DSC PowerSeries Neo Programming Guide: Every Section 000–999 With Child Settings and Examples

This is a complete section-by-section reference for the DSC PowerSeries Neo installer programming menu. It covers every major section from 000 through 999, including all child options, toggle bits, valid value ranges, and real-world examples. Written for the HS2016, HS2032, HS2064, and HS2128 panels with firmware v1.x–v3.x.

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Entering Installer Programming

From an LCD keypad (HS2LCD / HS2LCDRF / HS2LCDWF): Press [*][8][Installer Code] — default installer code is 5555.

From a touchscreen (HS2TCHP / HS2TCHPRO): Tap the gear icon (top right) → enter installer code → tap Installer Programming.

From the main keypad: You must be in the unarmed state. The keypad will display Installer Programming and accept 3-digit section numbers.

Exiting programming: Press [#] repeatedly to back out, or press [*][8][0][0] to exit and save all changes.

> Your installer code: 5555 (change this — see Section 006)

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How Sections Work

Every section is a 3-digit number (000–999). After entering programming mode, type the section number and press [*] to enter it. Each section then shows either:

• A data field — type a value (often 00–99 or a 4- to 6-digit number) and press [*]
• An 8-toggle option screen — each LED or zone light represents one on/off toggle bit numbered 1–8
• A submenu — press [*] to cycle through child sections

Toggle bits are changed by pressing the corresponding zone number key on the keypad. A lit LED = ON (1), unlit = OFF (0). Press [*] to save and advance.

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SECTIONS 000–009: System / Installer Setup

Section 000 — System Master Reset

Returns the panel to factory defaults. Use with extreme caution. Requires confirmation code entry. All zones, user codes, and partition settings are wiped. Useful on a fresh install before commissioning.

Section 001 — Installer Code

Programs the 4- or 6-digit installer code. The factory default is 5555. Change this on every real installation — 5555 is publicly known.

• Valid values: 4-digit (0000–9999) or 6-digit if 6-digit PINs are enabled (Section 124)
• Example: Enter [*][8][5555] → Section 001 → type 2947[*] → new installer code is 2947

Section 002 — Master Code

The system master code used by the primary user. Default is typically 1234. Can arm/disarm all partitions and add/delete regular user codes.

Section 003 — DLS / Download Code

4-digit code used by DLS-5 or Connect24 software to remote-program the panel. Change from default. Set to 0000 to disable remote programming.

Section 004 — Shift Code

Used for panel-to-PC communication for DLS. Generally left at factory default unless using remote download.

Section 005 — PC Password

6-digit password for encrypted DLS sessions. Default: 000000. Set to something non-default on live systems.

Section 006 — Installer Code Lock

Toggle bits:

• Bit 1: Lock installer code from being changed via keypad (only changeable via DLS)
• Bit 2: Installer code can disarm if panel was armed by installer
• Bit 3: Installer lockout — after 10 failed installer code attempts, locks for 30 minutes

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SECTIONS 010–099: System Options

Section 010 — System Options Toggle 1

Each bit controls a global system behavior:

Section 011 — System Options Toggle 2

Section 012 — System Options Toggle 3

Section 013 — System Options Toggle 4

> For multi-partition installs: Bit 8 of Section 013 must be ON before Sections 300–320 have any effect.

Section 014 — Bell / Siren Timeout

Number of minutes the bell/siren output runs before auto-cutoff.

• Range: 01–15 minutes
• Default: 04
• Example: Enter 08 for 8-minute siren cutoff

Section 015 — AC Failure Reporting Delay

How long the panel waits after AC loss before reporting.

• 00 = 30 minutes (residential standard)
• 01–14 = 1–14 hours
• 15 = No report

Section 016 — Telephone Ring Detection Count

Number of rings before the panel answers an incoming DLS call.

• Range: 00–15 rings
• 00 = Panel never answers (disables DLS)
• Default: 08

Section 017 — Swinger Shutdown Count

How many alarms on the same zone before that zone is automatically bypassed until the next disarm.

