QD Dynamics Pi HSC816 User manual

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
1
Kyalami Business Park
Kyalami, Midrand 1685
Wendywood, 2144
Tel: [phone]
Fax: [phone]
Pi HSC816
Home Security Controller
Programming and Installation Manual
Release Versions
Release History
Date
R1.00
First production release
18-08-2010
R1.01
Second production release
5-02-2011
PO Box
888
QD
Dynamics (
Pty) Ltd

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
2
TABLE OF CONTENTS
Introduction
4
Terminology
5-6
Arming Options
Arm when faulted
20
Auto Re-arm
20
Quick arm
20
Quick bypass
20
Siren alert options
19
Bus Line Transceiver
Adding codex remotes
12
Adding wireless detectors
12
Connection
11
Codex Remotes
Adding or deleting remotes
12-13
Assigning button functions
13
Communication Options
Account codes
22
Ademco point ID tables
29-35
Dialer attempts
21
Dialer delay
23
Dialer enable
22
DTMF levels
22
Primary telephone numbers
23
Reporting codes
26-27
Reporting formats
21
Ring count
21
Secondary telephone number
23
Serial communicator enable
20
Telephone line monitor
18
Default Options
Panel default
12
Remote program password
17
User code only default
42-45
Expander Board Plug-in
Layout and wiring
8
Programming
17
Expander Module Remote
Layout and wiring
10
Programming
17
Keypad
# key function
19
Connection
9
Error beep
19
Keypad Panic
19
Keypad tamper
19
Led indications
9
Siren alert on keypad arming
19
Mother Board
Layout and wiring
7
Programming
Adding / deleting of codex remotes
13
Adding / deleting of wireless detectors
12
Defaulting of motherboard
12
Entering programming mode
14
Led indicators while in programming
14
Low battery disconnect
20

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
3
Programming levels
14
Siren Options
Alert on keypad arm
19
Alert on remote away arm
19
Alert on remote home arm
19
Siren timer
18
Siren trip count
19
Siren beep on exit time expired
19
Timers
AC fail
18
Auto test delay
19
Auto test time
19
Dialer delay
19
Entry
17
Exit
17
Home 1 timed or instant exit
20
Home 2 timed or instant exit
20
Siren
18
Telephone line fault
18
Trigger timers –hardwired
18
Trigger timers - wireless
26
Triggers
Event
24-25
Number –hardwired
23
Number –wireless
23
Switching action
23
Switching polarity - hardwired
23
Timers –hardwired
18
Timers –wireless
26
Wireless Detectors
Adding / deleting wireless detectors
12
Programming
16
Selecting wireless zone numbers
12
Zones
Buzzer zones
16
Bypass enable / disable
16
Chime zones
16
Hardwired or wireless selection
16
Home zones
16
Panic input
20
Tamper input
20
Tamper selection per zone
16
Wiring –normal
8
Wiring –dual end-of-line
8
Wiring
12
Zone types
15-16

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
4
Introduction:
The PI HSC816 is a South African designed and manufactured Security System, carrying full ICASA
licensing and complying with all safety regulations and specifications.
Features:
8 -16 programmable EOL or wireless or a combination of hardwire and wireless per zone.
2 independent bus lines for keypads and peripherals.
2 dedicated 24-hour inputs (programmable).
Tamper programmable per zone input (dual EOL).
Low battery, tamper and supervision monitoring per wireless zone.
Siren tamper.
16 Pin code users and 16 Codex remote transmitter users independently identified.
Codex remote and button functions are end user programmable.
4 programmable voltage trigger outputs. Expandable to 8 by use of a remote expander module
10 wireless trigger outputs with selectable on/off function, compatible with the QD AC switch and Codex
receivers.
Triggers programmable per zone and/or globally.
Programmable positive or negative trigger switching as latched, timed or toggle functions.
Up to 4 LED keypads.
Keypads have a door led output.
Single key emergency functions.
Programmable quick arming functions.
Auto arm in one of 6 modes. End user selectable.
2 home arming states. End user selectable.
End user home zone selection.
End user chime zone selection.
End user Codex remote and key function programming.
End user time settings.
End user keypad buzzer zones selection.
End user walk test mode.
End user communicator test (Serial GPRS transmitter only)
Remote away and home 1 or home 2 arming.
Arm when faulted for exit purposes.
Bypass enable per zone.
Home automation.
Bus line transceiver for wireless zones and Codex remote transmitters
Siren trip counter per zone.
Serial bus line and DTMF radio transmitter capable of point ID format reporting.
Local or remote up/down loading.
Plug-in landline communicator 4x1 express, 4x2 express, ademco point id, and 4x2 pulse format.
Extensive lightning and panel input protection.
1000 event historic log
Plug-in connectors
Dual Bus lines
Expander options:
Onboard plug-in 8-zone expander.
Remote bus line expander 8 zones, 4 trigger outputs and built-in charger.
Remote bus line transceiver allows for any combination of hardwire or wireless inputs.

