Modules in the cabinet
the tools needed to meet your clients' needs Choosing Niko Home Control Get to know the Niko Home Control connected controller One basic module. The connected controller is the central module of every Niko Home Control installation. It covers all basic functions on which a Niko Home Control installation is. Niko Home Control Live it, love it Export 1 Table of contents 1Introduction. . Comfort and security package • comfort package + gateway + motor module. Niko Home Control installation, the installer has all the tools necessary to meet the.
Niko Home Control
All extra modules are available separately. The building supervisor determines for himself which functionalities will be included in the installation. Expansion options after purchase: With some minor adjustments: Thanks to this flexibility, the resident will effortlessly adapt his installation to the changing necessities of life even, for example, if he would simply like a different finishing.
If the resident opts for a basic package, it is recommended that you already install the cabling for the following applications. This way, you can add them to the installation at a later time: Include a follow-up visit in the quotation. This way, you will be sure to have the chance to discuss adjustments or expansions to the installation in the future. Programming is done via the programming software on the PC and is then saved to the controller. The controller includes a test button that allows you to verify the proper functioning and status of the other modules in the installation at any time.
Alternatively, basic functions such as lighting and roll-down shutter control can be programmed manually via the programming button on the module. The controller records all installation data, which can be read at any time.
The programming software also allows the programming of time-controlled functions and conditions. Power supply, status and bus activity are indicated by LEDs on the module.
The power supply is mounted first, followed by the controller. All additional modules are mounted onto the DIN rail to the right of the controller and are interlinked via a unique sliding contact.
This method requires less cabling inside the cabinet, reducing your workload as an installer and offering a clearer overview of the set-up. As soon as a row is complete or the maximum number of 12 rail modules has been reached, you use the next row. A rail coupler, or a second power supply if needed, should be used first at the beginning of every new DIN rail. In order for the subsequent rows of DIN rail modules to communicate with one another, only interconnect the four wires of the bus and power supply from the previous row to the connection terminals.
The assembly process stays just as easy even if the installation grows. What if the installation includes several cabinets? There is no need for an additional controller or power supply. Interconnect again the four wires of the bus and power supply. In this case, only the bus should be interconnected. All modules in one row are interconnected via a sliding contact, which supplies power and provides bus communication.
Only interconnect the various rows via the rail coupler to the four wires of the bus and power supply. A two-wire bus cable provides power to the various control elements outside the cabinet.
The wiring diagram has a free topology, which means you are not bound by a fixed cabling diagram. All controls are easily and quickly connected thanks to the non-polarised cabling. Simply connect the two wires in the terminals without any risk of a faulty connection. The distance between the controller and the furthest point in the installation depends on the cross-sectional area of the cable: Only one flush-mounting box is required at each control location.
Being an installer, you only have to decide between single or multiple wall-mounted printed circuit boards during the last stage of the project.
This allows the resident to delay the decision about the number of controls required at each location until the last stage as well. Only need one wall-mounted printed circuit board? Choose between the traditional wall-mounted printed circuit board with connector and the wall-mounted printed circuit board with bridge. The wall-mounted printed circuit board with bridge is ideal for use on very uneven walls or in situations where you need to combine the control with functions other than those of Niko Home Control.
Prefer multiple wall-mounted printed circuit boards? Even in this case, one flush-mounting box will suffice. Decide whether you prefer to work towards the bottom, top, left or right from the flush-mounting box.
Need more push buttons? The wall-mounted printed circuit board concept allows you to add controls without the need for additional drilling or channelling work.
You connect the installation cables onto the multiple wall-mounted printed circuit board via a connection unit. You mount this connection unit anywhere on the wall-mounted printed circuit board. You mount the printed circuit boards onto the wall using screws or claws. You have to order a set of claws separately. The push buttons are also available with LED to indicate the status of that particular control function. All controls can be mounted onto a flush-mounting box using a wall-mounted printed circuit board.
Choose from the following options: The resident creates different mood settings for different occasions. Includes also the option of an automatic sensor-controlled mood control. The thermostat can be mounted in any room fitted with a radiator, underfloor heating system, heating unit or cooling installation.
