Transcript
FIREQUEST PLUS ANALOGUE ADDRESSABLE FIRE CONTROL PANEL
FIREQUEST PLUS ___________________________________________________________________________________________________________
Section 2 Servicing Manual ___________________________________________________________________________________________________________
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FireQuest F1 Grafton Way, West Ham Industrial Estate, Basingstoke, Hampshire, RG22 6HY England. t: +44 (0)1256 347196 f: +44 (0)1256 810082 e:
[email protected] www.firequest.co.uk
FireQuest Plus Manual Issue 1.0
CONTENTS
CONTENTS SECTION 2 - SERVICING ............................................................................. 1 Using the Manual ................................................................................................................. 1
WEEKLY CHECKS ....................................................................................... 2 Three-Monthly Checks ......................................................................................................... 2 Annual Checks ..................................................................................................................... 3 Three-Yearly Checks ........................................................................................................... 3 Four-Yearly Checks ............................................................................................................. 3
TESTS AND REPORTS ................................................................................ 4 Test and Report Menu ......................................................................................................... 4 See also: Section 4 - Tests and Reports ........................................................................................... 4
Test Menu ............................................................................................................................ 4 Test Keypad/Display ........................................................................................................ 4 Display Test ............................................................................................................................... 5 Printer Test ................................................................................................................................ 5 Switch Test ................................................................................................................................ 5
Memory Test .................................................................................................................... 5 Sounder Test .................................................................................................................... 5 Test Devices..................................................................................................................... 5 Walktest............................................................................................................................ 5 Range ........................................................................................................................................ 6 Zones ........................................................................................................................................ 6 Loops ......................................................................................................................................... 6
Device Value .................................................................................................................... 6 Typical Device Test Screen ....................................................................................................... 6 Apollo Range ............................................................................................................................... 6 Checking the Operation of Outputs ........................................................................................... 6
Over Value Test ............................................................................................................... 7 Loop Check ...................................................................................................................... 7 Sounder Test .................................................................................................................... 7 Output Control .................................................................................................................. 7 Reports ................................................................................................................................. 8 Messages ......................................................................................................................... 8 Device Messages ...................................................................................................................... 8 Zone Messages ......................................................................................................................... 8 Output Messages ...................................................................................................................... 8 Firmware Version ...................................................................................................................... 9
TROUBLE SHOOTING ............................................................................... 10 Basic Problems .................................................................................................................. 10 System Problems ............................................................................................................... 13 Detection Loop Problems ................................................................................................... 14 Remote Unit Problems ....................................................................................................... 15
FIELD DEVICE SPECIFICATIONS ............................................................. 16 Apollo Apollo XP95/Series 90 ............................................................................................ 16 XP95 Ancillary Specification .......................................................................................... 17 Hochiki................................................................................................................................ 18 ESP Device Types ......................................................................................................... 18 Additional Features of ESP Detectors ............................................................................... 18 Power Up Sequence ...................................................................................................... 18 Device Test .................................................................................................................... 19 Optical Detectors ..................................................................................................................... 19
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CONTENTS Heat Detectors ......................................................................................................................... 19 Ionisation Detectors ................................................................................................................. 19 Dual Zone Monitor ................................................................................................................... 20 Manual Callpoint ...................................................................................................................... 20 Mini Zone Monitor .................................................................................................................... 20 Addressable Base ................................................................................................................... 20 Master Addressable Base........................................................................................................ 20 Dual Relay Controller .............................................................................................................. 21 Dual Sounder Controller .......................................................................................................... 21 Dual Switch Monitor ................................................................................................................. 21
Output Bit Control ........................................................................................................... 21 Nittan .................................................................................................................................. 22 Device Types ................................................................................................................. 22 AS Device Details .......................................................................................................... 22
MAIN MENU (ACCESS LEVEL 0) .............................................................. 23 TEST MENU (ACCESS LEVEL 1) .............................................................. 24
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SECTION 2 - SERVICING Using the Manual The manual is divided into sections, each of which will guide you through a particular aspect of the system. In the left hand margin icons are used to draw your attention to important Notes [ ] or Warnings [ 0 ]. If you need to install and commission the system, then go to Section 1. This also contains drawings and connection details of all the hardware modules. If the system has already been installed and you need to know how to operate the FireQuest Control Panel, then Sections 2 & 3 will detail the controls and indicators and take you through the normal operation of the system. Once installed Sections 4 & 5 will guide you through the configuration. When configuring a system with Apollo, Nittan or Hochiki ESP devices there are some additional features that are relevant to the configuration, these are covered in the relevant sections If a fault or problem occurs refer to Section 3 - Normal Operation – Dealing with Faults, which details the normal system faults that may occur. If further assistance is required, refer to the Troubleshooting Guide in Section 2
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Weekly Checks 0
These checks are normally carried out by a responsible member of the customer’s staff. They should also be carried out by the service engineer after all routine maintenance checks. WARNING: WARN ALL PERSONNEL THAT THE SOUNDERS ARE ABOUT TO BE TESTED. Proceed as follows: a) If necessary, clean the front panel of the controller with a suitable cleansing agent. b) Check all batteries in accordance with publication 05A-10-S1. c) Check the tightness of all terminal block screws inside the controller. d) Using the Walk Test function (see Section 2), check the operation of at least one zone. If a printer is available, print out the results of the Walk Test on the printer. e) Set one device (either a callpoint or detector) from one zone into alarm and check that the system responds as follows:
♦ ♦ ♦ ♦ ♦
The controller’s internal buzzer sounds in a continuous tone. The red ‘FIRE’ LED’s on the controller front panel light. The appropriate red ‘FIRE ZONE LED (if configured) flashes. The general and zonal sounders operate. The alphanumeric display gives the location of the alarm.
