Discover the answers to your questions about powerIO® as well as further instructions and technical details. If you need any further technical support, our technical support team will be happy to help you!
Product data sheets and software updates can be found at the respective Produkten.
The maximum number of powerIO® boxes on a powerIO® line is 32. However, the participants can be divided by several lines in the building.
The possible lengths of the powerIO® line are limited by physics. There are the following factors which have to be considered:
1. In case of a short circuit on the 230V side, the fuse must blow within a certain time. This depends on the length of thepowerIO® cable and the setting of the protective device. In technical rooms a high tripping current can be set at the motor protection switch by our 4mm². Thus, many consumers and pumps can be connected, but only short distances of usually less than 40m can be realized - in technical centers, however, usually sufficient.
2. With low settings on the safety device (e.g. 2A release current), distances of up to 200m can be realized with the 4mm² power cable. This is the right setting for room automation with low loads but long distances (fire dampers, volume flow dampers...). Thus, e.g. 2 powerIO® lines can be operated separately: One for the technical center and one for the room automation.
3. The distance between two powerIO® boxes is limited to a maximum of 100m.
1. A box has 4 x M12 RS485 (port 1 to 4) connections when delivered. To each of which 4 serial participants can be connected. In total there are 16 participants.
2. Additional protocols and devices can be connected to the individual slot (port 5). (Also Ethernet participants).
There are two 230V outlets for each powerIO® -box. These are to be protected by microfuses with a maximum of 6A per outlet. The 24V power supply unit can supply a maximum of 1.9 A for the ports 1-5 in total.
Mounting plate: There are additional mounting plates for the installation, which can be mounted in advance. Thus, the position of the powerIO® box can already be fixed on the construction site and the installation of the powerIO® line can be started. Afterwards the box is only screwed onto the mounting plate.
Bluetooth Dongle: Additionally there is a Bluetooth Dongle, which can be plugged in via port 6. With the help of the Bluetooth Dongles a connection to the powerIO® box can be manufactured.
Additional boards: Further additional boards can be connected to port 5. These allow to use other protocols.
Weather protection device: For installation outside of buildings we also offer a weather protection device.
No. The devices that are connected must only speak standardized protocols such as Modbus or BACnet.
Devices that are already created in the powerIO® app can be put into operation directly. If you are using devices which are not yet created in the powerIO® app, please contact email@example.com directly so that we can add them.
The best way to connect to your smartphone and the powerIO® box is via the Bluetooth dongle. With the help of the powerIO® app you can then edit the individual COM port settings. Via the web interface of the box (enter the IP address of the box in your browser) the COM port settings can also be edited.
For port 1-4
1: Brown (BN) +24V
2: White (WH) A/D-
3: Blue (BU) GND
4: Black (BK) B/D+
5: Grey (GY) shield
There are ready-made macros for EPLAN, which are also available in the download area.
For CODESYS based controllers (CODESYS Standard 3.5, Wago, Beckhoff...) there is a library for Modbus devices from leading manufacturers like SplusS, Thermokon, Oppermann, Belimo, Grundfos, Wilo, EBM-Papst, Ziehl Abegg, Rosenberg. If devices are missing please contact: firstname.lastname@example.org.
1. Confusing: How do you document a network of 40 or more serial participants? You don't know which device is connected to what.
2. Troubleshooting: What happens if there is an error and e.g. a device causes a bus short circuit? Finding this device is like finding a needle in a haystack.
3. Speed: If you have many participants on a serial bus and you also want to write values quickly so that actuators go on or off, e.g. for lights, then this cannot be realized. But this is possible due to our decoupling to fast TCP.
4. Multiple bus protocols: In a purely serial system, you can only use one bus protocol per data line pair. In a TCP network you can use several protocols in parallel. This means that if there should be an M-Bus meter somewhere near the next powerIO® box, you can simply include it directly.
5. Power supply: Purely serial networks are often accompanied with 24V. With 24V it is not possible to realize long distances and also larger 24V consumers like flaps, valves etc. often overload the line quickly. Consequence: A separate power supply must be installed again and again. In addition, 230V consumers have to be completely extra wired - but these are also available in technical centers and in the "field" (zones, individual room control). With the powerIO® system there is a separate 24V power supply per box as well as 2x 230V outlets which can be used directly.
Yes, the protection class is IP56. However, we recommend, if possible, to mount the powerIO® box inside the ventilation system, for example. If this is not possible, our optional weather protection device is recommended, because sun, water etc. cause plastic and cable to age very quickly despite UV resistance.
Of course there are existing systems or devices that are not communicative (e.g. interfering contacts of devices). The goal is to realize as much as possible via communicative devices. If nevertheless classical digital and analog inputs and outputs are needed, they can be connected via the additional slot Port5. Additional boards with inputs and outputs are available. Furthermore there is the powerIO®-IO extension. This is a small box with some inputs and outputs and manual override. It can also be installed in small switch cabinets, e.g. to control old fans.
Here you can find more information about our system.
All necessary components from one source. Click here for an overview.
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