The Alarm Installation Job SOP

Purpose

A new intrusion install fails in two ways that nobody sees on install day. A zone reaches the station under the wrong number or description, so the first real alarm is dispatched to "front door" while someone is coming through the patio slider. Or the panel leaves with its default installer code, a battery nobody dated and a communicator nobody photographed, so the next tech, or the next company, starts from nothing. This procedure runs every install in the same order, ties each step to the HowTo that teaches it, and closes only when the station has received every zone and the shop holds a record that proves it.

Scope

Covers a new residential or light commercial intrusion system from the signed survey to the account coming off test: materials, the account on test, panel, hardwired and wireless devices, programming, the walk test with the station, customer training, the panel photo and the installer code.

Does not cover monitoring setup and the welcome call (see 'The Monitoring Activation and Account Onboarding SOP'), taking over someone else's panel (see related: How to Take Over an Existing Alarm System), or any fire device on a combination panel, which goes to 'The Fire-Side Work and License Routing SOP' before it is touched. Alarm and low-voltage licensing varies by state and locality; the shop confirms the installing tech holds what the job's jurisdiction requires before the job is scheduled.

Roles and responsibilities

Procedure

1. Confirm the survey is signed and pull materials against it. The office checks that the customer has signed the survey (see related: How to Survey a House for an Intrusion System) and that its zone list matches the quote line for line: zone number, location, device type, zone type. Materials are pulled against that list, including one spare contact and one spare resistor per 8 zones as a shop default. Acceptance: signed survey on the ticket, pulled count equal to the zone list plus spares, battery date checked within the last 6 months of manufacture as a shop default. Wrong looks like a quote with 14 zones and a survey with 15; the stop rule is the office reconciles with the salesperson and the customer before the truck rolls. Hazard: battery boxes and cable spools are lifted from the shelf at waist height, not reached overhead.

2. Walk the house with the customer and confirm the scope on site. The lead tech walks every zone location and the panel location with the customer before drilling anything. Acceptance: each location matches the survey; the panel spot has a non-switched receptacle within the transformer cord's reach and a path for the communicator's antenna or network cable. Wrong looks like a door the survey missed or a receptacle on a wall switch; the stop rule is a scope change is written on the ticket and approved by the customer before work, and a new receptacle is routed to an electrician where local rules require it. Hazard: the tech notes the home's age here, because a house built before 1978 means drilling painted trim disturbs possible lead paint, handled at step 5.

3. Put the account on test before anything can send a signal. The tech calls the station, gives the account number and installer ID, and requests a test window (the shop default is 4 hours) per How to Put an Alarm Account on Test and Take It Off. Acceptance: a confirmation number, the operator's ID and the window's end time written on the ticket. Wrong looks like a busy line; the stop rule is the communicator is not powered or connected until the account is confirmed on test, and a job that will run past the window is extended by phone before it expires, not after. Hazard: none at this step, a phone call.

4. Mount and power the panel. Mount the enclosure, ground it if the maker calls for it, and power it in the order the panel's installation manual gives, per How to Mount and Power an Alarm Panel. The plug-in transformer goes in last and is secured to the receptacle with its screw where the maker provides one. Acceptance: AC voltage at the panel's AC terminals inside the maker's stated range, charging voltage at the battery leads inside the panel's range (typically about 13.6 to 13.8 V on a 12 V sealed lead-acid battery), no AC or battery trouble on the keypad. Wrong looks like an AC trouble with the transformer plugged in; the stop rule is the receptacle is checked with a tester and a dead or switched one goes back to the customer and an electrician. Hazard: the battery leads are fitted with the transformer unplugged, red then black, because a reversed or shorted 12 V lead-acid battery can arc and burn the board.

5. Run wire and install the hardwired devices. Contacts, motions and glass-breaks go in per their HowTos, and every hardwired loop ends with the resistor at the last device on the loop, not at the panel, at the value given in the panel's documentation, per How to Wire a Hardwired Zone With the Resistor at the Last Device. Acceptance: at the panel, each loop reads the EOL value from the panel's documentation with its devices closed and reads open when any device on it is opened. Wrong looks like a loop reading the EOL value with a door open, which means the resistor was left at the panel or the device is bypassed; the stop rule is that loop is rewired before programming. Hazard: before drilling a wall, the tech checks the stud bay for wiring and pipe with a scanner and drills away from the receptacle line; in a pre-1978 house, painted trim is drilled with a shroud and HEPA vacuum and the dust is not swept dry; ladders are set on level floor at the angle the label shows.