f) Record the device used to initiate the test in the site log book and reset the controller. Check the condition of the printout on any printers attached to the system. g) Ensure that each printer has an adequate supply of paper. Any defect should be recorded in the log book and appropriate action taken. On completion of the work, obtain the signature from the customer or his representative for the Routine Maintenance Visit Record. Leave a copy of this record with the customer for his files.
Three-Monthly Checks Proceed as follows: a) Perform the weekly checks as detailed in Weekly Checks. b) Check the entries in the log book and carry out any necessary action.
c) Check the batteries and their connections in accordance with battery manufacturers details
d) Check all the ancillary functions of the controller. e) Check all fault indicators by simulating a FAULT condition in each zone by either:
♦ ♦ ♦
removing a detector from its base, or; disconnecting the local circuit from an ancillary unit, or; removing the end-of-line resistor from an ancillary unit’s circuit.
f) Visually check the condition of the controller and other ancillary equipment for signs of moisture ingress and other deterioration.
g) Visually check the installation to ascertain whether structural or occupancy changes have affected the requirements for the siting of manual callpoints, detectors, line isolator base or sounders.
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h) Ensure that a clear space of at least 750 mm is preserved in all directions below heat and smoke detectors, that they are correctly sited and that all manual callpoints remain unobstructed and conspicuous.
i) Ensure that no physical obstruction has been placed in the line-of-sight between flame detectors and the protected area. Any defect should be recorded in the log book and appropriate action taken. On completion of the work, obtain the signature of the customer or his representative for the Routine Maintenance Visit Record. Leave a copy of this record with the customer for his files.
Annual Checks Proceed as follows: a) Perform the three-monthly checks as detailed in Three-monthly Checks. b) Visually check the inside and outside of the controller and ancillary devices for damage. Check for damage to, and paint on, heat detectors; check for dirt, grease, etc. on the
c) lenses of flame detectors. d) Clean or exchange units as necessary. e) Check for damage and accumulations of dirt on ion-chamber smoke detectors. DO NOT CLEAN; these units MUST be exchanged and returned to the factory for disposal.
Note: The return of ion-chamber smoke detectors is to be carried out in accordance with the latest company standing instructions for storage and transportation of radioactive materials.
f) Check the fixings for the controller and all detectors, sounders and ancillary equipment which form part of the fire detection system.
g) Check the cable fixings at the controller and each ancillary device for correct connection. h) Test ALL detectors and callpoints for correct operation. i) Record any defect in the log book and rectify as required. On completion of the work, obtain the signature of the customer or his representative for the Routine Maintenance Visit Record. Leave a copy of this record with the customer for his files.
Three-Yearly Checks In addition to the normal yearly checks, filters of VESDA™ Aspirating detectors must be changed.
Four-Yearly Checks 0
In addition to the normal yearly checks, internal standby batteries must be renewed. CAUTION: TAKE CARE WHEN HANDLING THE BATTERY. DO NOT CONNECT THE BATTERY WITH REVERSED POLARITY. WHEN THE BATTERY IS NOT CONNECTED, COVER TERMINALS WITH INSULATING TAPE TO PREVENT ACCIDENTAL SHORT CIRCUIT.
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TESTS AND REPORTS These are all operations, which may be required on a regular basis, particularly during Servicing and Maintenance periods. The menu is entered by pressing the ENGINEER ACCESS Key.
