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Analogue Addressable
Fire Control Panel
HFA-2000
Software release v 9.6
Operating Instructions
Via Triboniano 25 - 20156 Milano - Italy
Tel. +39 02 38036 1 Fax
•
www.hesa.com
e-mail:hesa@hesa.com
Roma Via Val Grana 14
Tel. +39 06 8861 415 Fax +39 06 8861 391
Tavarnelle V. P. (FI)
Tel. +39 055 8070 303 Fax +39 055 8070 505
+39
02 38036 701
Modugno (BA) S.S.
Tel. +39 080 5057 044 Fax +39 080 5057 054
DRAFT COPY
12/12/2003
•
Via B. Cellini 178
•
96, km 119.874
•
DT01192
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Table of Contents
Summary of Contents for HESA HFA-2000
- Page 1 DRAFT COPY 12/12/2003 Analogue Addressable Fire Control Panel HFA-2000 Software release v 9.6 Operating Instructions Roma Via Val Grana 14 Tel. +39 06 8861 415 Fax +39 06 8861 391 • Via Triboniano 25 - 20156 Milano - Italy Tavarnelle V. P. (FI) Via B.
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Page 3: Table Of Contents
Table of contents HFA 2000 Fire Panel ..............................4 Features found in this release..........................4 Power supply inputs ............................4 Sensors ................................5 Connections to the sensors ..........................5 Assigning addresses to the sensors........................5 Automatically assigning sensors to zones ....................5 Manually assigning sensors to zones ......................6 Sounding devices ..............................6 Connections to the loop powered sounders ....................6 Assigning addresses to the sounders......................6... - Page 4 Codes................................18 Language ...............................18 Sensor Data..............................18 Schedule ................................19 CBE Timers ..............................19 To program the delay and duration times for an output:................19 CBE Equations ..............................20 To erase an equation ..........................20 Important note about CBE timers.......................20 Load Defaults..............................20 Erase options..............................21 Baud Rate ..............................21 Print options..............................21 Print the Event History ..........................22 Select the Event Option..........................22...
- Page 5 Option to allow sensor labels to be associated with the hard addresses............43 The labels should be adjusted under the following conditions:..............44 The labels should NOT be adjusted under the following conditions:............44 _Toc58983606 Text string removed ............................44 HESA S.p.A - Analogue Addressable Fire Control Panel HFA-2000 - Operating Instructions DT01192HE1203R02...
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Page 6: Hfa 2000 Fire Panel
HFA 2000 Fire Panel Instructions for operating release 9 of the software Features found in this release • Number of loops: 2 • Number of sensors per loop: 64 for a total of 128. T-taps are supported. • Sensors are assigned addresses automatically. •... -
Page 7: Sensors
Sensors The panel is designed to operate with the ECO2000 family of analog addressable fire detectors manufactured by System Sensor ®. They are as follows: ECO2000M Micro module. Contains supervised input for a contact ECO2001 Call point ECO2003 Photoelectric smoke detector ECO2005 Thermal detector Connections to the sensors... -
Page 8: Manually Assigning Sensors To Zones
Manually assigning sensors to zones First, the sensor addresses must be assigned automatically. Next the sensors can be manually assigned to zones. Only the sensors on the main loop can only be reassigned to other zones. To comply with the EN-54 standards sensors on taps cannot be reassigned to other zones because all sensors on a tap must be in the same zone. -
Page 9: Lcd Display
15 seconds after the last key was pressed. During standby, the system name is displayed on the top line; the time and date is displayed on the bottom line. If a system name has not been programmed, HESA HFA- 2000 is displayed on the top line. -
Page 10: Fault Display
Fault display When a fault occurs, it is displayed on the top line if there are no alarms being displayed. LEDs Indicates the following: When there is an alarm ALARM If any zones or sensors are disabled DISABLED DETECTORS/ZONES in a zone or general fault in a loop ZONE FAULT Faults in any sensor Faults relating to the system, not limited to any particular loop or zone... -
Page 11: System Test
Access at level 2: Both the alarm relay is turned off and the sounders are silenced. • To turn off the silence feature, press the SILENCE key after entering the access code. Certain conditions apply: Access at level 1: The silence feature is turned off only if it was enabled at access level 1. Access at level 2: The silence feature is turned off unconditionally. -
Page 12: Assign Addresses To The Sensors
Assign addresses to the sensors Before the system can operate properly, addresses must be assigned to the sensors. This is done automatically in the AUTO-ADDRESS mode, which is one of the programming modes. Please refer the to the section entitled Programming the System, access level 3 for instructions. -
Page 13: Programming Menu
Programming Menu The following programming menu is available while at access level 3: Menu Item Description EVENT HISTORY Displays the time, day of week, and date the event occurred and a detailed description of the event. TIME Displays and sets the time, 24 hour clock: hh.mm: 00.00 to 23.59 DATE Displays and sets the date: dd-mm-yy DELAYS... -
Page 14: Time
