Sierra S5832SG User Manual
Model S5832SG
Control Panel
8 to 32 Zones
Installation
Instructions
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Table of Contents
Table of Contents
Compliance and Regulatory Information ....................i
Installing and Connecting the Control Panel ..... 1 - 5
Sierra S5832SG PC Board Layout.............................. 1
Mounting the Panel.................................................. 1 - 2
Panel Setup and Installation ....................................... 1
Earth Ground ............................................................... 1
Mounting the Enclosures .............................................. 2
S5832S Enclosure (Small) ....................................... 2
S5832 Enclosure (Large) .......................................... 2
Backup Battery ................................................................ 3
Sierra Accessory Loading ............................................ 3
AH Requirements for Backup ...................................... 3
Determining Standby Battery Requirements ........ 3
AC Power ......................................................................... 3
Output Terminals ............................................................ 4
External Bell Supervision ............................................. 4
Keypad Wiring ................................................................ 4
Sierra Accessory Wiring Distances......................... 4
Keypad Addressing .................................................... 5
Connecting an Auxiliary Keypad (J8) .................... 5
Zone Terminals ............................................................... 5
On-Board Relay Terminals (TB2) ................................ 5
Programming the Panel ........................................ 8 - 10
Remote Programming (RPS)........................................ 8
Direct Connect ............................................................. 8
Keypad Activated RPS......................................... 8 - 9
Programming With an LED Keypad ............................ 9
Programming With an Alphanumeric Keypad ........ 1 0
Quick Programming Mode ......................................1 0
Menu Programming Mode ...................................... 1 0
Programming With an Icon Keypad.......................... 1 0
Installer Mode Options, (Block 0) ..................... 11 - 12
Installer Walk-Test ........................................................ 1 1
Event Memory ............................................................... 1 1
Event Memory Codes...............................................1 1
Custom Messages........................................................ 1 2
Test Report ..................................................................... 12
Test Report with Audibles ........................................... 1 2
Audible Test ................................................................... 1 2
Entry Delay Test ............................................................ 1 2
Exit Delay Test .............................................................. 1 2
Transmit Walk-Test Queue Reports .......................... 1 2
RPS Callback ................................................................ 1 2
Battery Test .................................................................... 1 2
Accessories .............................................................. 5 - 7
S5050 Relay/Event Memory Module.................... 5 - 6
Switch Settings............................................................ 6
Switch Configuration ................................................. 6
S5058 Zone Expansion Module.................................. 6
ZEM Addressing.......................................................... 6
SN915-BUS SpreadNet Receiver ............................... 7
SN990/991 SpreadNet Keypad/Remote ................... 7
SN961 SpreadNet Keyfob ............................................ 7
Digital Communicator ............................................. 7 - 8
Removing/Installing the Digital Communicator ....... 7
Digital Communicator Terminal Connections..... 7 - 8
Terminal Connections ................................................... 8
Programming Summary ...................................... 13 - 39
Block 1: Code Option Programming ............... 13 - 14
Block 2: Zone Configuration Programming ... 14 - 16
Block 3: Armed System Programming ............ 16 - 21
Block 4: Digital Communicator Programming 21 - 25
Block 5: Reporting Digits Programming ......... 25 - 29
Block 6: Real Time Clock Programming .................3 0
Block 7: Auxiliary Devices Programming....... 31 - 34
Block 8: SpreadNet Programming ............................ 3 5
Block 9: Partition (Area) Programming .......... 35 - 37
Block 10: User Code Programming ................ 37 - 39
Country Specific Compliance Information
Singapore
The following hardware and programming guidelines are required
for installation of this system in Singapore.
Hardware Requirements:
1. The Digital Communicator must be Model S5070SG or S5070SG-2.
Programming Requirements:
1. Dial Type (Block 4, CL 101) must be programmed for DTMF only.
2. Dial Attempts (Block 4, CL 102) must not be programmed to more
than 10.
Malaysia
The following hardware and programming guidelines are required
for installation of this system in Malaysia.
Hardware Requirements:
1. The Digital Communicator must be Model S5070SG or S5070SG-2.
Programming Requirements:
1. Dial Attempts (Block 4, CL 102) must not be programmed to more
than 3.
Standby Battery Information
The Table and worksheet below provide the installer with the information necessary to determine the AH rating and battery requirements for any particular installation.
