Clymac ZP3 Fire Alarm System Operating and Maintenance Instructions

ZP3 Fire Alarm System
Operating and Maintenance
Instructions
1
Contents
1. System Overview
2. User responsibilities
3. “First Line” controls and indications
3.1
3.2
3.3
3.4
3.5
Panel controls and indications
Normal operating conditions
Operation under a fire condition
Initiating evacuation
Operation under a fault condition
4. Menu driven software
4.1
4.3
4.4
4.5
Introduction
Setting the time and date
Lamp test
Isolate menu;
4.5.1 Isolate devices (by device)
4.5.2 Isolate devices (by zone)
4.5.3 View isolated devices
4.6 View/Print archive log
5. Printer care
5.1 Installing new printer cartridges
5.2 Installing new printer paper
2
1. System Overview
The Clymac ZP system is a microprocessor based fire detection and alarm system.
The control panel accepts signals from call points, smoke sensors, heat sensors and
interface units. It also has outputs for audible and visual alarm devices together with
auxiliary outputs for plant shutdown control.
1.1 Addressable devices
Smoke detectors, heat detectors, call points and interface units are all “addressable”
devices. This means that the control panel is able to individually identify a fire or fault
alarm from each device. Each device is therefore allocated a number or “address”
when the system is commissioned. Each address is then programmed with a forty
character text label, which will in turn be displayed on the control panel’s text display in
the event of an alarm.
An addressable system therefore enables the exact source of the incident to be
identified quickly reducing the search time and improving the chances of containing the
incident.
1.2 Analogue detection
The ZP system utilizes analogue detection techniques to detect fire and fault incidents.
An analogue system is a very accurate method of detection and monitors the rate at
which the activity within a detector'
s sensing chamber changes. An analogue
detection system therefore reduces the occurrence of false alarms and increases
detection performance of a real fire. It will also identify faulty and dirty detectors thus
reducing the cost of maintenance activities.
1.3 Controls and indications
All of the fire and fault occurrences are displayed on the control panel’s liquid crystal
display together with the text label when relevant
The alpha-numeric keypad is used for re-engineering the system if the building
changes and for other activities as printing out the systems archive log.
1.4 Continuous monitoring
The ZP system provides the user with total peace of mind. All of the control panel
functions and system devices are continuously monitored for their correct operation.
The cable used to interconnect all of the detectors, call points, interface units and
sounders is also continuously monitored for failure.
3
2. User Responsibilities
Daily
The British Standard code of practice for fire detection and alarm system;
BS5839 Part 1 states that the system should be inspected daily to ensure that it is
indicating a normal condition and that any previously indicated fault/warning condition
has received appropriate attention. It recommends entry into the log book provided of
all system events for future reference.
Weekly
At weekly intervals a different fire detector or manual call point should be
tested. Any entry should be made in the log book quoting the particular trigger device
that has been used to initiate the test.
The test should be performed at a regular time to avoid confusion between a test and
a genuine alarm.
Quarterly
At quarterly intervals the system should be thoroughly inspected and tested by a
trained engineer. The quarterly test would normally be part of an annual maintenance
agreement taken out by the end user with a trained alarm specialist.
4
3. “First Line” Controls and Indications
3.1 Panel controls and indications
This section lists the controls and indicators on the panel and briefly
summarises their purpose.
Controls Summary
The controls are now listed along with a brief note of their function. The control
functions are described in the appropriate following sections
Control
Purpose
Accept key
ACCEPT
Acknowledges events and silence the
Internal buzzer.
Reset key
RESET
Resets the system after accepting alarms of
Faults.
Evacuate key SOUND ALARMS
Raises a fire condition and sounds alarms.
Silence key SILENCE ALARMS
Silences alarm sounders.
Fire key
FIRE
Filters all zonal fire events to the display.
Fault key
FAULT
Filters all zonal fault events to the display.
Disabled key DISABLED
Filters all zonal disable events to the display.
Info key
INFO
Filters all non fire/fault/disable events to
the display.
View
VIEW POINTS
Views the actual devices in
alarm/fault/disabled
Restore Key RESTORE DISABLED
ALARMS
Restores any previously disabled sounders +
the remote manned centre outputs
Help
HELP
Shows help text on the relevant menu
currently being used
More
MORE Î Ï
20 key numeric/function keypad
Views queued events. The operator can
Move forwards and backwards through
queues
To access menu driven software functions.