• Range: 01–15 alarms
• 00 = Disabled (swinger shutdown off)
• Default: 03

Section 020 — Entry Delay 1

Entry delay time for zones programmed as Delay 1 type.

• Range: 000–255 seconds
• Default: 030 (30 seconds)
• Example: 045 = 45 second entry delay

Section 021 — Entry Delay 2

Separate entry delay for zones programmed as Delay 2 type. Use when you have secondary entry points that need more time (e.g., a detached garage).

• Range: 000–255 seconds
• Default: 060

Section 022 — Exit Delay

How long users have to leave after arming before the system is fully active.

• Range: 000–255 seconds
• Default: 060 (60 seconds)
• Recommendation: 45–90 seconds depending on building size

Section 023 — Exit Delay for Partition 2

Exit delay specific to partition 2 (if partitions enabled).

Section 024 — Entry Delay 1 for Partition 2

Entry delay for partition 2 Delay-1 zones.

Section 025 — Entry Delay 2 for Partition 2

Entry delay for partition 2 Delay-2 zones.

Section 026–029 — Entry/Exit Delays for Partitions 3–8

Repeated structure as above for partitions 3 through 8.

Section 030 — Communication Delay After Alarm

Seconds the panel waits before calling the monitoring station after an alarm. Gives the user time to disarm a false trigger.

• Range: 000–045 seconds
• Default: 030
• Set to 000 for no delay (alarm reports immediately)

Section 031 — Dialer Attempts

Number of times the panel will retry a failed transmission to the monitoring station.

• Range: 01–08
• Default: 08

Section 032 — Test Transmission Time (Hour)

Hour of the day for the daily test transmission (24-hour format, 00–23).

Section 033 — Test Transmission Time (Minute)

Minute of the test transmission (00–59).

Section 034 — Test Transmission Cycle

How often the panel sends a periodic test report.

• 00 = Daily
• 01 = Every other day
• 02–FF = Every N days

Section 040 — Zone Expansion Module Assignment

Assigns HSM2108 or similar zone expanders to physical slot addresses on the Corbus.

• Each expander has a rotary switch (1–8) matching its slot address
• Program addresses here to tell the panel how many expanders are present

Section 041 — Keypad Slot Assignments

Maps keypad addresses (set via DIP switches or programming on each keypad) to partition assignments.

• Keypad address 01: Partition 1 (default)
• Each subsequent address can be assigned to any partition

Section 042 — PGM Module Assignment

Assigns HSM2208 (8-output PGM modules) to Corbus slot addresses.

Section 050 — Keypad Function Key 1

Assigns a function to the F1 key on the keypad.

• 00 = Fire alarm panic
• 01 = Auxiliary/medical panic
• 02 = Police/audible panic
• 03 = Stay arm
• 04 = Away arm
• 05 = Chime toggle
• 06 = Bypass zone
• 07 = Quick exit

Section 051 — Keypad Function Key 2

Same options as Section 050 for the F2 key.

Section 052 — Keypad Function Key 3

F3 key assignment.

Section 053 — Keypad Function Key 4

F4 key assignment.

Section 054 — Keypad Global Options

Toggle bits applied to all keypads on the system:

Section 055 — Door Chime Zones

Select which zones (by zone number) produce a door chime tone on the keypad when opened while disarmed. Press the zone's number key to toggle its chime on/off.

Section 060 — Low Battery Trouble Reporting

• 00 = Report low battery trouble
• 01 = Suppress low battery trouble report

Section 061 — Panel Supervision Options

Toggle bits for panel hardware monitoring:

Section 070 — Wireless Receiver Options

Configures HSM2HOST or integrated wireless receiver behavior:

Section 071 — Wireless Supervisory Window

How long a wireless device can be out of contact before triggering a supervision fault.