Time This is used to set the time using the 24 hour format: hh:mm ranging from 00.00 to 23.59. • While the programming menu displays TIME , press ENTER (#) to select it. • The current time, day of week, and date are displayed on the top line. •... -
Page 15: To Walk Test One Zone In A Loop, For Example, Zone 7 In Loop 2
To walk test one zone in a loop, for example, zone 7 in loop 2: • Press ENTER (#) while WALK TEST is displayed from the programming menu. • LOOP is displayed. Enter the loop number where the zone is located: 2 •... -
Page 16: Manual-Address
When all the sensors have been assigned addresses, it searches for zone markers along the loop then automatically assigns the sensors to zones. It ignores sensors on taps. This is because the standards require all sensors on a tap to be in the same zone. •... -
Page 17: If The Sensor Is On A T-Tap
IF THE SENSOR IS ON A T-TAP • After the sensor number is displayed, "TAP" is displayed after the zone number. Using the previous example: LOOP 2 SENSOR 34 ECO2003 ZONE 05 TAP • It then ignores any attempt to enter a new zone number. •... -
Page 18: Manual-Address
• Press BACK (*) to return to the programming menu where SOUNDER ADDRESSING is displayed. Manual-Address • While the sounder addressing menu displays MANUAL-ADDRESS , press ENTER (#) to select it. • After ENTER (#) is pressed, LOOP is displayed. •... -
Page 19: Activation Options
During the standby mode, the system label is displayed on the top line. The time and date is displayed on the bottom line. If no system label had been programmed, HESA 2000 is displayed instead. When entering this programming mode, the currently programmed label, if any, is displayed on the top line. -
Page 20: Codes
• Enter each character. Up to 24 characters may be entered. Press BACK (*) as many times as necessary to cancel one or more characters, or the entire entry. • Press ENTER (#) to confirm the new label. It returns to the programming menu. Codes When selected from the programming menu, the following is displayed: ACCESS LEVEL... -
Page 21: Schedule
Schedule This displays the currently programmed day / night sensitivity schedule and allows it to be changed. Note: Only the ECO2003 photoelectric smoke detectors are controlled by the schedule. The other sensors are not approved to have their sensitivities changed. •... -
Page 22: Cbe Equations
• TIMER is displayed again after ENTER (#) or BACK (*) is pressed to allow another time to be programmed. • Press BACK (*) to return to the programming menu. CBE Equations The CBE equations consist of up to 32 characters. For details of the syntax, refer to Appendix A. Equations can be programmed for all the programmable outputs. -
Page 23: Erase Options
Defaults: Access code, level 1: 1111 Time night sensitivity 7.00 (AM) ends: Access code, level 2: 22222 Day/night sensitivity: Access code, level 3: 333333 Power warning delay Baud Rate: 9600 Silence inhibit time: Language: Italian Walk test time limit, 0 (walk test minutes: disabled) Time night sensitivity... -
Page 24: Print The Event History
Print option The system name will be either the default " HESA HFA-2000" or a name programmed by the installer. For example, if the event history is printed at 9.30 AM on 4 March 2002, the following header will print first. The system name that had been programmed is MILLENIUM PLAZA. -
Page 25: Option To Print The Selected Type Of Event That Occurred On A Specific Date
OPTION TO PRINT THE SELECTED TYPE OF EVENT THAT OCCURRED ON A SPECIFIC DATE: • After the Event Option is selected, DATE is displayed. • If the selected events on a specific date are to be printed, enter the date: day, month, and year. To enter the date, refer to the instructions for programming the date when setting the real time clock. -
Page 26: Print The Cbe Equations
S63 FINISHED GOODS S64 SHIPPING / RECEIVING Loop 2: Z01 NORTH WING Z02 SALES OFFICE Z14 CLEAN ROOM Z15 PRODUCTION AREA S01 ENTRANCE HALL S02 OFFICE OF THE PRESIDENT S63 OFFICE SUPPLY ROOM S64 COPY ROOM Print the CBE Equations •... -
Page 27: Print The Events As They Occur, In Real Time
LOOP 1: S01 Z01 ECO2003 1500035C S02 Z01 ECO2005 85640246 S03 Z02 ECO2001 A964043B S61 Z14 ECO2003 220004ED S62 Z14 ECO2000M A8640364 S63 Z15 ECO2001 8564027B S64 Z15 ECO2003 220004A6 LOOP 2: S01 Z01 ECO2003 15000379 S02 Z01 ECO2000M A86400EE S03 Z02 ECO2001 A964041D S61 Z14 ECO2003 220004ED S62 Z14 ECO2000M A8640364... -
Page 28: Display A Zone In Alarm
Display a zone in alarm • Use the up or down arrow key to display ZONE ALARM in the status menu • Press # to display a zone that is in alarm. It is displayed on the top line. • The display has the following format: ALARM Ln Znn (followed by the zone description) For example: Zone... -
Page 29: Display A Loop Fault
Display a loop fault Loop faults are associated with loops and not with the zones or sensors. When a loop fault occurs, LOOP FAULT is displayed and the Zone Fault LED turns on (there is no LED dedicated to loop faults). The following faults are associated with the loops and not with the zones or sensors: Display (n = loop number) Description... -
Page 30: Display A Disabled Sensor
Display a disabled sensor • Use the up or down arrow key to display DISABLED SENSORS in the status menu. • Press # to display a sensor that is disabled. It is displayed on the top line. • The display has the following format: OFF Ln Snn (followed by the zone description). -
Page 31: Access Via The Serial Port
Note: The zones and sensors are independently enabled and disabled. If a sensor is disabled, then later the zone is disabled where that sensor is located, the sensor remains disabled. Later, when the zone is enabled again, that sensor does not become enabled until it is individually enabled. If that sensor is individually enabled while its zone remains disabled, the sensor effectively remains disabled because it is in a disabled zone. -
