HST HST-HP201-2 User manual

HLogic Security Technology
HST-HP201-2
Addressable Fire Alarm Control Panel
Product Manual
August-2015
UMPL-101
R 1.00

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Contents
1. Introduction........................................................................................................ 4
2. Features & specifications ................................................................................... 4
3. Components....................................................................................................... 5
3.1. Power circuits.............................................................................................. 5
3.2. Input & output circuits.................................................................................. 6
3.2.1. Loop detectors..................................................................................... 6
3.2.2. Dry contacts......................................................................................... 7
3.2.3. Sounders ............................................................................................. 7
3.2.4. Relays.................................................................................................. 8
3.2.5. Computer interface............................................................................... 8
3.3. Front panel controls .................................................................................... 8
3.3.1. Numeric keys....................................................................................... 8
3.3.2. Navigation keys.................................................................................... 8
3.3.3. MENU key............................................................................................ 8
3.3.4. Fire function keys................................................................................. 9
3.3.5. General function keys .......................................................................... 9
3.3.6. Test key............................................................................................... 9
3.3.7. Enable key......................................................................................... 10
3.4. Front panel indicators................................................................................ 10
3.4.1. LCD ................................................................................................... 10
3.4.2. LEDs.................................................................................................. 10
3.4.3. Buzzer................................................................................................ 11
4. Installation........................................................................................................ 12
5. Panel operation................................................................................................ 13
5.1. Access levels............................................................................................ 14
5.2. Panel states.............................................................................................. 15
5.3. LCD icons ................................................................................................. 16
5.4. Working with main screen......................................................................... 17
6. Programming ................................................................................................... 21
6.1. Onboard programming.............................................................................. 22
6.1.1. Sub menu items................................................................................. 22
6.1.1.1. Menu1: System configuration ......................................................... 22
6.1.1.2. Menu2: On board configuration ...................................................... 27
6.1.1.3. Menu3: Loops configuration ........................................................... 34
6.1.1.4. Menu4: Advanced configuration ..................................................... 41

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7. Appendixes...................................................................................................... 44
7.1. Appendix A: Panel Default Values............................................................. 44

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1. Introduction
HST-HP201-2 is an addressable fire alarm control panel capable to connect up to 250
HST addressable devices per loop. With its extra large graphical display, it configures almost
all panel settings via its very simple interface or with it’s built in PC interface via HST
RINGER configuration software. It stores almost all different actions monitored up to 4000
event log records.
HST-HP201-2 covers all small to medium size fire detection system needs.
2. Features & specifications
2 onboard detection loops with maximum 250 devices per loop (HST protocol).
2 onboard programmable monitored conventional sounder lines.
3 onboard programmable relays.
3 onboard programmable dry contact inputs.
1 onboard free 24 voltage output.
4 onboard fixed alarm functional keys (silence buzzer, silence alarm, resound alarm,
reset).
1 onboard fixed evacuate key.
2 onboard programmable keys.
Full navigation keys & full numeric keypad.
16 onboard functional LED indicators for different panel states.
250 zones with 32 onboard zonal LED indicators.
4000 event log records.
Large graphical display (240 X 128 pixels).
1 RS-232 interface for PC panel con_guration tool.
Lock key for con_guration update access.
Real time clock.
Main supply input voltage: 230VAC 50Hz.
Main supply output voltage: 27VDC.
Main supply output current: 6.5A max.
Panel main fuse current: 5A.
Battery type: 2 X 12V 7Ah sealed lead acid.
Battery charging voltage: 27VDC.
Battery charging current: 700mA.
Free volatge output: 24V, 800 mA self ressetable fuse.
Sounder lines: 24V, 800 mA self ressetable fuse.
Sounder lines end of line resistance: 10KΩ.
Detection loop current: 190mA max(250 loop devices connected).
Loop protocol: HST.
Display: graphical LCD 240X128 pixels.
Computer interface: RS232.
Weight: ~ 4Kg(without batteries).
Dimensions: 450X370X120 mm.