5
SECURITY LEVELS
The ACCEPT, RESET, SILENCE ALARMS & SOUND ALARMS keys are all
protected from unauthorised use through the use of either a numeric access code or a
CONTROLS ON/OFF key switch.
If a CONTROLS ON/OFF key switch has been fitted to the control panel then the
above four keys can be accessed when the key is in the ON position.
If a numeric code system is used then an access code will be required to be entered
when one of the above keys is operated. To enter your code type in the four digit
number on the 20 key function pad and press ¤ (enter). The function selected will be
automatically executed if the correct code is entered. The code will only need to be
entered once if the keypad is continually being operated. If however, no keys have
been operated within 30 seconds then the system will automatically log out the user
and request a code be entered before one of the above four keys can be operated. If
having used the keypad you wish to quit the code and force the code to be entered by
the next user then press the F1 key on the 20 key numeric keypad.
6
Indicators summary
The colours of LED indicators have the following interpretations, which follow
widely accepted standards.
RED
The colour red is only ever displayed in the case of a fire. It is an
unambiguous indication of a fire condition.
GREEN
Green LED’s are used to indicate normal power supply condition.
YELLOW
A yellow light indicates a fault or draws attention to abnormal or
unusual operations of the fire system.
A list is now given of the LED’s, their number and their colours. The LED names
are suggestive of their functions but the exact purpose of each LED is covered in the
following sections.
LED
Qty
Colour
Zonal fire
LED’s
50
Red
Programmable to indicate fire in zone areas;
initially flashing but steady after acceptance.
Common fire
indicator LED
1
Red
Indicates Fire Alarm; initially
flashing but steady after acceptance. Used to
prompt the user in to pressing the FIRE key
to view the fire display
Common fault
indicator LED
1
Yellow
Indicates Fault Alarm; initially
flashing but steady after acceptance. Used to
prompt the user in to pressing the FAULT key
to view the fault display
Common disabled 1
indicator LED
Yellow
Indicates Disabled Alarm; initially
flashing but steady after acceptance. Used to
prompt the user in to pressing the DISABLED
key to view the fire display
Common info 1
indicator LED
Yellow
More info
2
Notes
Indicates info message; initially
flashing but steady after acceptance. Used to
prompt the user in to pressing the INFO key
to view the no fire/fault/disabled display
Yellow
Prompts the user to press the MORE keys to
view queued events. The operator can move
forwards and backwards through queues
7
Sound alarms
indicator LED
1
Yellow
Silence alarms
indicator LED
1
Yellow
Indicates that the SILENCE ALARMS key
has been operated
Active Alarms
indicator LEDs
3
Yellow
Indicates that sounders/remote alarm/
extinguishing system are presently active
Fault indicator
LEDs
6
Yellow
Indicates that faults are present on
system/zone/point/sounders
/remote alarm/extinguishing system
Disabled indicator
LEDs
5
Yellow
Indicates that disablements are present on
zone/ point/sounders/remote
alarm/extinguishing system
Delayed indicator
LEDs
3
Yellow
Indicates that a delay will be in operation
before the sounders/remote alarms/
extinguishing system Is activated under
a fire condition
Pre-Alarm indicator 2
LEDs
Yellow
Indicates that a pre-alarm is present on a
zone/point
Test indicator LED 1
Yellow
Indicates when an engineer has placed the
system in test mode
Power supply on
LED
Green
On when mains supply connected.
1
Indicates that the SOUND
ALARMS key has been operated
3.2 Normal Operating Conditions
Under normal operating conditions:
The green “Power On” LED will be illuminated
The time and date will be displayed
All alarms will be silent
The panel buzzer will be silent
The “Delayed” LED will be illuminated for any sounders /remote alarm
/extinguishing system that will be subjected to a delay in the event of fire condition.
œ
œ
œ
œ
œ
8
3.3 Under a fire condition
When the panels report a “fire” condition after receiving a signal from an
automatic sensor, break glass or interface unit, the following will occur:
The Common Fire Indicator flashes
The appropriate Zone LED flashes
The panel buzzer sounds
The LED on the activated device flashes
The external sounders will operate
The fire brigade call relay will operate
The “sounders-active” and “remote alarm active” LEDs will illuminate
Alarms and actions programmed for immediate operation will activate
The display shows a message indicating a fire condition, indicating a text
description for the zone the triggering device is in. For example:
œ
œ
œ
œ
œ
œ
œ
œ
œ
FIRE ALARM (Zones)
01 Z005 First Floor Offices
Total: 01
12:57
=== FIRE ============================
For a fire condition, the top line indicates the type of alarm i.e. fire, the “Total” number
indicates the total number of zones in alarm. For the second line, the Z005 indicates
the zone number i.e. zone 005 followed by the text description for the zone in alarm
and the time of the fire using a 24 hour clock. The third line is blank and the fourth line
indicates that the fire display is currently being viewed and is shown above the FIRE
key.