• 00 = 4 hours
• 01 = 24 hours
• 02–FF = Custom (in hours)

Section 072 — Wireless Jam Sensitivity

• Range: 01–15
• Higher value = less sensitive to RF noise (fewer false jams)
• Default: 08

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SECTIONS 100–199: Zone Definitions

Sections 100–227 define individual zones. Each 3-digit section corresponds to one zone.

Section mapping:

• Zones 1–8: Sections 101–108 (onboard terminals)
• Zones 9–16: Sections 109–116 (first expander or HSM2108 slot 1)
• Zones 17–128: Sections 117–227 (additional expanders)

Each Zone Section Contains These Child Options:

Child Section 1: Zone Type Navigate to [zone section][*][1] to set the zone type:

Real-world zone type examples for a residential install:

• Front door → Zone Type 01 (Delay 1)
• Back door → Zone Type 01 (Delay 1) or 02 (Delay 2)
• Windows → Zone Type 03 (Instant)
• Motion PIR → Zone Type 04 (Interior Stay/Away)
• Smoke detectors → Zone Type 11 (Smoke bi-directional)
• Panic button → Zone Type 25 or 26
• Glass break → Zone Type 03 (Instant)

Child Section 2: Partition Assignment Which partition(s) this zone belongs to. Press bit keys 1–8 for partitions 1–8.

Child Section 3: Report Codes Two-digit hex codes sent to the monitoring station for alarm and restore events on this zone. Usually pre-configured by the monitoring provider.

• Format: [Alarm Code][Restore Code]
• Example: 18 / 88 (Contact ID standard for burglary zones)

Child Section 4: Zone Attributes 8-toggle bits controlling this zone's behavior:

Child Section 5: Zone Name Select from the panel's built-in name list or enter a custom name.

• Common names: Front Door, Back Door, Basement, Garage, Living Room, Master Bedroom, etc.
• Scrolls through approximately 200 predefined location names

Child Section 6: Zone Type Details / Wireless Settings For wireless zones (enrolled via HSM2HOST):

• Serial number entry (printed on device)
• Device type selection
• Supervision interval

Example: Programming Zone 1 as a Front Door

1. Enter programming: [*][8][5555]
2. Enter zone section: [1][0][1][*]
3. Child section 1 (zone type): [1][*] → type 01[*] (Delay 1)
4. Child section 2 (partition): [2][*] → press [1] to enable partition 1 → [*]
5. Child section 4 (attributes): [4][*] → enable bits 1,2,3,5,8 → [*]
6. Child section 5 (name): [5][*] → scroll to "Front Door" → [*]
7. Press [#] to return

Example: Programming Zone 5 as a Smoke Detector

1. [*][8][5555] → [1][0][5][*]
2. Type: [1][*] → 11[*] (Smoke bi-directional)
3. Partition: [2][*] → bit 1 → [*]
4. Attributes: [4][*] → enable bits 2,8 (alarm memory + restore) → [*]
5. Name: [5][*] → "Smoke Detector" or "Living Room Smoke"

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SECTIONS 200–299: User Codes

Section 200 — System Master Code

The highest-privilege user code (excluding installer). Can add/delete users, change options, and access all partitions. Default: 1234. Change on every install.

Section 201–240 — User Codes 1–40

Each section programs one numbered user code.

• 4-digit codes: 0000–9999 (set 0000 to delete a code)
• 6-digit codes: 000000–999999 (if enabled in Section 124)

User code child options:

• Access Level: Which partitions this code can control
• Code Attributes Toggle Bits:

Section 250 — User Code Length

• 00 = 4-digit codes
• 01 = 6-digit codes

Section 251 — Duress Code Options

Configures what happens when a duress code is entered:

• Bit 1: Disarm normally (so attacker doesn't suspect anything)
• Bit 2: Send silent alarm report to monitoring
• Bit 3: Activate PGM output
• Bit 4: Cancel audible alarm (arm seems normal)

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SECTIONS 300–399: Partition Options

> Requires partition mode enabled (Section 013, Bit 8 = ON)

Section 300 — Partition Options Toggle 1

Section 301 — Partition Common Zone Assignments

Zones assigned here are active on ALL partitions simultaneously. Useful for fire zones, panic buttons, and common area sensors.

