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This device enables remote management and integration of units via the Cloud, controlled through the “Airzone Cloud” App for iOS and Android.

It features a dual Wi-Fi connection (2.4/5 GHz) and is powered by an external supply.

Key features include:

Unit Control and Error Detection: Monitors functionality and identifies issues.

Configurable Digital Input: Detects open windows, occupancy, or activates ECO mode.

Auxiliary Heat Control: Manages heating sources and allows locking.

Automatic Mode Adjustment: Changes operation modes based on two set-point temperatures.

Temperature Limitation: Sets limits for cooling and heating modes.

Scheduling: Manages status, temperature, mode, and speed schedules.

Integration with Smart Thermostats: Offers Cloud and wired integration with third-party devices.

Protocol Compatibility: Supports Modbus RTU/TCP and BACnet MS-TP/IP.

This device provides a comprehensive solution for climate control.

This device enables remote management and integration of units from the Cloud, controlled via the “Airzone Cloud” App for iOS and Android.

It features a self-powered wireless Wi-Fi connection with dual communications (2.4/5 GHz).

Key features include:

Parameter Control: Adjust unit settings remotely.

Error Detection: Monitors communication errors.

Scheduling: Manages temperature and operating mode schedules.

Multi-User Access: Supports multiple users and sessions.

Protocol Integration: Connects via Modbus/BACnet.

Smart Thermostat Integration: Works with Cloud and third-party smart thermostats (3PTI).

Auxiliary Heat Output: Includes On/Off input for heating.

Automatic Mode Change: Adjusts operational modes automatically.

Temperature Limits: Sets limits for both heating and cooling.

This device offers a comprehensive solution for climate control management.

This device allows remote management and integration of units via the Cloud, controlled through the “Airzone Cloud” App for iOS and Android.

It features a self-powered wireless dual Wi-Fi connection (2.4/5 GHz).

Key features include:

Unit Control: Manages unit settings and detects errors.

Configurable Inputs: Supports open window detection, occupancy presence, and ECO function.

Auxiliary Heat Control: Locks heat sources and manages auxiliary heating.

Automatic Mode Change: Adjusts operation modes based on set-point temperatures.

Temperature Limits: Sets limitations for heating and cooling modes.

Scheduling: Manages status, temperature, mode, and speed schedules.

Integration: Supports Cloud and wired connections with third-party smart thermostats (3PI), Modbus RTU/TCP, and BACnet MS-TP/IP.

APIs: Provides Local and Cloud API integration services, mDNS multicast.

This device enables remote management and integration of units via the Cloud, with online control through the “Airzone Cloud” App, available for iOS and Android.

It supports a wireless dual Wi-Fi connection (2.4/5 GHz) and is powered by an external power supply.

Key features include unit control and error detection, as well as a configurable digital input for detecting open windows, occupancy presence, or activating the ECO function.

It provides auxiliary heat control and heat source locking, along with automatic changes in operation mode based on two set-point temperatures.

The device also limits temperatures for both cooling and heating modes, and allows scheduling of status, temperature, mode, and fan speed.

It integrates with third-party smart thermostats (3PI) and can connect via Modbus RTU/TCP or BACnet MS-TP/IP protocols.

Additional integrations include the Airzone thermostat, Lutron Palladiom thermostat, AirQ Box, and AirQ Sensor.

Finally, it supports both local and Cloud API integration services, and mDNS multicast for easy communication.

Device to manage and integrate units remotely from the Cloud.

Online control with the “Airzone Cloud” App (available for iOS and Android).

Wireless Wi-Fi connection.

Externally powered by the indoor unit.

Features:

• Control of the parameters of the unit.

• Communication errors detection.

• Temperature and operating mode time schedules.

• Multi-user and multi-session.

• Port for integration via Modbus protocol.

• Temperature limits for hot and cold.

This device allows for remote management and integration of units via the Cloud using the “Airzone Cloud” App, available for iOS and Android.

It features a dual Wi-Fi connection (2.4/5 GHz) and is powered by an external supply.

Key features include:

Unit Control and Error Detection: Monitors and identifies issues.

Configurable Digital Input: Detects open windows, occupancy, or activates ECO mode.

Auxiliary Heat Control: Manages heating sources and allows locking of settings.

Automatic Mode Adjustment: Changes operation modes based on two set-point temperatures.

Temperature Limitation: Sets limits for both cooling and heating modes.

