The After-Hours Alarm Trouble Call SOP

Purpose

Most night calls to an alarm company are a keypad beeping, and most of them can be settled by phone in ten minutes: a power outage, a transformer someone unplugged, a battery recharging, a wireless sensor whose cell ran down. Handled badly, the same call ends with a customer pulling the battery to stop the noise and leaving the house unprotected, an on-call tech driving an hour to press two keys, or, worst, a customer talked into powering down a panel that also runs their smoke detectors. This procedure has the on-call tech separate an alarm from a trouble, settle power and battery questions by phone, bypass a burglary zone for the night only on stated terms, and roll a truck on stated triggers rather than on mood.

Scope

Covers calls from customers between close of business and opening on intrusion and combination panels where a keypad shows a trouble, beeps, or the customer is unsure what it is showing.

Does not cover an alarm in progress, which belongs to the station and to 911. Repairs the next day run under 'The Alarm Service Call SOP'. Any fire-side trouble is guided only as far as step 8 allows, and the follow-up runs under 'The Fire-Side Work and License Routing SOP'.

Roles and responsibilities

Role Owns Hands off to
On-call tech The call, the decision to roll, the ticket Office, with the ticket by 08:00
Customer Pressing keys at their own keypad with their own code, checking breakers and outlets they choose to On-call tech, by describing what they see
Central station Alarms, dispatch, the on-call page On-call tech, by page
Office Booking the next-day visit Service tech

Procedure

  1. Identify the caller and the account. Get the name, address and callback number, and open the account and its last 24 hours of history on the phone or laptop. Any request to put the account on test, change the call list or cancel a signal is verified by the verbal passcode per 'The Installer Code and Customer Passcode Handling SOP'; guidance on pressing keys at the customer's own keypad needs no passcode. Acceptance: account open and history read before advice is given. Wrong looks like advice given from memory of "the usual panel"; the stop rule is the tech confirms the panel type from the account first. Hazard: none, a phone call; the tech does not drive while on the call.

  2. Separate an alarm from a trouble. Ask what the keypad says and whether the siren or any smoke or CO alarm is sounding. Acceptance: one of the two named on the ticket. Wrong looks like a siren or a smoke or CO alarm sounding; the stop rule is the tech tells the customer to get everyone out now, call 911 from outside, and let the station and the fire department handle it, and the tech troubleshoots nothing. Hazard: a sounding smoke or CO alarm is a life-safety event, not a trouble, even if the customer believes it is false.

  3. Read the keypad exactly. Have the customer read the display word for word, then scroll if the keypad scrolls. Acceptance: every trouble on the display written on the ticket. Wrong looks like the customer reading one line of a scrolling list; the stop rule is ask them to wait for the display to cycle and read each line. Hazard: none, keypad reading.

  4. Silence the beep. Walk the customer through acknowledging the trouble the way their keypad requires, usually their code plus a key. Acceptance: the beep stops and the display still shows the trouble. Wrong looks like the beep returning after the customer hangs up; the stop rule is a second call that night gets a next-morning visit booked even if the cause looks simple. Hazard: none, keypad use; the customer is told never to pull the battery or unplug the panel to stop the noise, because that removes protection and in many panels does not stop the beep.

  5. Resolve AC loss by phone. Ask whether the lights are on. If the house or street is dark, it is a utility outage: the panel is on its standby battery, which is sized to carry it for a set number of hours (see related: How to Size a Standby Battery for an Alarm Panel), and no truck rolls. If the house has power, have the customer check that the plug-in transformer is seated, that its receptacle is not on a wall switch, and whether a GFCI on that circuit has tripped and can be reset by its button. Acceptance: AC trouble clears on the keypad after power returns, which may take a few minutes on panels that delay AC restore. Wrong looks like AC trouble that persists with a powered, unswitched receptacle; the stop rule is a next-morning visit. Hazard: the customer is not asked to open a receptacle, a breaker panel cover or a transformer; resetting a GFCI or a tripped breaker handle is as far as phone guidance goes, and a breaker that trips again is left off and routed to an electrician.

