Hills Security Alarm Manual | Perth Support

You’ve just moved into a Perth home, the removal boxes are still in the hallway, and there’s a Hills keypad on the wall making noises you don’t understand. Or the system’s been there for years, worked in the background, and now it’s flashing a light you haven’t noticed before. That’s usually when people start searching for a hills security alarm manual.

The trouble is, the original manuals are often written for installers or assume you already know the panel. They tell you what the buttons are called, but not what matters on a hot WA afternoon when a garage PIR starts acting up, or when coastal moisture gets into a contact, or when you just want to arm the house properly before bed.

This guide is written the way a local technician would explain it on site. Plain language. Practical steps. No fluff. It’s built around the Hills systems most commonly found in Perth homes, small businesses, warehouses, and strata sites, with advice that makes sense for local conditions.

Your Guide to Using a Hills Security System in Perth

Many users don’t open a security manual until something’s already happening. The keypad won’t stop beeping. A door won’t seal properly. Someone has given you a code, but not the confidence to use it.

That’s normal.

A Hills system is usually straightforward once you know what panel and keypad you’re dealing with. The confusion starts because the same house might have an older DAS keypad on the wall, a Reliance panel in the cupboard, and labels that don’t match what the previous owner called the zones.

In Perth, I’ve seen the same pattern for years. A family inherits a system with no paperwork. A business changes managers and nobody knows who still has access. A strata site keeps getting nuisance faults because the panel was never properly explained to the people using it.

Practical rule: Learn the panel first, then the keypad, then the daily commands. If you do that in order, most Hills systems stop feeling mysterious very quickly.

What makes local guidance useful is context. WA properties deal with heat, dust, older cabling in established suburbs, and a lot of mixed-use installs where alarm panels sit in garages, storerooms, or linen cupboards that aren’t ideal environments. Those details affect reliability.

This guide focuses on what helps:

• Daily operation: Arming, disarming, and reading the keypad correctly.
• Basic fault finding: Working out whether a problem is user error, power-related, or a genuine hardware issue.
• Maintenance habits: Small checks that keep the system dependable.

If your Hills alarm works most of the time but not all of the time, this is the sort of manual you want on hand.

Identifying Your Hills Alarm Model and Panel

Before pressing random keys, find out what you have. That sounds obvious, but it’s the step most owners skip.

Where to look first

The main control panel is usually a metal cabinet mounted in a garage, robe, store room, or utility area. Open that cabinet and look for a model sticker on the inside door, main board, or transformer area. The keypad on the wall may give clues, but the cabinet label is usually more reliable.

Check these spots in order:

1. Inside the metal enclosure for a printed model name or board label.
2. On the keypad fascia for names like LCD, LED, Icon, or Vertex.
3. On old paperwork left in the meter box, kitchen drawer, or settlement folder.
4. On zone labels beside the keypad, which sometimes reference the panel family.

Older Perth installs often mix components. You might see a keypad that looks newer than the panel behind it. That doesn’t always mean anything’s wrong. It just means someone upgraded the user interface without replacing the full system.

Common Hills systems seen around Perth

The names that come up most often are Reliance and DAS/NX. For many residential and small commercial sites, the workhorse panel has been the Hills Reliance 128.

According to the Hills Reliance 128 installation manual, the panel supports up to eight separate areas and is expandable to 32 modules. That matters in Perth because a single panel might cover a front office, warehouse, workshop, and separate tenancy without needing a completely different architecture.

A few other details from that same manual help identify whether you’re looking at a more capable commercial-grade setup rather than a basic domestic one:

• Area-based operation: Separate arming profiles often point to a larger Reliance system.
• Module expansion: Extra boards for access control, fire inputs, or I/O usually indicate a Reliance 128 style install.
• Telephone line seizure compliance: The panel complies with ACA Mode-3, which is relevant on monitored setups using that path.
• Siren supervision: A 3.3kΩ resistor is required across terminals for certain 12VDC sirens, with 1 Amp max load via voltage output in the documented feature set.
• Smoke detector wiring practice: Installers often use 820Ω EOL on 2-wire smoke detectors to meet AS/NZS requirements noted in the manual.

If you’re trying to work out whether your system belongs to the Hills home alarm family commonly seen across Perth properties, the model overview at https://securitecsecurity.com.au/hills-home-security-system/ is a useful cross-check against what you’re seeing in the cabinet.

If the keypad name and the control panel name don’t match, identify the panel by the cabinet board label. That’s the part that decides how the system behaves.