Scheduling: Manages status, temperature, mode, and speed time schedules.

Integration with Smart Thermostats: Offers Cloud and wired integration with third-party thermostats.

Protocol Compatibility: Supports Modbus RTU/TCP and BACnet MS-TP/IP, compatible with devices like the Lutron Palladiom thermostat.

API Services: Provides local and Cloud API integration with mDNS multicast.

This device is a comprehensive solution for efficient climate control management.

This device enables remote management and integration of units via the Cloud, using the “Airzone Cloud” App for iOS and Android.

It features a dual Wi-Fi connection (2.4/5 GHz) and is powered by an external supply.

Key features include:

Unit Control and Error Detection: Monitors functionality and identifies issues.

Configurable Digital Input: Detects open windows, occupancy, or activates ECO mode.

Auxiliary Heat Control: Manages heating sources and allows for locking.

Automatic Mode Adjustment: Changes operation modes based on two set-point temperatures.

Temperature Limitation: Sets limits for cooling and heating modes.

Scheduling: Manages status, temperature, mode, and speed schedules.

Integration with Smart Thermostats: Offers Cloud and wired integration with third-party devices.

Protocol Compatibility: Supports Modbus RTU/TCP and BACnet MS-TP/IP.

API Services: Provides local and Cloud API integration with mDNS multicast.

This device offers a comprehensive climate control solution.

Device to manage and integrate AC units in KNX TP-1 control systems.

 Externally powered by the indoor unit.

Features:

• Control of the parameters of the unit.

• KNX Control.

• KNX standard data.

• 3 digital configurable inputs.

• Easily configurable from ETS.

• Communication errors detection.

• Outputs: Eight outputs (latching relays, potential-free contacts)
• Electrical rating per output:ac/
  • 347 Vac, 50/60 Hz, 15A , cos phi = 1
  • 277 Vac, 50/60 Hz, 20A , cos phi = 1
  • 1.5 HP @ 120 Vac
  • 3 HP @ 277 Vac
• Control voltage: 1 to 10V (provided by ECG Dynamic ballast)
• Dimmable electronic ballast: Maximum 60 units
• Signal amplifier: Maximum 12 units

• Surface mounting box for presence detectors UP 258Dx1 AP 258E11
• For mounting presence detector UP 258Dx1 as a surface-mounted device.
• Color white (similar to RAL 9016)
• Dimensions (LxWxH) 109x109x30 mm

Multiplier for Mitsubishi Electric AC units that manages communications between accessories connected to the CN105 port, allowing the connection of more than one device.

The Connect Box radically lowers the effort, investment, and complexity of integrating devices and equipment to a common system and retrofitting additional functionality to optimize the building:

• Plug and play installation and configuration experience optimized for installers such as electricians
• Library of over 500 field and equipment devices ready to connect
• Smart protocol gateway supports 11 communication protocols; both standard and proprietary, wired and wireless protocols including a local IoT private network based on LoRa
• Typically retrieves equipment data at 10-minutes intervals – adjustable by user per protocol and data point
• Powerful integration of third-party applications via public APIs, MQTT or Webhooks
• User web interface to remotely configure and provide optional, but important BMS functionality for selected licenses at https://connectbox.siemens.com

A software license is required to activate Connect Box.

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Overview

• Module converting DALI dimming commands into analogue 0-10V signal (DALI DT5)
• The module is especially designed to operate with drivers with 0-10V control input
• Transformation of DALI 8-Bit arc power level into analogue output signal from 0V to 10V
• Selection of linear or logarithmic dimming curve (DT5)
• Factory default are the default DT5 settings: output range 1-10V, logarithmic dimming curve
• Maximum output current of 1mA (current sink)
• The DALI 0-10V must not be connected to the mains. It is supplied directly by the DALI signal line.

