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iRidium Documentation

website·Indexed 34 days ago

https://doc.iridi.com

Developer documentation for iRidium Pro and associated hardware. Includes guides on managing dynamic List graphical elements using IR.CreateItem(), .AddItem(), and data filtering methods, as well as technical specifications for hardware modules such as DM-604-1W, DM-604P-1W, FM-400, and FS-TH-IL-M-S. Covers firmware configurations, wiring instructions, and the use of the iRidium emulator for project testing.

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What's inside iRidium

  1. Overview of ProAV Control Processor Basic (PX-VM20-Basic)

    The ProAV Control Processor Basic (Product Code: PX-VM20-Basic) is designed for automation projects in apartments, houses, buildings, and commercial facilities. It can be used within a decentralized iRidi© Bus77 network. The device is responsible for collecting, storing, processing, and transmitting data received via network and field interfaces. Its specific functionality depends on the installed application software and the active license.

  2. Overview of the Ddc-04-01xx Scenario Switch

    The Ddc-04-01xx is a scenario switch designed to trigger management scenarios for electrical equipment in apartments or houses. It is used to control:

    • Lighting groups
    • Curtain/blind drives
    • Room air temperature adjustments.

  3. Overview of iRidi for HDL Buspro

    iRidi for HDL Buspro is a toolset used to create control interfaces for home or office automation based on HDL equipment. It allows a control panel to connect to the HDL bus via any HDL IP interface. There is no limit to the number of simultaneous connections to the interface.

  4. Overview of the DB-02-71-01xx Scenario Switch

    The DB-02-71-01xx is a scenario switch designed for the Bus77 Pro system. It allows users to trigger control scenarios for home electrical equipment, including lighting groups and curtain drives. It features two buttons with a neutral position and an integrated temperature sensor for room air measurement.

  5. Overview of iRidi lite server capabilities

    The iRidi lite server extends the functionality of the i3 lite application by offloading project logic from the control panel to a dedicated server. Key capabilities include:

    • 24/7 Automation: Continuous data collection, analysis, and execution of schedules and rules.
    • Remote Management: Secure communication between the panel and server via a proprietary protocol, allowing control outside the home network without storing personal device data in the cloud.
    • Voice Assistant Integration: Support for Amazon Alexa, Google Home, and Yandex Alisa.
    • Astrotimer Processing: Calculates solar angles based on coordinates for actions triggered by sunrise, noon, sunset, or specific solar angles.
    • Notifications: Sends informational and emergency messages to the event log and push notifications to user panels.
    • Multi-Panel Equipment Control: Acts as a gateway for hardware that only supports a single connection (e.g., Global Caché, Marantz, Beckhoff), allowing unlimited panels to control the device.
    • Deployment Options: Available as hardware (iRidi UMC, RPI, NUC) or as software for Windows.

    Note: Support for i3 lite ends on December 31, 2025.

  6. Overview of DB-03-45-01xx Scenario Switch

    The DB-03-45-01xx is a 1-button scenario switch used to trigger control scenarios for home electrical equipment, such as lighting groups, curtain drives, and room temperature adjustments. It features a built-in temperature sensor and can be configured for either scenario triggers or direct control via supported applications (i3 pro, bus77 Home, Bus77 Lite).

  7. Overview of DL-03-45-01xx Scenario Switch

    The DL-03-45-01xx is a single-button scenario switch designed for the Bus77 Lite system. It is used to trigger control scenarios for home electrical equipment, including lighting groups, curtain drives, and room temperature adjustments. It features a built-in temperature sensor and supports an optional external temperature sensor.

  8. Overview of iRidi Lite Schedules

    Schedules in the iRidi Lite configurator are used for event planning and are typically used in conjunction with rules and macros. They allow developers to create delayed tasks, such as turning on electrical appliances at a specific time or turning them off before sleep.

  9. Overview of iRidi for DigiSynthetic

    The iRidi for DigiSynthetic toolset allows iRidi equipment to connect to and manage DigiSynthetic audio switching hardware operating on the AES67 protocol. It is compatible with iRidi version 1.3.77 and later. It has been tested with the DigiSynthetic DMX208 hardware.

  10. Overview of the P10-sm Wall-Mounted Control Panel

    The P10-sm is a 10-inch large-format wall-mounted control panel designed for central home, office, or meeting room management. It features an IPS display with wide viewing angles and accurate color reproduction. The device is designed for installation into a standard flush-mount box (podo-rozetnik) using a mounting plate and two screws, eliminating the need for a specialized recessed box. Key hardware features include a proximity sensor for screen wake-up, an ambient light sensor for automatic brightness adjustment, and support for PoE and IEEE 802.1X for corporate network integration.

  11. Overview of ProAV Control Processor Advanced (PX-VP100-Advanced)

    The ProAV Control Processor Advanced (Product Code: PX-VP100-Advanced) is designed for automation projects in apartments, houses, buildings, and commercial facilities. It can be deployed within a decentralized iRidi© Bus77 network. The device is responsible for collecting, storing, processing, and transmitting data received via network and field interfaces. Its specific functionality is determined by the installed application software and the associated license.

  12. Overview of Helvar connection methods in iRidi

    iRidi supports four primary drivers for connecting to Helvar equipment. The choice of driver depends on the network environment (Local vs. Internet) and licensing requirements. Note: Helvar routers must support the HelvarNet protocol; for IP connections, DIGIDIM 910/920 should be used.