What not to rely on

Don’t assume the number of doors and windows equals the number of zones. Many Perth homes have multiple devices grouped into one zone. Don’t assume the sticker on the outside of the box is original either. Plenty of cabinets have been reused during upgrades.

When you know the exact panel, the manual starts making sense. Without that, you’re guessing.

Quick Start Guide Arming and Disarming Your System

For day-to-day use, you don’t need to know every installer function. You need the commands that work when you’re leaving, staying in, or coming home.

Away arming when everyone is leaving

Use this when the property will be empty and you want all active zones protected.

• Check the system is ready. Doors and windows should be shut, and any protected areas should be clear.
• Enter your code if your model requires it.
• Press [AWAY] or the equivalent arm key on your keypad.
• Leave during the exit delay. Don’t re-enter unless you disarm first.

If the keypad complains before arming, don’t force it blindly. A not-ready system usually means a door contact, PIR, or another zone is still open.

Stay arming at night

This mode is for when people remain inside and you want perimeter protection.

• Confirm external doors and windows are secure.
• Enter your code if required.
• Press [STAY] or the partial-arm key.
• Wait for the confirmation tone or status light.

On many Hills systems, internal movement detectors are excluded or treated differently in stay mode. That’s why this setting is better for sleeping than full away arm.

Disarming on entry

People often make the most mistakes disarming, especially if the keypad is beeping and they rush.

1. Open the authorised entry door.
2. Go straight to the keypad.
3. Enter your valid user code before the entry timer expires.

If you enter the wrong code, pause, read the keypad, and try again carefully. Fast, panicked key presses cause more lockouts and user frustration than faulty hardware ever does.

Quick habits that save trouble

• Use the same entry door every time if that’s how the system was programmed.
• Don’t let visitors guess. One wrong sequence can trigger an unnecessary event.
• Teach everyone in the house the difference between stay and away arm.
• If a zone is faulty, get it checked properly rather than building a routine around workarounds.

Some LCD models also support quick arm functions, but the safest habit is still to learn your site’s normal routine and use it consistently.

Understanding Your Hills Keypad Functions and Indicators

The keypad is the part you live with. If you can read it properly, you’ll solve half your own questions before they turn into service calls.

What the LCD keypad tells you

The Hills LCD Keypad used with Reliance panels includes a 32-character display, 9 status lights, support for 4 or 6-digit codes, a duress code function, Alarm Memory, TEST mode, and Quick Arm, according to the Hills user manual library from Rapid Alarms.

That extra text display is why many users find LCD versions easier than older LED-only pads. The same source notes local WA service data suggesting fewer user errors with LCD keypads compared with LED models.

On an LCD keypad, text such as Ready, Not Ready, or a zone description gives you a direct clue. On an LED keypad, you often have to interpret lights and zone numbers without plain English feedback.

Buttons that matter in normal use

The most useful keys on a Hills keypad are usually the ones owners ignore at first:

• [STAY] is for partial or perimeter arming.
• [EXIT] or the away-arm equivalent starts a full arm sequence.
• [BYPASS] lets you exclude a problem zone temporarily, if your permissions allow it.
• [CHIME] controls door-tone style alerts on supported setups.
• [#] often exits menus or clears a displayed function.

Emergency keys may also be programmed. On supported LCD models, holding the dedicated emergency key combination can generate Fire, Medical/Aux, or Police/Duress signalling if those functions were enabled during setup.

Reading the lights properly

A light on its own doesn’t mean much unless you read it in context.

Indicator	What it usually means	What to do
Armed solid	System is armed	Enter carefully and disarm at keypad
Armed flashing	System may have been armed and later seen an alarm event	Check alarm memory before resetting your routine
Bypass	One or more zones are excluded	Confirm this was intentional
Ready	System can arm normally	Proceed if all areas are secure
Not Ready	A zone is open or faulted	Find and correct the issue before arming
Service or Fault	The system wants attention	Check power, battery, phone path, or call for service

A flashing armed light after an incident is a clue, not a decoration. Read the event memory before you just clear it and move on.

Alarm memory and test mode

One very useful built-in feature is Alarm Memory. On the LCD keypad, the manual notes you can recall the zone that triggered by pressing [Alarm Memory] then [1]. That saves a lot of guesswork after a night-time event.

TEST mode is also important. It helps confirm siren, communicator, and battery functions on supported programming. For monitored premises, that’s one of the checks worth doing in a controlled way, not during a rushed weekday morning.