Section 310–317 — Entry Delay 1 for Partitions 1–8

Individual entry delay 1 setting per partition (overrides global Section 020 for that partition).

Section 320–327 — Exit Delay for Partitions 1–8

Individual exit delay per partition.

Section 330–337 — Partition Arm/Disarm Options

For each partition, toggle bits control:

Section 350 — Partition 1 Auto-Arm Time

24-hour clock time for automatic arming of partition 1.

• Format: HHMM (e.g., 2230 = 10:30 PM)

Section 351–357 — Auto-Arm Times for Partitions 2–8

Section 360 — Partition 1 Auto-Disarm Time

Format: HHMM

Section 361–367 — Auto-Disarm Times for Partitions 2–8

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SECTIONS 400–499: Communication / Reporting

Section 400 — Communication Options Toggle 1

Section 401 — Communication Options Toggle 2

Section 410 — Central Station Phone Number 1

Up to 16 digits. Enter digits of the monitoring station's telephone number. Use [*] to insert a pause where needed (analog dialing).

Section 411 — Central Station Phone Number 2

Backup monitoring phone number for redundancy.

Section 412 — Account Number

4- or 6-digit account code assigned by the monitoring station. This identifies your account in their system. Usually provided by the monitoring company.

Section 413 — Account Number for Partition 2

Separate monitoring account code for partition 2 (if reporting separately).

Section 420 — Communication Format

• 00 = Ademco Contact ID (most common — used by virtually all modern monitoring stations)
• 01 = SIA Level 1
• 02 = SIA Level 2
• 03 = Modem IIIa
• 04 = Modem IIIa with parity
• 10 = Pulse (old 3+1 or 4+2 format — legacy only)

> Use Contact ID (00) for all modern installs.

Section 430 — IP Communicator Options (TL280 / TL265 / HSM2HOST)

Configuration for network-connected communicator module:

Section 431 — IP Receiver 1 Address

Enter the IPv4 address of the primary IP receiver at the monitoring station.

• Format: 12 digits, entered as 3 digits per octet
• Example: 192.168.001.100 → enter 192168001100

Section 432 — IP Receiver 2 Address (Backup)

Section 433 — IP Receiver Port Number

Port number for the IP receiver (typically 2101 for Sur-Gard / Alarm Receiving Centre software).

• Enter as 5 digits: 02101

Section 440 — Cellular / GSM Options

For TL2603G / 3G or LTE communicator modules:

Section 450 — Report Codes: Zone Alarms

Zone alarm Contact ID codes. Each zone pair occupies one section.

Section 460 — Report Codes: Zone Restores

Section 470 — Report Codes: Openings (Arm Away)

Contact ID code sent when partition is armed away.

Section 471 — Report Codes: Closings (Disarm)

Contact ID code for disarm events.

Section 472 — Report Codes: Armed Stay

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SECTIONS 500–599: PGM Output Programming

The PowerSeries Neo supports PGM (programmable output) modules via HSM2208 (8 outputs) on the Corbus.

Section 500 — PGM Output 1 Options

Each PGM output section configures one relay or transistor output.

Child Section 1: Output Type

Child Section 2: Activation Event Which zone or system event triggers this output (for output types that follow a zone/event).

Child Section 3: Pulse/On Time How long the output stays active (for pulse outputs):

• Range: 001–255 seconds
• 000 = Latched until reset

Child Section 4: Output Attributes

Sections 501–516 — PGM Outputs 2–16

Same structure as Section 500, repeated for each output.

Real-world PGM examples:

Exterior siren: Output type 03 (follow bell), wired to bell input of external speaker.

Smoke detector reset circuit: Output type 08, set to pulse 5 seconds — brief power interruption resets 2-wire smoke detectors after alarm.