Please note, for EN54 part 2 compliance the individual device text label is not
automatically displayed. The use of a zone label removes any confusion that may
occur when a number of detectors are triggered during a real fire condition.
The individual device text label can be viewed by pressing the VIEW POINTS key. For
example:
FIRE (Point) 1003 smoke
Purchasing Department
First Floor Offices
=== FIRE ============================
The top line indicates the type of alarm i.e. fire. The word “Point” refers to a point
device e.g. an interface, smoke sensor, heat sensor or call point. The four digit number
refers to the address number of the device in alarm e.g. 1003 refers to loop 1 address
003. The word “smoke” refers to the type of point that triggered the fire. The individual
device text label is displayed on the second line followed by a repeat of the zone label
on the third line. The fourth line indicates that the fire display is currently being viewed
and is shown above the FIRE key.
9
Having entered the individual device display the screen will revert back to the main
zonal fire screen after a short delay.
If there is more than one fire event from the same zone present, then the MORE keys
can be pressed to manually switch between the individual device information with each
device occupying a full four lines of information.
If fire events are present from more than one zone then the top level zone screen will
indicate as such. For example:
FIRE ALARM (Zones)
Total: 02
01 Z005 First Floor Offices
12:57
02 Z001 Ground Floor Offices
13:01
=== FIRE ============================
By pressing the VIEW POINTS key the user can then manually scroll through the
individual device information for all fire events from all zones in fire through using the
MORE keys. If more than two zones are in fire then the MORE LEDs will illuminate.
The screen will display the first zone of alarm on the second line and the newest zone
of alarm on the third line. The second line will be used to scroll through all of the
zones in alarm when the MORE keys are operated.
EN54 Part 2 requires that all types of events should be available to be viewed at all
times on the basis that the user should be made aware of certain types of faults and
disablement during a fire condition. The FIRE, FAULT, DISABLED and INFO keys
are therefore available to be operated at all times. Their respective LEDs will
illuminate to indicate that there is information to be viewed if the key were to be
operated. Once operated the user can change the type of event to be viewed by
pressing the different keys.
10
Canceling the alarm
Before the alarms are silenced, the source of the incident should be established. It is
assumed in the following descriptions of the operator’s actions that the SILENCE
ALARMS, RESET and ACCEPT keys have been enabled via the CONTROLS
ON/OFF key switch or by entering the four digit access code.
Accepting the alarm
œ Accept the alarm by pressing the ACCEPT key.
Accepting an alarm has the following effects:
œ The control panel’s internal buzzer will stop sounding.
œ The flashing LED’s become steady
œ The panel remains in an alarm supervisory condition.
Silencing the alarm
œ
Silence the sounders by pressing the SILENCE ALARMS key
Silencing an alarm has the following effects:
œ
The system’s alarm sounders will stop sounding
œ The panel remains in an alarm supervisory condition.
Resetting the System
Note
œ It is not possible to RESET the system until the alarm has been accepted i.e.
unless ACCEPT is pressed first.
œ It is possible to RESET system without first operating, the SILENCE ALARMS. If
the alarms have not been first silenced before the RESET key is operated then
operation of the RESET key will have the effect of silencing the sounders as well as
resetting the system.
œ Before the system is reset, the cause of the alarm must be investigated and
rectified. This may involve removing the source of smoke/heat from a sensor for
example. If in doubt as to removing the cause of the alarm, maintenance personnel
should be called.
œ If a subsequent alarm occurs, the panel will raise another alarm with the new
triggering event displayed.
11
After ensuring the cause of the alarm has been corrected, reset the panel by pressing
the RESET key on the central panel.
After resetting, the panel will return to normal operating condition, assuming that there
are no other events to raise a new alarm and the original cause of the alarm has been
removed. The operator should now record the incident in the panel log book.
3.4 Initiating evacuation
The operator can signal a fire condition manually by pressing the SOUND ALARMS
key. This has the following effects.