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Color: Grey.
Current consumption (normal): 410 mA max(500 loop devices connected).
Current consumption (alaram): 1670 mA max(500 loop devices connected, 18
sounders & bells connected).
3. Components
3.1.Power circuits
HST-HP201-2 contains a switched mode power supply module producing 27VDC from
230VAC/50Hz main input source. Main panel board is protected with 5A/20 mm fast
response glass fuse located at the lower right side of the board. Care must be taken when
changing this fuse in case of failure. Same rating must be mounted in the board to avoid panel
damage. There is another fuse located inside the main terminal block which holds 230VAC
input terminal located at the upper right part of the panel.
Also panel has terminals to connect 2 X 12V/7Ah sealed lead acid batteries for panel
backup power in case of failure of main input power. Main panel board has a charging circuit
to charge the batteries. Charging circuit is automatically disconnected as soon as batteries are
fully charged to save batteries life time. Main power & batteries are monitored from main
power failure and batteries disconnection failure.
There is a place at the middle of the main board for 3V coin battery. It is only used to
keep panel date & time saved even if main input power and batteries are not connected. If
coin battery is removed, panel date and time will be set to its default values (Monday 01-Jan-
2007 12:00 AM).

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Panel can produce free 24VDC output which can be used to power even loop output
devices which require external power source or any other equipment. This free output is fused
@ 1A. It is highly recommended to not use this output voltage with different devices when
panel is powered from batteries to save battery current as much as possible especially when
main power will take long time for restore.
3.2.Input & output circuits
3.2.1. Loop detectors
HST-HP201-2 contains 2 class A detection loop circuits. Each loop can hold up to 250
addressable loop devices. Loop output devices (Sounders, Modules,…) should not exceed 64
devices per loop and remaining could be input devices (Detectors, Call points,…). Loop
communication protocol is HST protocol.
Loop resistance should not exceed 90Ω for reliable operation. Loops are monitored for
open & short circuit faults and communication errors. Each loop can be enabled or disabled
based on its usage. By default Loop 1 is enabled and Loop 2 is disabled.
Maximum loop current is 400mA. Detection loops cannot produce enough power for loop
devices which require high power (Sounders,…), so external power source should be used
(free 24VDC panel output).

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3.2.2. Dry contacts
HST-HP201-2 contains 3 dry contact remote inputs. Triggering of any input is done by
connecting 0V terminal beside input terminal with the selected input. Input signal is latched
until fire reset. After fire reset if remote input is still connected to 0V terminal, programmed
action will be active again. Triggering any input is available under access level 1 so care must
be taken in programming any of remote inputs. By default all inputs are not programmed so
there will be no effect if connected to 0V terminal. Inputs can be programmed from panel
configuration menus or from computer software.
3.2.3. Sounders
HST-HP201-2 contains 2 class B monitored conventional sounder circuits used to
connect different conventional sound strobe or bell devices. Each circuit is fused @1A.10KΩ
end of line resistor must be connected for open & short circuit faults detection. By default
both sounder circuits trigger on any fire or manual evacuate conditions. Different
configurations can be done from panel configuration menus or from computer software.

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3.2.4. Relays
HST-HP201-2 contains 3 form C dry contact relays. All relays are rated 2A @ 30VDC.
By default relay 1 & 3 trigger on any fire or manual evacuate conditions while relay 2 triggers
on any fault conditions. Different configuration can be done from panel configuration menus
or from computer software.
3.2.5. Computer interface
HST-HP201-2 has one RS232 interface which can be connected directly to a computer
serial port via standard straight DB9 cable. Panel connector is located lower left side of the
panel. Serial connection settings are fixed with the following values: 9600 BPS baud rate, 8
data bits, no parity bits, 1 stop bit and no handshaking.
3.3.Front panel controls
3.3.1. Numeric keys
HST-HP201-2 contains full numeric keypad used for general panel operation and panel
programming.
3.3.2. Navigation keys
HST-HP201-2 contains 4 arrow keys, ENTER key and EXIT key used for general panel
operation and panel programming.
3.3.3. MENU key
HST-HP201-2 contains one MENU key used to access panel internal menus for
programming. Entering menus requires level 2 access.

