The Domino system

DFPW2 module generates the proper power supply required by the modules connected to Domino bus. To ensure proper operation, the input voltage of DFPW2 module must be 230Vac 50Hz.

DFPW2 performs an electronic protection with self-restoring function; the protection breaks off the current at the output terminals when an overload or a short circuit occurs on the bus. DFPW2 can supply up to 50 modules of Domino family (see table for exceptions).

Depending on the installed modules, on the topology of the system and on the bus wires size, more DFPW2 modules may be installed in different locations, in order to distribute them along
the bus and minimize the voltage drop.

When connecting more DFPW2 modules on the same bus, it is important to take care of the polarity (both L/N and +/-); in addition, a unique breaking switch for all DFPW2 has to be installed. For 3-phase networks, all installed DFPW2 related to the same bus must be connected to the same phase.

DFPRO hand held tester/programmer is a precious and useful device for the setting up, check and diagnostic of the Domino plant; it avoid the use of a PC for some operations.

The functions that can be performed by DFPRO are the following:
- Assigning and changing the address of modules
- Verifying the address assigned to modules
- Configuration of the parameters of special modules (e.g. DFIR, DFDM, etc.)
- Display the status or the value of input modules
- Display the status or the value of output modules
- Changing the outputs, both digital and dimmer types
- Getting the list of the modules installed in the plant
- Measuring the voltage level on the bus
- Checking of firmware version loaded into the modules

DFPRO can be directly connected to PRG connector (if available) of a single Domino module not supplied by the bus. This kind of connection is typically useful for assigning and checking the module address before its installation in the plant. (fig.1)

DFPRO can be also directly connected to the PRG connector of a module inside a Domino bus system, supplied by one or more DFPW2; in this case, many diagnostic and configuration functions can be performed. (fig.2)

DFPRO can be finally used as interface between a PC and the Domino bus (regardless of the activated menu). In this case DFPRO works in a way absolutely identical to the Domino DFRS interface. (fig.3)

Together to DFPRO, it is provided the cable for the fast and easy link to 3-way connector available on the Domino modules and identified as PRG connector. The cable for the connection between DFPRO and the RS232 port of the PC is also provided.

The DFCP 4 controller is the heart of an entire Domino system. The system management is facilitated using equations that bind inputs and outputs together.
The DFCP 4 provides powerful programming features that can satisfy almost any request.

DFCP 4 provides full control of the internal RAM (buffered by a battery), granting control of the state to which each memory cell, and therefore the physical outputs of the system, must switch after a system power failure.
In addition to the event triggered equations, the DFCP 4 also provides algebraic equation functions, and time equations with a daily, weekly and yearly scheduler.
Thanks to the script function, which consists of program macroblocks written in a very simple language similar to Basic, the DFCP 4 can perform very complicated functions.
The DFCP 4 is also able to calculate sunrise and sunset times and the position of the sun (azimuth and elevation); the values calculated are placed in 4 registers that must be defined using the LOCALIZE configuration directive.
If several controllers are installed, it is possible to exchange information between them. It is also possible to interface two different systems like Contatto and Domino buses.

When compared to the previous DFCP version, the following characteristics stand out:
• Integrated weekly Scheduler for management of 16 points (“zones”) with 8 time slots each one; each time slot can be individually enabled or disabled
• A new program transferred to DFCP 4 is stored in a different memory location and therefore, during the download, the program previously loaded continues to operate without interruption; only when downloading of the new program is completed, and if everything goes well, the automatic switch from the old program to the new one will be performed.
• MODBUS TCP/IP Slave on ETH port (ETH version)
• Integrated Ethernet Bridge, multi-user up to 8 simultaneous connections (ETH version)
• Integrated WEB Server, multi-user up to 8 simultaneous connections, including sceneries management (ETH version)
• Simple Diagnostic through a WEB browser, therefore without need to install DCP IDE program (ETH version)

The available versions are the following:
DFCP 4 STD : 1 RS232 + 2 RS485
DFCP 4 ETH : 1 RS232 + 2 RS485 + ETH

In order to program the DFCP 4 Control Unit, it is necessary to have the DCP IDE software tools installed on a PC. The DCP IDE package also includes the DCPVISIO program, which allows graphical display of field status and all DFCP 4 parameters, as well as other programs with specific functions.

The DFCP 4 controller is available in DIN modular housing (6 modules size).

The DFCP 4 controller is the heart of an entire Domino system. The system management is facilitated using equations that bind inputs and outputs together.
The DFCP 4 provides powerful programming features that can satisfy almost any request.