You will realise zone heating or cooling for up to 12 zones. He presses the eco-button to switch off all lights and connected circuits upon leaving the home. He will also activate the presence simulation with a press of the specific button.
Want to replace a double push button by a six-fold? Need an additional control unit or a new design? All this can be achieved without any problems because of the assembly system is based on wall-mounted printed circuit boards. Niko Home Control supplies power to these controls via the two-wire connection.
No additional module is required in the cabinet. Through the user-friendly interface he operates all functions within the home from one central location. It will also be possible to integrate access control thanks to touchscreen 2. Similar to the controls, you simply mount the screen onto only one flush-mounting box. It is recommended to mount the touchscreen at eye level and at a height of at least cm above floor level.
This way, the screen can easily be viewed by all residents. Applications are available for smartphones and tablets using the iOS iPhone and iPad or Android operating system. The gateway has a separate power supply and can be placed anywhere inside the electrical cabinet. Furthermore, the gateway is connected to the WiFi router via an Ethernet cable to establish an Internet connection. The resident simply needs to register on the portal page of the remote control service to start operating his installation remotely.
One IP interface per installation will suffice for all IP applications that you will connect to the installation. At the same time, this module also logs and records the data on energy consumption for future reference.
Niko Home Control
The possibilities of Niko Home Control 3. Many people have no notion of the amount of energy daily consumed in their home.
They are only faced with the facts every time a new energy bill arrives. Monitoring energy consumption also helps to detect faults in the installation. A sudden increase in energy consumption may indicate that a device is faulty or requires service. Detection of defects also increases the overall sense of safety in the home. The reduction in consumption will be registered immediately. This is the only way to accurately assess how much energy is consumed in the home. The measuring module is therefore fitted with a current clamp to register the current, and with connection terminals to measure voltage: In the event of variances between the the same circuit.
It is also possible to measure the consumption in specific circuits. Install the required number of measuring modules as soon as you know which circuits need measuring. A maximum of 20 circuits can be measured. A maximum of three meters per pulse counter. Niko Home Control can monitor gas and water consumption via a meter that provides a pulse output. If the resident wishes to save these data for a longer period of time, then you include a Niko Home Control IP interface to log the measuring data from the measuring modules and the pulse counter.
Every ten minutes, this interface will log the consumption for each channel. At any time, you will be able to read the current consumption statistics, as this information is updated every three seconds. The resident uses the energy software to back up the measuring data.
Having easy control over all the lights within the home from a comfortable position is more of a necessity than a luxury. Lighting developments have also brought new changes. Several types of new light sources have been introduced while traditional incandescent lamps are disappearing.
This has created a whole new range of possibilities in the field of mood, colour and accent lighting for the home. Moreover, new light sources such as these use much less energy than traditional bulbs. Niko Home Control operates the various light sources in a user-friendly way and adjusts dimmable lighting. Even while away from home, the resident 20 can check whether the lights have been turned off. Switching light circuits and socket outlets Every contact in the switching module switches a maximum of 16 A if the load is purely ohmic.
Check the table below to find out the maximum load for each type of lighting.
Type of lighting Maximum rms current incandescent lamps, V halogen lamps ohmic load 16 A low-voltage halogen lamps with ferromagnetic or electronic transformer 10 A fluorescent lamps, non-compensated or serial-compensated 10 A fluorescent lamps, parallel compensated 6A economy lamps CFLiLED lamps and HF fluo lighting with electronic control gear — ECG 3A Important points: You set the minimum level and the type of lighting using the DIP switches and potentiometer on the front of the module.
The resident dims the following light sources using the dim module: Analogue control modules V and V allow residents to control high-power dimmers and electronic control gear for dimming fluorescent lamps and LED strips.
Unfortunately, even ventilation systems create energy loss.
Modules in the cabinet
By extracting hot air, part of the heating capacity is lost. Heat loss during ventilation and electricity consumption are some of the main reasons why you should opt for smart ventilation control.