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
5
Congratulations on your purchase of the PI HSC816. The South African designed and manufactured solution
to all your electronic security requirements.
Please take the time to read and familiarize yourself with the terms used throughout this manual.
Arm or Arm away - The entire system or a partition is completely armed and secured.
Arm home 1 or 2 - Two home modes are available. This allows for the system to be armed with certain
zones being omitted that have been decided on by you, thus allowing free
movement within the premises while the perimeter is armed. Normal entry
procedures do apply.
Arm home instant -As above except that all entry and exit points are now instant.
Armed cycle - The period for which the alarm system or partition is armed.
Auto arm - The system will automatically arm at pre-programmed times of the day, each day if
the system is disarmed. The system will not auto-disarm. Auto arm timers are user
enabled and selected.
Bypass - A zone or zones are temporarily removed from the system or partition for one
armed cycle. When the system or partition is disarmed, all bypassing is
automatically removed.
Chime - A keypad buzzer annunciation for 1 second when a zone is violated in the disarmed
condition.
Control code - A user authority level that will only switch an output, used for access control,
light switching, etc. This code is recorded in the historic log.
Control panel - The metal housing and electronics to which all peripheral equipment is connected.
Delay - A timer function incorporated with entry or exit procedures. A delay of the siren only
for a period of 30 seconds, if selected when home armed.
Detector - A device used to detect unauthorized activity in an area.
Disarm - The period when the system or partition is switched off. Does not include panic,
fire, medical, etc.
Dual end of line - Typical wiring to include a tamper and alarm condition on the same pair of
wires, using 2 x end of line resistors (see diagram on page 7).
Entry / exit - Refers to the dedicated route required to be followed when entering or exiting the
premises. These are timed features. The system has independent primary and
secondary entry timers and a global exit timer.
Faulted - A zone or input is open or activated.
Fire - A 24-hour active input to alarm on the activation of a fire detector. The siren output
will also be pulsed instead of constant.
Historic log - The control panel stores the last 255 events and conditions in a non-volatile,
non-erasable memory.
Home - The system or partition is armed with certain zones being omitted that have been
decided on by you and the installer, to allow free movement within the premises
while the perimeter is armed. Normal entry procedures do apply.
Input - A terminal on the control panel that a detector is connected to, for alarm purposes.