DFCP 4 provides full control of the internal RAM (buffered by a battery), granting control of the state to which each memory cell, and therefore the physical outputs of the system, must switch after a system power failure.
In addition to the event triggered equations, the DFCP 4 also provides algebraic equation functions, and time equations with a daily, weekly and yearly scheduler.
Thanks to the script function, which consists of program macroblocks written in a very simple language similar to Basic, the DFCP 4 can perform very complicated functions.
The DFCP 4 is also able to calculate sunrise and sunset times and the position of the sun (azimuth and elevation); the values calculated are placed in 4 registers that must be defined using the LOCALIZE configuration directive.
If several controllers are installed, it is possible to exchange information between them. It is also possible to interface two different systems like Contatto and Domino buses.

When compared to the previous DFCP version, the following characteristics stand out:
• Integrated weekly Scheduler for management of 16 points (“zones”) with 8 time slots each one; each time slot can be individually enabled or disabled
• A new program transferred to DFCP 4 is stored in a different memory location and therefore, during the download, the program previously loaded continues to operate without interruption; only when downloading of the new program is completed, and if everything goes well, the automatic switch from the old program to the new one will be performed.
• MODBUS TCP/IP Slave on ETH port (ETH version)
• Integrated Ethernet Bridge, multi-user up to 8 simultaneous connections (ETH version)
• Integrated WEB Server, multi-user up to 8 simultaneous connections, including sceneries management (ETH version)
• Simple Diagnostic through a WEB browser, therefore without need to install DCP IDE program (ETH version)

The available versions are the following:
DFCP 4 STD : 1 RS232 + 2 RS485
DFCP 4 ETH : 1 RS232 + 2 RS485 + ETH

In order to program the DFCP 4 Control Unit, it is necessary to have the DCP IDE software tools installed on a PC. The DCP IDE package also includes the DCPVISIO program, which allows graphical display of field status and all DFCP 4 parameters, as well as other programs with specific functions.

The DFCP 4 controller is available in DIN modular housing (6 modules size).

DFWEB module has been developed to be used in all applications of Domino system where it is required to control the domotic system through a LAN or Internet connection, avoiding hard configuration procedures; for this kind of applications, in association with the specific program for the development of graphical maps, DFWEB module is very user-friendly.

DFWEB interfaces directly to the Domino bus, therefore it is not required any additional controller; this allows to realize a very inexpensive domotic system at the state of the art.

DFWEB module can operate in two different modes: in the first one it acts as a “bridge” between a local Ethernet network and Domino system, while in the second operating mode it can be used as complete WEB-Server, with web pages that can be created by the user.

Web-Server modality is MULTI-CLIENT; it is possible the simultaneous access to a maximum of 4 users (plus one user in bridge mode).

DFWEB module allows to manage the majority of the Domino bus variables, like:
• status of the digital inputs
• status and command of real outputs
• value of the analog inputs (e.g. temperature)
• setting of analog outputs (e.g. dimmer)
• status and command of virtual points
• system clock

The official application for Duemmegi Domino bus system.

iCasaMia turns your iOS or Android device into a remote control for:
- Lighting control (on / off, dimmer)
- Curtains, blinds, etc.. control
- Create custom scenarios which can be accessed with a simple action
- Checking the temperature of the rooms
- Set and execute scheduled actions (irrigation, automatic ignition, etc.).
- Monitoring the energy consumption and loads management
- Display images from cameras

iCasaMia requires a WiFi connection and a suitable network interface connected to the Domino System (DFWEB, WEBS, DFAPP)

iCasaMia is simple to be set up. It automatically searches for the installed Domino modules and it allows customization of the menus: rooms, scenarios, clima zones, etc..

The DFH module was developed for all the Domino system based installations, where control of the automation system via LAN or Internet connection is required.

DFH integrates a standard WEBCON multi-protocol supervision server with a licence for Domino bus. It is therefore a powerful Web-based system that does not require the installation of any special software on your PC, except for a Web browser.

The DFH module for Domino bus therefore represents an integrated solution for the control and management, both local and remote, of lighting, temperature, hourly programming, load control, energy monitoring, anti-intrusion, safety and fire alarm, access control, irrigation, VoIP telephones, audio / video multi-room systems, scenic systems, speech synthesis and much more.

The DFAPP module is an interface (gateway) between the Ethernet network and the Domino bus.

Through BDTools and BDWizard support software it is possible to perform the following tasks:
- addressing modules,
- programming system functions,
- reading and editing operating programs,
- updating modules firmware and more.

This is done either locally or remotely, via Ethernet network. When access points are properly configured, it is also possible to perform the same tasks via wireless.

The DFAPP module also allows control of the home automation system through iCasaMia and ACASAMIA applications available for free online; thanks to the afore mentioned possibility, the DFAPP module is a user-friendly solution to control and manage, both locally and remotely, lighting, automation, climate technologies, pre-set lighting, load control, energy consumption, and more.

This module allows to connect the Domini bus to a Personal Computer through the USB serial port.