œ Programmed sounders, other outputs will activate (this includes sounders
connected to the panel monitored alarm output)
œ The common fire LED flashes
œ The panel buzzer sounds
œ An evacuate message appears on the display
FIRE ALARM (Zones)
Total :01
01 SOUND ALARMS PRESSED
13.21
=== FIRE =========================
The alarms can be silenced by pressing the SILENCE ALARMS key. To reset the
system press the ACCEPT key followed by the RESET key.
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3.5 Operation under a fault condition
The panel automatically checks for and reports a wide range of possible faults. A fault
condition is indicated by the yellow fault LED illuminating and the panel buzzer
sounding. The display will show a message describing the fault. For example:
FAULT (Zones)
01 Z005 First Floor Offices
Total :01
======== FAULT =====================
The ZP3 control panel will latch each fault condition. This means that even if the
cause of the fault is cleared the fault will still be indicated by the system. In order to
clear down the fault the fault must be accepted.
Some faults reported are internal to the system; these not handled in this manual. The
operator will have to call in maintenance personnel should they display.
For a fault condition, the top line indicates the type of alarm i.e. fault, the “Total”
number indicates the total number of zones in fault. For the second line, the Z005
indicates the zone number i.e. zone 005 followed by the text description for the zone in
fault and the time of the fault using a 24 hour clock. The third line is blank and the
fourth line indicates that the fault display is currently being viewed and is shown above
the FAULT key.
Please note, for EN54 part 2 compliance the individual device text label is not
automatically displayed. The use of a zone label removes any confusion that may
occur when a number of detectors are triggered during a real fault condition.
The individual device text label can be viewed by pressing the VIEW POINTS key. For
example:
DEV OFFLINE (Point) 1003 smoke
Purchasing Department
First Floor Offices
======== FAULT ====================
The top line indicates the type of fault i.e. DEVICE OFF LINE. The word “Point” refers
to a point device e.g. an interface, smoke sensor, heat sensor or call point. The four
digit number refers to the address number of the device in fault e.g. 1003 refers to loop
1 address 003. The word “smoke” refers to the type of point that triggered the fault.
The individual device text label is displayed on the second line followed by a repeat of
the zone label on the third line. The fourth line indicates that the fault display is
currently being viewed and is shown above the FAULT key.
13
Having entered the individual device display the screen will revert back to the main
zonal fault screen after a short delay.
If there is more than one fault event from the same zone present, then the MORE keys
can be pressed to manually switch between the individual device information with each
device occupying a full four lines of information.
If fault events are present from more than one zone then the top level zone screen will
indicate as such. For example:
FAULTS (Zones)
Total: 02
01 Z005 First Floor Offices
12:57
02 Z001 Ground Floor Offices
13:01
======== FAULT ====================
By pressing the VIEW POINTS key the user can then manually scroll through the
individual device information for all fault events from all zones in fault through using
the MORE keys. If more than two zones are in fault then the MORE LEDs will
illuminate. The screen will display the first fault on the second line and the newest
zone of fault on the third line. The second line will be used to scroll through all of the
zones in fault when the MORE keys are operated.
The fault can be accepted by pressing the ACCEPT key.
The fault should be investigated and the cause corrected after which the system can
then be reset to normal condition by pressing the RESET key.
14
4. Menu Driven Software
4.1 Introduction
The panel has built in menu driven software that assists in panel configuration (set up),
maintenance functions and routine operation procedures and checks.
Once selected, menus are shown on the panel display. All menu displays follow the
same principles. The menu name is displayed and the menu items are shown with
numbers alongside. Menu items are selected by pressing the number key 0-9 that
matches the item number.
Selecting a menu item may cause another menu to be called up or may carry out a
particular function. When a software function is carried out the operator may be
prompted to enter, via the keyboard, information relating to that function.
Any menu can be cancelled and the menu above it presented by pressing the ESC
key. In general the ESC key is used to cancel or abort the current activity and return
to that preceding it. The menu system can be exited completely by pressing the
HOME key, which returns the panel to its normal operation display.
Menu time-out feature
When the software menus are accessed it is possible that the operator may forget to
exit from the menu structure. In order that the panel is not left in this state there is a
time-out mechanism that will automatically return to the normal panel operating state
after a fixed time within which no keys have been pressed.