Sierra Accessory Loading
Product current consumption Max. Standby Max. Active
S5832 Control Panel 125 mA 125 mA
S5010 Alpha Keypad 30 mA 50 mA
S5020 LED Keypad 30 mA 50 mA
S5030 Icon Keypad 30 mA 50 mA
S5050 REMM (up to 2) 100 mA (each) 100 mA
S5058 ZEM (up to 3) 40 mA (each) 40 mA**
S5070 Single-line Dialer 35 mA 60 mA
S5070-2 Dual-line Dialer 35 mA 70 mA
SN915-BUS RF Receiver 125 mA 170 mA
**ZEM VOUT terminals can supply up to 300 mA (max.)
Table A - Standby Battery Loading
AH Requirements for Backup
Product/Device 4-Hour 24-Hour 72-Hour Qty Total
S5832SG 0.5 AH 3.0 AH 9.0 AH
S5010 0.12 AH 0.72 AH 2.16 AH
S5020 0.12 AH 0.72 AH 2.16 AH
S5030 0.12 AH 0.72 AH 2.16 AH
S5050 0.4 AH 2.4 AH 7.2 AH
S5058 0.16 AH 0.96 AH 2.88 AH
S5070(-2) 0.14 AH 0.84 AH 2.52 AH
SN915-BUS 0.5 AH 3.0 AH 9.0 AH
Sensor (10 mA) 0.04 AH 0.24 AH 0.72 AH
Sensor (25 mA) 0.1 AH 0.6 AH 1.8 AH
Bell/Siren (5 min) 0.085 AH 0.085 AH 0.085 AH
Bell/Siren (15 min) 0.225 AH 0.225 AH 0.225 AH
* Bell/Siren current may be 0.7 - 1.0 A Total AH Required
Table B - AH Requirements
Determining Standby Battery Requirements
To calculate the size (AH rating) of your system's Backup Battery,
enter the Number (Qty) of devices of each type in the chart above.
Multiply the number of devices times the AH rating for the desired
backup period (Qty x AH = Total) and enter the total in the last
column. To determine the total AH rating of the battery, add all
values in the last column.
Total current from all sensors must be considered when calculating AH rating. For example:
i
10 sensors @ 10 mA = 100 mA
4 sensors @ 25 mA = 100 mA
Total current all sensors = 200 mA
S5832SG Terminal Layout
Figure 1
S5832SG PCB Terminal Layout
Nylon retaining
screw
Introduction
This manual contains basic information and programming information for the Sierra Model S5832SG control panel.
For additional information regarding programming and
applications, refer to the Expanded Programming section of the S5090 Sierra Reference Manual.
Mounting the Panel
The Sierra S5832SG should be mounted in a location
which allows convenient access to AC power, telephone connections, and earth ground (see Figure 2).
Remove the knock-outs, if necessary.
Mark the screw mounting holes on the wall, using
the cabinet as a template.
Mount the cabinet at the desired height and pass
the cables through the knock-outs.
Mount the circuit board to the stand-offs. The standoffs are factory installed. The metal stand-off (lower
left corner) has a panhead screw to be used for connecting earth ground.
Connect the earth ground wire (green with yellow
stripe) to the board (see Figure 1) and cabinet. The
earth ground wire will connect to the upper hinge
when using the large enclosure and to the lower
hinge on the small enclosure.
Panel Setup and Installation
The first step in any installation process is careful planning
of the installation. Install the Sierra Model S5832SG in a
location as close as possible to power and phone lines. The
control panel is designed to operate as a local panel, with an
optional plug-on digital communicator.
Earth Ground
To ensure the effectiveness of the lightning and transient
protection circuits, the control panel must be connected to
"Earth Ground". Ideally, this should be a common ground to
the power lines, telephone system, and security system.
This type of ground, called a "Unified Earth Ground", provides the best protection. The ground connection, from a
grounding rod, cold water pipe or other established ground
point, is made to the green/yellow jacketed wire, providing a
ground to the panel housing.
Power
Lines
Figure 2
Connecting to
Earth Ground
Control
Panel
Power Line
Earth Ground
Unified Earth Ground
with Bonded Ground Roots
Telephone
Earth Ground
Telephone
Lines
1
261 mm
10.25"
Housing Mounting Holes
Wiring Knock-outs
Figure 3 (a)
Mounting the S5832S
Enclosure
372 mm
14.65"
80 mm
3.15"
Housing Mounting Holes
266 mm
10.5"
Wiring Knock-outs
To p
PCB Mounting
Hardware
(see page 1
for details)
Wiring Knock-outs
Housing
Mounting Holes
Wiring Knock-outs
Figure 3 (b)
Mounting the S5832
Enclosure
Left side
80 mm
3.15"
Housing Mounting Holes
Wiring Knock-outs
Bottom
348 mm
13.7"
2
Wiring Knock-outs
Right side
Backup Battery
The system employs one or more 6.5 AH (Model 1265) or 7.0
AH (Model 1270) sealed lead-acid storage battery. Connect
the battery to the control panel PCB via the red (+) and black
(-) leads. The battery should be replaced every 3 - 5 years.
When connecting two or more batteries in parallel, use the
Model S5054 Auxiliary Battery Harness. Both batteries must
have the same AH (Ampere-Hour) rating and should have
the same lot number or date code. Figure 4, below, shows
correct method for wiring the batteries in parallel.