By using the specific program BDTools, an easy and quick setting up of the plant can be performed.

The housing is suitable for DIN rail mounting (2M).

DFTouch video terminal is a simple customizable graphical interface allowing an easy management of the domotic plant realized with Domino DFTOUCH bus.

The main characteristics of DFTouch video terminal are the following:
• Direct connection to bus Domino bus
• Monochromatic display 240x320
• Time controlled back lighting and adjustable contrast
• Up to 50 user’s pages
• Customization of any page with a background image and icons (animations) for the displaying of the status of bus points and to send commands to the outputs
• Page switching through buttons on the display which can be freely customized
• Page recall at the occurrence of a status change on one or more bus points; this function is useful for alarm management
• Acoustic beeper (buzzer) inside the device whose operation can be programmed as required
• Displaying of temperatures measured by bus modules (e.g. DFTA and DFTE), both in numerical and graphical format (BDGraph)
• Management of temperature regulation modules (e.g. DFCT)
• Management of scheduler/clock module (DFCK3)
• Displaying and editing of date and time (by DFCK3 or DFCP modules)
• Displaying of electrical parameters of the plant, measured by DFCC or DFANA modules
• Management of sceneries: DFTouch allows to create, edit and save many sceneries, therefore this operation can be done by the final user without the intervention of a qualified installer. The sceneries can be recalled by buttons on DFTouch or by physical pushbuttons connected on the bus. Each scenery can control lights, shutters, blinds, brightness level of dimmer modules, the temperature setpoint of the clima system and many more
• Screen saver function with customizable image and time out
• BDGraph or DFTouchTools programs, free of charge and user friendly for the development of the pages to be displayed on DFTouch
• RS232 serial port for the uploading of the application
• Each page can have a background image in bitmap format, thus easily customizable; in addition, the development software is provided together to a wide library of symbols
• More DFTouch terminals can be installed in the same plant

DFTouch housing allows the mounting in a standard wall box model 506E.
DFTouch does not require any bus address.

Module for the acquisition of 4 ON-OFF signals, suitable for the connection to auxiliary contacts, pushbuttons, limit switches, light switches, etc.

DF4I/V version features, in addition to the 4 inputs, up to 12 virtual points useful for the combination of programming functions. It can be provided with fixed or removable bus terminal.

The housing is sutable for mounting inside standard wall box mod. 503 or similar ones.

Module for the acquisition of 4 ON-OFF signals, suitable for the connection to auxiliary contacts, pushbuttons, limit switches, light switches, etc.

DF4I/V version features, in addition to the 4 inputs, up to 12 virtual points useful for the combination of programming functions. It can be provided with fixed or removable bus terminal.

The housing is sutable for mounting inside standard wall box mod. 503 or similar ones.

Module for the acquisition of 4 digital inputs and for the driving of 4 leds or small lamps.

Suitable f DF4IL or standard wall box mod. 503.

Module for 8 digital inputs and 8 leds. Suitable for standard wall box mod. 503.

KEYBOARD/T
A polycarbonate panel with 8 membrane pushbuttons and 8 integrated LED is available for the main brands of wall boxes; this panel allows an easier customizing by inserting a paper label with the desired texts or symbols.

Module for 8 ON-OFF normally open contacts (3M).

It is suitable for the connection to auxiliary contacts, pushbuttons, limit switches, light switches, etc

DFWRX module allows to manage up to 4 wireless transmitters using ENOCEAN technology.
The advantage of this technology is the availability of transmitters that, in addition to be wireless, are also battery-less, thus they do not need to be supplied by a battery.

The power supply is in facts provided by the conversion of the mechanical energy, due to the pushing or to releasing of the pushbutton, in electrical energy enough for the transmission of
data.

Since each transmitter features, normally, 4 inputs, then each ModWRX module can manage up to 16 points. The transmitters normally have the shape of a pushbutton assembly with 2 rockers, thus featuring 4 commands. These pushbutton assemblies can be found on the market from several manufacturers, and then a large choice of styles and colors is available.

The pushbutton assemblies have small thickness and they can be also glued to the wall without any type of mural work; this system is thus particularly suitable when there is not the possibility to place the bus cable, or when the keypads must be applied to very thin walls or to special materials (e.g. glass walls).

DFiGLASS-6 is a glass keyboard with capacitive technology available in black or white color and is suitable to be housed in a 503 wall box.

It integrates a 6 digital inputs module to normally open, 6 feedback LEDs and anacoustic buzzer, all fully programmable.

It is also possible to activate a diffuse backlighting of all the buttons, either continuous or temporary, which also generates a light halo on the wall.

DFiGLASS-6 is a glass keyboard with capacitive technology available in black or white color and is suitable to be housed in a 503 wall box.

