Related Manuals for Gamewell IF600
Summary of Contents for Gamewell IF600
- Page 1 IF600 SMARTNET FIRE ALARM SYSTEM NETWORK Installation & Operation Manual The Gamewell Company 60 Pleasant Street Part No. 71646 Ashland, MA 01721 Issue 8/21/98 Technical Manuals Online! - http://www.tech-man.com...
- Page 2 PROPRIETARY MATERIAL The information contained in this manual is proprietary to The Gamewell Company. Such information and technical drawings may not be copied or reproduced in any manner, or disclosed to organizations that might be competitive to Gamewell, without the express prior written consent of The Gamewell Company. Technical Manuals Online! - http://www.tech-man.com...
- Page 3 GENERAL INFORMATION The Gamewell Company thanks you for choosing the SmartNet system to serve your monitor and control signaling needs. As with all our products we have taken great care to insure that we have provided a quality Fire Alarm Control Panel.
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Page 4: Table Of Contents
Table of Contents OVERVIEW: SmartNet System INSTALLATION AND WIRING MSTR-422 Module MSTR-FIB Module SIM-422 Module SIM-422/FIB Module SIM-FIB Module Printer Interface Environmental Considerations AC Connection Wire Connections Fiber Connections SYSTEM OPERATION : Start Up Title Block Nodes Window Network Data Window Node Data Window Status Windows Password window... - Page 5 FLEX 600 SYSTEM PROGRAMMING System Firmware Assigning Node Names Node Name Access Level Three Sensitivity Download APPENDIX A Communication Settings APPENDIX B SmartNet Data stream information APPENDIX C Wiring Diagrams Technical Manuals Online! - http://www.tech-man.com...
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Page 6: Overview
Note: Refer to drawing D-W1164 SIM-422 Module The SIM-422 module mounts on the bus driver card of the IF600 system (node), providing a hard wired connection to the network. It is connected to the CPU ‘s ISBX0 connector with a 34 pin ribbon cable that supplies power and data. An eight position DIP switch is used to set node addresses. -
Page 7: Sim-Fib Module
SIM-FIB Module The SIM-FIB Module provides the same features as the SIM-422 module with exception to the hard wired connections. Both hardwired connections are replaced with fiber optic connections. R1 and T1 replace the JP1 connector. R2 and T2 replace the JP2 connector Printer Interface A parallel printer interface is provided for use with the SN600-PTR printer. -
Page 8: System Operation
SYSTEM OPERATION : The SmartNet system is setup and programmed at the factory. When the SmartNet Start Up computer is turned on, the program will run a series of self diagnostics tests and then polls the network, communicating to the nodes assigned in the NODES program. -
Page 9: Title Block
VISUAL STATUS DISPLAY (cont.) Title Block Displays the current time, date, and software version. (Top of Screen) Nodes Window Displays the node unit numbers connected to the SmartNet network. A highlighted bar across the number means that that node unit is selected for direct access. Network Data Window Displays network data as it occurs in all nodes connected to the SmartNet network. -
Page 10: Password Window
Password window The password window will appear when the user is trying to perform a control function. The password characters will appear as asterisks in the password window when entered. The passwords are a combination of numbers and letters from three to ten characters long. -
Page 11: Resetting
Resetting When an alarm or trouble condition is acknowledged, the user will be prompted with a reset button. When the user clicks the mouse on the reset button, a reset password window will appear above the data window. The user must then enter the correct password and hit the enter key on the keypad. -
Page 12: Programming
PROGRAMMING Programming from the SmartNet console is performed exactly the same way as from the unit itself once the SmartNet console is in the direct access mode for that unit. Starting The Smartnet Start the SmartNet program by typing SmartNet at the root directory prompt. The SmartNet Program will automatically start when the computer is booted up. -
Page 13: Privileges
Privileges The file PRIV.INI assigns the various access levels to the SmartNet functions. There are six access levels of passwords that can be assigned. The following is the default access levels assigned to the various functions. RESET = 3 ACK = 3 PRINTER = 2 SILENCE = 3 COMM = 2... -
Page 14: Control By Event
Control By Event To program control by event functions between nodes, exit the SmartNet program and at the SmartNet prompt type: TOKENSET.EXE. This will start the program that allows the user to assign alarms from any node on the system to activate any output on any other node of the system. -
Page 15: Programming Nodes
Programming Nodes To add or delete nodes, exit the SmartNet program and at the SmartNet prompt type: NODES [return]. This will start the maintenance program that allows the user to add or delete nodes. (the default configuration is as follows) To add or delete a node, add or delete the number of the node to the list. -
Page 16: Flex 600 System Programming
FLEX 600 SYSTEM PROGRAMMING System Firmware The Flex Systems that are connected to a network require network firmware. This firmware has a menu selection that is not available on the standard firmware. This menu selection allows the installer to assign a node name to the system up to 20 characters long. -
Page 17: Communication Settings
APPENDIX A Communication Settings Base Address HEX COM Port 03F8 COM 1 03D8 COM 1 03E8 (S1 Default) COM 3 COM 3 03C8 02F8 COM 2 02D8 COM 2 02E8 (S1 & 3 Default) COM 4 02C8 COM 4 ** Indicates switch closed IRQ # SW 4 SW 5... -
Page 18: Smartnet Data Stream Information
APPENDIX B SmartNet Data stream information All of the messages sent from the networked FACPs (Nodes) are available for use by external equipment. The Gamewell SmartNet system information consists of straight ascii data from the comm. port of the Network Master Computer. - Page 19 NODE NUMBER: The Node Number Section will show the number (address) of the FACP where the message originated. Node 0 messages originate from the Network Master computer. When “Heartbeat” is enabled in the PRIV.INI file, a Node 0 message will be generated every two (2) minutes so the attached equipment can detect that communications with the Master are still active NODE NUMBER...