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
6
Instant - A zone or input will create an immediate alarm condition when armed.
Keypad - The user interface to the control panel, from which all commands and functions are
carried out.
Keypad tamper - After 21 incorrect key depressions on the keypad, the system will go into a keypad
tamper condition. Entry of a valid 4-digit user code will clear this condition.
Output - A terminal on the control panel that would be used to switch external peripherals
such as lights, sirens, strobe lights, gate control, etc.
Medical - A medical key is provided on the keypad to provide local keypad buzzers as an
audible warning, as well as report to the alarm monitoring company.
Memory - After any alarm condition and a valid 4 digit user code has been entered the keypad
will display “Memory “ and the alarm condition that was present. Any 24-hour input
that is triggered in the disarmed mode will also be displayed as an alarm memory.
Entering of a valid 4-digit user code will clear the memory condition.
Panic - A 24-hour input to provide local warning and/or remote communications to the
alarm monitoring company. These panic points could be either fixed, portable or
remote, or the panic key on the keypad.
Partition - An area consisting of one or more zones, acting independently of any other areas.
A partition is controlled via its own keypad as if it were a separate control panel.
Users are assigned to operate in one or more partitions, during the system
programming cross partitioning can be setup.
Reset - Clear an alarm condition by entering a valid 4-digit user code.
System ready - All zones are closed and secure. System is ready for arming.
System not ready - One or more zones are open or violated. These zone must be closed or if faulty,
bypassed before the system may be armed.
Tamper - If programmed as tamper, the wiring and detectors are supervised on a 24-hour
basis against tampering (dual end of line).

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
7
Motherboard layout:
AC +……………..AC input maximum 16.5V 40va
AC -………………Negative to be taken from any negative
(Earth)................ This must be connected to building earth were possible, alternately to mains earth
AUX 12V............ 12V + to peripherals i.e. IR detectors, beams, etc. (Fused at 1 amp)
AUX NEG……….Negative to be taken from any negative or common.
Siren - ................ Negative to siren (Fused at 3 amps) and supervised. See note below
Siren + ............... Positive to siren
Panic +............... Panic input EOL resistor 2K7
Panic - ............... Panic input EOL resistor 2K7
KEYPAD R +...... Keypad + (Red)
KEYPAD Y......... Keypad data (Yellow)
KEYPAD G ........ Keypad data (Green)
KEYPAD B -....... Keypad –(Black)
Tamper .............. Tamper input NO to Negative
NEG................... Negative 12v output
TRIG O/P 4........ Trigger output 4
TRIG O/P 3........ Trigger output 3
TRIG O/P 2 ....... Trigger output 2
TRIG O/P 1 ....... Trigger output 1
ZONE 1.............. Zone 1 input EOL resistor 2K7
C ........................ Common
ZONE 2.............. Zone 2 input EOL resistor 2K7
ZONE 3.............. Zone 3 input EOL resistor 2K7
C ....................... Common
ZONE 4 ............. Zone 4 input EOL resistor 2K7
ZONE 5 ............. Zone 5 input EOL resistor 2K7
C ....................... Common
ZONE 6 ............. Zone 6 input EOL resistor 2K7
ZONE 7 ............. Zone 7 input EOL resistor 2K7
C ....................... Common
ZONE 8 ............. Zone 8 input EOL resistor 2K7
Buss R…………...Peripheral bus positive
Buss B…………...Peripheral bus negative
Buss G…………...Peripheral bus data (green)
Buss Y…………...Peripheral bus data (yellow)
Note: The siren output is supervised against an open loop. If no siren is to be used a 2K7 ohm resistor must
be used to strap out the siren.
The siren tamper will cause an error to be displayed on all keypads. Entering * 4 will display the error
condition.

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
8
Expander board layout:
ZONE 9.............. Zone 1 input EOL resistor 2K7
C ........................ Common
ZONE 10............ Zone 2 input EOL resistor 2K7
ZONE 11............ Zone 3 input EOL resistor 2K7
C ....................... Common
ZONE 12............ Zone 4 input EOL resistor 2K7
ZONE 13............ Zone 5 input EOL resistor 2K7
C ....................... Common
ZONE 14............ Zone 6 input EOL resistor 2K7
ZONE 15............ Zone 7 input EOL resistor 2K7
C ....................... Common
ZONE 16............ Zone 8 input EOL resistor 2K7
Zone wiring - normal:
Normally open detectors are connected in parallel with the end of line resistor.
Normally closed detectors are connected in series with the end of line resistor.
A combination of N/O and N/C may be used.
Zone wiring - dual end-of-line (Tamper)
Only normally closed switches may be used in this configuration.
The normally closed tamper is connected in series with the feed or return line.