It integrates a 6 digital inputs module to normally open, 6 feedback LEDs and anacoustic buzzer, all fully programmable.

It is also possible to activate a diffuse backlighting of all the buttons, either continuous or temporary, which also generates a light halo on the wall.

DFiGLASS-4 is a glass keyboard with capacitive technology available in black or white color and is suitable to be housed in a 503 wall box.

It integrates a 4 digital inputs module to normally open, 4 feedback LEDs and anacoustic buzzer, all fully programmable.

It is also possible to activate a diffuse backlighting of all the buttons, either continuous or temporary, which also generates a light halo on the wall.

DFiGLASS-4 is a glass keyboard with capacitive technology available in black or white color and is suitable to be housed in a 503 wall box.

It integrates a 4 digital inputs module to normally open, 4 feedback LEDs and anacoustic buzzer, all fully programmable.

It is also possible to activate a diffuse backlighting of all the buttons, either continuous or temporary, which also generates a light halo on the wall.

DFiGLASS-2 is a glass keyboard with capacitive technology available in black or white color and is suitable to be housed in a 503 wall box.

It integrates a 2 digital inputs module to normally open, 2 feedback LEDs and anacoustic buzzer, all fully programmable.

It is also possible to activate a diffuse backlighting of all the buttons, either continuous or temporary, which also generates a light halo on the wall.

DFiGLASS-2 is a glass keyboard with capacitive technology available in black or white color and is suitable to be housed in a 503 wall box.

It integrates a 2 digital inputs module to normally open, 2 feedback LEDs and anacoustic buzzer, all fully programmable.

It is also possible to activate a diffuse backlighting of all the buttons, either continuous or temporary, which also generates a light halo on the wall.

The multifunction modules DF4RI and DF4RI/R allow the management of blinds, shutters and similar (only for AC motors with double winding) and the transmission settings of 4 generic ON-OFF type inputs (linked, for example to buttons, switches, limit switches, etc.). This is facilitated through the Domino bus control of 4 loads (eg. Bulbs) or in pairs.

The only difference between the DF4RI and the DF4RI / R version is the type of container that, in the latter version, has a lower height.

The multifunction modules DF4RI and DF4RI/R allow the management of blinds, shutters and similar (only for AC motors with double winding) and the transmission settings of 4 generic ON-OFF type inputs (linked, for example to buttons, switches, limit switches, etc.). This is facilitated through the Domino bus control of 4 loads (eg. Bulbs) or in pairs.
The only difference between the DF4RI and the DF4RI / R version is the type of container that, in the latter version, has a lower height.

DF4RI/R:

The DF8RIT module for Domino bus is a multi-function device, which integrates, within a single container, the following functions:
• 8 digital inputs for potential-free contacts
• 8 power relay outputs that can be configured for ON-OFF control of generic loads or in pairs, for the management of shutters, blinds and similar (only for AC motors with double winding)
• 1 temperature probe input, with a measuring range of -20 ÷ + 50 ° C, also suitable for the detection of both indoor and outdoor temperature
• Room temperature controller function with weekly programming (programmable chrono-thermostat, an operation identical to the Domino DFCT module)

DFTP/I modules allow the driving of 2 motors to move rolling shutters, venetian-blinds, awnings and similar devices. DFTP/I modules also allow to transmit the status of 4 generic ON-OFF inputs (connected, for example, to push-buttons, switches, limit switches, etc.).These 4 inputs can also be used as local commands of the outputs of the module itself.
The standard version of DFTP/I module, identified as DFTP/I AA, is suitable for the connection of AC motors with two windings (ex. rolling shutters, rolling up blinds). On demand, it is possible to provide a special version of the module, identified by the suffix DD, for 2 dc motors (venetian blinds, mosquito net, vasistas), or also a mixed version, identified by the suffix AD, for one ac motor and one dc motors.

DFTP/I modules allow the driving of 2 motors to move rolling shutters, venetian-blinds, awnings and similar devices. DFTP/I modules also allow to transmit the status of 4 generic ON-OFF inputs (connected, for example, to push-buttons, switches, limit switches, etc.).These 4 inputs can also be used as local commands of the outputs of the module itself.
The standard version of DFTP/I module, identified as DFTP/I AA, is suitable for the connection of AC motors with two windings (ex. rolling shutters, rolling up blinds). On demand, it is possible to provide a special version of the module, identified by the suffix DD, for 2 dc motors (venetian blinds, mosquito net, vasistas), or also a mixed version, identified by the suffix AD, for one ac motor and one dc motors.