♦ Select Option 2 – Engineer Access ♦ Select Option 1 – Test/Report and then enter the passcode (set at 1111 when supplied). This will then bring up a menu as follows:
TEST/REPORT MENU 1=TESTS 2=O/P OVERRIDE
3=REPORTS
The possible choices are numbered. Each may be chosen by entering a single digit, and then selecting the next choice, until the system requests other information, or indicates that particular keys should be pressed. To exit from a menu, press the CANCEL key, repeating this until the correct menu is reached, or until the system is in quiescent mode. Any alarm occurring will automatically cause the system to revert to the monitoring mode
Test and Report Menu
The following descriptions are designed to show the general usage of each of the functions available, and outline any possible problems or pitfalls, which may be encountered. See also: Section 4 - Tests and Reports Once you are in the TEST menu, the Printer can be disabled by pressing the MENU key (or enabled by pressing it again).
Test Menu This allows the user to test the various parts of the system, in a controlled way, without stopping the system from continuing to monitor the detectors.
TEST MENU
1=DISPLAY/KEYPAD
2=SOUNDERS 3=MEMORY 4=DEVICE Test Keypad/Display PRINT/DISPLAY/KEYPAD FUNCTIONS 1=DISPLAY
2=PRINTER 3=SWITCHES
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DISPLAY TEST This tests the display by showing a test pattern. Press CANCEL to end.
PRINTER TEST This tests the printer by printing a test pattern. Press CANCEL to end This must be the CANCEL key on the keypad, not on the QWERTY keyboard. SWITCH TEST This allows the user to test each switch, the function of the switch being displayed as a code letter (usually fairly logically) on the Display, as it is operated. Press CANCEL to end.
Memory Test This is an internal check, which checks all the RAM memory, and records any failures, with a device identification. A successful test will display the message:
MEMORY TEST COMPLETED SUCCESSFULLY A failure will necessitate the return of the equipment to the panel manufacturer.
Sounder Test This tests the Common (Programmable) Sounder circuits which are on the baseboard, by switching them on for one second every 10 seconds approximately.
Test Devices The screen will display the following:
TEST DEVICES 1= WALKTEST 2=VALUE 3=OVER VALUE TEST 4=LOOP CHECK Walktest This gives three options:
1=RANGE
2=ZONE
3=LOOP
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RANGE This allows the detectors to be tested, with a printed record (if required), without setting off the sounders or without having to return to the Control Unit after each test. Select the loop number followed by a range of detector addresses being tested. The Printer (if fitted) will record the operation of each device. It is suggested that the Fire Brigade connection should be disabled before these tests. ZONES This allows the Zones to be tested, with a printed record (if required), without setting off the sounders or without having to return to the Control Unit after each test. Select the Zone numbers to be tested. The Printer (if fitted) will record the operation of each device. It is suggested that the Fire Brigade connection should be disabled before these tests
LOOPS This allows an entire Loop to be set to Walktest. It is possible to enter a range of Loops (e.g.1-2), and so to Walktest the entire panel. After running the WALKTEST, if the CANCEL key is pressed, and any devices are still in alarm, the Panel will show which devices are in alarm. Devices which latch the alarm and need to be reset are sent a RESET command from the panel at 10 second intervals. If, when exiting the Walk Test, the panel reports devices in alarm, wait for 10 seconds, and then exit the test again. If the alarm persists, then investigate as normal.
Device Value This returns the actual analogue value and the bit settings from a particular detector. The normal values are in the range 16-30, depending upon the device in question. This will be displayed on the Display and on the printer (if connected and turned on). Select the Loop and Device Address: TYPICAL DEVICE TEST SCREEN Apollo Range
ANALOGUE VALUE
DEVICE LOOP AND ADDRESS SELECTED
ACTUAL RETURNED ADDRESS
TESTING DEVICE 1 001 A:0
O:000
STATUS OF OUPUT BITS
I:000 STATUS OF INPUT BITS 0-2
STATUS OF INTERRUPT
AL:024 ADD:001 T:101 0011 TYPE BITS
S:0001
D:0 DRIFT
DISCOVERY TYPE BITS
This facility is a very powerful test tool, and allows the engineer to check every aspect of the detectors from the panel. CHECKING THE OPERATION OF OUTPUTS While the above screen is displayed, the device which is being interrogated can be manually controlled, to try and find any possible faults. 2 or 3 WHILE THIS SCREEN IS SHOWING, press the keypad buttons 1 The corresponding Output bit will toggle from OFF to ON and back, as each is pressed. FireQuest Plus Manual Issue 1.0
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Pressing the FIRST ALARM and LAST ALARM buttons will toggle the Loop Out Relay and the Loop In relay (respectively) from open to closed and back, on each keypress.