NOTE: Up to 2 batteries may be connected in parallel to
obtain the desired standby (backup) time.
Self-resetting
To S5053 LSM
or S5832SG
Control Panel
C & K Model
1265 or 1270
Figure 4
Connecting two Batteries in Parallel
circuit
C & K Model
1265 or 1270
Sierra Accessory Loading
Product Current Consumption Max. Standby Max. Active
S5832SG Control Panel 125 mA 125 mA
S5010 Alpha Keypad 30 mA 50 mA
S5020 Icon Keypad 30 mA 50 mA
S5030 LED Keypad 30 mA 50 mA
S5050 REMM (up to 2)
(Relay/Event Memory Module)
S5058 ZEM (up to 3)
(Zone Expansion Module)
S5070 Single-line Digital
Communicator
S5070-2 Dual-line Digital
Communicator
SN915-BUS RF Receiver 125 mA 170 mA
** ZEM VOUT Terminals can supply up to 300 mA (max.)
Table 1 - Standby Battery Loading
100 mA (each) 100 mA
40 mA (each) 40 mA**
35 mA 60 mA
35 mA 70 mA
AH Requirements for Backup
Product/Device 4-Hour 24-Hour 72-Hour Qty. Total
S5832SG 0.5 AH 3.0 AH 9.0 AH
S5010 0.12 AH 0.72 AH 2.16 AH
S5020 0.12 AH 0.72 AH 2.16 AH
S5030 0.12 AH 0.72 AH 2.16 AH
S5050 0.4 AH 2.4 AH 7.2 AH
S5058 0.16 AH 0.96 AH 2.88 AH
S5070 (-2) 0.14 AH 0.84 AH 2.52 AH
SN915-BUS 0.5 AH 3.0 AH 9.0 AH
Sensor (10 mA) 0.04 AH 0.24 AH 0.72 AH
Sensor (25 mA) 0.1 AH 0.6 AH 1.8 AH
Bell/Siren (5 min) 0.085 AH 0.085 AH 0.085 AH
Bell/Siren (15 min) 0.225 AH 0.225 AH 0.225 AH
* Bell/Siren current may be 0.7 1.0 A Total AH Required
Table 2 - AH Requirements
Determining Standby Battery Requirements
To calculate the size (AH rating) of your system's Backup
Battery, enter the Number (Qty) of devices of each type in
the chart above. Multiply the number of devices times the
AH rating for the desired backup period (Qty x AH = Total)
and enter the total in the last column. To determine the
total AH rating of the battery, add all values in the last
column.
Total current from all sensors must be considered when
calculating AH rating. For example:
10 sensors @ 10 mA = 100 mA
4 sensors @ 25 mA = 100 mA
Total current all sensors = 200 mA
AC Power
The Sierra S5832SG receives its power from a 16.5 VAC 40
VA transformer. Connect the transformer to the AC In terminals on TB1 of the PCB (see Figure 1), using 18 AWG (1.02
mm) wire. (Some systems may have the transformer and
mains fuse block installed and pre-wired from the factory.)
Connect the AC transformer to an unswitched receptacle.
Do not share the secondary of the transformer with other
devices.
NOTE: AC input requirements may vary by country. Refer to
the Compliance section for additional wiring information.
Table 1 shows the current requirements for the Sierra
S5832SG control panel and accessories. Additional information about Standby Battery requirements and Audible
times may be found in Table 2 - AH Requirements, at the top
of the next column.
3
Output Terminals
Table 3 shows the Output Terminals of the S5832SG, with
the Voltage and Current Range of each Output. The Table
also shows the maximum combined current for related outputs.
INT
Voltage
Range Curr ent
8.4 14.9 V 0.75 A
8.4 14.9 V 2.0 A
Function Terminal
Strobe
Output
Internal
Siren
External
Siren
Auxiliary
Power
Switched
Auxiliary
Power
Keypad
Power
Zone 8 Z8 8.5 14.0 V 0.03 A 0.03 A 2-wire Smoke Detectors
STROBE 8.4 14.9 V 0.75 A
SIREN
BELL+
BELL-
AUX 8.4 14.9 V 1.0 A
SW AUX 8.4 14.9 V 0.3 A
KPWR 8.4 14.9 V 1.0 A
Table 3
Output Terminal limits
Combined
Current Comments
(3.0 A with
Battery)
1.5 A
Specifically designed to
drive strobes with high
in-rush currents.
Typically used to drive
sirens mounted inside
the premises.
Supervised Siren Output
typically used to drive
bells, sirens, and other
high current devices
outside the premises.
Used to drive sensors,
etc.
Used to drive lat ching
devices like glassbreak
detectors or four-wire
smoke detectors that
must be reset.
Used to power keypads,
REMMs, ZEMs, and
SN915 RF Receiver.
Keypad Wiring (cont.)