DFTP/I modules allow the driving of 2 motors to move rolling shutters, venetian-blinds, awnings and similar devices. DFTP/I modules also allow to transmit the status of 4 generic ON-OFF inputs (connected, for example, to push-buttons, switches, limit switches, etc.).These 4 inputs can also be used as local commands of the outputs of the module itself.
The standard version of DFTP/I module, identified as DFTP/I AA, is suitable for the connection of AC motors with two windings (ex. rolling shutters, rolling up blinds). On demand, it is possible to provide a special version of the module, identified by the suffix DD, for 2 dc motors (venetian blinds, mosquito net, vasistas), or also a mixed version, identified by the suffix AD, for one ac motor and one dc motors.

DFTP/I modules allow the driving of 2 AC motors to move rolling shutters, venetian-blinds, awnings and similar devices. It is suitable for the installation inside wall boxes.

DFDM dimmer modules allow the driving, through the Domino bus, of 1 resistive or inductive load up to 300W, such as incandescent or halogen lamps and transformers for low voltage lamps. DFDM module operates the phase control of the 230Vac mains supply by a TRIAC power device.

The module can be controlled by pushbuttons connected to Domino input modules or by a supervisor or by a video-terminal (e.g. touch screen). For installation inside wall boxes.

Notes:

DFDT module cannot drive fluorescent lamps.

Load with power factor correction capacitor must be avoided.

DFDT module contains a phase-controlled device (TRIAC). A built-in EMC noise suppression filter may generate a light buzzing that may be heard in very silent rooms; this, however, does not affect the proper operation of the device.

(*) For LED or ESL lamps, proper operation strictly depends on the type of lamp used; the proper operation cannot be guaranteed in advance for this type of lamps, even if they are declared “dimmable” by the
manufacturer.

DFDT dimmer modules allow the driving, through the Domino bus, of 1 resistive or inductive load up to 500W, such as incandescent or halogen lamps and transformers for low voltage lamps. DFDT module operates the phase control of the 230Vac mains supply by a TRIAC power device. The module can be controlled by pushbuttons connected to Domino input modules or by a supervisor or by a video-terminal (e.g. touch screen). For DIN rail mounting.

Notes: 

DFDT module cannot drive fluorescent lamps.

Load with power factor correction capacitor must be avoided.

DFDT module contains a phase-controlled device (TRIAC). A built-in EMC noise suppression filter may generate a light buzzing that may be heard in very silent rooms; this, however, does not affect the proper operation of the device.

(*) For LED or ESL lamps, proper operation strictly depends on the type of lamp used; the proper operation cannot be guaranteed in advance for this type of lamps, even if they are declared “dimmable” by the
manufacturer.

DFDV 1÷ 10V output module allows controlling, through the Domino bus, one external dimmer or electronic ballast.

The module provides an internal power relay to break the supply to the ballast in order to ensure the complete switch-off of the lamp.

DFDV module also provides a relay output for ON-OFF general purposes.
The module can be controlled by pushbuttons on Domino bus or by a supervisor or by a video-terminal (e.g. touch screen).

DF4DV module allows to control, through the Domino bus, 4 devices with 1÷10V input, typically dimmers or electronic ballasts, but also modulating valves and similar actuators.

The module can be controlled by pushbuttons connected to Domino input modules or by a supervisor or by a video-terminal (e.g. touch screen).

DFDI dimmer module allow the brightness regulation of lamps up to 300W.

DFDI module operates the phase control of the 230Vac mains supply by an IGBT power transistor; thanks to this technique, DFDI module can be set for two operating modes:
• reversed phase control (“trailing edge”): for resistive or capacitive loads such as electronic transformers and incandescent lamps
• direct phase control (“leading edge”): for inductive loads such as ferromagnetic or toroidal transformers

The module can be controlled by pushbuttons connected to Domino input modules or by a supervisor or by a video-terminal (e.g. touch screen).

Notes: 

DFDI and DFDI2 modules cannot drive fluorescent lamps.

(*) For LED or ESL lamps, the operation closely depends on the exact type of used lamp;
it is not possible to guarantee in advance the proper operation with this kind of lamps, even if they are declared as dimmable.

DFDI2 module allows the regulation, through the Domino bus, of resistive, capacitive or inductive loads up to 500W, such as incandescent and halogen lamps (with or without transformer).

DFDI2 module uses the IGBT transistor technology, instead of TRIAC, to regulate the power applied to the load being controlled; the control technique can be selected between “trailing edge” (for resistive and capacitive loads) and “leading edge” (for inductive transformer).

The module is electronically protected against overloads, short circuits and over voltages.

Notes:

DFDI and DFDI2 modules cannot drive fluorescent lamps.

(*) For LED or ESL lamps, the operation closely depends on the exact type of used lamp; it is not possible to guarantee in advance the proper operation with this kind of lamps, even if they are declared as dimmable.

DFDALI module allows to manage up to 32 DALI ballasts (or similar devices) through the Domino bus.
DFDALI module can be successfully employed in domestic and professional lighting applications, where systems communicating by the DALI protocol are used.

