Personalisation - Ampio - Knowledge Base

M-DOT-15: 15-fields touch panel module with display Discontinued

Module M-DOT-15 is a component of the Ampio system. Required voltage to power the module is 11 — 16V DC. The module is controlled via CAN bus. The module has fifteen sensor fields, a display and a 1-Wire interface. Sensor fields The touch panel sensor fields are capacitive buttons located behind the glass pane, which is the front of the module.

Last update April 15, 2024, tags: Ampio CAN modules, DOT family, Sensors, Dallas 18B20, Display, Input modules, Wall switch, Touch panels, Personalisation

M-DOT-R14: 14-fields touch panel module with an RFID reader

Module M-DOT-R14 is a component of the Ampio system. Required voltage to power the module is 11 — 16V DC. The module is controlled via CAN bus. The module has fourteen sensor fields, an RFID card reader and a 1-Wire interface.

Last update April 15, 2024, tags: Ampio CAN modules, DOT family, Input modules, Wall switch, Touch panels, Personalisation, Security, Access control, RFID

M-CON-IR: IR integration module MIR

Module M-CON-IR is a component of the Ampio system. Required voltage to power the module is 11 — 16V DC. The module is controlled via CAN bus. The module is used for IR integration. With the use of the module, it is possible to receive commands from remote controls based on the NEC protocol, and to send previously saved commands to external devices.

Last update March 21, 2024, tags: Ampio CAN modules, CON family, Output modules, Integrations, Personalisation, Air conditioning

M-SENS: Ambient conditions measuring module

Module M-SENS is a component of the Ampio system. Required voltage to power the module is 11 — 16V DC. The module is controlled via CAN bus. The module allows for the measurement of ambient conditions in closed spaces. The device is also equipped with an IR receiver, which makes it possible to receive commands from remote controls based on the NEC protocol.

Last update February 8, 2024, tags: Ampio CAN modules, SENS family, Input modules, Sensors, Personalisation

M-DOT-9: 9-fields touch panel module

Module M-DOT-9 is a component of the Ampio system. Required voltage to power the module is 11 — 16V DC. The module is controlled via CAN bus. The module has nine sensor fields and a 1-Wire interface. Sensor fields The touch panel sensor fields are capacitive buttons located behind the glass pane, which is the front of the module.

Last update March 7, 2023, tags: Ampio CAN modules, DOT family, Sensors, Dallas 18B20, Input modules, Wall switch, Touch panels, Personalisation

Controlling the temperature in Ampio UNI

Temperature controls in the Ampio UNI app allow you to create schedules and to manually change the set temperature.

Last update January 18, 2023, tags: Mobile app, Personalisation

Garden irrigation in Ampio UNI

Garden irrigation provides maintenance-free care for your garden, which is additionally adjusted to weather conditions and the water source.

Last update July 27, 2022, tags: Mobile app, Personalisation, Automations

Ampio Panel Creator

Panel Creator is an app that allows designing glass touch panels to navigate system functionalities.

Last update June 15, 2022, tags: Automations, DOT family, Personalisation, Touch panels, Wall switch

M-DOT-M6: 6-fields touch panel module with a display MDOT-M4, MDOT-M4+

Module M-DOT-M6 is a component of the Ampio system. Required voltage to power the module is 11 — 16V DC. The module is controlled via CAN bus. The module has six sensor fields, a display supporting the functionality of swipeable screens, and a 1-Wire interface.

Last update April 8, 2022, tags: Ampio CAN modules, DOT family, Sensors, Dallas 18B20, Input modules, Display, Data visualisation, Wall switch, Touch panels, Personalisation

Automation in the Ampio UNI app

Automation functions allow you to define your own rules for the behaviour of your smart building. Learn how to plan the execution of a specified action based on the time of day or, for example, the light switching on in particular rooms.

Last update April 5, 2022, tags: Mobile app, Personalisation, Automations

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