  6. Explain a low battery after an outage. A battery that carried the panel through an outage recharges once AC returns, and the low-battery trouble may take hours to clear. Acceptance: the customer knows the trouble may stay until morning, and the ticket sets a next-day check of the history. Wrong looks like a low battery with no outage in the history; the stop rule is a next-day visit to load test it (see related: How to Replace an Alarm Panel Battery and Load Test It). Hazard: none by phone.

  7. Bypass a faulted burglary zone for the night, on terms. If a door, window or motion zone is faulted and keeps the system from arming, the customer may bypass that zone with their own code. Terms, said aloud: that opening is not protected until it is repaired, the bypass usually clears at the next disarm, and the visit is booked for the morning. Acceptance: the keypad shows the zone bypassed and the system arms. Wrong looks like the keypad refusing the bypass, which many panels do for 24-hour zones; the stop rule is no further attempt, and step 9 decides whether a truck rolls. Hazard: a fire, CO or other life-safety zone is never bypassed on the phone.

  8. Fire-side troubles: guide only to silence. On a combination panel or a fire panel, the tech may guide the customer to acknowledge a trouble beep at the keypad and nothing more. The tech never coaches a customer to power down, unplug, pull a battery from, or reset by power cycle any panel that monitors smoke, heat or CO devices. Acceptance: beep acknowledged, ticket marked fire-side. Wrong looks like a customer who wants it off "until morning"; the stop rule is the tech explains the panel is their fire protection and a truck or a licensed tech is arranged under step 9. Hazard: a fire system out of service is an impairment; record it and follow 'The Fire-Side Work and License Routing SOP' the next morning.

  9. Roll a truck on stated triggers only. A truck rolls tonight when any of these is true: a fire-side trouble the customer cannot acknowledge or that means a detector circuit is out; a system that cannot be armed and the customer has no other way to secure the premises; repeated alarms the same night; a commercial site that cannot be secured. Otherwise the visit is next business day. Acceptance: the trigger, or "none", on the ticket. Wrong looks like a truck sent for a beep or refused for a fire-side fault; the stop rule is the owner reviews every after-hours roll and every refusal weekly. Hazard: the on-call drive follows the shop's fatigue limit; a tech past it hands the roll to the backup.

  10. Write the ticket before morning. Record the keypad text, the history read, each step's result, any bypass and its terms, and the roll decision. Acceptance: ticket in the office queue by 08:00. Hazard: none, paperwork.

The record this produces

The after-hours ticket: caller, account, keypad text line by line, alarm or trouble, actions taken by the customer at the tech's direction, bypassed zones, the roll trigger or none, and the booked visit. The office books from it; the service tech reads it before rolling; the owner reviews rolls and refusals weekly.

A worked pass

Call at 23:10, an intrusion panel with two smoke detectors on its fire zone.

TECH: Is the siren going, or any smoke alarm?
CUSTOMER: No, just the keypad beeping every minute.
TECH: Read me exactly what the screen says.
CUSTOMER: "AC Loss." And now it says "System Low
        Battery."
TECH: Are your lights on?
CUSTOMER: Yes, everything's on.
TECH: Enter your code and press the star key.
CUSTOMER: It stopped.
TECH: The panel's power plugs into an outlet near
        it, in the basement closet. Is that outlet
        controlled by a light switch?
CUSTOMER: There's a switch by the closet door. It
        was off. My son must have hit it.
TECH: Turn it on. Give it a few minutes.
CUSTOMER: "AC Loss" is gone. Low battery's still up.
TECH: That's the battery recharging after running
        the panel. It may clear by morning.

Steps 2 to 6 passed on that call: trouble, not alarm; both lines read; beep silenced; AC restored with the "AC Loss" message gone. History showed AC loss at 19:45, so the battery had run the panel about 3.5 hours. Step 4's stop rule fired at 01:40: the customer called back because the low-battery beep had returned. Stop rule taken: beep silenced again, next-morning visit booked. Step 9: no trigger; the fire zone showed no trouble. The morning visit found the battery dated 6 years earlier and short of the load-test pass line, so it was replaced, and the transformer was moved to an unswitched receptacle and secured with its retaining screw.

References

  • See related: How to Size a Standby Battery for an Alarm Panel
  • See related: How to Replace an Alarm Panel Battery and Load Test It
  • See related: What a Fire Alarm Panel Is Actually Doing
  • See related: The Low Battery Trouble That Came Back a Week Later