Alerted as soon as a threshold is crossed
TodayYou find out about the problem when the machine stops.
With MobapiSet a threshold on a bearing temperature, below the trip limit, and the alarm is raised in time.
Your fleet mixes makes and generations, and some of your equipment reports nothing. Mobapi adds thresholds and alarms to it, and gives you what you need to assess an alarm remotely.
TodayYou find out about the problem when the machine stops.
With MobapiSet a threshold on a bearing temperature, below the trip limit, and the alarm is raised in time.
TodayA trip to site just to understand an alarm, sometimes at night.
With MobapiThe trends are on your phone, so you know what to look at before you set off.
TodayAfter an incident, memories and scattered notes.
With MobapiTime-stamped measurements, maintenance work and round readings in one place, with trends you can export.
TodayThe oldest ones, often the most fragile, have never been monitored remotely.
With MobapiThe original control system can be read, even over a serial link. See legacy equipment.
It takes them from the control system, the PLCs or the added sensors, in read-only mode. The systems already connected are listed on the Legacy equipment page.
Averages, minimums, maximums and threshold crossings, with the full history.
Alarms, trends and history for each piece of equipment, recent or old. More detail on the Platform page.
EDF in French Guiana, a client since 2017, across all its thermal generation assets. At one of its sites, a gas turbine trips on a fault. From an airport, a manager sees it in Mobapi and alerts the plant technician.
<6min
to clear on site a fault spotted remotely. 4 h of downtime avoided.
“We keep better track of our machines, we anticipate breakdowns, and we keep them in good condition for much longer.”
· Translated from French.By setting an alarm threshold below the trip limit, on a measurement that is tracked continuously. On a bearing temperature, for example, the alarm is raised in time, by SMS or email. Mobapi adds these thresholds to equipment of every make, even to equipment that reported nothing.
Yes, if the machine’s trends can be read on a phone: you know what to look at before you set off. At EDF in French Guiana, a client since 2017, across all its thermal generation assets, a manager at an airport sees a turbine fault in Mobapi. The fault is cleared on site in under six minutes.
Yes. We fit the missing sensors (temperature, pressure, level) and connect them to the BOX, over 4-20 mA or on its digital inputs. The equipment stays in place.
No. The CMMS organises the maintenance work, while Mobapi monitors the fleet and alerts you. The two complement each other, and your CMMS can retrieve Mobapi data through the API.
Yes. Mobapi is not tied to any manufacturer: thresholds, alarms and trends apply in the same way across your whole fleet, recent or old.
It carries on, provided the connector is changed: the turbine stays on the same screen. A gas turbine runs for decades and often changes its control system. It has already happened on a turbine migrated from a Mark IV to a Mark VIe: Mobapi read the old system’s printer output, then the new one’s Modbus TCP.
A connection that only reads, changing neither the program nor the safety functions, seems a long way from a substantial modification. The regulation targets a modification not foreseen by the manufacturer that creates a new hazard or increases a risk, says France’s INRS. Mobapi’s BOX is read-only. The conclusion is nonetheless the operator’s to draw.
Tell us which one. We’ll show you the measurements already available and the alarm thresholds to set on it.
See also: For operations · For energy · Article: retrofitting