DFDALI module offers the following main features:
• all timing functions are accomplished by the module and it may be controlled by any real or virtual input of the system, by supervisor or by video terminal
• possibility of control from one or more pushbuttons connected to Domino bus
• Up/Down and Single commands may be defined for the manual regulation of lighting level
• automatic brightness regulation (also without DFCP)
• programmable ramp, in the range 0 to 60 seconds
• setting of minimum and maximum output levels
• dynamic lights scenes can be easily implemented through DFCP
• the current brightness level may be stored and then recalled; up to 16 presets are available to create “real time” lighting scenes; the preset will be stored in the non-volatile memory of the ballasts
• if a Domino or DALI bus failure occurs, the output level will be automatically set to a user-defined level
• diagnostics of short circuit on the DALI line and lamp failure

The 32 devices for each line can be controlled as follows:
- Broadcast: each command sent on the DALI line will be executed by all the connected devices, therefore all the related devices will behave in the same way.
- Individually: the commands will be individually sent to each device, therefore each single device will behave independently (needs addressing of DALI devices).
- Groups: the command will be sent to groups, therefore each group of devices will behave independently (needs addressing of DALI devices).

DFDALI module can operate in systems with or without DFCP controller. In all cases, the module can perform Up, Down and Single Command functions by real or virtual points; moreover, saving and recalling of sceneries can be accomplished by the module.

DFDMX module allows to handle, through the Domino bus, up to 32 DMX devices.

DFDMX module makes possible the communication over the first 64 of the 512 DMX channels allowed by this protocol.

DFDMX module can be successfully employed in domestic and professional lighting applications, where systems communicating by the USITT DMX-512 protocol are used.

DFDMX module features the following characteristics:
• all functions are managed by the module and can be controlled by any real or virtual input of the system, by supervisor or by video-terminal
• possibility to control the DMX system from one or more pushbuttons connected to the Domino bus
• up to 64 sceneries are available to realize “real time” scenes; the sceneries are stored in the non volatile memory of the module
• management of fade times
• management of several rooms by the same DFDMX

The module can handle 64 DMX channels, but the maximum amount of devices that can be effectively connected may be lower if each one of these needs more than one channel.

In addition, the maximum amount of connected devices cannot override 32 units.

DFDMX module can work in system with DFCP controller, but also without it. In any cases, it is possible the execution, on each channel, of functions like Up, Down and Single Command controlled by real or virtual points, with one-touch function; also it is possible to save and recall up to 64 sceneries.

DFCC2 module allows, trough the Domino system, to manage the power absorbed by a single-phase electrical system, avoiding the interruptions of the electrical network caused by the simultaneous supplying of many loads with an excessive total power consumption; this module is a valid solution for the classification of a civil plant according to level 2 (V3 variant of the standard 64-8).

DFCC2 module can manage up to 8 distinct loads; many parameters for optimizing the module operation may be defined during the setting up.

DFCC2 constantly monitors the total active power absorbed by the connected electrical systems (on the considered phase) and, if its value exceeds a threshold fixed during the setting up, it starts the load shedding according to a well defined sequence until the total power returns under the threshold. The loads can be disconnected from the electrical network by the Domino power relay output modules (e.g. DF4RI).

BDTools support program allows to define the value for disconnection threshold (12kW max), the priority of each load and the related delay times. The shedding status of the 8 loads is reported by DFCC2 module by means of 8 LEDs placed on its front panel and by a buzzer that, if not desired, can be disabled. DFCC2 module also provides the main electrical measurements, allowing to display them on the suprvisor systems.

CCSA module allows to manage the power absorbed by a single-phase electrical system, avoiding the interruptions of the electrical network caused by the simultaneous supplying of many loads with an excessive total power consumption.

DFCC2 constantly monitors the total active power absorbed by the connected electrical systems and, if its value exceeds a threshold fixed during the setting up, it starts the load shedding until the total power returns under the threshold.

The loads are disconnected from the electrical network by the internal power relays. CCSA is a stand-alone module, thus it does not require the installation of Domino bus.

DFANA module allows the measuremts of electrical parametrs of a three-phase and single-phase network.

The module interfaces directly to the Domino bus, thus making the measurements immediately available and easy to use.

The measurements are also showed on the front panel by a back-lighted LCD display.
Among the several available measurements shown on the display, DFANA module can report on the bus up to 20 values.

DFRHT module detects and transmits, over the Domino bus, the relative humidity and the ambient temperature measured by a special sensor inside the module itself.

In addition, DFRHT module calculates the dew point. The dew point is the temperature at which, at constant pressure, the humidity contained in the air begins to condense into water. The dew point is always less than or equal to the temperature of the air.