Figure 6, below, shows the connections for wiring the Sierra
Keypad to the Control Panel and connecting the optional
Terminate Exit Delay switch. Switch S1, in the lower righthand corner, is used for keypad addressing (see Table 5).
NOTE: If the keypad tampers are active (and programmed
in Block 3, Cmd Loc 044 - 045), tamper signals will be sent
to the control panel via the keypad bus. Keypad tamper
(hardwired keypads only) report routing is programmed in
Block 4, Cmd Loc 158. Keypad trouble conditions are also
reported on the keypad bus and the routing is defined in
Block 4, Cmd Loc 159.
Optional Terminate
Exit Delay Switch
External Bell Supervision
The circuit connection shown in Figure 5 is used only when
External Bell Line Supervision is required. For Bell
Line Supervision, the bell
must be equipped with an
9.X 2.2K Ohm
EOL
internal diode.
To Bell Output Terminals
on Control Panel
Figure 5 - Bell Supervision Wiring
Keypad Wiring
The Sierra S5832SG uses four terminals for powering and
communicating with the keypads and other devices via the
keypad data bus. The terminal connections are as follows:
KPWR This terminal supplies +12 VDC to power the key-
pads or accessories.
KY+ One half of the differential keypad data bus. This
terminal combined with the KY- terminal provides
communication between the various devices and
the control panel.
KY- Used in conjunction with the KY+ terminal for data
communications on the keypad data bus.
C Common (ground) terminal for Power return.
TRMX Optional Terminate Exit Delay switch connected
between this terminal and C terminal. When active
(Block 7, CL 012), closing the exit delay switch will
short the TRMX terminal and skip all but the last 5
seconds of the exit delay.
Tamper Switch
Figure 6
Connecting the Keypad Terminals
Sierra Accessory Wiring Distances
The Table shown below shows the maximum wiring distances for the Sierra accessories based upon total load current drawn from each run. Refer to the Accessory Loading
Table on page 3 for load requirements.
NOTE: Total wire distance for all devices combined not to
exceed 2440 M.
Max Load 0.40 mm 0.51 mm 0.64 mm 0.81 mm 1.02 mm 1.29 mm
per run (26 AWG) (24 AWG) (22 AWG) (20 AWG) (18 AWG) (16 AWG)
(mA) M (Ft.) M (Ft.) M (Ft.) M (Ft.) M (Ft.) M (Ft.)
50 121 (395) 192 (629) 305 (1000) 490 (1605) 774 (2538) 1225 (4016)
100 60 (198) 96 (314) 153 (500) 245 (803) 387 (1269) 612 (2008)
150 40 (132) 64 (210) 102 (333) 163 (535) 258 (846) 408 (1339)
200 30 (99) 48 (157) 76 (250) 122 (401) 194 (635) 306 (1004)
250 24 (79) 38 (126) 61 (200) 98 (321) 155 (508) 245 (803)
300 20 (66) 32 (105) 51 (167) 82 (268) 129 (423) 204 (669)
350 17 (56) 27 (90) 44 (143) 70 (229) 111 (363) 175 (574)
400 15 (49) 24 (79) 38 (125) 61 (201) 97 (317) 153 (502)
450 13 (44) 21 (70) 34 (111) 54 (178) 86 (282) 136 (446)
500 12 (40) 19 (63) 31 (100) 49 (161) 77 (254) 122 (402)
550 11 (36) 17 (57) 28 (91) 45 (146) 70 (231) 111 (365)
600 10 (33) 16 (52) 25 (83) 41 (134) 65 (212) 102 (335)
700 9 (28) 14 (45) 22 (71) 35 (115) 55 (181) 87 (287)
800 8 (25) 12 (39) 19 (63) 31 (100) 48 (159) 77 (251)
900 6 (22) 10 (35) 17 (55) 27 (89) 43 (141) 68 (223)
1000 6 (20) 9 (31) 15 (50) 24 (80) 39 (127) 61 (201)
Table 4
Maximum Wiring Distance for Sierra Accessories
4
Keypad Addressing
The S5832SG control panel will support up to 16 hardwired
keypads. Each keypad must have a different address, with
addresses ranging from 1 - 16. (Figure 6 shows the location
of the switch used to address the keypad.) Table 5 lists the
switch settings for S1 for each keypad address.
Addr A0 A1 A2 A3
1 on off off off
2 off on off off
3 on on off off
4 off off on off
5 on off on off
6 off on on off
7 on on on off
8 off off off on
Table 5
Keypad Addressing
Addr A0 A1 A2 A3
9 on off off on
10 off on off on
11 on on off on
12 off off on on
13 on off on on
14 off on on on
15 on on on on
16 off off off off
Each keypad (Alphanumeric, Icon, or LED) may draw up to
50 mA of current. Once connected, the control panel will
automatically recognize the presence of the keypad.