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
9
Keypad wiring: 4 wire bus line
O/P Indications (remote LED)
Off = system off.
On = system on.
Flashing = system alarmed.
Keypad LED indications:
Bank 1 led indicates zones 1 to 8. Bank 2 led indicates zones 9 to 16
Disarmed state:
Zone LED slow flash = Zone bypassed.
INST LED slow flash = Trouble condition. (Press *4 to view)
AC/LB LED on = Mains on battery ok, LED off = Mains off battery ok, LED flashing = Low battery state.
Bank 1 and bank 2 LEDS flash in conjunction with the following:
1) Led 1 fast flash = Panic Input triggered.
2) Led 2 fast flash = Keypad Panic triggered
3) Led 3 fast flash = Keypad Fire triggered.
4) Led 4 fast flash = Keypad Medical triggered.
5) Led 5 fast flash = Tamper Input triggered.
6) Led 6 fast flash = Siren Tamper condition.
Display and recall conditions:
Press the * key in conjunction with one of the following
1) Key 1 = Last to alarm condition
2) Key 2 = Last zone tamper
3) Key 3 = Reserved
4) Key 4 = Panel trouble conditions
5) Key 5 = Wireless zone number with a low battery condition
6) Key 6 = Wireless zone number that failed an auto test (supervision)
Panel trouble conditions (Indicated by a slow flashing Instant LED)
To view panel trouble conditions press *4. Flashing zone LEDs will indicate the following
1) LED 1 = Time and date not set
2) LED 2 = Telephone fail to communicate
3) LED 3 = Telephone line error
4) LED 4 = No function
5) LED 5 = No function
6) LED 6 = Siren tamper
7) LED 7 = Battery test fail
8) LED 8 = Zone Tamper (Press *2 to view zone number and clear condition)
9) LED 9 = Wireless low battery (Press *5 to view zone number)
10) LED 10 = Wireless zone supervision (Press *6 to view zone number)
11) LED 11 = Bus line expander communication error (Xmod)
12) LED 12 = Bus line receiver communication error.
13) LED 13 = Bus line transmitter communication error (Serial radio Tx)
RED
BLACK
GREEN
YELLOW
Door led
+
_

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
10
Remote expander layout
The remote expander is an 8 zone input and 4 trigger output self contained unit with independent charger
and battery.
Connection is via the 4 wire bus line and the zone and trigger numbers are link selected.
Selecting zones 9 to 16 on LK 4 will provide trigger numbers 9 to 12.
AC...................... AC input maximum 16.5V
(Earth)................ This must be connected to building earth were possible, alternately to mains earth
AUX - ................. Negative to peripherals
AUX - ................. Negative to peripherals
AUX + ................ 12V + to peripherals i.e. IR detectors, beams, etc. (Fused at 1 amp)
AUX + ................ 12V + to peripherals i.e. IR detectors, beams, etc. (Fused at 1 amp)
Bus line R + ....... Keypad + (Red) Connect to top bus of 816 panel
Bus line B - ........ Keypad - (Black)
Bus line G .......... Keypad data (Green)
Bus line Y........... Keypad data (Yellow)
N/C……………….Relay 2 N/C contact
N/O…………….…Relay 2 N/O contact 2nd output
Com……………...Relay 2 com contact
N/C……………….Relay 1 N/C contact
N/O…………….…Relay 1 N/O contact 1st output
Com……………...Relay 1 com contact
Neg………………Negative voltage for triggers
12v……………….12v + for triggers
TR1………………Trigger output 1 3rd output
TR2………………Trigger output 2 4th output
LINKS
LK4………………9 – 16 selects zones 9 –16 and trigger outputs 9 - 12
LK 5 and LK6…..Not used

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
11
BUS LINE CODEX TRANSCEIVER.
By using the bus line transceiver, the HSC816 has the capability of accepting up to 16 codex transmitters.
Each button could be assigned to any of the keypad functions with encrypted user identification, any keypad
emergency condition or any trigger output.
Each transmitter button is programmed independently of any other remote and is an end user function
The Transceiver also allows for up to 16 wireless zones, including low battery, tamper and supervision
The transmitter code and button functions are taught to the system in end user programming
function level #2 this allows the user to add or delete transmitters when necessary.
Connect using the top bus on the HSC816
Green………Data bus line green wire
Yellow….…..Data bus line yellow wire
Red…………Data bus line red wire (+)
Black……….Data bus line black wire (-)