Over Value Test Select whether you want to check only Smoke Detectors or to check ALL devices. Enter a selected analogue value (e.g. 33), and the panel will list all devices, which are above this value at present. This is very useful for tracking down dirty devices.
Loop Check
It can be difficult to localise a Loop fault sometimes, and this test should help. Where the panel refers to polling ‘forwards’, this refers to the data on the output terminals (TB2 and TB4), while ’backwards’ refers to TB3 and TB5 for Loop 1 and TB6, 8 and TB7, 9 for Loop 2 A typical report to the Printer or Display might be: --------------------------------POLLING BOTH WAYS DEVICES FOUND: 1-20 29-100 DEVICES MISSING: 21-28 POLLING FORWARDS: DEVICES MISSING: 21-100 POLLING BACKWARDS DEVICES MISSING: 1-28 ---------------------------------------This can be interpreted as:
♦
The panel can’t get a response from detectors 21-28 from either end of the loop.
♦
Looking in the ‘out’ direction, the panel can’t see any device above address 21.
♦
Looking in the ‘in’ direction, the panel can’t see any device below address 28.
Therefore, we can assume that there is either:
♦
two open circuits, or
♦
two short-circuit isolators operated which have isolated devices 21-28.
Sounder Test This tests the Common (Programmable) Sounder circuits which are on the baseboard, by switching them on for one second every 10 seconds approximately.
Output Control This permits manual control of the outputs (Sounder or Auxiliary Outputs), so that they may FireQuest Plus Manual Issue 1.0
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be switched on or off regardless of the pre-programmed schedule. The printer will record all such operations. Manual On This switches the output in question on, and locks it in this state until the output is set to a different state by the operator. Manual Off This switches the output in question off, and locks it in this state until the output is set to a different state by the operator. This prevents operation of that output in the event of an alarm. Auto This puts the output back into the automatic mode, so that it will respond to the preprogrammed settings.
Reports There are a number of Report functions, many of which have particular use only during commissioning, maintenance and fault-finding, and are therefore not frequently required. They are all stored in the battery-backed RAM, and are therefore saved even in the event of a mains and battery failure condition.
REPORT MENUS
1=MESSAGES
2=ALLOCATIONS 3=FAULTS
4=SETUP
5=HISTORY
Messages Selecting Option 1 will display:
REPORT MENUS 2=ZONE
3=OUTPUT
1=DEVICE 4=F/W REV
DEVICE MESSAGES This allows the print-out of any or all the configured messages for any loop. The printout shows the analogue value at the current report time. ZONE MESSAGES This allows the print-out of the Zone Messages. These are never actually displayed during an alarm, but may be used as a reference during set-up if needed. OUTPUT MESSAGES This allows the print-out of the Output Messages. These are never actually displayed during an alarm, but may be used as a reference during set-up if needed.
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FIRMWARE VERSION This option will display the version (revision) number of the firmware which has been fitted to the Control Panel The other options in the Reports menu are described in Section 4 – Programming Manual.
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Trouble Shooting This is not intended to be a comprehensive diagnostic manual, but should give some guidance towards the likely cause of the fault.
Basic Problems Indication/Symptom Power On LED doesn't light
Possible Cause No supply. Mains fuse blown.
Power On LED pulsing
CPU Fault LED flashing, Fault Sounder on
Supply fuse blown. Battery not connected as indicated Battery fuse faulty or missing. Battery not taking charge or faulty. There is a fault with one of the supplies.
Watchdog triggered
Mains (Power Up) not correct
Controls don't operate.
CONTROLS keyswitch not set to ON. Front Panel ribbon cable not connected.
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Action Check 240v.a.c. supply, or check battery for 24v.d.c. Check fuse in white terminal block and replace if necessary. Check the fuse. Connect battery (24V) Check the fuse Replace battery. Check the indications on the baseboard and proceed accordingly. Note that Earth Fault may cause many other spurious faults, and can damage the unit if there are any remote supplies connected. (Also check the incoming A.C. supply, and the d.c. supplies. Try manual Reset. If panel fails to power up, CPU card probably faulty. Check that the battery is not low, and loading the PSU to the extent that the 24V rail is lowered. Power up the panel with the battery disconnected Operate CONTROLS keyswitch to ON. Ensure that the flat cables are connected to the baseboard.
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Keypad key stuck
Cable or connector faulty.
Controls operate, but Reset doesn't operate
Display is blank.
Detector is still in alarm
Display still in Engineer Access Menu LCD not connected.
No software fitted.
