Security - Ampio - Knowledge Base

M-OC-C8s: Module with eight OC outputs and an RGBW controller functionality

Module M-OC-C8s 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 eight OC outputs, four ground-detecting inputs and supports the functionality of an RGBW lighting controller.

Last update April 8, 2025, tags: CCT, Ampio CAN modules, OC family, Integrations, Output modules, DIN rail modules, Lights, LED lights, RGBW lights, Open-collector drivers, Central heating, Security, Wall switch

M-DOT-M18: 18-fields touch panel module with a display

Module M-DOT-M18 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 eighteen sensor fields, a display supporting the functionality of swipeable screens, and a 1-Wire interface.

Last update February 18, 2025, tags: Ampio CAN modules, DOT family, Sensors, Dallas 18B20, Input modules, Display, Data visualisation, Wall switch, Touch panels, Personalisation, Security, Access control

Conditions for moving an old installation to the new cloud

In this guide you will find out what to do to log into the new Ampio Cloud from an old installation.

Last update February 14, 2025, tags: Ampio Cloud, Security, Installation, Ampio Designer, SERV family

Camera controls in Ampio Designer

A guide on how to work with cameras in Ampio Designer using HIKVISION cameras as an example.

Last update October 30, 2024, tags: SERV family, Configuration, Integrations, IP, Mobile app, Ampio Designer, Security

M-SERV-s: Remote system management and IP integrations module MSERV-4s

Module M-SERV-s 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 M-SERV-s module is a communication gateway for Ampio mobile applications - both within the local network and via the Ampio Cloud platform - and it enables IP integrations.

Last update October 29, 2024, tags: Ampio CAN modules, SERV family, Wall switch, Sensors, Dallas 18B20, Input modules, Output modules, Relay outputs, DIN rail modules, Integrations, Lights, OWA lighting, LED lights, Open-collector drivers, Central heating, SATEL, Ampio Cloud, IP, Mobile app, Hotel, Node-RED, Roller shutters and blinds, RS-232, Security

Granting access to an installation

Learn how to give access to your installation to other household members and how to manage their permissions.

Last update October 29, 2024, tags: Ampio Cloud, Security

Installation status in Ampio Cloud

The Ampio system is intended for installation and configuration by certified installers. This is also reflected in the design of the Ampio Cloud. Find out what is the installation status and how it changes with the advancement of installation works.

Last update October 24, 2024, tags: Ampio Cloud, Installation, Security

Access control configuration

Access control configuration guide using the M-DOT-R14 panel as an example.

Last update October 23, 2024, tags: Access control, Configuration, Ampio Designer, Mobile app, RFID, Security

M-ROOM-s: Comprehensive apartment administration module MultiRoom-1s Discontinued

Module M-ROOM-s 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 can provide many of the functionalities envisioned by the Ampio building automation system’s architecture.

Last update July 29, 2024, tags: Ampio CAN modules, ROOM family, Wall switch, Sensors, Dallas 18B20, Input modules, Output modules, Relay outputs, DIN rail modules, Integrations, Lights, LED lights, Open-collector drivers, Central heating, SATEL, Hotel, Roller shutters and blinds, RS-232, Security

M-ROOM-s PRO: Comprehensive apartment administration module

Module M-ROOM-s PRO 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 can provide many of the functionalities envisioned by the Ampio building automation system’s architecture.