supplementary RS232 serial data monitoring port. 1 - No connection 2 - TD (transmit data) From SDACT 3 – RD (receive data) To SDACT 4 – No connection 5 –... - Page 33 RTS and CTS pin numbers depend on J1 and J2 jumper settings. The factory default is RTS on Pin 7, CTS on Pin 8. IMPORTANT: The 7100 baud rate must be 9600 baud. See Appendix A for information on the SIA event codes and zone numbers used by SDACT when transmitting 7100 events.
- Page 34 RTS and CTS pin numbers depend on J1 and J2 jumper settings. The factory default is RTS on Pin 7, CTS on Pin 8. IMPORTANT: The 7200 baud rate must be 1200 baud. See Appendix A for information on the SIA event codes and zone numbers used by SDACT when transmitting 7200 events.
- Page 35 RTS and CTS pin numbers depend on J1 and J2 jumper settings. The factory default is RTS on Pin 7, CTS on Pin 8. IMPORTANT: The EST2 baud rate must be 9600 baud. See Appendix A for information on the SIA event codes and zone numbers used by SDACT when transmitting EST2 events.
- Page 36 RTS and CTS pin numbers depend on J1 and J2 jumper settings. The factory default is RTS on Pin 7, CTS on Pin 8. IMPORTANT: The MIR2 baud rate must be 4800 baud. See Appendix A for information on the SIA event codes and zone numbers used by SDACT when transmitting MIR2 events.
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Page 37: Sdact Field Wiring Connection Diagram
SDACT Field Wiring Connection Diagram... -
Page 39: Chapter 4 - Installation Programming
2 hours and no delay 1-3 hours The S/FDACT programmer is a Windows PC application, SFDPrgmr.exe, to configure an SDACT or FDACT for use. The S/FDACT programmer is compatible with Windows XP, Windows 2000, Windows NT, and Windows 98. In many cases, the factory default settings for your S/FDACT will be used, but at a minimum you must program the telephone numbers of the intended receiving stations. - Page 40 defaults. While this box is checked, you can view the event codes by clicking on the various tabs, but you cannot modify them. To change any event codes, first click on the ‘Use Default Event Codes:’ box so it is unchecked.
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Page 41: Set Telephone Numbers
Daily Test Tab As shown in the figure below, this tab is used to set the codes used for daily test reports. There is a programmable system all normal code and a separate system off-normal code. The factory default codes are: “Automatic Test”... -
Page 42: Set Account Numbers
Set Daily Test Interval The factory default is for the Keltron S/FDACT to send daily test reports once every 24 hours. Per UL 864, if either programmed telephone number is not a direct line to the receiving station (DACR), but is... -
Page 43: Set Date And Time
Upload/Download Download Config from S/FDACT This control will read the configuration program from the Keltron S/FDACT and display the current settings. This function requires that the S/FDACT’s serial port be connected to your PC’s comm port, and that the S/FDACT is powered-up and in program mode. -
Page 44: Comm Port Settings
Upload Config to S/FDACT This control will program the S/FDACT with the configuration settings currently in the display. This function requires that the S/FDACT’s serial port be connected to your PC’s comm port, and that the S/FDACT is powered-up and in program mode. The serial port LEDS will pause their alternating for a few seconds while the S/FDACT writes the new configuration to its EEPROM memory. -
Page 45: Chapter 5 - Testing The Installation
5. After the call completes, check with the receiving station to verify that the correct alarm message was received. 6. For SDACT only, verify that a point specific alarm message was also received. This usually requires the SDACT to place a second call to the receiving station. -
Page 46: Service
Please refer all service issues to a Keltron certified alarm technician. This device cannot be adjusted or repaired in the field. The S/FDACT does not contain field serviceable components and therefore is not field serviceable. In case of trouble with the Keltron S/FDACT, notify the installing company or return the S/FDACT to the manufacturer. Contact Information... -
Page 47: Warranty
Except as provided above, Keltron Corporation makes no warranty of any kind, express or implied, except that the goods sold under this agreement shall be of the standard quality of Keltron Corporation, and the buyer assumes all risk and liability resulting from the use of the goods. Keltron Corporation neither... -
Page 49: Appendix A: Information For Receiving Station Operators
SDACT supports up to 15 networked panels by placing the network node number in the thousand’s digit of the SIA Zone. Events from the panel directly connected to SDACT, i.e. the (Local) panel, always report on Zones in the 0100 - 0499 range. Networked panels 1 to 15 report on Zone ranges 1000 - 1499 to F000 - F499 respectively. - Page 50 Following is a table of the SIA event codes transmitted by SDACT for the different types of 7100 events. 7100 Code Restore Restore Code Event Word Code Description Code Description FIRST ALARM Fire Alarm Fire Alarm Restore ALARM P.A.S Sprinkler Alarm...
