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Live status of every device on the site map and floor plans
Five access levels; alarm history exports to Excel or PDF, and every action is on record
Every device on screen is refreshed from the panel once a second
Connected directly over the factory’s own network
Who can watch, who can act, who can test and who can configure
A fire-alarm monitoring web app built for SMPC’s factory. The system reads the Mitsubishi controller (PLC) in the factory’s fire-alarm panel every second and shows each device’s status on a site map and building floor plans. Alerts go to a LINE group, and every action is kept on record. Remote acknowledge, silence and reset, each confirmed first and checked again by the panel itself, are built and switch on after on-site acceptance.
The fire-alarm control panel at SMPC’s factory sits somewhere hard to reach. Every alarm meant someone had to get to the cabinet before it could be acknowledged or silenced, nobody could see at a glance which building the alarm came from, and there was no digital record of who did what and when. The brief: put the panel’s state on a screen everyone responsible can open immediately, without changing the fire system’s existing hardware or wiring.

This is a life-safety system, so we started from the real fire-alarm panel rather than from the screens: every button on the web has to match the program actually running in the panel. Then we followed one alarm from the device that raises it, onto the screen, out to the people who need to know, and through to the action taken and the record it leaves.
We built a connector that talks to the Mitsubishi controller in the factory’s panel over the plant’s own network, reads every input, output and internal flag once a second, and sends it straight to the web app.
We worked through the control program the factory supplied and matched it against the web app’s device list point by point, so every signal and every on-screen command is tied to the right point in the real panel.
We built a site map over an aerial photo and 3D building plans from the client’s building drawings, then placed every device at its real position with a live status colour, so the people responsible see at once which building and zone an alarm came from.
Alerts go to a LINE group when an alarm starts and when it clears, plus a daily summary. The app has an emergency contact list that dials with one tap, and an emergency button anyone can press from any page.
Access is split into five levels, from guest up to super admin, deciding who can watch, act, test and configure. Every command needs a confirmation and is checked again against the panel’s own conditions. Alarm history and the record of every action are searchable and export to Excel or PDF.
Monitoring is live. Sending commands from the web app back to the panel is built and will be switched on as the final step, after acceptance testing witnessed with the factory on site, because in a life-safety system nobody gets control before every point has been verified.
The people responsible can see every fire-alarm device on the site map and floor plans from a phone, tablet or PC, without walking to the cabinet.
Every event and every action is logged, filterable by time, zone and status, and exportable as a monthly report.
LINE alerts the moment an alarm starts and when it clears, with an emergency contact list that dials straight from the web app.
Acknowledge, silence, un-silence and reset are built and checked against the panel’s program; they are enabled once on-site acceptance is witnessed.
Every device on screen is refreshed from the panel once a second
Connected directly over the factory’s own network
Who can watch, who can act, who can test and who can configure
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Five access levels; alarm history exports to Excel or PDF, and every action is on record

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