6. Enroll the wireless devices. Each wireless sensor is enrolled and its signal read from its final mounted position, per How to Enroll a Wireless Sensor and Confirm Its Signal. Acceptance: every wireless zone shows signal at or above the maker's stated minimum on the panel's diagnostics, read with the sensor mounted, the door closed and any metal cabinet shut. Wrong looks like a garage sensor that passes on the bench and drops below minimum on the steel door; the stop rule is relocate, add the maker's repeater, or hardwire, and the ticket records which. Hazard: a sensor mounted above 6 ft is set from a ladder, not a chair.

7. Program the panel and change the installer code. Zone numbers, zone types and descriptions are entered exactly as the survey lists them (see related: Zone Types and What Each One Does When Tripped), delays are set and timed (see related: How to Program Entry and Exit Delays and Time Them), the communicator is programmed, and the installer code is changed from the default. The new code goes only into the shop's secured record, per 'The Installer Code and Customer Passcode Handling SOP'. Acceptance: the panel's zone list, read back on the keypad or programming software, matches the survey zone for zone; the default installer code no longer opens programming. Wrong looks like the default code still working; the stop rule is the job is not closed. Hazard: none at this step, keypad work.

8. Walk test every zone with the station. Trip each zone, the panic, and the panel tamper, and have the operator read back each signal by zone number and event, per How to Walk Test Every Zone with the Central Station; sound the siren and check its output (see related: How to Install an Alarm Siren and Check Its Output). Acceptance: every zone received under its own number with its own event type, matching the survey. Wrong looks like a signal under the wrong zone number or no signal at all; the stop rule is the fault is fixed and both affected zones are re-tested before the account comes off test. Hazard: a siren at close range can damage hearing, so the tech wears ear protection, warns the household before it sounds, and limits each test to a few seconds.

9. Train the customer. Run the training per How to Train a Customer on Their Alarm System, with the account still on test. Acceptance: the customer arms away, arms stay, disarms, and cancels a test alarm by giving the verbal passcode to the station, each done by the customer's own hand. Wrong looks like a customer who cannot disarm inside the entry delay; the stop rule is the delay is reviewed with them and retimed under step 7 if they asked for a change. Hazard: none, keypad work.

10. Photograph the panel interior, then close it. With the door open, take one photo showing the board, the battery with its install date written on it, the communicator, and the labeled zone wiring. Acceptance: all four are legible in the photo, attached to the ticket before the door is closed and the tamper restored. Wrong looks like a photo where the battery label is out of frame; the stop rule is retake it before closing. Hazard: hands stay off the transformer terminals and battery posts while framing the shot.

11. Take the account off test after a confirmed signal. Close the panel, send one final test signal, and ask the operator to confirm it was received, then take the account off test. Acceptance: operator confirms the final signal by zone and time, confirms the account is live, and both operator IDs go on the ticket. Wrong looks like an operator who cannot see the final signal; the stop rule is the account stays on test and the communicator is checked before the tech leaves. Hazard: none, a phone call.

The record this produces

The ticket carries the signed survey, the test confirmation numbers and both operator IDs, the loop readings from step 5, each wireless signal reading from step 6, the read-back zone list, the walk-test log with the station's zone-by-zone confirmations, the training sign-off and the panel photo. The office reads it to close the job and to start onboarding; the service tech reads it a year later at the annual inspection; whoever answers a false-alarm complaint reads the walk-test log first.

A worked pass

A 12-zone hybrid panel: 9 hardwired zones and 3 wireless, in a 1992 house.

Step 3, 08:10. Account placed on test, confirmation number and operator ID on the ticket, window ending 12:10.

Step 5. Zone 2 (patio slider, a single surface contact), metered on its cable ends at the panel before landing, reads the EOL value with the slider closed and open with the slider open. Pass. All 9 loops pass.

Step 6. The detached-garage side door sensor reads above the maker's minimum on the bench and below it once mounted on the steel door. Relocated to the wood frame 4 in away, it reads above minimum with the door shut. Pass after relocation, recorded.

Step 8 fails its acceptance, 11:25. Opening the patio slider, the operator reads back "zone 3, front door, alarm". Opening the front door returns "zone 2, patio". The two loops were landed on each other's terminals. Stop rule taken: the account stays on test. Because the window ends at 12:10 and the fix plus re-test will run past it, the tech calls at 11:40 and the station extends the window to 13:10, new confirmation number on the ticket. The two loops are swapped at the terminals, both read the EOL value again, and the re-test returns zone 2 patio and zone 3 front door. Pass.

Steps 9 to 11. Customer trained, cancels a test alarm with the passcode. Photo shows the battery dated that day. Final signal confirmed at 12:48, account off test, second operator ID recorded.

References

• See related: How to Put an Alarm Account on Test and Take It Off
• See related: How to Wire a Hardwired Zone With the Resistor at the Last Device
• See related: How to Walk Test Every Zone with the Central Station
• See related: How to Train a Customer on Their Alarm System
• See related: Security + Alarm Systems Reference