Connecting an Auxiliary Keypad (J8)
The S5832SG Control Panel also has a 4-pin Molex® connector (J8) for attaching an auxiliary keypad to the panel for
on-site programming. The connector (J8) is located on the
PCB above the Keypad Data Bus terminals (see Figure 6,
on page 4).
The connections to J8 are as follows:
Pin 1 Common (ground) for Power return.
Pin 2 Supplies +12 VDC to power the keypad.
Pin 3 KY+ on the differential keypad data bus.
Pin 4 KY on the differential keypad data bus.
Pins 1 and 2 supply power and ground, while pins 3 and 4
provide communication between the panel and the keypad.
The N.O. and N.C. zone configurations do not provide for
supervision of the detection devices.
The following configurations provide supervision of the detection devices:
EOL: This zone configuration uses a single EOL resistor to
detect the following conditions: Normal (2.2K), Fault (open
or short).
Supervised EOL: This zone configuration uses a single EOL
resistor to detect the following conditions: Normal (2.2K), Fault
(short), or Trouble (open).
Tamper: This zone configuration uses two EOL resistors to
detect four different zone conditions: Normal (2.2K), Fault
(4.4K), Trouble (short), or Tamper (open).
NOTE: For devices requiring a 10K Ohm EOL resistor,
use Zone 7 and remove jumper J5. (See page 1, Figure
1 for jumper location.)
On-Board Relay Terminals (TB2)
The Sierra S5832EB has a single-pole, double-throw (Form
C) relay mounted on the PCB. Connections to the relay are
made at TB2. (Refer to Figure 1 for relay terminal location.)
The on-board relay may be configured as Normally Open
(N.O.) or Normally Closed (N.C.) and can switch up to 1 A of
current at 12 VDC. For programming options, refer to Block 7,
Command Location (CL) 001.
Accessories
The Sierra S5832SG supports a variety of accessories which
communicate with the panel through the keypad data bus.
These accessories can include up to two Model S5050 Relay/Event Memory Modules (REMM), up to three Model
S5058 Zone Expansion Modules (ZEM), and a Model SN915BUS SpreadNet
®
RF Receiver.
Zone Terminals
The basic configuration of the S5832SG can support up
to 8 hardwired zones. Zone 8 is a powered loop for use
with two-wire smoke detectors. This loop is current-limited at 30 mA.
a) N.O.
Normally
Open
Figure 7
Zone Configurations
b) N.C.
Normally
Closed
c) EOL
End-of-Line
Resistor
Zones may be configured with Normally Open (N.O.) or Normally Closed (N.C.) contacts (although not recommended).
d) EOL,
Supervised
e) 2x EOL
4-state
supervision
Caution: When connecting accessories to the system,
use care not to exceed rated outputs. (See Table 1
on page 3 for Accessory loading information.)
S5050 Relay/Event Memory Module
The Sierra S5832SG control panel will support up to two
Model S5050 REMMs connected to the keypad data bus.
NOTE: Trouble conditions and tampers, if enabled, are reported via the keypad bus. Refer to Block 4, CL 158 and
159, respectively, for report routing information.
Power for the S5050 REMM is obtained by connecting the
KPWR terminal on the REMM PCB to either the KPWR or
AUX terminal on the control panel. For the power return,
connect the C terminal on the REMM to the C terminal on
the control panel. The GND terminal on the REMM PCB is
used to connect the REMM to Earth Ground.
Adding one REMM will increase Event Memory storage capability from 60 events to 250 events. Adding a second
REMM will increase the storage capacity to 500 events.
5
The REMM also has five independently programmable relays. The relay programming options are explained in the
programming summary, Block 7.
The AUX terminal on the S5050 REMM is capable of supplying up to 100 mA of output current to power sensors and
other devices.
NOTE: Total combined current from the relays and AUX
output terminal may not exceed 100 mA.
Refer to the S5050 REMM Installation Instructions (P/
N 5-051-453-00) for additional information regarding the
set up, configuration, and operation of the S5050 REMM.
Figure 8
The S5050 Relay/Event Memory Module (REMM) PCB Layout
Switch Settings
The S5050 REMM has five (5) dip switches (S1-1 thru S14 and S2-1) which can be used to provide AUX power to
the relay outputs. The default setting for each switch is
OFF. In this position, each relay uses the switched (S)
and common (C) terminals. Each relay is independently
programmable by the installer.
With the switch in the ON position, the +12 VDC AUX
power is applied to the respective Relay switched (S) output terminal (see Figure 9, below).
S5058 Zone Expansion Module
The Sierra S5832SG control panel has eight hardwired
zones and may be expanded up to 32 zones. Eight additional hardwire zones are obtained by connecting an
S5058 Zone Expansion Module to the keypad data bus.
Up to three S5058 ZEMs may be connected, providing a
total of 24 additional zones.
NOTE: Trouble conditions and tampers, if enabled, are reported via the keypad bus. The report routing is defined in
Block 4, CL 158 and 159, respectively.