Gate/door strike: Output type 11 (door strike, timed), pulse time = 5 seconds (open briefly when valid code entered).

"System armed" LED: Output type 04 (follow armed), drives an LED indicator by the main entrance.

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SECTIONS 600–699: Access Control / Elevator

Section 600 — Access Control Module Options

For HSM2204 door access control modules on the Corbus.

Section 601 — Door 1 Access Options

Section 602 — Door 1 Strike Type

• 00 = Fail-secure (locked on power loss)
• 01 = Fail-safe (unlocked on power loss)

Section 610 — Door Hold-Open Time

How long the door strike stays unlocked after a valid access:

• Range: 001–255 seconds
• Default: 005

Section 620 — Door Forced Open Alarm Delay

Time door can be open before "door forced" alarm triggers:

• Range: 000–255 seconds
• Default: 030

Section 630 — Sections 601–616: Doors 2–16

Same structure repeats for each additional access-controlled door.

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SECTIONS 700–799: Wireless Device Enrollment

Section 700 — HSM2HOST Wireless Receiver

Enter the serial number or use auto-enrollment to register devices.

Section 701 — Wireless Zone Enrollment Mode

• 01 = Manual serial number entry
• 02 = Auto-enroll (trip the device to register it)
• 03 = Delete a wireless device

Enrolling a Wireless Device (Auto Mode):

1. Enter programming: [*][8][5555]
2. Go to Section 701 → select zone number → select auto-enroll
3. Trigger the device (open door sensor, walk in front of PIR, press panic button)
4. Panel acknowledges serial number and assigns to zone
5. Program zone type and attributes via Sections 100–199

Section 710 — Wireless Prox Tag Enrollment

Tags used for keypad proximity arming (HS2LCDRF):

1. Section 710 → select user number
2. Present tag to keypad reader
3. Tag serial number is registered

Section 720 — Wireless Key (Keyfob) Enrollment

Arm/disarm keyfobs:

1. Section 720 → select keyfob slot (1–32)
2. Press any button on keyfob
3. Assign arm, disarm, and panic button functions
4. Section 721 sets keyfob button behavior (each button 1–4 assignable)

Section 730 — Wireless Repeater Enrollment

For HSM2HOST or WT5500 repeaters extending wireless range in large buildings.

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SECTIONS 800–899: Telephone / DLS Options

Section 800 — Telephone Line Options

Section 801 — Dial Tone Detection Pause

Seconds to wait for dial tone before aborting a call:

• Range: 05–30 seconds
• Default: 10

Section 802 — Time Between Dial Attempts

How long to wait between retry calls to monitoring:

• Range: 005–255 seconds
• Default: 030

Section 810 — DLS Incoming Call Window

Hours the panel will accept incoming DLS calls after a trigger event:

• 00 = 24-hour window (always accepts)
• 01–12 = 1–12 hour window

Section 811 — DLS Options

Section 820 — DLS Callback Number

Phone number the panel calls back for DLS verification. Only used if Section 811, Bit 6 is ON.

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SECTIONS 900–999: Clock, Maintenance & Diagnostics

Section 900 — Current Time

Set the panel's real-time clock.

• Format: HHMMSS (hours, minutes, seconds, 24-hour)
• Example: 143022 = 2:30:22 PM

Section 901 — Current Date

• Format: YYMMDD
• Example: 260620 = June 20, 2026

Section 902 — Clock Options

Section 910 — System Event Log (View Mode)

Scroll through the panel's event buffer (last 500 events):

• [*] = Next event
• [#] = Previous event
• Events show: date, time, zone/user, event type

Section 911 — Event Log Options

Section 920 — Panel Reset / Test Options

• **[*][2]** — Walk test mode: triggers zone and confirms RF reception without generating alarms
• **[*][6]** — System test: tests bell, keypad, PGM outputs
• **[*][1][4]** — Panel alarm memory
• **[*][2][0]** — Battery voltage (displayed in volts × 10)

Section 930 — Diagnostic Mode

Real-time Corbus module status:

• View each module's signal strength (RSSI)
• Confirm module firmware version
• Check expander zone status

Section 940 — Module Firmware Versions

View the firmware version running on each connected module. Navigate by module address.