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
12
Defaulting the control panel:
1. Default the control panel by removing all power and placing a jumper across LK1.
2. Apply power (ac volts) to the control panel.
3. After +/- 15 seconds, all leds will return to normal operation. Remove the jumper on LK1.
4. Remove power to control panel.
Zone wiring:
All zone inputs can be hardwired, wireless or a combination of hardwired and wireless.
1 to 8………….. 2k7 EOL resistor programmable zones on the control panel.
9 to 16…………2k7 EOL resistor programmable zones on the expander board.
Panic input……2k7 EOL resistor. Programmable only as 24-hour audible;
24-hour silent or keyswitch.
Tamper input.. Normally open input. Programmable only as 24-hour audible;
24-hour silent or keyswitch.
Adding wireless detectors: (selected in zone programming L4)
It is recommended that each detector be programmed before being installed and that only the
detector being programmed is powered up.
Only wireless detectors supplied by QD Group are compatible.
1) Enter Installer programming mode level #2 (see page 13)
2) Enter the zone number to be programmed by press the corresponding zone number. (The 0 key will
switch between bank 1, zones 1 to 8 and bank 2, zones 9 to 16)
3) The zone LED will start flashing fast.
4) Press the * key. Buzzer will beep and the instant LED will flash fast.
5) Trigger the detector to be programmed.
6) Keypad will beep. The instant LED will stop flashing and the zone LED will be on solid.
7) Repeat from step 2 for all remaining wireless detectors.
NOTE If the keypad gives 4 short beeps and a different zone LED lights than the one being programmed,
this indicates that this particular detector is already programmed into the zone being indicated.
Deleting a programmed wireless detector:
1) Enter installer programming mode level #2 as above.
2) Programmed wireless zone numbers will light.
3) Enter the zone number to delete.
4) Zone LED will start to flash.
5) Press the # key.
6) Buzzer will beep and led will switch off. (Wireless input has been deleted.)
Press the “HOME” key to exit programming mode.
Adding Codex remote transmitters: (This is done under end user functions)
Up to 16 Codex remotes can be used in the system when using the bus transceiver and are independent
from the 16 Pin user codes.
The bank leds in conjunction with the zone leds indicate the user number. The 0 key will alternate between
bank 1, remotes 1 to 8 and bank 2, remotes 9 to 16.
Two separate stages are required to program the Codex remote
Step 1 –Learn the remote into the HSC816
Step 2 –Define button functions.

