The invention relates to an equipment for non-invasive acquisition of signals from several points on the body surface. According to the invention, the equipment comprises a plurality of active electrodes () forming a distributed network of measurement nodes, having a group type configuration at the line bus level, where the group of active electrodes communicates to the higher structures by means of a central node () which is an operating processor with the function of passage through a wire communication channel, the central node communicating to the higher structures through a wireless communication channel while, inside the group, the nodes communicate to one another using the same wire bus the higher structure of the biosignal acquisition equipment is a personal computer, the control device being a coupling device (), it being connected to a central computer () and the coupling device () having the function of passage between the communication bus with measurement nodes and the channel of communication with the computer (), where the coupling device () is a passive one if it merely achieves a physical adaptation and is controlled by a computer () or is an active one if it achieves the protocol adaptation and the temporal function of data server.Invenţia se referă la un echipament pentru achiziţia neinvazivă a semnalelor din mai multe puncte de pe suprafaţa corpului. Echipamentul conform invenţiei conţine mai mulţi electrozi () activi, care formează o reţea distribuită de noduri de măsurare, având o configuraţie de tip grup la nivelul magistralei de linie, grupul electrozilor activi comunică cu structurile superioare prin intermediul unui nod central (), care este un procesor de operare cu rol de trecere printr-un canal de comunicaţii cu fir, nodul central comunică cu structurile superioare printr-un canal de comunicaţii fără fir, iar în cadrul grupului, nodurile comunică între ele pe aceeaşi magistrală cu fir structura superioară a echipamentului de achiziţii bi