DFRHT module provides 2 digital points that, when activated, report the following conditions:
• the dew point is greater than or equal to a configurable first value (e.g. 14ºC); this is useful to activate the dehumidifier
• the dew point is greater than or equal to a configurable second value (e.g. 18ºC, safety value); this is useful to switch off the cooler.

These two thresholds can be freely fixed and also two separated configurable hysteresis are provided.

DFRHT module is thus particularly suitable for the management of the dehumidification and cooling of rooms. DFRHT module has been expressly developed for the wall mounting.

DFCT is a specialized module allowing to decentralize the ambient temperature regulation, thus considerably simplifying the programming of Domino system.

The user interface can be realized by one or more DFTouch video-terminals. Each DFTouch can manage up to 24 DCFT modules and therefore up to 24 different zones of the house.
As alternative or in addition to DFTouch, all operating parameters of DFCT module can be easily monitored and changed by supervisor, touch screen terminals, via GSM, Internet, Intranet and so on.

The user ’s manual of DFTouch describes the proper instructions to set up these special pages; the configuration will be however reduced to the entering of the name to be assigned to the zone, the base address of DFCT controlling it and the fancoil option. 

DFCT is a specialized module allowing to decentralize the ambient temperature regulation, thus considerably simplifying the programming of Domino system.

The user interface can be realized by one or more DFTouch video-terminals. Each DFTouch can manage up to 24 DCFT modules and therefore up to 24 different zones of the house.
As alternative or in addition to DFTouch, all operating parameters of DFCT module can be easily monitored and changed by supervisor, touch screen terminals, via GSM, Internet, Intranet and so on.

The user ’s manual of DFTouch describes the proper instructions to set up these special pages; the configuration will be however reduced to the entering of the name to be assigned to the zone, the base address of DFCT controlling it and the fancoil option. 

DFTZ modules is a single zone temperature regulator suitable for installation in wall boxes (e.g. mod. 503).

DFTZ is a specialized module, featuring a back-lighted graphic display showing the ambient temperature measured by a sensor integrated in the panel, the current setpoint and other information about its status.

DFTZ allows 3 levels of temperature setpoint: Comfort, Economy and No-Frost.

The Comfort and Economy setpoint, as well as temperature differentials (hysteresis), can be independently defined for Winter and Summer. The control of the heating or cooling device is performed via bus; as option, DFTZ can be provided with an internal relay for the direct control of the device.
Four buttons on the panel allow to change the selected setpoint, to switch Comfort/Economy and to deactivate the regulation (OFF).

All operating parameters of the module DFTZ can be monitored and changed via bus, then by a supervisor, touch screen terminals, etc.

DFTZ modules is a single zone temperature regulator suitable for installation in wall boxes (e.g. mod. 503).

DFTZ is a specialized module, featuring a back-lighted graphic display showing the ambient temperature measured by a sensor integrated in the panel, the current setpoint and other information about its status.

DFTZ allows 3 levels of temperature setpoint: Comfort, Economy and No-Frost.

The Comfort and Economy setpoint, as well as temperature differentials (hysteresis), can be independently defined for Winter and Summer. The control of the heating or cooling device is performed via bus; as option, DFTZ can be provided with an internal relay for the direct control of the device.
Four buttons on the panel allow to change the selected setpoint, to switch Comfort/Economy and to deactivate the regulation (OFF).

All operating parameters of the module DFTZ can be monitored and changed via bus, then by a supervisor, touch screen terminals, etc.

Using the Domino Bus, the DFLS module allows the transmission of room brightness settings detected by a sensor that is built in the module itself. The DFLS-P version also has a built-in presence sensor. DFLS also provides two generic Domino digital inputs (ON / OFF, programmable NO / NC); one of these two inputs can also be configured as an input for extra sensors (e.g. the SRP module). Such sensors will exist in parallel to the internal presence sensor (in case of -P version). The DFLS module finds its natural application in the regulation of lighting in offices, stores and open spaces, in compliance with the European
standards for energy classification of plants (European standard EN 15232).

Using the Domino Bus, the DFLS module allows the transmission of room brightness settings detected by a sensor that is built in the module itself.

The DFLS-P version also has a built-in presence sensor.

DFLS also provides two generic Domino digital inputs (ON / OFF, programmable NO / NC); one of these two inputs can also be configured as an input for extra sensors (e.g. the SRP module). Such sensors will exist in parallel to the internal presence sensor (in case of -P version).

The DFLS module finds its natural application in the regulation of lighting in offices, stores and open spaces, in compliance with the European
standards for energy classification of plants (European standard EN 15232).

The DFMETEO module has been specifically designed to acquire data from a weather station that measures variety of parameters to make them available to the system. These parameters can be thus viewed on DFTouch, Supervisor system or similar devices.