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
13
Step 1 –Adding remotes:
1) Enter user programming mode. Select # 6. Ready LED will flash slowly
2) Enter the remote number to be programmed on the keypad 1-8. Key 0 will toggle between Bank 1
and Bank 2 (9 to 16)
3) The remote number LED will flash.
4) Press the * key. The buzzer will beep and the instant LED will flash.
5) Press a button on the remote. The Instant LED will stop flashing and the remote number LED will be
on.
Step 2 - Assigning button functions:
1) Press the “PROG” key. Remote number LED will switch off
2) Press the button to be allocated to a function. (The existing function will be displayed).
3) Enter the desired function for this button from the table below. Corresponding function LEDs will light
4) Press “PROG” key to save
5) Repeat from step 2 for all remaining buttons.
6) Press the “BYPASS” key to exit programming for this remote.
7) Repeat from step 1 for all remaining remotes.
Button function: Required keystroke/s: Led indication:
Away arm with delay Arm Arm Led
Arm Instant Arm + Instant Arm + Instant Led
Arm Home 1 with delay Home (press once) Home 1 Led
Arm Home 1 Instant Home + Instant Home 1 Led + Instant Led
Arm Home 2 with delay Home (press twice) Home 2 Led
Arm Home 2 Instant Home + Instant Home 2 Led + Instant Led
Panic audible Panic Zone 5 Led
Panic silent Panic + Instant Zone 5 + Instant Led
Fire Fire Zone 6 Led
Medical Medical Zone 7 Led
Trigger 1 Key 1 Zone 1 Led
Trigger 2 Key 2 Zone 2 Led
Trigger 3 Key 3 Zone 3 Led
Trigger 4 Key 4 Zone 4 Led
To clear a function press the # key
Deleting Codex remote transmitters:
1) Enter user programming mode. Select # 6. Ready LED will flash slowly
2) Enter the remote number to be programmed.
3) The remote number LED will flash.
4) Press the # key. The buzzer will beep and the LED will switch off, indicating a blank location.
Programming:
Enter programming mode:
When entering into the installer-programming mode, a unique installer code is required. This code as a
default is 2580 and is changeable in question 000.
When entering into the programming mode, a programming level must be entered.
Press PROG key until single beep is heard.
Press the * key, a longer beep is heard.
Enter installer code.
Enter desired programming level # (1 to 8) a long beep is heard, zone 1 LED lights and the ready
LED starts flashing slowly. The panel is in question 1 L1.
The # key must be entered after every data entry to save the entry and move to the next location.
Installer code is changed in level 1 programming question 000.
The * key followed by the question number provides direct access to the required question number.
Zone LEDs indicate question number.

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
14
Bottom row of status LEDs indicate data present in a location.
A flashing ready LED indicates that the panel is in a programming mode.
Binary values:
Zone LED 1 2 3 4 5 6 7 8 9 10
Binary value 1 2 4 8 16 32 64 128 256 512
Status LEDs Arm Home1 Instant AC/LB
Binary value 1 2 4 8
Add the binary values that are lit together to obtain question number or data value.
Hexadecimal values:.
Pressing the ARM key followed by digits 1 to 6 will give data value A to F and indicated by value 10 to 15.
Arm 1 = A data representation 10
Arm 2 = B data representation 11
Arm 3 = C data representation 12
Arm 4 = D data representation 13
Arm 5 = E data representation 14
Arm 6 = F data representation 15
Exiting program mode:
Press and hold the HOME key. All LEDS will flash for approximately 15 seconds, then return to normal.
Programming levels:
Level 1 = Keypad programming.
All system programming functions are carried out in this level.
Level 2 = Wireless detector programming. (see page 11 for procedure )
Level 3 = Default user codes only
Level 4 = Reserved.
Level 5 = Reserved.
Level 6 = Reserved.
Level 7 = Reserved.
Level 8 = Reserved.
Zone Programming:
Controlled Zones:
Entry/Exit - This zone type is the primary entry and final exit point into the premises. Violation of
an entry point when system armed will only start the entry timer. If a valid code is not
entered within the entry time an alarm condition will occur.
Follower - A follower zone becomes an entry / exit zone during a valid entry / exit procedure. If
the zone is violated outside an entry / exit timer, the zone then acts as an instant
zone.
Instant audible - This zone type when activated will cause an instant alarm condition with siren and
communicator activation.
Instant silent - This zone type when activated will cause an instant alarm condition without any
siren activation but with communicator.
Keypad buzzer - This zone type when activated will activate the keypad buzzers only, no siren or
communicator.
24 Hour Zones: (armed or disarmed)
24-hour audible - This zone type when activated will cause an instant alarm condition with siren
and communicator.