Display shows only flashing cursor. Printer shows 'Detector Fault 000'
Wrong software fitted. Loop Fault
LCD Display is difficult to read.
Backlight not switched on.
Printer doesn't print.
Printer disabled through software
Printer mechanism jammed
Printer Paper jammed
Go to Tests and Reports using QWERTY, and test the keypad. Note that the keypad should 'beep' when the CONTROLS keyswitch is turned. Check that these are no shorts between wires on the cables. Check that the callpoint/detector is back to normal state, and no smoke or dust is present. If condition persists, try removing detector and resetting. Cancel from the menu's then press RESET Check that the LCD is plugged into the front panel p.c.b. Check that the correct software version for the system is fitted. Check for the correct software version. This means that there is an open-circuit between the panel and the first detector in one direction or other. The panel can still scan all the devices, but the loop is not complete. Check that the two-wire backlight connection from the LCD is connected to the p.c.b. Enter Configuration, and select Disable Printer Option. Select the Reconnect option. Check for dirt, swarf etc. Clean if possible, and reapply power. Use Printer Test. If still a problem, return for overhaul Check that there is sufficient clearance behind the printer, so that the paper roll is free to rotate.
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Aux Fault LED lit
Fault with Aux equipment or Aux Output
Earth Fault
Memory Check Error
Sounder Fault indicator is lit.
One of the sounder circuits has a fault on it.
No voltage on Sounder Terminals
Supply Fuses blow on alarm
Wrong values fitted
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There is a fault with the equipment connected to the Aux Fault input (if used), or there is a fault on the output from a sounder card which has outputs configured as Auxiliary Outputs (i.e. responding to Reset, not Silence Alarms). These outputs are monitored for open and short circuit. The panel has detected an Earth Fault on the system somewhere. Look in the History stack if intermittent. Check whether the Earth Fault LED on the Baseboard is lit. Trace the Earth Fault and remove. On the hour the CPU carries out a memory check, and compares the data with the previous hour. If any changes are detected, the system will show a fault. The original data should sholud be reloaded. Disconnect common sounders (and zonal sounders if fitted), and connect 4K7 End-of-line resistor across the terminals for each circuit. There should be 12v = - 1v on a meter Enable sounder circuits one at a time. If sounder fault indicator lights, then that circuit has a short-circuit. If no fault appears, remove EOL's and fit at end of line one by one. If sounder fault doesn't clear, then that circuit has an open-circuit or high resistance. One of the electronic sounder fuses has operated. Remove field wiring and check For a 3A PSU, the fuse should be 3.15A.
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System Problems No access to the Test or Configuration menu(s).
Keyboard won't send data.
Incorrect passcode.
Keypad not functioning (no audio feedback). CAPS LOCK key not pressed on keyboard. Keyboard not connected correctly. Keyboard faulty.
Display shows garbage, or CPU resets when Sounders operate.
Un-suppressed coil on sounder or relay.
Can’t exit Walktest
Device in alarm
Sounders won't switch off except during alarm.
Diodes set to wrong polarity.
Check that passcode is set to correct number. Use MASTER Option 1 to check Configuration Passcode, and then Configuration Option 1 to check Test/Report passcode. Proceed as in Basic Problems. Press CAPS LOCK key so that red lamp lights. Unplug and check plugs for bent pins. Unplug keyboard, and use keypad only. If this works then keyboard or Display/Keypad card may be faulty. Ensure that sounders have diodes fitted and relay coils (if fitted) have diodes across the coils. Wait 10 seconds, then retry. Connect sounder circuits the other way round.
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Detection Loop Problems Loop Fault
Detector missing or addressed incorrectly
Loop Interface module incorrectly fitted.
Zone Monitor Units faulty.
Loop Loading low
Loop wiring open-circuit. Detector Fault indicator lit Spurious Alarms or Faults from one device Spurious Alarms or Faults from many devices.