If your keypad only gives lights and tones, don’t worry. The same principles still apply. You just need the zone list and a bit more patience.

Managing User Codes Adding Deleting and Changing

Code management is where good security either holds up or unravels. Most break-ins aren’t caused by clever panel hacking. They’re caused by poor access control, old staff codes, shared family PINs, and nobody knowing who can still unset the system.

Know which code has authority

On most Hills systems, the Master Code controls user management. Standard user codes arm and disarm the system but don’t usually have full programming rights.

That distinction matters.

If everyone in the building has what they think is an “admin code”, nobody has control. For homes, keep the master code limited to the owner or one trusted adult. For businesses, limit it to the owner, manager, or delegated security contact.

Adding or changing a user code

Exact key sequences can vary by panel and keypad type, so always follow the manual for your identified model. The workflow is usually consistent though:

1. Enter the master code.
2. Go to user code programming.
3. Select the user slot.
4. Enter the new 4 or 6-digit code, depending on how the keypad is configured.
5. Save and exit.
6. Test the code straight away.

On systems that support either 4 or 6-digit codes, keep the site consistent. Mixed habits create confusion. If the keypad is set for one length, everyone should use that format.

Deleting codes you no longer need

This is the part people delay, and it causes trouble.

Remove codes when:

• A staff member leaves: Don’t wait for payroll to catch up.
• A tenant changes over: Old access should end the same day handover happens.
• A tradesperson has finished: Temporary convenience should not become permanent access.
• A household routine changes: Cleaners, carers, and teenagers don’t all need indefinite alarm privileges.

If you can’t identify who owns each user slot, your site needs an access review.

Duress codes and when to use them

Some Hills keypads support a duress code that signals the monitoring side while appearing to disarm normally. The Hills LCD keypad manual notes this function is available on compatible setups through the keypad’s code features.

That’s useful, but it has to be programmed properly and explained carefully. A duress code isn’t for testing without authorisation, and it isn’t a substitute for emergency planning. If your premises are monitored, everyone authorised to use that code should understand exactly what it does.

Use codes that people can remember without writing them on the wall, but don’t use birthdays, street numbers, or repeated digits if you can avoid it.

What works and what doesn’t

What works

• A written user list stored securely
• Immediate code removal after staff turnover
• Different codes for different people
• Periodic code changes where risk is higher

What doesn’t

• One shared office code for everyone
• Master code used as a daily user code
• PINs written on the inside of the cupboard door
• Letting old user slots pile up “just in case”

A tidy code list is just as important as a tidy panel.

High Level Installation and Wiring Diagrams

Most owners don’t need to wire a Hills panel. They do need to understand how the system fits together, because that helps when something fails and you’re trying to describe it accurately.

The basic layout

A standard Hills alarm arrangement usually looks like this:

• Control panel cabinet holds the main board, backup battery, and incoming power connection.
• Keypad gives you control and status feedback.
• Sensors include PIRs, reed switches, glassbreaks, or smoke detectors where fitted.
• Internal and external sirens provide audible warning.
• Communication path links the panel to monitoring or signalling equipment where used.

You can think of the panel as the brain, the keypad as the interface, and the field devices as the eyes and ears.

Why neat wiring matters

Alarm systems are low-voltage, but they’re unforgiving of sloppy work. Loose terminations, poor resistor placement, and untidy joins don’t always fail immediately. They fail months later, usually on the hottest day or wettest week of the year.

A technician looking at a clean panel can isolate faults quickly. A technician looking at a cabinet full of mystery joins, crossed colours, and unlabeled cables has to spend the first part of the job proving what each wire does.

That’s why professional installation matters even when the system seems simple.

Component	What it does	Common issue when poorly installed
Panel board	Processes alarms and system logic	Random faults from bad terminations
Backup battery	Keeps system alive during power loss	Battery trouble when overdue for replacement
Keypad bus wiring	Carries data and power to keypad	Intermittent display or response problems
Zone wiring	Monitors sensors and loops	False alarms from unstable connections
Siren circuit	Drives audible warning devices	Supervision faults or weak output

What owners should take from this

Don’t treat this as a DIY wiring map. Treat it as a fault-reporting aid.

If you can tell a technician, “The keypad is dead but the external siren still chirps,” or “One smoke circuit faults after rain,” that’s useful. If all you can say is “the alarm’s weird,” the diagnosis takes longer.

The best alarm wiring is boring. Labelled cables, clean terminations, proper supervision, and no surprises inside the cabinet.