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
15
24-hour silent - This zone type when activated will cause an instant alarm condition without any
siren but with communicator.
24-hour fire - This zone type when activated will cause an instant alarm condition with siren
and communicator. The siren output to differentiate a fire condition will be pulsed.
Keypad buzzer - This zone type when activated will activate the keypad buzzers only, no
siren or communicator.
Keyswitch - This zone when activated will cause the system to change its armed / disarmed
state.
Trigger event - This input will trigger a hardwired trigger only.
Codex event - This input will trigger a wireless trigger only

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
16
QUESTION 1 to 16:
Location 1 = Zone type Location 2 = Reserved
Location 3 = Chime and home types Location 4 = Hardwired / wireless.
Location 1:Zone type
0
Disabled
1
Entry / exit
2
Follower
3
Instant audible
4
Instant silent
5
24-hour audible
6
24-hour silent
7
24-hour panic
8
24-hour panic silent
9
Fire
A
24-hour tamper
B
Keypad buzzer
C
24-hour keypad buzzer
D
Trigger event only
E
Key switch
F
Codex transmitter
Location 2: Reserved
Location 3: Selectable buzzer, chime and home modes (End user programming will change this
location)
Location 4: Hardwire, wireless, tamper and bypass enable
Location 3 Location 4
Value
KP
buzzer
Chime
enable
Home 2
enable
Home 1
enable
Value
Wireless
zone
Hard
wired
Tamper
enable
Bypass
disable
0
0
1


1


2

2

3


3


4

4

5


5


6


6


7



7



8

8

9


9


A


A


B



B



C


C


D



D



E



E



F




F




Note: Tamper selection for hardwired zones requires dual end of line wiring
Tamper selection is required for wireless detectors to enable the detectors Tamper

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
17
QUESTION 17 to 37: Reserved
QUESTION 38: Expander options
Select onboard or remote expander
Location 1 = Expander options Location 2 = Reserved
Location 3 = Reserved Location 4 = Reserved
QUESTION 39: Remote program password
Password required for up and download (default =1234)
QUESTION 40:Reserved
QUESTION 41:Entry timer
Location 1 = Entry timer Location 2 = Reserved
Location 3 = Reserved Location 4 = Reserved
QUESTION 42: Reserved
QUESTION 43:Exit timer
Location 1 = Exit timer Location 2 = Reserved
Location 3 = Reserved Location 4 = Reserved
Entry / Exit timers
Value
Delay
0
1
2 Seconds
2
5 Seconds
3
10 Seconds
4
20 Seconds
5
30 Seconds
6
45 Seconds
7
1 Minute
8
2 Minutes
9
3 Minutes
A
4 Minutes
B
6 Minutes
C
D
E
F
QUESTION 44: Reserved
Value
Enable remote
expander
0
1


Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
18
QUESTION 45:Timers
Location 1 = Siren timer Location 2 = Siren delay timer
Location 3 = Tel line fault timer Location 4 = Ac fail (random time of 1 to 16 minutes + Selection)
Siren Duration
Siren Delay
Line fault Timer
AC fail / restore
duration
Value
Delay
Value
Delay
Value
Delay
Value
Delay
0
2 Seconds
0
2 Seconds
0
2 Seconds
0
1 Minute
1
4 Seconds
1
4 Seconds
1
4 Seconds
1
5 Minutes
2
6 Seconds
2
6 Seconds
2
6 Seconds
2
10 Minutes
3
10 Seconds
3
10 Seconds
3
10 Seconds
3
15+ Random
4
20 Seconds
4
20 Seconds
4
20 Seconds
4
20+ Random
5
30 Seconds
5
30 Seconds
5
30 Seconds
5
25+ Random
6
40 Seconds
6
40 Seconds
6
40 Seconds
6
30+ Random
7
50 Seconds
7
50 Seconds
7
50 Seconds
7
35+ Random
8
60 Seconds
8
60 Seconds
8
60 Seconds
8
40+ Random
9
90 Seconds
9
90 Seconds
9
90 Seconds
9
50+ Random
A
120 Seconds
A
120 Seconds
A
120 Seconds
A
60+ Random
B
150 Seconds
B
150 Seconds
B
150 Seconds
B
70+ Random
C
180 Seconds
C
180 Seconds
C
180 Seconds
C
80+ Random
D
210 Seconds
D
210 Seconds
D
210 Seconds
D
90+ Random
E
240 Seconds
E
240 Seconds
E
240 Seconds
E
100+ Random
F
255 Seconds
F
255 Seconds
F
255 Seconds
F
250+ Random
QUESTION 47: Trigger timers (hardwired)
Location 1 = Trigger 1 Location 2 = Trigger 2
Location 3 = Trigger 3 Location 4 = Trigger 4
QUESTION 48: Reserved
QUESTION 49: Trigger timers (triggers on remote expander)
Location 1 = Trigger 9 Location 2 = Trigger 10
Location 3 = Trigger 11 Location 4 = Trigger 12
Value
Delay
0
2 Seconds
1
4 Seconds
2
6 Seconds
3
10 Seconds
4
20 Seconds
5
30 Seconds
6
40 Seconds
7
50 Seconds
8
60 Seconds
9
90 Seconds
A
120 Seconds
B
150 Seconds
C
180 Seconds
D
210 Seconds
E
240 Seconds
F
255 Seconds
QUESTION 50 to 53: Reserved

Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
19
QUESTION 54: Auto test delay
Location 1 = Auto test delay Location 2 =Reserved
Location 3 = Reserved Location 4 =Reserved
Value
Delay
0
1 Day
1
2 Days
2
3 Days
3
4 Days
4
5 Days
5
6 Days
6
7 Days
7
8 Days
8
9 Days
9
10 Days
QUESTION 55: Auto test time
Location 1 = Hours x 10 Location 2 = Hours x 1
Location 3 = Minutes x 10 Location 4 = Minutes x 1
QUESTION 56: Siren beep on exit time expired
Location 1
Value
Enable
0
1

QUESTION 57: Keypad Options
Location 1 = Keypad panic Location 2 = Error beep
Location 3 = Keypad tamper Location 4 = # Key
Location 1 Location 2
Value
Panic audible
0
1

Location 3 Location 4: # key (Hardwired trigger)
Entering 5 incorrect code sequences or codex transmitter #0 to #9 (wireless trigger)
Value
Keypad tamper
0
1

QUESTION 58: Siren Options
Location 1 = Alert on remote arm Location 2 = Alert on keypad arm
Location 3 = Siren trip count per zone Location 4 = Alert on home arm
Location 1 Location 2
Value
Remote arm
0
1

Location 3: Siren trip 0 to 9 Location 4
0 = No siren trip count.
Enter digit 1 to 9 for siren trip count per zone
Value
Error Beep enable
0
1

Value
Codex tx
0
1

Value
Keypad arm
0
1

Value
Home arm
0
1


Pi HSC816 Installation Manual - Revision Beta
This document and product are copyrighted and all rights are reserved.
20
QUESTION 59: Arming options
Location 1 = Fast arm Location 2 = Fast bypass
Location 3 = Arm when faulted Location 4 = Auto re-arm
Location 1 Location 2
Value
Fast arm
0
1

Location 3 –Arm when faulted Location 4
0
Disabled
1
Entry, exit and follower zones only
2
All zones
QUESTION 60:Panic / Tamper input options
Location 1 = Panic input, Location 2 = Tamper input,
Location 3 = Home 1 mode, Location 4 = Home 2 mode,
Location 1 Location 2
Location 3 Location 4
Value
Timed entry/exit
0
1

QUESTION 61: Reserved
QUESTION 62: Serial radio options
Location 1 = Enable serial radio Location 2 = Reserved
Location 3 = Serial retries (do not change) Location 4 = Serial GPRS retries (do not change)
Location 1:
QUESTION 63: Reserved
QUESTION 64: Default options
Location 1 = Enable default jumper Location 2 = Reserved
Location 3 = User code default Location 4 = Disable low battery condition
Location 1 Location 3
Value
Enabled
0
1

Location 4:
Value
Fast bypass
0
1

Value
Auto re-arm
0
1

0
Disable
1
Key Switch
2
24 Hr Audible
3
24 Hr Silent
0
Disable
1
Key Switch
2
24 Hr Audible
3
24 Hr Silent
Value
Timed entry/exit
0
1

Value
Enable serial radio
0
1

Value
Enabled
0
1

Value
Disable low battery
0
1