Section 950 — Panel Self-Test

Runs an internal diagnostics check:

1. Tests all onboard zone inputs
2. Tests bell output
3. Tests PGM outputs
4. Tests Corbus communication to each module
5. Results displayed on keypad

Section 960 — Bell / Siren Test Output

Triggers the bell output for 2 seconds for test purposes. Warn occupants before running.

Section 970 — Zone Resistance Test

Displays the measured resistance on each hardwired zone terminal:

• Normal: 1kΩ EOL resistor reads approximately 1000Ω
• Open: Reads very high (>50kΩ)
• Short: Reads <100Ω
• Tamper: 2kΩ reads (double resistor in series)

Section 980 — Communication Test

Forces an immediate test transmission to the monitoring station. The monitoring station should acknowledge within 30–90 seconds.

Section 990 — Corbus Module Status

Lists all modules detected on the Corbus (4-wire bus):

• Module type
• Address
• Firmware version
• Communication status (OK / Fault)

Section 991 — Corbus Wiring Diagnostics

Voltage and current readings on the Corbus terminals:

• Normal voltage: 10.5–12.5V
• High current draw indicates a module fault or wiring short

Section 999 — Factory Default Reset

Wipes everything — all zones, codes, communication settings, module assignments. Use only on fresh installs or when panel must be completely recommissioned.

• Requires entering the 8-digit master reset code to confirm
• Panel reboots after reset (approximately 30 seconds)
• All LEDs flash twice to confirm reset complete

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Quick Reference: Common Programming Sequences

Initial Site Setup Checklist

1. Section 001 — Change installer code from 5555
2. Section 200 — Change master user code from 1234
3. Section 413 — Enter monitoring account number
4. Section 410 — Enter monitoring phone/IP
5. Section 022 — Set exit delay (recommend 60–90 seconds)
6. Section 020 — Set entry delay (recommend 30–45 seconds)
7. Section 014 — Set bell timeout (recommend 4–8 minutes)
8. Sections 101–1NN — Program all zones with type, partition, attributes
9. Section 980 — Send test transmission to verify monitoring
10. Section 910 — Review event log and confirm clean state

Adding a New User Code

1. [*][8][Installer Code] to enter programming
2. Navigate to Section 201–240 for the desired user slot
3. Enter 4-digit or 6-digit code → [*]
4. Set partition access and attributes in child sections
5. [#] to exit

Enrolling a New Wireless Zone

1. [*][8][Installer Code]
2. Section 701 → select zone number → auto-enroll
3. Trigger device → confirm serial
4. Section 101-1NN → set zone type, partition, attributes
5. Section 055 → add to door chime if desired

Resetting a Smoke Detector After Alarm

If smoke detectors use a PGM reset circuit (Output type 08):

1. Disarm system (clears alarm memory)
2. Locate smoke reset PGM output
3. Panel auto-pulses for 5 seconds on disarm if programmed
4. Or manually: [*][7][2][2] from keypad to activate reset output

Checking Corbus Module Status (9 expansion modules)

1. [*][8][5555]
2. Section 990
3. Scroll through addresses 1–9
4. Each shows: type, firmware, status
5. Address with fault shows COMM FAIL — check wiring at that module

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Keypad Status Light Reference

During normal operation, the keypad's zone LEDs and indicators mean:

Viewing trouble conditions: Press [*][2] from the keypad to see a numbered list of active troubles.

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*Installer code for this installation: 5555 (change immediately if live system). Programming manual reference: DSC PowerSeries Neo HS2016/HS2032/HS2064/HS2128 Installer Programming Guide v3.x.*