Routine System Testing and Maintenance Checklist

Most Hills systems don’t fail all at once. They drift into trouble. A battery weakens, a detector lens gets dirty, a reed switch loosens, or a keypad starts telling you something that nobody checks.

That’s why routine maintenance matters.

A practical maintenance rhythm

You don’t need to overcomplicate it. A simple schedule works better than an ambitious one nobody follows.

Weekly checks

• Arm and disarm once properly: Make sure the keypad responds as expected.
• Listen for unusual beeping: New tones often appear before a full fault becomes obvious.
• Look at the keypad state: Don’t ignore fault or service indicators.

Monthly checks

• Test key entry routines: Confirm regular users still know the process.
• Walk-test protected areas where practical: Open a protected door or move through a known detector path in a controlled way.
• Check external devices visually: Spiders, dust, and physical damage can all affect operation.

Periodic housekeeping

• Clean the keypad gently: Dust and grime around keys can make input harder.
• Check detector surroundings: Stored boxes, shelving, or decorations can block sensor coverage.
• Confirm your monitoring contact details: If a site is monitored, the response list should stay current.

What WA owners should pay attention to

Perth conditions can be hard on alarm hardware. Garage panels get hot. Coastal suburbs cop salt and moisture. Warehouses collect dust. Older homes can have movement in frames and doors that changes how contacts line up.

That means maintenance isn’t just about pressing a test button. It’s about noticing physical changes around the system.

Keep records, even if they’re simple

A notebook, spreadsheet, or service log helps. Write down:

• Which zone played up
• When the beeping started
• Whether mains power had dropped
• Whether the issue followed weather or cleaning work

Small records save a lot of repeated guesswork.

Common Hills Alarm Faults and Troubleshooting Steps

Most Hills alarm faults fall into a few predictable groups. Power trouble. Battery trouble. Open zone trouble. Communication trouble. User error sits in the middle of all of them.

Constant keypad beeping

A keypad that beeps every so often is usually trying to report a condition, not an intrusion.

Start with the obvious:

• Check whether mains power to the panel has been interrupted.
• Look for a service, fault, or similar indicator.
• Read any LCD message carefully rather than pressing keys at random.
• If the beeping began after a blackout, the system may be reporting AC fail or battery recovery issues.

If the keypad allows silencing of fault beeps, use that only after noting the message. Silencing the tone doesn’t solve the cause.

The system says not ready

This usually means one or more zones are open, unstable, or incorrectly sealed.

Work through it practically:

1. Close the obvious doors and windows properly.
2. Check garage side doors and laundry doors, which are common culprits.
3. Make sure nothing is moving in front of an internal detector if your mode expects that area to be clear.
4. Review the zone display or memory if your keypad supports it.

In Perth homes, I often see this caused by door alignment changing through the seasons, especially on external frames that cop afternoon sun.

You need to arm but one zone is faulty

Temporary bypass can help if your permissions allow it and the situation is understood. It should be a short-term measure, not a lifestyle.

Bypass is suitable when:

• a contact has failed and a technician is already booked
• maintenance work is happening in one known area
• a detector is being replaced or isolated under instruction

It’s not suitable when you don’t know what the fault is.

Common fault guide

Fault Indicator / Code	Common Cause	Recommended Action
Service light	System has logged a condition needing attention	Read keypad details, note the message, arrange service if it remains
AC fail	Mains supply to panel interrupted	Check nearby power point or circuit, then allow time for recovery
Low battery	Backup battery weak or ageing	Arrange battery test and replacement if required
Not ready	A zone is open or unstable	Check doors, windows, detector area, and zone status
Comm fail	Monitoring path or communicator issue	Confirm whether monitoring equipment or phone path has changed
Bell or siren trouble	Siren circuit supervision issue	Book a technician, especially if external warning devices are affected

A visual walkthrough often helps if your keypad sequence looks unfamiliar.

When the issue is probably not user-fixable

Some faults need tools, testing, and access that owners shouldn’t improvise.

Call a professional if:

• The panel has gone dead
• The siren circuit reports trouble repeatedly
• The system keeps false alarming
• A keypad loses communication
• A battery fault returns after reset
• Monitoring or signalling has stopped after telecom changes

If the same fault returns after you’ve cleared the obvious cause, stop treating it as a one-off. Repeated faults are patterns.

What doesn’t work

Don’t keep powering the panel down and back up as a substitute for diagnosis. Don’t leave a critical zone bypassed for weeks. Don’t fit random batteries because they “look about right”.