Overview

• Module converting DALI dimming commands into PWM signal
• Easy integration of electronic ballast with PWM control input (e.g.Meanwell HLG, HLN, NPF or LPF series) in DALI lighting systems
• Advantage of fail-safe digital signal data communication compared to types with analog output voltage
• Transformation of DALI 8-Bit arc power level into PWM output signal (~500Hz) from 0% to 100%
• Selection of linear or logarithmic dimming curve (DT5)
• Output range selectable between 0-100% and 10-100% (DT5)

Overview

• The 1-channel DALI LED Dimmer is designed for constant voltage LED modules with operating voltages from 12V to 48V.
• It supports Sw&Dim and SwitchDim2 modes, allowing light level control through 1 or 2 switch inputs without DALI.
• From firmware version 4.0 onward, the device can also be controlled directly by a motion sensor, enabling the "corridor function."
• The dimmer is compact, suitable for integration into luminaires or remote ceiling installations.  
• It supports maximum input currents of 4A, 8A, 10A, or 16A, depending on the type.
• The dimmer features low standby power consumption, high efficiency, and is configured via PC software DALICockpit and a DALI USB interface.
• It also comes with user-friendly factory default settings.

Overview

• The 1-channel DALI LED Dimmer is designed for constant voltage LED modules with operating voltages from 12V to 48V.
• It supports Sw&Dim and SwitchDim2 modes, allowing light level control through 1 or 2 switch inputs without DALI.
• From firmware version 4.0 onward, the device can also be controlled directly by a motion sensor, enabling the "corridor function."
• The dimmer is compact, suitable for integration into luminaires or remote ceiling installations.  
• It supports maximum input currents of 4A, 8A, 10A, or 16A, depending on the type.
• The dimmer features low standby power consumption, high efficiency, and is configured via PC software DALICockpit and a DALI USB interface.
• It also comes with user-friendly factory default settings.

Overview

• DALI bus power supply unit
• Guaranteed Supply Current 220mA
• Maximum Supply Current 250mA
• Suitable to power an entire DALI-line with 64 standard DALI ballasts
• Suitable for DIN rail mounting
• Power supply range 120Vac … 240Vac for worldwide use
• Surge immunity up to 400V
• Load indicator
• Integrated test button for function check
• System status queries (DALI current, bus load, runtime etc.) with DALICockpit Software

Overview

• The 3-channel DALI LED Dimmer is designed for constant voltage LED modules operating between 12V and 48V. It offers two main operating modes:
• DT6: Each channel can be controlled via its own DALI address (3 addresses total).
• Colour&Dim: Uses 2 DALI addresses—one for light level adjustment and one for color adjustment.
• SwitchDim2: Provides control via 2 switch inputs for light level and color without DALI.
• The dimmer supports a range of 0.1% to 100% dimming and features adjustable PWM frequencies (122Hz, 244Hz, 488Hz, 976Hz; with firmware version 4.6 and later, frequencies are 250Hz, 500Hz, 1kHz).
• It is compact for integration in luminaires and remote ceiling applications.
• The supply voltage ranges from 12V to 48V DC, with maximum input currents of 4A, 8A, 10A, or 16A, which can be distributed among the channels (max 10A per channel).

Overview

• The 3-channel DALI LED Dimmer is designed for constant voltage LED modules operating between 12V and 48V.
•  It offers two main operating modes:
• DT6: Each channel can be controlled via its own DALI address (3 addresses total).
• Colour&Dim: Uses 2 DALI addresses—one for light level adjustment and one for color adjustment.
• SwitchDim2: Provides control via 2 switch inputs for light level and color without DALI.
• The dimmer supports a range of 0.1% to 100% dimming and features adjustable PWM frequencies (122Hz, 244Hz, 488Hz, 976Hz; with firmware version 4.6 and later, frequencies are 250Hz, 500Hz, 1kHz).
• It is compact for integration in luminaires and remote ceiling applications.
• The supply voltage ranges from 12V to 48V DC, with maximum input currents of 4A, 8A, 10A, or 16A, which can be distributed among the channels (max 10A per channel).

Overview

• The 3-channel DALI LED Dimmer is designed for constant voltage LED modules operating between 12V and 48V. It offers two main operating modes:
• DT6: Each channel can be controlled via its own DALI address (3 addresses total).
• Colour&Dim: Uses 2 DALI addresses—one for light level adjustment and one for color adjustment.
• SwitchDim2: Provides control via 2 switch inputs for light level and color without DALI.
• The dimmer supports a range of 0.1% to 100% dimming and features adjustable PWM frequencies (122Hz, 244Hz, 488Hz, 976Hz; with firmware version 4.6 and later, frequencies are 250Hz, 500Hz, 1kHz).
• It is compact for integration in luminaires and remote ceiling applications.
• The supply voltage ranges from 12V to 48V DC, with maximum input currents of 4A, 8A, 10A, or 16A, which can be distributed among the channels (max 10A per channel).