If the user is waiting to select a menu, then the time before exiting is approximately 45
seconds with no keys pressed. If the user has started a particular software function
then the time is approximately 12 minutes.
15
Main Menu
The main menu is the entry point to all of the user operator accessible software
functions. The main menu is invoked by pressing the ❐ (menu) key. The display will
then show the following:
The menu items give access to the following types of functions:
CLYMAC FIRE SYSTEM
1.Operator
2.Maintenance
3.Set up
Operator
1
Routine operation functions. Selecting this option is not
restricted and will lead to the options described in this section.
Maintenance
2
Selecting this option will require an access code to be entered.
Authorised operators are supplied with the access code when
the system is handed over after commissioning.
Set Up
3
Access to the Set Up menu requires another access code to be
enter together with the commissioning key being inserted. This
code is not normally available to the operator as the functions
available allow the system to be re-configured.
16
4.2 Setting the time and date
This function allows the date and time displayed by the panel to be set. Various panel
functions are controlled by the time and date setting, so it is important to regularly
check that they are correct. If they are not then this should be corrected as described
in the following steps. This display is shown after each step.
1.
Display Operator Menu as described in section 4.1
Operator Menu.
1. Time & date
2. Reports to display
3. Reports to printer
2.
4. Lamptest
5. Keypad test
Press 1
OPERATOR: Time and Date
Press Up/Down to Change day.
Current date is: 01/07/1998 dd/mm/yyyy
Enter new date : 12/07/1998 (Friday)
3.
Enter the day, the month and the year in that order using the numeric keys 1-9,
each taking two digits (e.g. for 12th July 1998 press the keys 12071998). Use
the up and down arrows to select the correct day. Press the ¤ (enter) key when
done.
OPERATOR: TIME & DATE
Current time is:
Enter new time:
4.
14:11
14.11
Enter the time in international format (four digits, hours 00 to 23, then minutes
00 to 59). Press the
HOME key.
¤
key when done. To exit the Operator menu Press the
17
4.3
Lamptest
The “lamptest” facility is used to test the panel front LED’s and display. The
following steps should be followed.
1.
Select Operator Menu from the Main Menu giving:
Operator Menu.
1. Time & date
2. Reports to display
3. Reports to printer
2.
4. Lamptest
5. Keypad test
Press 4 to select lamp test
LAMPTESTXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXXXXXXXXXXXXXXX
All the LED’s should illuminate for approximately 10 seconds. Any that do illuminate
are faulty and should be attended to. To cut the test short and exit press HOME key.
18
4.4 Isolate menu
The isolate menu groups together all functions relating to isolating devices and zones,
and isolating outputs. Each device can have one of three isolation states:
œ De-Isolated
œ Isolated
œ Isolated by day (only in Day/Night mode)
De-isolated is the normal state for the device in which the panel responds to any
events that it generated. When isolated a device is ignored by the panel. This is
useful during maintenance or repair for narrowing down the possible causes of a fault,
or disabling sensitive functions while testing.
If the panel is in Day/Night mode then devices can be isolated by day. When isolated
by day a device will operate normally during night time panel operation and will be
isolated during day time operation. This allows systems to be isolated during the day
when a site is occupied bur operate when it is empty.
Outputs can only be set to isolated or de-isolated states, not to isolate by day. The
isolation functions available from the isolate menu can be summarised as follows:
19
4.5.1 Isolate devices (by device)
This function is used to isolate and de-isolate individual devices.
Step to follow
1.
Go to the top level maintenance menu as described in section 4.1
MAINTENANCE
1. Edit disabled
2. View disabled
3. Enable all
2.
MORE ^
4. Reports to display
5. Reports to printer
6. Calibrate detectors
Press 1
MAINTENANCE: EDIT DISABLED
1. Point
4. Sounders
2. Zone
5. Outputs
3. Extinguishing system 6. Remote Alarm
3.
Press 1
MAINTENANCE: EDIT DISABLED: POINT
Enter point address :
4.
1001
Enter the four digit address for the device to be isolated. Alternatively use the
MORE or up/down arrow keys to select the required address and press ¤.
MAINTENANCE: EDIT DISABLED: POINT
Point: 1001 (Enabled)
1. Disable
2. Enable
5.
Press 1 to select disable or 2 enable a previously isolated device
MAINTENANCE: EDIT DISABLED: POINT
Point: 1001 (Disabled)
1. Disable
2. Enable
20
6.