Faulty detection device on loop Faulty detector
Faulty Interface Card Earth Fault(s)
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Check Detector Fault option in Test/Report menu for faulty detectors, check that detectors are fitted and correctly addressed. Check that Loop has +24V (nominal) on it, and use scope to check for address pulses. Check also that Loop Interface card mounted on the Front Panel p.c.b. is securely fitted. Check that ZMU has the 6K2 End-of-line resistor fitted. If zone wiring is connected, disconnect and fit EOL only. If the loop is lightly loaded, and the cable run relatively short, it may be necessary to add a loading resistor. This can be added either at the mid-point of the loop (preferably) or in the panel. If in mid-loop, the value should be 1K0, at the panel it should be 1K8. In both cases, connect the resistor across the Loop +ve and Loop -ve Remove loop from panel and check continuity with meter. Check printout (or use Tests and Reports. Change detector
Change card and Reset System Check LED's, and rectify if necessary
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Remote Unit Problems LCD Repeater not operating
Data signals not connected
Data not being sent
Remote Repeater not working
Data not arriving
PSU Failed Address set wrongly
Check connections between Fire Panel and repeater are correct. Hold an LED across the A and B lines, and see if it flickers when the MENU and CANCEL keys are pressed alternately. If not, data is not being sent. Check that LED 3 on Repeater is flickering, and that LED 4 is also flickering in the opposite phase. If not, then data is not being sent from Fire Panel. Check voltage on PSU Check that the address switch is set to the correct address
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Field Device Specifications This Appendix gives more details for the following detector ranges: Apollo, Hochiki, Nittan
Apollo Apollo XP95/Series 90 No 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Usage Heat (Rate of Rise) Sounder Digital (I/O Units) Ionisation Smoke Detector Shop Interface Unit Optical Smoke Detector Fixed Heat Detector Manual Callpoint (inc. CPM) Control Unit Monitor Device Monitor Unit XP95 Loop Sounder XP95 I/O Unit XP95 O/P Unit XP95 ZMU XP95 Switch Monitor XP95 Switch Monitor Plus XP95 Priority Switch Monitor XP95 Sounder Group XP95 High Sensor Optical XP95 High Temp Fixed Discovery Optical Multi-Crit Discovery Dual Sensor XP95 Beam Detector XP95 Flame Detector
Abbreviation ROR HEAT SOUNDER DIGITAL ION SHOP UNIT PHOTOELEC HEAT MAN CP CUM DMU XP SOUNDR XP I/O XP O/P XP ZMU XP SWITCH XP SWTCH+ XP PRI SW XP GROUP
As some of the Apollo XP95 devices send back the same ‘type’ code, then in the SELF LEARN sequence, the panel cannot distinguish one from the other. These are types 14, 15, and 16. In these cases, the device type will have to be entered manually after the self learn process, to ensure correct operation.
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XP95 Ancillary Specification Mini Switch Monitor
Mini Switch Monitor with Interrupt
Switch Monitor
Switch Monitor Plus
Zone Monitor
Sounder Control Unit
Input/ Output Unit
Output Unit
O/P Bit 2
LED/Rem
LED/Rem
LED
LED
Detector LED
Ind or Grp Control
Not Used
Not Used
O/P Bit 1
Self Test
Self Test
Self Test
Self Test
Self Test
Pulsed Mode
Not Used
Not Used
O/P Bit 0
Fault Test
Not Used
Not Used
Opto Reset
Reset Zone
Continuou s Mode
Relay Operation
Relay Operation
Interrupt
No
Yes
No
No
No
No
No
No
Quiescent
16
16
16
16
16
16
16
16
Fault
4
4
4
4
4
4
4
n/a
48+/-3
n/a
48+/-3
48+/-3
n/a
n/a
n/a
n/a
64
64
64
64
64
n/a
n/a
n/a
I/P Bit 2
LED/Rem confirmed
LED/Rem confirmed
LED confirmed
LED confirmed
Det. LED confirmed
Ind/Grp addr conf
Not Used
Not Used
I/P Bit 1
Self Test confirmed
High=Qui
Self Test confirmed
Self Test confirmed
Self Test confirmed
Pulsed mode conf
Unmon. I/P status
Not Used
Low=Alm
Protocol Usage Command Bits
Analogue Value
Pre-alarm Alarm Input Bits
I/P Bit 0
Fault Test confirmed
High=Alm
Confirms O/P bit 0
Opto-reset confirmed
Reset confirmed
Continuou s mode conf
Monitored I/P status
Not Used
Low=Qui
010
Type Bits Bit 2, 1, 0
100
111
100
100
100
001
010
Bit 4, 3
01
11
01
01
00
00
00
00
XP95 Flag
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Alarm Flag
Yes
No
Yes
Yes
Yes
No
No
No
Interrupt/Alarm Address
Yes
Yes
Yes