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3.3.4. Fire function keys
HST-HP201-2 contains 5 fire functions keys used to perform all fire related actions.
Triggering any fire function key is under level 2 access except Silence Buzzer key which is
under level 1 access.
Silence Buzzer key: Used to silnece panel buzzer after fire or fault condition.
Silence Alarm key: Used to silence on board relays, on borad sounders and loop
output devices after fire condition.
Resound Alarm key: Used to resound the silenced onboard, relays, on borad sounders
and loop output devices after fire codition.
Reset key: Used to perform panel reset after fire or fault condition. All onboard and
loop modules will return to its default state. In case that condition which caused the
fire or fault is still active, panel will change its state again according to the active
event.
Evacuate key: Used to perform manual evacuate action.
3.3.5. General function keys
HST-HP201-2 contains 2 onboard general function keys which can be programmed
independently to perform one of several functions. Triggering any function key is under level
2 access. By default keys are not programmed so there will be no effect when pressed. Keys
can be programmed from panel configuration menus or from computer software.
3.3.6. Test key
HST-HP201-2 contains one Test key which is used to start LCD & LEDs test for 2
seconds. LCD will draw HST Logo and all Icons in an inverted way and all LEDs will be
turned on.

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3.3.7. Enable key
HST-HP201-2 contains one enable key which must be turned on before saving any panel
settings. Icon is shown on LCD when enable key is on. Enable key should be normally turned
off to secure panel data from unauthorized changes.
3.4.Front panel indicators
3.4.1. LCD
HST-HP201-2 contains 240X128 pixels graphical LCD. It shows all panel information &
operations and details on fire & fault conditions. It is also used in panel programming &
configuration.
3.4.2. LEDs
HST-HP201-2 contains 48 onboard LED indicators with different colors used to show
different panel status.
Power On: Indicates the presence of panel power (main power terminals or backup
batteries).
Fire: Indicates the presence of at least one fire condition.
Evacuate: Indicates the presence of at least one manual evacuate condition.
Pre-Alarm: Indicates the presence of at least one pre-alarm condition.
Silence Buzzer: Indicates that Silence Buzzer key is pressed after fire or fault
condition. It will be turned off in case of another fire or fault condition is triggered.
Silence Alarm: Indicates that Silence Alarm key is pressed after fire condition.
Delay On: Indicates that at least one output loop device or onboard output circuit is
delayed after presence of fire or manual evacuate conditions. It will be turned off
when time delay expires.
General Disable: Indicates the presence of at least one component (all loops, loop
device, zone, on board circuit) is disabled.
Sounder Disable: Indicates the presence of at least one on board sounder circuit is
disabled.

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General Fault: Indicates the presence of at least one panel fault condition. It will be
turned off when all panel faults are restored.
System Fault: Indicates the presence of at least one loop device fault condition. It will
be turned off with fire reset.
Power Fault: Indicates the presence of disconnection of main power terminals or
battery terminals. It will be turned off when fault restored.
Loop Fault: Indicates the presence of at least one loop open circuit fault, short circuit
fault or communication fault. It will be turned off when fault restored.
Sounder Fault: Indicates the presence of at least one onboard sounder circuit open
circuit fault or short circuit fault. It will be turned off when fault restored.
Test: Indicates that panel is under test condition.
MCU Fault: Indicates the presence of panel processor unrecognized behavior.
Zone 1…32: Each LED Indicates the presence of at least one fire condition in its zone
ID.
3.4.3. Buzzer
HST-HP201-2 contains a buzzer which sounds at any fire or fault condition. It can be
silenced manually by pressing Silence Buzzer key at access level 1. It stops sounding
automatically in case of fire reset or in case of all fault conditions have been restored.

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4. Installation
Before working with panel mounting, wrist strap must be used to discharge any static
charges to the ground from human body to protect board electronic sensitive elements. Input
power terminals and battery terminals must be completely disconnected.
As shown from panel case drawing, it contains 3 holes for mounting. Panel contains
sufficient place to mount the case without removing the main board. If this is not possible for
some cases, main board can be removed. First remove all connected cables at the upper side
of the main board. Remove power socket at the right down side of the board. Remove the left
side cable which connects the main board to the display board by opening the lock parts of the
socket and unplug the cable. Then remove the 6 screws which mount the main board to the
case. There is one at each side of the board and one at the top middle and one at the bottom
center.
Mark and drill the holes and attach screw elements and tighten it. Clean drilling place
from any dust then install the main board and fix it with the 6 screws. Install all removed
cables.
At the top side of the case, there are 16 X 20mm holes used for insertion of different
cables to the panel. Remove only black plastic parts which close the needed holes.