Press HOME to exit the menu. If further devices are to be disabled/enabled
then use the up/down arrows to select another device or press the ESC key and enter
the four digit address number of the next device to be disabled.
Saving…
The menus are exited and the device isolation status is saved. If any fire devices are
currently isolated then the yellow disabled-point LED will show on the panel front
together with the common disabled LED.
The disabled events are also printed out on a built in printer if one is present and
enabled.
Note that once a device is disabled by day, it will switch between disabled and enabled
states with the panel day and night operation status.
4.5.2 Isolate devices (by zone)
This function is used to assign the same isolation status to all devices in a zone.
Step to follow
1.
Go to the top level maintenance menu as described in section 4.1
MAINTENANCE
1. Edit disabled
2. View disabled
3. Enable all
2.
MORE ^
4. Reports to display
5. Reports to printer
6. Calibrate detectors
Press 1
MAINTENANCE: EDIT DISABLED
1. Point
4. Sounders
2. Zone
5. Outputs
3. Extinguishing system 6. Remote Alarm
3.
Press 2
MAINTENANCE: EDIT DISABLED: ZONE
Enter zone number :
001
21
4.
Enter the three digit address for the zone to be isolated. Alternatively use the
MORE or up/down arrow keys to select the required zone number and press ¤.
MAINTENANCE: EDIT DISABLED: ZONE
Zone: 001 = (Enabled)
> info
1. Disable
2. Enable
5.
Press 1 to select disable or 2 to enable a previously isolated device
MAINTENANCE: EDIT DISABLED: ZONE
> info
Zone: 001 = (Disabled)
1. Disable
2. Enable
6.
Press HOME to exit the menu. If further devices are to be disabled/enabled then
use the up/down arrows to select another device or press the ESC key and enter the
four digit address number of the next device to be disabled.
Saving…
The menus are exited and the device isolation status is saved. If any fire devices are
currently isolated then the yellow disabled-point LED will show on the panel front
together with the common disabled LED.
The disabled events are also printed out on a built in printer if one is present and
enabled. The events should be accepted and the panel reset when the devices are
enabled.
Note that once a device is disabled by day, it will switch between disabled and enabled
states with the panel day and night operation status.
22
4.5.3 View isolated devices
This function is used to view which devices are currently isolated
Steps to follow
A disabled condition is indicated by the yellow disabled LED illuminating prompting the
user to operate the DISABLED key. For example:
1.
Press the DISABLED key
DISABLED (Zones)
01 (part) Z005 First Floor Offices
Total :01
================= DISABLED =========
For a disabled condition, the top line indicates the type of alarm i.e. disabled, the
“Total” number indicates the total number of zones with disablements. For the second
line, (part) indicates that part of a zone has been isolated. The Z005 indicates the
zone number i.e. zone 005 followed by the text description for the zone disabled and
the time of the disable using a 24 hour clock. The third line is blank and the fourth line
indicates that the disabled display is currently being viewed and is shown above the
DISABLED key.
Please note, for EN54 part 2 compliance the individual device text label is not
automatically displayed. The use of a zone label removes any confusion that may
occur when a number of devices are disabled.
The individual device text label can be viewed by pressing the VIEW POINTS key. For
example:
DISABLED (Point) 1003 smoke
Purchasing Department
First Floor Offices
================== DISABLED ========
The top line indicates the type of alarm i.e. disabled. The word “Point” refers to a point
device e.g. an interface, smoke sensor, heat sensor or call point. The four digit number
refers to the address number of the device disabled e.g. 1003 refers to loop 1 address
003. The word “smoke” refers to the type of point disabled. The individual device test
label is displayed on the second line followed by a repeat of the zone label on the third
line. The fourth line indicates that the disabled display is currently being viewed and is
shown above the DISABLED key.
Having entered the individual device display the screen will revert back to the main
zonal disabled screen after a short delay.
23
If there is more than one disabled event from the same zone present, then the MORE
keys can be pressed to manually switch between the individual device information with
each device occupying a full four lines of information.
If disabled events are present from more than one zone then the top level zone screen
will indicate as such. For example:
DISABLED (Zones)
Total: 02
01 Z005 First Floor Offices
12:57
02 Z001 Ground Floor Offices
13:01
================== DISABLED ========
By pressing the VIEW POINTS key the user can then manually scroll through the
individual device information for all disabled events from all zones with disablements
through using the MORE keys. If more than two zones have disablements then the
MORE LEDs will illuminate. The screen will display the first disablement on the
second line and the newest zone with disablements on the third line. The second line
will be used to scroll through all of the zones with disablements when the MORE keys
are operated.