The module housing is 3M and it takes 4 input and 3 optional out addresses.
The module report the following information:
1) Temperature in Celsius degrees
2) Daylight in lux
3) Wind speed in m/s
4) Digital information like:
     Rain
     Twilight
     Temperature >= Threshold
     Daylight >= Threshold 
     Wind >= Threshold
     Light from South
     Light from West
     Light from East
     Sensor failure

The 3 thresholds (Temperature, Daylight and Wind Speed) can be set as fixed in memory or, by enabling 3 optional output addresses, as variables (e.g. setting by Touch screen).

Nota Bene: the weather station must be installed in a easily accessible site for periodic and accurate cleaning.

DFSUN module allows to transmit, over the Domino bus, the ambient brightness value detected by a sensor inside the module itself.

The module has been developed for applications requiring a case with integrated sensor, with a good extent of the protection degree, for external use or for detection of brightness in hangars or similar industrial buildings.

Through a 4-way dip switch, DFSUN module can be configured for 5 full scale values.

DFAI modules provides 2 x 0÷10V or 0÷5V analog inputs.

It can be connected to any 0÷10V transmitter; it is also possible to connect one or two potentiometers supplied by a reference voltage provided by the module itself.

The DFCKIII module allows the management of scheduled events, both in daily and weekly mode, in the Domino bus system.

By means of the CLOCK function it is possible to manage a virtually unlimited amount of outputs, each one having many turn on and turn off scheduled times; as an alternative, DFCKIII module can manage up to 15 different zones, with the advantages that each scheduled time can directly be changed from one or more DFTouch video-terminal (or other similar device).

For each zone it is possible to set 4 different activation time intervals (4 times for turn on and 4 times for turn off) for each of the 7 days of the week.

The main features of DFCKIII module are:
• internal clock with back-up battery and automatic change between daylight saving and standard time
• management of 15 different zones (outputs)
• daily and weekly programming for each zone
• possibility to enable/disable each scheduled time
• possibility to install more DFCKIII (with different addresses) in the same plant
• possibility to set a MASTER clock and some different SLAVEs (these ones will be synchronized to MASTER)

DFIR module allows to receive, from an infrared remote control, up to 124 independent channels; DFIR module also provides 2 digital inputs.

The IR sensor is provided. Suitable for mounting inside wall boxes. Under request, a 11 channel hand hel remote control can be provided.

DFMP3 device is an amplified player for audio files in MP3 format, suitable for playing music tracks, sequences, audio messages, sound, alarm messages, voice messages, etc.; the execution of the MP3 files can be controlled by Domino bus; it can be applied in applications such as shops, showrooms, museums, housing, etc.

The module requires 12-24Vdc power supply.

It provides an audio preamp output for driving external amplifiers. It has amplified stereo audio output 20W + 20W for connecting speakers with impedance from 4 to 8 ohms.

8 logic inputs allow the choice of the audio file through a binary combination.

DFMP3 can be controlled by Domino bus connectig it to a DF8IL module.

DFGSMIII module allows to receive information from a Domino bus and to send commands using a standard GSM portable phone.

The way to exchange information with the Domino bus is based upon the SMS messages (Short Message Service): each sent/received message contains literal strings fully configurable by the user.

In comparison to similar systems based on DTMF tones, DFGSMIII module allows to exclude any misunderstanding about the sent commands and to have clear and explicit information about the status of the system. DFGSMIII contains a “GSM engine” that may operate both with rechargeable and contract SIM cards.

The software DFGSM Tools, free of charge, allows everyone to configure DFGSMIII module in a very simple way.

SRP (Sensor for the Revelation of Presence) module is a general purpose presence detector compatible with Domino bus.

SRP is for false-ceiling mounting applications and it allows to detected the presence of moving people in the range of 10 meters from the sensors.

The bus cable provided by DUEMMEGI is FROR rigid type, flame retardant CEI 20-22 with 1000V isolation.

The wires are a twisted pair 2x 0.8 sq.mm.

This type of cable facilitates the work of the installer, thus reducing the installation time.

Smart Home KIT:
• 1 DFAPP Gateway module between the Ethernet network and the Domino bus. It allows to control the home automation system through applications iCasaMia and ACasaMia available for free on the related stores. DFAPP allows the programming of the system functions, reading and editing of operating programs, updating firmware of modules and more yet through the Ethernet network, both locally and remotely.
• 1 DF8RIT Multifunctional module with 8 digital inputs for potential free contacts, 8 power-relay outputs which can be set for the ONOFF command of generic loads or, as pairs, for the management of rolling shutters, awnings and similar devices driven by double winding motors, 1 analog input for temperature probe. DF8RIT has also an ambient temperature regulator function, featuring weekly programming.
• 1 DFST/A Temperature probe for DF8RIT analog input.
• 1 DFPW2 Module that generates the proper power supply required by the modules connected to Domino bus.