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5. Panel operation
HST-HP201-2 will not power on if backup batteries is the only power source connected.
Panel must be powered on with its main power.
After power on, power LED is on and LCD displays HST logo while panel is initializing
its hardware modules and it’s saved data.
After initialization, panel displays loops scanning window. Panel scans loops one by one
to identify all connected devices to this loop. If this is the first time to power on the panel, it
will save directly what is identified. If this is not the first time to power on the panel, it will
compare what is identified to what was previously saved in the panel. If mismatch is detected,
panel will display all errors after scan phase is finished. If there is any error in communication
with the loop, loop scan will be aborted and loop communication fault will be trigged after
scanning phase is finished. If one loop is disabled, panel will skip scanning this loop. If all
loops are disabled (which is not a normal behavior), panel will not scan any loop and general
disabled LED will be on. By default, loop 1 is enabled and loop 2 is disabled.
After scanning, panel displays its main window. Date & time are displayed at the upper
left part of the LCD. Logo and panel model are displayed at the upper right part of the LCD.
Panel name and current status are displayed down to date and time information.
First fire and other fire, fault and manual evacuate information are displayed at middle of
LCD. Last row in the LCD is used to display some icons which identify some information
about panel current status.

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LCD backlight is on by default. In case of no updates on LCD (except date & time), LCD
backlight will be turned off after 10 minutes. LCD backlight can be turned on again with any
change on LCD.
5.1.Access levels
HST-HP201-2 has 3 access levels for different panel operations from panel users.
Access level 1 is the least secure level and has no protected password. It is the default
level after power on and it has the ability to see different fire and fault information at the main
screen and it can silence panel buzzer.
Access level 2 is the medium secure level and it is protected by password. Added to
access level 1 permissions, at fire or fault conditions, it has the ability to silence the trigged
alarms, re-sound the silenced alarm, and perform fire reset. Also it can trigger Evacuate key
on the panel.
Access level 2 users can also access panel programming & configuration menus through
Menu key on the panel. Users can only see all panel configuration data but they cannot make
any changes to it.
Access level 3 is the highest secure level and is protected by password. Added to access
level 1 & 2 permissions, it has the ability to change any panel configuration data and it has
access to 4th sub menu which contains advanced panel operations.
To make changes to any panel configuration data, with level 3 access, enable key must be
turned on to proceed saving any changes.
Access level 2 & 3 passwords and enable key must only be known and kept to the
identified persons who have the permissions to perform different panel functions.

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5.2.Panel states
HST-HP201-2 has 7 different panel states.
Init & Stop state: This panel mode is valid at power up while panel is intializing its
modules and when panel is doing restore for all its default data. Any fire or fault
conditions will happen in this phase will be ingnored by the panel.
Scan state: This panel mode is valid at scaning phase after power up or when loops
auto learn is requested from programming menus. Only loops fault and loop devices
fault will be triggered after scanning is finsihed. Any other fire or fault conditions
will be ignored.
PC state: This panel mode is valid when computer software starts to update part or all
of panel configuration data. Panel will not enter PC mode if it has one or more fire
conditions. If panel has one or more fault conditions, it will do automatically fire
reset. Any new fire or fault conditions will be ignored by the panel. LCD displays PC
mode window. Panel will restart itself after computer software finishes its update
within the panel.

