The cabinet is supplied as a self-supporting chassis for easy installation in a suitable cabinet. Assembly is by 4 screws - the chassis is placed on the lower one and the upper two are fixed in position (assembly is very simple). The chassis is covered with a frontal protective panel, which is fixed with 6 screws. The operator has lighting in the form of an LED strip and a secure mounting socket. The backup battery is pushed forward in front of the cover, connected via an RJ-45 connector (data), so assembly/disassembly is very fast.
In case of interest, it is delivered including the entire cabinet (on a plinth or under the plaster). The cabinet can be prepared including distribution parts according to the requirements of the local distributor (supplied without main circuit breaker and clock). The cabinets are plastic, with IP54 protection, 3-point locking. If the doubled 3 branches are not enough (with clamps or power input), it is possible to expand the switchboard as a kit and add additional multiples of 3 branches.
To identify the authorized operator, there is an RFID reader in the upper right corner or it is possible to preset a suitable personal code for the keyboard.
Each branch is equipped with a pair of modules - NAcDrive and NMorse. NAcDrive provides remote control of circuit breaker motors (throwing and tripping), detects the presence of voltage, etc., while NMorse can measure all electrical parameters, control phases and communicate with control elements in public lighting poles.
The basic function of the switchboard is the distribution of electrical energy and the protection of power branches. The intelligent switchboard adds to the basic function the comfort of remote supervision and control, while the supervision is not only over the distribution, but also over the operating parameters of the equipment. An essential function is also the recording of all events in the log, which makes it possible to retrospectively analyze what was happening in the switchboard or on the network. It is therefore possible to find out who was doing what and at what time at the switchboard, when which phase or branch went out, what the consumption is, or the state of the support systems - batteries, communication, location, etc.
The switchboard is equipped with a computer system, so its behavior can be adjusted using so-called scripts, which are available to the trained operator. A simple visualization of the status can be displayed in the AnyCity system, which is used not only for passporting of assets, but also as an operational system for handling requests/defects or monitoring the activities of technical staff.
An exceptional functionality is the ability to communicate via the power line with the control elements, which are usually located at the base of the columns. Since this solution is universal, it is possible to control not only public lighting in this way. Instructions are transmitted either en masse as a broadcast or individually with addressing to a specific element.
User junction for Orcave applications - www.anyplication.com/cz.