Yes
Yes
No
No
No
720μA
Loop Current (total) Quiescent Alarm S/C
1mA
730μA
1mA
2mA
1.2mA
3.5mA
3.4mA
3.5mA
n/a
4.5mA
n/a
2mA
3.5mA
3.5mA
4mA
6mA
n/a
Max
3.5mA
5.6mA
5.6mA
4mA
6mA
3.3mA
Surge
3mA for 60mS
2.5mA for 65mS
2.4mA for 94mS
3.5mA for 150mS
3.5mA for 150mS
3mA for 100mS
Rly/Sndr operated
n/a
n/a
n/a
3mA
4.5mA
3.3mA
Max per loop
30
30
30
30
20
30
External Supply required
No
No
No
No
Yes
No
No
20KΩ
20KΩ
20KΩ
20KΩ
10KΩ
20KΩ
n/a
Alarm
1KΩ
1KΩ
1KΩ
1KΩ
n/a
4K7
n/a
Pre-alarm
10KΩ
n/a
10KΩ
10KΩ
n/a
n/a
n/a
Special Functions
Pre-alarm
Pre-alarm
Beam Detector Reset. Time delay on input
Sychro in pulse mode. Group Addressing
Additional unmonitor ed optoisolated input
No
Resistance req for: EOL
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Hochiki ESP Device Types No 0 18 20 21 25 57 94 120 124 136 152 168 216 255
Usage Manual Callpoint Addressable Base Master Base Mini Zone Monitor Dual Zone Monitor Dual Switch Monitor Addressable Sounder Dual Sounder Controller Dual Relay Controller Optical Detector Fixed Heat Detector Ionisation Detector Multisensor Unused (Not scanned)
Abbreviation MAN CP ADD BASE MAST BASE MINI ZONE DUAL ZONE DUAL SWCH DUAL SNDR DUAL RLY PHOTOELEC HEAT ION UNUSED
Additional Features of ESP Detectors Under normal circumstances, the Apollo XP95 and the Hochiki ESP ranges are treated in the same way. However, there are some aspects where users of Apollo XP95 systems may notice that the ESP range differs in operation. In particular, the Device Types (which are set as numbers from 1 to 10 for Apollo) are more diverse, and can have 3-digit values. This is dealt with in the manual by showing the two types in their own charts.
Power Up Sequence The Hochiki ESP detector range has a somewhat more complex power-up sequence, which takes a few minutes to initialise the devices. The panel will display the message
01/JAN/97
12:34
LOOP INITIALISATION IN PROGRESS You may note that the LED’s on the detectors and callpoints flash at irregular intervals while initialising (and in particular, if there are any Ionisation detectors, the LED on the lowest address device on each loop will flash almost continuously for one minute - this is normal). While initialising, the panel will be checking the detectors, and the Device Fault indicator may light, even though the initialising is not finished. This does mean that there is a device fault, which can be investigated (by pressing the MENU key with the CONTROLS keyswitch set to OFF for example) and rectified once the initialisation is completed. Once the panel has finished initialising, the detector LED’s will flash once every 13 seconds approximately (irrespective of the number of devices). The alarm response time is not a function of the 13 seconds, as the devices use an interrupt to generate an alarm within the relevant timescales as set by the British Standards.
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SECTION 2 - SERVICING
Device Test The Device test function for the Hochiki ESP range is different depending upon the type of device in question. Having entered the relevant passcode and selected the menu item, the screen will show (typically): ADDRESS DEVICE TYPE
DEVICE TEST
1001
VALUE=N°C
HEAT
SET=X°C
However, should the device under test not be of the same type as is stored in the panel memory (i.e. differs from the system configuration), then the screen might show:
DEVICE TEST
1001
VALUE=N°C
CON=ION LP=HEAT SET=X°C
THIS IS THE TYPE WHICH IS CONFIGURED IN THE MEMORY
THIS IS THE TYPE WHICH HAS BEEN FOUND ON THE LOOP AT THAT ADDRESS
The value data shown is always that of the device type actually found on the loop (if different from the configured type) The display will show (on the second line) slightly different data for each type of device as follows: OPTICAL DETECTORS
VALUE=0.01%/M
SET=3.00%/M THIS IS THE ALARM VALUE: IT IS MULTIPLIED BY 10 IN BACKFIRE TO ALLOW EASIER SCALING (I.E. A VALUE OF 35 IN BACKFIRE WILL SHOW AS A VALUE OF 3.5 IN THIS TEST)
HEAT DETECTORS
VALUE=X°C
SET=Y°C THIS ACTUALLY REPRESENTS THE TEMPERATURE IN° C
IONISATION DETECTORS
VALUE=0.X
SET=0.35
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DUAL ZONE MONITOR
ZN1=NORM
ZN2=NORM
THIS CAN SAY NORM(AL) FLT FIRE AS REQUIRED
If there is a failure of the PSU it will say:
PSU FAIL MANUAL CALLPOINT This can have the following states:
STATE=NORM
STATE=FIRE or
.