- Page 20 DATE & TIME The date and time of the event will be in the following format Month/day/year hour: minute The hour is transmitted in 24 hour format. NODE NUMBER STATUS NUMBER OF ALARMS DATE & TIME ACTION CIRCUIT NUMBER DEVICE NUMBER NODE NAME UP TO 40 CHARACTERS OF USER DEFINABLE TEXT UP TO 40 CHARACTERS OF USER DEFINABLE TEXT...
- Page 21 Action Messages, Supervisory Description "Supv. Alarm in" The "Supv. Alarm in" message is followed by CKT followed by the "circuit number" (1-128). If also an addressable CICT this will be followed by DEV and the "device number" (l-126) See Examples Action Messages, Security Alarm Description "Security Alarm in"...
- Page 22 "Output Shorted in" System Problem "Dup. Dev. in" System Problem "Dev. Missing in" System Problem "Type Mismatch" System Problem "Dev. Dirty in" System Problem "No Response from Analog CKT:" System Problem "Open/Short in CKT:" System Problem "I/O Not Detected @:" System Problem "Password Accepted"...
- Page 23 NODE NAME The Node Name only appears when a Node Name has been assigned to a networked FACP. When determining the source of a message, the Node Number should be used instead of the Node Name because the Node Name can be changed or eliminated. NODE NUMBER STATUS NUMBER OF ALARMS...
- Page 24 Sample Messages SAMPLES DESCRIPTION Status: NORMAL 08/31/95 16:19 System normal System Idle Status:ALARM I st of l 08/31/95 16:21 First Alarm with no user text Fire Alarm in Ckt:8 Status:ALARM Total:2 08/31/95 16:21 Second Alarm with no user text Fire Alarm in Ckt:7 Status:ACK;...
- Page 25 Status:ALARM I st of 1 08/31/95 16:23 Alarm circuit 2 Fire Alarm in Ckt:2 Fire Alarm Heat Detector 2nd. Floor Corridor 2 Status:ACK 08/31/95 16:23 System Acknowledged Status:RESET 08/31/95 16:23 Commencing System Reset Status:NORMAL 08/31/95 16:23 System Idle Status:ALARM 08/31/95 16:23 Supervisory Alarm circuit 3 Supv.
- Page 26 Status:NORMAL 08/31/95 16:25 Supervisory device automatically restored circuit I/O Restored, Ckt :26 Dev: 14 26 device 14 Status :NORMAL 08/31/95 16:25 System Idle Status:ALARM I st of 1 08/31/95 16:25 Fire alarm circuit 26 device 16 Fire Alarm in Ckt:26 Dev: 16 Fire Alarm Heat Detector I st.
- Page 27 Status:NORMAL 08/31/95 16:27 Trouble report restore AC input OK, Value: 185 Status:NORMAL 08/31/95 16:27 Trouble report restore I/O Restored, Ckt: 12 Status:NORMAL 08/31/95 16:27 Trouble report restore I/O Restored, Ckt: 11 Status:NORMAL 08/31/95 16:27 Trouble report restore I/O Restored, Ckt: 10 Status:NORMAL 08/31/95 16:27 Trouble report restore...
- Page 28 NODE 1 Communications lost with Node 1 Status:COMM 7-9-98 10:31:24 AM Node 1: Communications Failure NODE 0 Break or short in the primary cable was detected at Status:BUS 7-9-98 10:29: AM the Master Primary Bus Error NODE 0 Break or short in the Seconday cable was detected Status:BUS 7-9-98 10:29: AM at the Master...
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Page 29: Wiring Diagrams
APPENDIX C Wiring Diagrams D-W1164 Network System w/MSTR-422 & SIM-422 D-W1164-1 Network System w/MSTR-422 & SIM-422/FIB D-W1164-2 Network System w/MSTR-FIB & SIM-422/FIB D-W1164-3 Network System w/MSTR-FIB & SIM-FIB D-W1164-4 Network System using CP-864SN Line Protectors A-W538 Cable Connection for MSTR-422 A-M1094-1 AC Connections for SN600-PCxx A-M1090...