Power is supplied by connecting the KPWR terminal on
the S5058 ZEM PCB to the KPWR or AUX terminal on the
control panel and the C terminal on the ZEM to the C terminal on the control panel. The GND terminal on the ZEM
PCB is for connecting earth ground to the ZEM.
There are two VOUT terminals (connected in parallel),
which can provide up to 300 mA of output current to power
sensors or other devices.
Each S5058 ZEM will support up to 8 hardwired zones. If
a zone is programmed as a SpreadNet zone (see Block
2, CL 111 - 142), it is not available for use as a hardwired
zone.
Additional setup and wiring information is available in the
S5058 Zone Expansion Module Installation Instructions (P/N 5-051-454-00).
Switch Configuration
Figure 9, below, shows the relationship of the switches to
the relays on the REMM.
S2-2 is used to address the REMM. Leave S2-2 in the ON
position for REMM #1. Change S2-2 to the OFF position
to address REMM #2.
Switch Relay
S1-1 R1S
S1-2 R2S
S1-3 R3S
S1-4 R4S
S2-1 R5S
S1-1 S1-2 S1-3 S1-4 S2-1 S2-2
ON
Switch REMM
S2-2 ON = REMM #1
S2-2 OFF = REMM #2
Figure 9
REMM Switch Settings (shown in default position)
Figure 10
S5058 Zone Expansion Module (ZEM) PCB Layout
ZEM Addressing
S1-1 and S1-2 are used to address the ZEMs. The ZEM address determines which zones are added to the S5832SG
control panel.
Figure 11, below, shows the switch settings to address the
ZEMs. ZEM #1 is used to add zones 9 - 16; ZEM #2 adds
zones 17 - 24; and ZEM #3 adds zones 25 - 32.
ON
S1-1 S1-2
Addr. S1-1 S1-2 Zones
1 on off 9 - 16
2 off on 17 - 24
3 on on 25 - 32
Figure 11
Addressing the ZEM
6
SN915-BUS SpreadNet Receiver
The SpreadNet SN915-BUS Bus Receiver connects to the
keypad bus and provides the communication link for all
SpreadNet keypads/keyfobs and zone transmitters.
NOTE: Tamper and trouble conditions, if enabled, are reported via the keypad bus. The report routing is specified in
Block 4, CL 158 and 159, respectively. Low Battery Report
Routing for the SpreadNet Transmitters is programmed in
Block 4, CL 157.
Power for the SN915-BUS may be supplied from either the
KPWR or AUX and C terminals on the control panel to the V+
and GND terminals on the SpreadNet Receiver (see Figure
12).
For additional information on wiring and configuration of the
SN915-BUS Receiver, refer to the SN915-BUS Installation
Instructions (P/N 5-051-440-00).
Digital Communicator Connections
Removing/Installing the Digital Communicator
The digital communicator plugs into the control panel PCB
and is secured by a nylon retaining screw.
To remove the digital communicator:
1) Remove AC and DC power from the control panel.
2) Locate and remove the nylon screw. The screw is located
near the upper right-hand corner of the digital communicator PCB. (See page 1, Figure 1.) Use a #1 phillips
head screwdriver to remove the retaining screw.
3) Unplug the digital communicator from the control panel.
To install the digital communicator:
1) Ensure that AC and DC power have been removed from
the control panel.
2) Carefully plug the digital communicator into the control
panel PCB. Misalignment of the pins could damage the
control panel.
3) Replace the nylon retaining screw.
4) Apply power.
Digital Communicator Telephone Connections
Figure 12
Connecting the SN915-BUS
SN990/991 SpreadNet Keypad/Remote
The control panel can support up to eight SpreadNet keypads. There are two different models available, the SN990KEYPAD and SN991-REMOTE. Both devices are battery
operated and communicate with the panel through the
SpreadNet SN915-BUS RF Receiver.
SpreadNet keypads provide one-way communication only
and do not display any panel status information.
Additional information on the SpreadNet keypad and remote
may be found in the SN990/991 Installation Instructions (P/N
5-051-556-00).
SN961 SpreadNet Keyfob
The control panel can have up to eight SpreadNet keyfobs.
Each keyfob will be associated with a specific user number
and will arm, home arm, or disarm the system just like the
user code. The keyfob will communicate with the control panel
via the keypad bus.
SpreadNet keyfob allows one-way communication only and
cannot display any panel status information.
For information on programming the SpreadNet keyfob, refer
to the SN900-PROG Operating Manual (P/N 5-051-136-00
Rev C or later).
Line #1
Figure 13
Telephone Connections
The Sierra S5832SG control panel can support either a oneor two-line plug-on digital communicator.
The digital communicators have four terminals for connection to the telephone lines. These terminals are labelled:
Tip, Ring, T1, and R1. The single-line digital communicator
has one set of terminals and the dual-line digital communicator has two sets of terminals. Figure 13 shows how to connect the digital communicator to the incoming phone lines
and the house phones using either a single-line or a dualline digital communicator.