FAULTY
MINI ZONE MONITOR
STATE=NORM THIS CAN SAY OPEN (CCT), SHORT (CCT), FIRE AS REQUIRED
ADDRESSABLE BASE
STATE=NORM THIS CAN SAY FAULTY (=ZONE O/C OR HEAD MISSING) SHORT (ZONE IS SHORT CCT) FIRE AS REQUIRED
MASTER ADDRESSABLE BASE
STATE=NORM THIS CAN SAY MISSING (NO HEAD FITTED) FIRE AS REQUIRED
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SECTION 2 - SERVICING
DUAL RELAY CONTROLLER
INPUT=OFF THIS CAN SAY ON OPEN (CCT) SHORT (CCT) AS REQUIRED
DUAL SOUNDER CONTROLLER
INPUT=OFF
O/P1=OPEN THIS CAN SAY
O/P2=OPEN
ON
IF THIS AREA IS BLANK, THEN O/P1 AND O/P 2 ARE NORMAL
OPEN (CCT)
OPEN=OPEN CCT
SHORT (CCT)
SHORT=SHORT CCT
or
PSU FAIL
DUAL SWITCH MONITOR
I/P1=OFF
IP2=OFF
or
FAULTY
Output Bit Control There is no facility for Output bit manual control with the Hochiki ESP detector range.
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Nittan Device Types No 0 1 2 3 4 5 6 7 8 9
Usage Manual Callpoint Ionisation Smoke Fixed Heat Optical Smoke Output Module Monitor/Control Sounder Module Addressable Base Monitor Module Rate of Rise Heat
Abbreviation MAN CP
ION FIXED PHOTOELEC OCM MCM SCM 3RB NAM ROR HEAT
AS Device Details NITTAN ‘AS’ Devices: Communication Code Summary Mode
Command
Ionisation
Optical
Heat
Call point
Address - able Base
Monitor -ing Module
Sounder Control Module
28
28
30
COLLECT DATA COMMANDS 1
01
Collect Analogue Data
Analogue Data
G1
G2
G3
Sensitivity
High
Norm
Low
High
Norm
Low
58C
66C
74C
82C
Fire
20
26
31
18
22
26
42
48
53
58
Pre Alarm
17
22
25
15
19
21
-
-
-
-
-
-
-
Normal
2-16
2-21
2-24
2-14
2-17
2-20
1-43
1-47
1-52
1-57
2-27
2-27
2-27
2-29
Fault
1
1
1
1
1
1
0
0
0
0
1
1
1
1
DI Meaning
Always 0
Always 0
01
11
G1 28
0=Low
Always 0
0=No PSU Flt
1=High Type Data
1=PSU Flt
10
00
00
00
00
-
-
-
-
CONTROL COMMANDS 0
1110
LED on
LED on
LED on
+ Fire Test on
+ Fire Test on
+ Fire Test on
0
1101
Fire Test on
Fire Test on
Fire Test on
0
1011
LED on
LED on
LED on
-
-
Relay On
Sounders Conts
0
1000
Reset
Reset
Reset
Reset
Reset
Reset
Reset
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Fire Test on
Sounders Pulsing
SECTION 2 - SERVICING
Main Menu (Access Level 0) 1=Set Time 2=Engineer Access 1=Test/Report
Access Level 1 Menu
2=Configuration
Access Level 2 Menu (or Level 3 Special)
3=Master
Access Level 3 Menu
3=Disable
1=Range 2=Zone
4=Prt On/Off
1=Disable
3=Loop
2=Re-Enable
4=Report 1=Devices 1=All
5=Lamp Test
2=Sounders 3=Aux 4=Report 2=Outputs
Shaded entries require Access Level 1 Code 3=F/B Relay
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Test Menu (Access level 1) 1=Test/Report 1=Test
1=Display/Keypad
1=Display 2=Printer
2=Sounders
2=Output Override
3=Switches
3=Memory
1=Range
4=Devices
2=Zone
1=On
1=Walktest
3=Loop
2=Value Test
0=Toggle Bit 0
2=Off 3=Auto
1=Toggle Bit 1 3=Over Value
2=Toggle Bit 2
4=Loop Check
4=Toggle Loop Rel Out
5=Check Drift
5= Toggle Loop Rel In
1=Device 2=Zone 3=Reports
1=Messages
3=Output 4=Firmware Rev
2=Allocations 1=Detector/Zone 3=Faults
1=Faulty Devices
2=Zone/Output
2=Disabled Devices
3=Detector/Output
3=System Faults 4=Setup
1=Special Devices
1=List Devices 2=Show Setup
2=Day/Night 3=Global 5=History
FireQuest Plus Manual Issue 1.0
1=Test Dates 2=Events
