Advanced MxPro 5 AlarmCalm Button with Buzzer
Summary
AlarmCalm is Advanced’s comprehensive false alarm management solution, designed to dramatically reduce unwanted fire alarm activations whilst maintaining the highest levels of fire safety protection. This intelligent system addresses the persistent problem of false alarms that disrupt businesses, waste fire service resources, and can lead to dangerous complacency during real emergencies.
The system operates through sophisticated alarm verification and investigation delay technologies, allowing automatic verification of alarm conditions before full evacuation procedures are initiated. AlarmCalm’s flexible virtual building areas provide precise control over false alarm management strategies, enabling different approaches for various parts of a building based on occupancy patterns, environmental conditions, and specific risk factors. With compatibility across Advanced’s entire fire panel range and easy configuration through DynamixTools software, AlarmCalm delivers a tailored solution that significantly reduces false alarms whilst ensuring genuine fire incidents trigger immediate response.
Features
- Alarm verification technology that automatically checks device activations before displaying fire conditions
- Investigation delays allowing physical verification after fire condition display
- Virtual building areas supporting up to 200 independent false alarm strategies per panel
- AlarmCalm button module for manual acknowledgement and verification extension
- Day and night sensitivity settings with programmable time clocks
- Multiple verification methods including second device confirmation and sensitivity mode changes
- Configurable verification and investigation timing parameters
- Type A dependency with fixed 60-second verification periods
- Type B dependency with fully programmable verification options and panel display
- Maximum building area limits to prevent excessive simultaneous verifications
- Global acknowledgement capabilities for network-wide management
- Comprehensive event logging for false alarm analysis and system optimisation
- Exam mode functionality for educational environments
- Compatible with standard UK single-gang electrical back boxes
- Integration with Apollo and Argus Vega detector protocols
- Cause-and-effect programming with powerful verification dependencies
Video
Transcription
At Advanced, we’re passionate about fire safety and believe fire alarms should only sound when there’s a genuine reason. Unfortunately, false alarms are a persistent problem. They’re disruptive, can be costly, and waste fire and rescue service resources. Worse still, they can cause complacency and delayed reactions in real fire emergencies, putting lives and property at risk. Fortunately, whatever false alarm problem you may be facing, Advanced has a solution.
Let’s look at some common scenarios. In apartment blocks, steam from showers, smoke from cooking, and call point misuse can lead to unnecessary evacuations, annoying residents, and deterring prospective tenants. In supermarkets, repeated false activations can be caused by heat, steam, and smoke from in store bakery ovens. When the problem persists, staff sometimes turn off their whole fire system in frustration with serious potential consequences. Meanwhile, in manufacturing plants, high temperatures, dust, and chemicals can all increase the chance of unwanted alarms and unnecessary evacuations causing production downtime and potential loss of business.
Luckily, the Axis e n, MX Pro five, and Go Fire panels from Advanced have the powerful false alarm management capability of AlarmCam built in. Alarm Calm combines versatile software, detector technology, and the optional Alarm Calm button to put an end to false alarm frustration. Here’s how. If someone in a flat creates cooking smoke, their verification sounder will activate. If they have an alarm calm button installed, the person can press it to silence the sounder, extend the verification time, and give the smoke chance to clear.
During verification, if no other device activates and the smoke clears, the system will return to normal, avoiding unnecessary evacuation of other residents. However, if the problem becomes more serious and smoke persists beyond the verification time, the system will go into full alarm, and the necessary evacuation procedures can begin. In the case of a supermarket bakery, if smoke from the oven activates a multi sensor, a verification countdown timer can be programmed to begin. If the smoke clears and no heat is detected, the system will return to normal, avoiding evacuation. On industrial sites, false alarm risks vary based on building use.
On a shop floor, where steam or smoke occur around the clock, you can set a verification time. A device activation registers on the fire panel, but if no other detector is activated during the countdown, the system automatically resets, avoiding unnecessary evacuation and costly downtime. Elsewhere in the building, for example, in offices only occupied for a few hours per day, you can set different false alarm strategies. This is easy to do as Alarm Calm uses building areas for programming. These allow you to design your false alarm management around specific risks on your site rather than being restricted by the fire zones in place.
Alarm Com’s programming flexibility makes it highly adaptable across a wide range of settings. You can easily program a variety of alarm verification and investigation delays according to time of day, staff presence, and building use. Other special features like exam mode make AlarmCam ideal for schools or other situations where it’s critical to avoid accidental sounder disturbance. AlarmCam comes as standard with every Axis e n, MX Pro five, and Go panel. For advice on how to make the most of this powerful feature, please contact your sales manager or a member of our technical support team.
FAQ
What types of fire panels are compatible with AlarmCalm?
AlarmCalm software is available for Advanced’s MxPro 5, Go, Axis EN and AxisGo fire panel ranges, providing complete false alarm management capabilities across the entire product portfolio. The AlarmCalm button module is compatible with Axis EN systems and MxPro 5 using Apollo and Argus Vega protocols.
How do alarm verification and investigation delays differ?
Alarm verification occurs before a fire condition is displayed on the panel and works automatically to check if a device activation is genuine. Investigation delays occur after the fire condition is latched on the panel and require input from a responsible person to physically verify the alarm. Verification is ideal when no one is always present, whilst investigation delays work best when responsible personnel are usually available.
Can different areas of a building have different false alarm strategies?
Yes, AlarmCalm’s virtual building areas allow up to 200 independent false alarm management strategies per panel, with up to 40,000 building areas possible across networked systems. Each area can have completely different verification settings, timing parameters, and operational modes based on specific environmental conditions and occupancy patterns.
How does the AlarmCalm button work for residents or occupants?
The AlarmCalm button allows building occupants to acknowledge false alarms locally, such as when cooking smoke or shower steam triggers a detector. Pressing the button extends the verification time and can silence verification outputs, giving transient signals time to clear whilst ensuring genuine incidents still trigger full alarm conditions.
What verification methods are available to confirm genuine alarms?
AlarmCalm offers multiple verification methods including second device activation within the same building area, sensitivity mode changes (such as optical/heat detectors switching to heat-only mode), configurable timing parameters, and manual acknowledgement through the AlarmCalm button or panel controls. These can be combined and customised for different areas and time periods.
Can the system be programmed for different times of day or days of the week?
Yes, AlarmCalm includes programmable time clocks that work on seven-day schedules, allowing different verification and investigation strategies during weekdays, weekends, day and night periods. This enables optimised false alarm management based on building occupancy patterns and operational requirements.
Specifications
- Connection Details: Loop In, Out & Screen connections
- Dimensions (HxWxD mm): 86x86x23
- Control Buttons: Push-Button Input
- User Indication: LED output: Blink on poll. Pulse during Stage-1 and ON during Stage-2 (Acknowledged)
- Buzzer: 75 dB @ 1m
- Current Consumption (Quiescent): Apollo 1.0mA (AV: 0.6mA)
- Current Consumption (Alarm): Apollo 1.5mA (AV: 4.5mA)
- Current Consumption (Buzzer): Apollo 7.6mA (AV: 8.5mA)
- Operating Voltage: 17-28V
- Address: Apollo: 1-126 (AV: 1-240)
Downloads
- Brochure (Adobe PDF)
Additional information
| Weight | 2 kg |
|---|---|
| Protocols | Apollo XP95, Argus Vega |