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Figure 14, below, shows the layout of the S5070SG-2 dualline digital communicator. The terminals for line 2 are labelled Tip, Ring, T2, and R2.
Remote Programming (RPS)
Remote Programming of the Sierra S5832SG control
panel is available with the Commander II software. The
remote programming session can be initiated locally from
the keypad or remotely by the Commander II software.
Setup for Direct Connect to the S5832SG
The procedure for initiating Direct Connect with your
model of Digital Communicator is outlined below.
1. When using Direct Connect, connect the telco cable
from the line side of the modem to the Tip and Ring
terminals on the Digital Communicator (Line 1 only).
2. Move the jumper (J6) to the enabled position, as shown
in Figure 15, below.
3. Start Commander II and open the Panel menu. Select
the Connect option and then click on Direct Connect.
Figure 14
S5070US-2 Dual-line digital communicator
Terminal Connections
Connect the Sierra S5832SG digital communicator to the
telephone line, as shown in Figure 13 (on previous page),
using an approved, 6 or 8 conductor telephone cable (not
included). Connect the cable to the control panel as follows:
Red = Ring Brown = Seized Tip (T1)
Green = Tip Blue & Orange = Tamper
Grey = Seized Ring (R1) Yellow & Black = Not Used
Programming the Panel
The Sierra S5832SG control panel may be programmed
from any keypad connected to the keypad data bus. Connector J8 (see Figure 1) is also available to temporarily connect a keypad, if desired, for programming the panel. The
panel can also be programmed, either remotely or on-site,
using the Commander II software.
The Command Locations used to store the programming
options of the Sierra S5832SG control panel are divided into
10 sections. Each section is called a Block. The configuration of the control panel determines which Blocks are programmed.
All keypad programming is done from the Installer Programming Mode. To enter the Installer Programming Mode, press
and hold the [1] key for 2 seconds.
When programming with an Alphanumeric keypad, you must
select the appropriate language for your panel, followed by
the [Home] key. The icon and LED keypads do not require
the [Home] key to be pressed. On the LED keypad, all LEDs
are off to indicate that you must enter the installer code.
Next, enter the 6-digit installer code. The default installer
code is [0-1-2-3-4-5]. On the Alphanumeric keypad, press
the [Home] key to use Menu Programming or the [Bypass]
key to use Quick Programming. You are now in installer programming mode.
To exit the Installer Programming Mode, press and hold the
[CANCEL] key for 2 seconds. This will exit the programming
mode and reset the panel.
Direct Connect
Disabled
Direct Connect
Enabled
Figure 15
Direct Connect using the S5070SG Digital Communicator
4. Enable the Direct Connect jumper (see Figure 15) and
initiate the Direct Connect function in Commander II.
When you hear the modem tones, momentarily short
the Direct Connect pads located on the left-hand side
of the digital communicator PCB. You should hear the
seize relay energize to indicate connection.
5. Commander II should indicate that the connection has
been established. You are now ready to program the
panel.
6. Be sure to return the jumper to its original position
when the RPS session is completed.
Keypad Activated RPS
The following conditions must be met before starting a
keypad activated RPS session:
1. The RPS Phone Number must be programmed into
Block 4, CL 085 - 100;
2. Keypad RPS Enable (Block 4, CL 106) must be programmed for Yes (2);
3. RPS/Modem Types (Block 4, CL 107) must match the
configuration of the Commander II software;
4. The phone lines must be connected to the Tip and Ring
terminals on the digital communicator (Line 1 only);
and
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Keypad Activated RPS (cont.)
5. Commander II must be running at the remote site.
If the above conditions are met, you are now ready to ini-
tiate the RPS session from an Alphanumeric keypad.
1. Using an Alphanumeric Keypad, enter the Installer
Mode Programming (see Programming With an Alphanumeric Keypad on page 10). Select the Menu Programming Mode and go to Block 0 (Installer
Commands). Press the [Home] key to accept.
Figure 16
Accessing Installer Commands (Block 0)
Programming With an LED Keypad (cont.)
Block # (steady)
Figure 18
Reading Programming Data on the LED Keypad
There are three keys used to access and enter data into the
control panel from the keypad. They are the [Bypass],
[Home], and [Cancel] keys. The function of each key is explained in the next column.
Cmd Loc 005
(flashing)
Program Data
(steady)
2. Scroll through the options, using the [Bypass] key until
you get to the RPS Callback? option (option 10).
Figure 17
Activating Keypad RPS
3. Press [Home] to activate the RPS feature.
Programming With an LED Keypad
You may use an LED keypad to program the control panel.