Page 32: Control-By-Event (Cbe) Equations
Appendix A Control-By-Event (CBE) Equations Overview The Control-by-Event (CBE) equations are used to control the programmable outputs of the fire panel. There can be up to 35 programmable outputs on the system, 3 on the main circuit board, and 32 on relay expander modules. -
Page 33: Syntax And Symbols Used In The Equations
• Directives can be placed anywhere in the equation, except the end. • The directives only affect the elements of the equation that follow it. • The timer statement, if used, must be placed at the end of the equation. Syntax and Symbols used in the equations Directives loop... -
Page 34: G Group
group A group consists of sensors of a specified product type within a specified zone. The G variable is true if any of that type of sensor in that zone is true. Groups are defined by G followed by a 2 digit zone number ranging from 01 to 15 then a single character product type code. -
Page 35: Logical Or
Logical OR Variables linked by + independently control the result of the equation. For example, in the following equation, if any variable is true, the result of the equation is true. L2S01+Z05+G061 Alarm is the default event. In loop 2, if sensor 1, or any sensor in zone 5, or any sensor in group 061 (call points in zone 6) are in alarm, the equation is true so the output is activated. -
Page 36: Special Use If The Timer Statement Is Not Included In The Equation
Special use if the timer statement is not included in the equation Normally, when a timer statement is not included in the equation, the output latches on when the equation become true. It remains on even though the equation later becomes false. It can only be cleared by resetting the system. -
Page 37: Timer Control
Timer Control timer statement There are 20 timers that can be used by the CBE equations. If the output controlled by the equation is to be delayed and is to operate for a certain length of time after the equation becomes true, a timer statement should be added to the equation. -
Page 38: Error Messages
Z zone: It must be followed by 2 digits ranging from 01 to 15 and must be preceded by or & or (. It may be preceded by a logic modifier ! or X or Y. If it is, the modifier must be preceded by or &... -
Page 39: Hfa 2000 Fire Panel
HFA 2000 Fire Panel Release 9.1 – 9.6 Changes made since release 9.0 ACK button ACK now only silences the internal buzzer and loads the acknowledgment into the event history whenever any event happens that turns on the internal sounder: faults, etc. The event history shows the alarm, fault, etc., followed by the acknowledgement. -
Page 40: Polling Stops When Voltage Becomes Too Low For The Sensors To Operate Properly
Polling stops when voltage becomes too low for the sensors to operate properly • When the power supply voltage drops to 19 Vdc, the power supply fault indication turns on. The system continues to operate. A system fault results. This has not changed. •... -
Page 41: Key Switch Functions
alarm latch becomes set and remains set until the resistance returns to normal (47 K) followed by a system reset. A short circuit across the wires signals a fault. A break in the wires disconnects the end-of-line resistor thus producing an open circuit fault that is also reported. When a short circuit occurs, it makes a transition through the alarm resistance region so it is possible for the alarm latch to become set. -
Page 42: Additional Erase Function
reached by a supervisor, and if he must turn on the evacuation mode, he must be aware that it is necessary to exit access level 3 or turn the maintenance switch off before proceeding. Switch Connections LEFT EDGE LEFT (evacuate) OF CIRCUIT BOARD CENTER (normal) -
Page 43: The Leds Turn On In The Sensors That Are In Alarm
selected. The virtual output is programmed the same as any other output. When prompted for the output number, 35 is entered then the equation. The LEDs turn on in the sensors that are in alarm This feature has been completed. Now the LEDs in all sensors that are in alarm turn on. To limit the load current on each loop, only 10 LEDs are allowed to be on at one time. -
Page 44: Menu Position And Request Indicators
The resulting software to display a single character is much more efficient than displaying a string of characters; it also leaves more room on the LCD to display information. Since a special character had to be created for the up/down arrow, the universal symbol for ENTER was also created. It is a left facing arrow with a tail that goes right then up as follows: Menu Position and request indicators The main menu and submenu (if any) selections are displayed on the bottom line:... -
Page 45: Delays, Erase, And Print
Delays, Erase, and Print These displays were improved so the selected item remains displayed while displaying the current value and while programming new values. The types of sensor faults are now displayed It has always been possible to display the types of sensor faults from the event memory but not when displaying the faults from the main menu because of the large amount of RAM required. -
Page 46: The Labels Should Be Adjusted Under The Following Conditions
Press ENTER(#) to adjust the labels, or press (*) to allow the labels to remain in their original location. The labels should be adjusted under the following conditions: • If one or more sensors are added, the text labels for all existing sensors will be adjusted so they remain associated with their sensor. - Page 48 DT01192HE1203R02...
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