This way, the home will only be ventilated when required, without unnecessarily wasting energy. Then the ventilation system will automatically and temporarily switch to a higher setting. This way, he ensures that the settings for the ventilation, sun blinds and air conditioning are perfectly matched. The ventilation function automatically switches to a lower setting when the resident leaves his home. This reduces the loss of hot air, whilst at the same time, less energy is being used by the ventilation motor and a healthy indoor climate is created.
The ventilation unit will be operated via a two-wire or three-wire control. Check the manual of the ventilation unit for the correct operating instructions. If no control wire is selected, the ventilation system will function at the lowest setting.
Each control wire represents a certain setting. Children use their bedroom as a place to play or study after school. Not all rooms within the home need heating at the same time.
Niko Home Control offers a comfortable and energy-efficient solution. The thermostats can be set to the cooling or heating function. This way, he will never come home to a cold house. Modern boilers are fitted with several intelligent controls to establish a heating line that takes into account the outside temperature, the running of the circulation pump after the heating process has been completed … Niko Home Control is not meant to change these functions.
Manufacturers of boiler systems do know what is best and how certain functions should be controlled. Niko Home Control adjusts the heat supply to each individual zone and notifies the boiler when more heating is required in one or several zones. This is possible in modern boilers by using the dedicated contact input.
How does Niko Home Control adjust the temperature in all the different zones? The Niko Home Control thermostat determines whether a certain room requires heating or cooling. If you want a push button with LEDs, no problem, but then you have to build it yourself. I like a challenge but this would be a bit too much for me. There are also no real home components and having something simple as LED feedback on a button e.
While there is profibus really expensive, but ok for Simatic, Logo! This means that if you want 16 switches you'll at least need 17 wires running in your 'data' cable. First there is the ease of installation. You don't need cross switches or wiring switches directly to switching points as with a traditional installation.
Home Automation (Part I)
There are also several already build components which you can use straight away. But they are more home oriented and therefore a closer match as to what one would need for home automation. These are examples of a closed standard and only the manufacturer in question produces components for it. The latter is an open standard and every one is free to build components compatible with this standard. For example, one can have a MDT pushbutton combined with a Jung dim actuator and a Basalte thermostat.
Ok, then what is the best solution? There is no objective answer in which is better. It basically depends on budget, taste and mindset.
For example; vendor lock-in is mostly not a good idea. But if you chose a good vendor that "has it all" it can also have advantages. If you go to your local Niko dealer, someone can probably explain all components. You get everything information, ordering, support from a single place. No need to endlessly browse the Internet comparing manufacturers or products.
On the other hand a closed standard might impose future risks: They already did that with it's predecessor: But not all functionality is usable this way. So if you bought Niko bus some years ago you are already limited in adding new components. A sensor or an actor generates can subscribe to a so called 'group address' like a multicast address and it will then be able to pick up telegrams sent to that address by other sensors or actors.
Based on the configuration they can decide to do something with the telegram or ignore it. But there lies also it's weak point: For example; a light point needs to be switch on conditionally based on the value of a light sensor and the wall-clock time.
This clearly involves clock logic. While perfectly possible with KNX, you'll need a separate actor which is able to generate telegrams based on clock schedules. This starts to become a pricing issue as each KNX actor is a processor on its own making them not cheap.
But there is also a solution. They allow more advanced and centralized programming and form an extension to the traditional KNX sensors and actuators. An example of this is Gira's home server. Luckily, this is where Loxone comes in. Loxone offers the same functionality but at a reasonable price.
This is again an extra special actor. With Loxone you get all of that combined in a single module. So by adding Loxone we get follow things in return: A 'soft entry' into home automation system. It allows for remote access via an API and apps thanks to it's built in webserver. However, the outputs are. So it's a win-win deal: It also decentralized, message driven and open ended architecture which I felt comfortable with.
It also allows to program all logic you would even need for your home automation at a reasonable price. There is however one thing to keep in mind. In other words, Loxone is programmed separately with different software and different 'programming techniques'.