- Page 51 1001, and events from unit number F will report on account 1014. Note that the 3-Digit Option must be specified when ordering your SDACT from the factory. It is not a field configurable option. The designation “(3DO)” will be appended to the model number on the SDACT product labeling.
- Page 52 Following is a table of the SIA event codes transmitted by SDACT for the different types of 7200 events. 7200 Code Restore Restore Code Event Word Code Description Code Description ALARM Fire Alarm Fire Alarm Restore P.A.S VERIFY Sprinkler Alarm...
- Page 53 No conversion is necessary for the detectors, modules, and notification appliance circuit point IDs. Those point IDs are transmitted directly as the 4-digit SIA zone number. The EST2 panel fault point IDs are converted to different SIA zone numbers so there is no conflict with the SDACT’s hardwired zone numbers.
- Page 54 Following is a table of the SIA event codes transmitted by SDACT for the different types of EST2 events. EST2 Code Restore Restore Code Event Messages Code Description Code Description FIRE ALARM Fire Alarm Fire Alarm Restore FIRE ALARM ALARM-...
- Page 55 No conversion is necessary for the detectors, modules, and notification appliance circuit point IDs. Those point IDs are transmitted directly as the 4-digit SIA zone number. The MIR2 panel fault point IDs are converted to different SIA zone numbers so there is no conflict with the SDACT’s hardwired zone numbers.
- Page 56 Following is a table of the SIA event codes transmitted by SDACT for the different types of MIR2 events. MIR2 Code Restore Restore Code Event Messages Code Description Code Description FIRE ALARM Fire Alarm Fire Alarm Restore FIRE ALARM ALARM-...
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Page 57: Appendix B: Sia Standard Event Codes
Appendix B: SIA Standard Event Codes Alarm – Panel Substitution Card Assigned Abort Card Deleted Analog Restoral Access Closed AC Restoral Access Denied Analog Service Request to Enter AC Trouble Door Forced Access Granted Burglary Alarm Door Left Open - Restoral Burglary Bypass Access Denied –... - Page 58 Fire Trouble Restore User Code Deleted Fire Test End User Code Added Fire Alarm Silenced User Level Set Fire Alarm - Cross Point Fire Supervisory Trouble Restore Heat Alarm Fire Restoral Heat Bypass Fire Supervisory Heat Alarm Restore Fire Trouble Heat Trouble Restore Fire Unbypass Heat Restoral...
- Page 59 Early Open Sprinkler Restoral Late to Open from Alarm Sprinkler Supervisory Opening Report Sprinkler Trouble Remote Opening Sprinkler Unbypass Disarm From Alarm Opening Keyswitch Tamper Alarm Late To Close Tamper Bypass Output State – Trouble All Points Tested Output State – Restore Test End Point Opening Tamper Alarm Restore...
- Page 60 Water Unbypass Freeze Trouble Freeze Unbypass Extra Account Report Extra Point Extra RF Point RF Interference Restoral Sensor Reset RF Receiver Tamper Restoral Low Received Signal Strength Missing Alarm - Cross Point RF Interference Transmitter Battery Restoral RF Receiver Tamper Transmitter Battery Trouble Forced Point Fail to Test...