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Normal state: This panel mode is valid as long as there is no fire or fault conditions
within the panel. In this mode, panel can detect any fire, manual evacuate or fault
conditions for all monitired modudes. LCD will write normal state message down to
date and time fields. Normal state is entered again after fire reset opearation..
Fire state: This panel mode is valid when any fire condition is detected. Panel will
change its LCD staus message to fire status down to date and time fields.
Evacuate state: This panel mode is valid when any manual evacuate condition is
detected. Panel will change its LCD staus message to evacuate status only if there is
no fire conditions in the panel. Fire conditions always override any fault or manual
evacuate conditions.
Fault state: This panel mode is valid when any fault is detected withing the panel.
Detected faults are: Loop faults, Loop devices faults, Power faults and onboard
sounder faults. Panel will change its LCD staus message to fault status only if there is
no fire or manual evacuate conditions in the panel. Fire conditions always override
any fault or manual evacuate conditions. Evacuate conditions always override any
fault conditions.
5.3.LCD icons
HST-HP201-2 has 8 different LCD icons used to show some information about panel
operation. It is ordered from left to right of the screen.
Access level: It shows current panel access level. Access level 1 does not display any
icon.
Enable Key: Icon is displayed when Enable key is on.
Battery disconnected: Icon is displayed when backup batteries are not connected to
the panel.
Main power disconnected: Icon is displayed when panel is powered from backup
batteries. It is displayed on the same place of battery disconnected Icon (3rd icon).
Loop fault: Icon is displayed when any loop fault is deteced (open circuit, short
circuit, communication fault).
Sounder fault: Icon is displayed when any onboard sounder fault is deteced (open
circuit, short circuit).

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Silence buzzer: Icon is displayed when panel buzzer is manually silenced.
Silence alarm: Icon is displayes when active alarms are manually silenced.
5.4.Working with main screen
HST-HP201-2 main screen is the default LCD screen that shows all fire & fault related
conditions information. Current system status is displayed at the left. By default, status is
normal which means that no fire or fault conditions are present at the panel.
First fire condition that panel detects after normal state is displayed at LCD and will not
be removed until fire reset is triggered. Its information is displayed on 2 lines. First line
contains name of the module which initiates the fire condition and its type. Second line
contains ID of the module, its loop in case of loop module (for onboard inputs, there is no
loop), its corresponding zone and date and time of initiation.
Note that after loop scan, default name which is given to loop device is ‘NODE XXX’.
XXX represents the ID of the device. So ‘NODE 009’ is the name of the loop device not it’s
ID. Name can be changed using programming menus.
After first fire field, there are 3 lines to show different fire, fault or manual evacuate
conditions based on which tab is highlighted at the bottom. You can switch between different
tabs with left and right arrows. If one list contains more than 3 conditions, you can show the
remaining records with up and down arrows.
List is ordered from the newest condition till the oldest condition. When new condition is
detected, its list will be updated and displayed at the top of its tab. If its tab is not the last
selected one, it will be selected automatically. For example, if new fire is detected and the last
selected tab is fault tab, fire tab will be selected and new fire will be displayed at the top. First
fire is not repeated in the fire tab window. For loop devices disconnected faults, if fault is
restored, its record will be removed from fault tab menu.

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There are 2 numbers at the right of the screen displayed when there are active conditions.
The left number is number of conditions in the current selected tab (fire, fault or evacuate).
The right number is total number of fire, fault and evacuate condition in the whole panel. For
example if the panel detects 7 fire conditions and 9 fault conditions and 2 manual evacuate
conditions, So when fire tab is selected the numbers will be 007/018. When fault tab is
selected the numbers will be 009/018. When evacuate tab is selected then number will be
002/018.

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List menu contains only type of the condition and name of the module. To show all
information of the selected condition, press ENTER key. Detailed information is displayed.
First line contains type of the condition (fire, fault or evacuate), ID of the condition and total
number of conditions with same type. Second line contains name of the module and its type.
Third line contains ID of the module, its loop (in case of loop devices), and its zone. Fourth
line contains date and time of initiation. For loop devices fault, first line will contain also type
of fault.
Use up and down arrow keys to go to details of the next condition of the same type. Press
EXIT key to go to main screen again.

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Power faults, loop faults and onboard sounder faults have no records in fault tab. It is only
displayed as icons at the last row of the LCD. Icon is removed automatically when fault is
restored.
For loop faults and sounder faults, LCD icon will not contain which loop or sounder has
the fault. To know which ID, go to sounders config sub menu inside on board config menu or
loops config sub menu inside loops config menu. ! Icon is displayed in front of faulty sounder
or loop.
Type of fault (open circuit, short circuit or communication fault for loops) is only known
from event status sub menu inside system config menu.