The LED display on the keypad is used to display all pro-
gramming information: Block Number, Command Location,
and Data. The Block Number is displayed using the Power,
Arm, Ready, and Service LEDs. Command Locations are displayed using the LEDs for zones 1 - 8. The LEDs representing zones 9 - 16 are used to display the program data. Table
6, below, lists the relative value for each LED.
Upon entering the installer programming mode, all LEDs
will be off. The installer must then enter the installer code
[0-1-2-3-4-5]. The system will then go to Block 1, Command
Location 001 and display the data stored at that location.
The LEDs in the currently active field will blink (if any are lit)
indicating that the data may be edited.
Block Numbers Zone LEDs
LED Value Cmd Loc Data Value
Service 1 8 16 1
Ready 2 7 15 2
Arm 4 6 14 4
Power 8 5 13 8
41216
31132
21064
1 9 128
Table 6
Reading the LEDs
Key Function
[Bypass] Moves the cursor between the Block, Com-
mand Location (Cmd Loc), and Data fields.
Press the [Bypass] key a fourth time to return
the cursor to the Cmd Loc field.
[Home] This key has several functions, depending
upon the field being edited and the data entered at the keypad.
If the Cmd Loc field is active, press the [Home]
key to increment to the next Loc. You may also
enter a new Cmd Loc and press the [Home]
key to move to that Loc. The LEDs for zones 9
- 16 display will show the data stored in the
new Loc.
If the Data field is active, pressing the [Home]
key will write the data in the display to the Cmd
Loc indicated. The system will also be incremented to the next Cmd Loc. The Data field
will remain active.
If the Block field is active, press the [Home]
key to increment to the next Block and reset
the Cmd Loc to 001. You may also enter the
number of the desired Block (1 - 10 or 0 - 10
for the Alphanumeric keypad), followed by the
[Home] key to go to that Block.
[Cancel] The [Cancel] key allows you to undo changes
to the programming, provided you have not
stored the data. Once the data has been written to memory (by pressing the [Home] key),
you cannot use the [Cancel] key to recover the
original data.
If the data has not been changed and the Cmd
Loc field is active, pressing the [Cancel] key
will decrement to the previous Cmd Loc. If the
Block field is active, pressing the [Cancel] key
will decrement to the previous Block.
CAUTION: Pressing and holding the [Cancel] key for 2
seconds will Exit Programming Mode.
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Programming With an Alpha Keypad
Upon entering the installer programming mode, the display
will ask you which language you wish to use for programming the panel. Each panel supports three languages, one
of which is English. The other languages are determined by
the model number of the panel. The Alphanumeric keypad
provides two panel programming options: Quick or Menu
programming. Both options use a combination of text and
numbers in the LCD display.
Figure 19
Selecting the Language on the Alphanumeric Keypad
Once a valid installer code has been entered, the installer
has the option of using either the Quick or Menu Programming mode to enter data into the panel. Each method is
explained below.
Figure 20
Selecting the Programming Mode with the Alphanumeric Keypad
Quick Programming Mode
Using the Quick Programming mode, you can easily go
directly to any Cmd Loc (Blocks 1 - 10 only; the Installer
Commands, Block 0, are not available in Quick programming mode). This allows you to view or edit any of the
data programmed into the panel.
The Alphanumeric display will show the Block Number (1
- 10) and Programmed Data (varies by location) on the
top line of the display, with the Command Location (varies by Block) shown on the bottom line.
Programming With an Alpha Keypad (cont.)
Key Function
[Bypass] Used to scroll through the different Menu op-
tions and levels.
[Home] If the PRG> prompt is displayed, this key will
write the data currently displayed to memory
and increment to the next program position.
If the Menu has additional options in submenus, this key will move to the next submenu.
[Cancel] Cancel the operation, if the data has not been
written to memory. If you are in a sub-menu,
this key will back up one level.
CAUTION: Pressing and holding the Cancel key for 2
seconds will Exit Programming Mode.
Programming With an Icon Keypad
The display on the keypad consists of a 3-digit display for
showing numbers (Blocks, Cmd Locs, and Data) and fixed
text for indicating the type of data displayed.
Figure 22
Reading Command Location on the Icon Keypad
Figure 23
Displaying Block Data on the Icon Keypad
Data will be displayed using only the digits required.
Figure 21
Reading Programming Data on the Alphanumeric Keypad
The [Bypass], [Home], and [Cancel] keys are used to
move between fields and to edit the data in each field, as
outlined previously.
Menu Programming Mode
The Menu Programming mode uses menu options and
descriptions to guide you easily through the panel programming. You can scroll through the Blocks by pressing the [Bypass] key or go directly to any Block by pressing the desired key (0 - 10), followed by the [Home] key.
The same three keys ([Bypass], [Home], and [Cancel])
are used in the Menu Programming mode, with slight
variations.
Figure 24
Viewing Program Data on the Icon Keypad
The [Bypass], [Home], and [Cancel] keys are used to move
between fields and to edit the data in each field, as outlined
previously.
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