The best troubleshooting starts with calm observation. What changed, when did it start, and which part of the system is complaining?

Downloadable Hills Alarm Manuals and PDF Resources

If you want the original paperwork for your panel, it helps to have the right manual in front of you rather than a generic search result.

The most useful library approach is to match the manual to the hardware you identified earlier. For Perth properties, that usually means checking for manuals covering:

• Hills Reliance series
• Hills DAS or NX series
• LCD, LED, Icon, or Vertex keypads
• User guides and installer guides separately

A user guide is enough for daily operation, code changes, and alarm memory checks. An installer manual is more technical and better for technicians handling wiring, supervision, zone logic, and communicator settings.

If you want a cleaner place to start, the manual collection at https://securitecsecurity.com.au/manuals/ is organised for the common Hills systems people still run across in WA homes and business premises.

When downloading any PDF, make sure the model name matches the cabinet board, not just the keypad style. That one step avoids most of the confusion people run into with older Hills equipment.

Professional Support from Securitec Security in Perth

There’s a point where a manual stops being enough. That point usually arrives when the fault is intermittent, the system has changed after NBN or renovation work, or the panel needs proper testing rather than guesswork.

Professional servicing makes sense because alarm systems are only useful when they work on the day something goes wrong. A neat repair, a battery replacement done properly, or a monitored path checked correctly is worth more than a string of temporary resets.

That’s especially true for Perth sites with mixed hardware, older cabling, warehouse environments, or multi-user access. Those jobs benefit from someone who can inspect the cabinet, test the circuits, verify the programming, and explain the result in plain language.

If your Hills panel needs repairs, upgrades, battery work, or persistent fault diagnosis, https://securitecsecurity.com.au/alarm-system-repair-services/ is the right place to start.

Good support isn’t just about fixing today’s beep. It’s about leaving the system stable, labelled, compliant, and easier for the next person to understand.

Frequently Asked Questions About Hills Systems

Older Hills systems are still solid in a lot of properties, but the questions people ask now are different from the questions owners asked years ago. They’re usually about phones, apps, NBN changes, strata sites, and whether older hardware can keep up.

Can I connect a Hills alarm to my phone

Sometimes, yes. Sometimes, not neatly.

The main issue is that older Hills manuals usually don’t give useful guidance on modern app control, smart home ecosystems, or voice integration. That gap is noted in older Hills manual material discussed by Securus, which also references Hills releasing Antenna Home Hub updates in 2025 while manuals still rarely cover integration with Google Home, Alexa, or app-based control in practical detail. The same source also notes that ASIAL reports 35% of 2025 commercial alarm faults in WA stemmed from outdated integrations and that programming guidance for newer multi-tenant or strata-style arrangements is often absent from older documentation (Securus manual page reference).

What that means in practice is simple. Some systems can be adapted. Some should be upgraded. Some are better left as stable standalone alarms if reliability matters more than phone convenience.

Will my Hills alarm still work after NBN changes

It depends on how it communicates.

If the alarm relied on an older phone path, telecom changes can break reporting even when the keypad still arms and disarms normally. Owners often assume the system is fine because the local functions still work. Monitoring can be the part that stops.

The right approach is to have the communication path checked after any line change, modem relocation, or premises rewiring. Don’t assume. Test it.

What about strata and multi-tenant sites in WA

Old manuals are weakest on this point.

The same Securus reference notes that guidance for WA strata properties and integrated setups is sparse in older Hills documentation, even as new legislative amendments require integrated systems by mid-2026 and programming support for multi-tenant arrangements remains limited in legacy manuals. For building managers, that creates a practical problem. The panel may still be serviceable, but the documentation often doesn’t reflect how shared access control, common areas, and individual tenancy needs now interact.

Is weekly testing enough

No, not always.

Weekly user checks are useful, but they won’t fix outdated integration, poor programming, failing communication paths, or hardware drift in a larger commercial environment. They’re one layer, not the whole maintenance plan.

Should I repair or replace an older Hills system

Use this rule of thumb:

• Repair it if the panel is stable, parts are available, and the problem is localised.
• Upgrade it if communication, user management, or integration needs have outgrown the panel.
• Assess the whole site if the problem keeps moving from one component to another.

A well-maintained older Hills system can still do its job. But if your needs now include phone control, integrated access, multi-area reporting, or newer compliance demands, a straight repair might delay the bigger decision.

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If your Hills system is beeping, faulting, overdue for service, or hard to understand, Securitec Security can help with practical advice, repairs, upgrades, and support across Perth.