4.6 Print archive log
There are reports that can be produced on the text display or the printer if the panel is
configured with one.
1.
Go to the top level operator menu as described in section 4.1
OPERATOR
1.Time & date
2. Reports to display
3. Reports to printer
2.
4. Lamptest
5. Keypad test
Press 2 for reports to display or 3 for reports to printer
(Assumes 3 was pressed)
OPERATOR: REPORTS TO PRINTER
1.Archives
4.Future
2.Point status
5.Future
3.Future
6.Stop printer
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3.
Press 1 for Archives
OPERATOR:REPORTSTOPRINTER:ARCHIVE
Enter date range:
From (00/00/0000) to 12/07/1998
4.
The “to” date will automatically default to the present date. Enter the date from
which the archive printing is to start e.g. 11071998 for 11th July 1998.
OPERATOR:REPORTSTOPRINTER:ARCHIVE
Enter date range:
From (11/07/1998) to 12/07/1998
5.
If the archive printing is required to the present date then press ¤, alternatively
press the right arrow key to move the brackets around the to date and enter
your required “to” date and press ¤.
OPERATOR:REPORTSTOPRINTER:ARCHIVE
Press (6) to stop printing
While the report is printing, pressing 6 will stop the printer and exit.
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5. Printer Care
The following procedures describe how to install printer cartridges and printer
paper in ZP-PR1 printers.
5.1 Installing new printer cartridges
The front of the ZP-PR1 printer is depicted in Figure 5.1.1, showing the two
control switches referred to as SW1 and SW2.
Figure 5.1.1 Printer controls
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Replacement printer cartridges can be obtained from Clymac as ZP-PRC
(product code 24201). To replace a finished printer ribbon cartridge the following
steps should be followed.
1.
2.
3.
4.
Tear off any paper emerging from the printer.
Open printer door by pressing door switch, SW1, to the right.
Place a forefinger against the lower edge of the mechanism mounting chassis
and thumb against the back of the door.
Carefully press door and chassis in vertically opposite direction until the catch is
released. The catch must be released before pulling the door and chassis apart.
open the door fully to expose the printer mechanism and ribbon cartridge.
Figure 5.1.2 Removal of printer ribbon cartridge
5.
6.
7.
8.
9.
10.
Press down on the end of ribbon cartridge marked “PUSH” and carefully
remove the used cartridge.
Fit a replacement cartridge, ensuring paper lies between the ribbon and the
steel printer plate. Snap the cartridge into place.
Make sure that the ribbon is taut and parallel to the paper. If necessary tighten it
by using turning the faceted disc clockwise with a fingernail.
If there is some paper protruding from the front of the printer check that it will
pass clearly through the guide channel and past the tear bar, then snap the
chassis shut.
Turn paper roll by hand so that all paper is wound firmly around the paper roll.
Close the paper door and check that paper flows freely, using the paper feed
button SW2.
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5.2 Installing new printer paper
Changing the printer paper takes patience and some fine finger work. Some
may find it easier to first remove the printer ribbon as described in section 3.1, and
replace it after the paper is in place. The paper is a 57mm wide roll of “adding
machine” type paper. It can be changed by the following procedure (referring to Figure
5.2)
1.
Open the printer door by pushing the bottom of SW1 to the right, and giving the
door a slight pull if necessary. Once the door is open the printer roll will be
visible.
Figure 5.2 Insertion of printer paper
2.
If any paper protrudes from the front of the printer then tear it off using the
serrated edge of the plastic guide. Carefully pull the remaining paper out from
behind the printer door.
3.
Press paper roll retaining button and slide the empty paper roll core out.
4.
Take a new roll of paper and free the end. Cut the end to produce a clean edge
for feeding through the printer.
5.
Thread the new roll past the retention button onto the paper spindle. The paper
should unwind in an anti-clockwise direction so that it feeds into the printer from
below.
6.
Insert free end of the paper into the printer paper input slot.
7.
Press the paper feed switch SW2 to its upper left until the printer feed
mechanism grips the paper and pulls it through the paper front.
8.
Turn paper roll by hand so that all paper is wound firmly around the paper roll.
9.
Close printer door and feed the paper through further using SW2. The paper
may need to be straightened by hand.
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