RMI-SETUP Description
App developed to operate with the RMIDNG dongle connected to EL.MO. mod. RMI01.
Through this app you can:
- Configure and calibrate the RMI01 detectors via secure Wi-Fi connection;
- Load presets in accordance with EN50131-2-8 (Window, Wood, Concrete)
- Activate / Deactivate the desired protections (Weak, Strong, Continuous and Breakthrough);
- Set the number of events necessary to trigger the alarm;
- Set the memory time for the event count;
- Set the detection sensitivity;
- View in real time the differentiated alarm states for pre-alarm, tampering, opening, weak shocks, continuous vibrations, strong shocks and breakthroughs;
- View the intensity of the signals perceived by the sensors in real time;
- Opening Contact Calibration;
- Preset saving of atypical structures;
- Carry out Autotest.
The RMI01 detectors perceive the shocks and vibrations generated by attempts to break in,
break through or perforate the protected structure. They employ two different sensitive elements: a
proven piezoelectric transducer and a MEMS accelerometer. The signals collected from both sources are integrated and analyzed using adaptive intelligence algorithms: these algorithms enhance the strengths of both technologies to achieve unparalleled reliability.
Through this app you can:
- Configure and calibrate the RMI01 detectors via secure Wi-Fi connection;
- Load presets in accordance with EN50131-2-8 (Window, Wood, Concrete)
- Activate / Deactivate the desired protections (Weak, Strong, Continuous and Breakthrough);
- Set the number of events necessary to trigger the alarm;
- Set the memory time for the event count;
- Set the detection sensitivity;
- View in real time the differentiated alarm states for pre-alarm, tampering, opening, weak shocks, continuous vibrations, strong shocks and breakthroughs;
- View the intensity of the signals perceived by the sensors in real time;
- Opening Contact Calibration;
- Preset saving of atypical structures;
- Carry out Autotest.
The RMI01 detectors perceive the shocks and vibrations generated by attempts to break in,
break through or perforate the protected structure. They employ two different sensitive elements: a
proven piezoelectric transducer and a MEMS accelerometer. The signals collected from both sources are integrated and analyzed using adaptive intelligence algorithms: these algorithms enhance the strengths of both technologies to achieve unparalleled reliability.
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