Collector
Adopting the BPSK modulation and demodulation system, the three-phase carrier module has a disturbance-resisting capacity apparently better than FSK. The chip employing the 1/2 and 3/4 code rate convolutional encoding and cyclic interleaving technology can still correctly decode under the high volume of background noise of electric power line.
● Point-to-point communication is over 800m.
● Adopting flooding dynamic networking technology with completely independent intellectual property rights which supports plug and play and is maintenance-free.
● The software is configurable with carrier communication ranging from 3 to 500kHz and supports double frequency mode.
● It can be self-adapted to rate of data signaling from 100-55kbps.
● It adopts BPSK modulation demodulation system with better disturbance-resisting capacity than FSK, and its chips adopt convolutional encoding of 1/2 and 3/4 code rates and circular interweaving technology so that it can decode correctly even in conditions with terrible background noise of power lines.
● It can be upgraded remotely by way of online radio.
● High reliability, free of maintenance, low delay and convenient operation.
● Standard physical design which supports plug and play and hot plug.
● Working frequency： 270±20kHz
● Bandwidth： 22.5KHz
● Modulation system： BPSK
● Net data transmission rate： 55 kbps
● Output transmit power： <3W
● Receiving sensitivity： <0dBuV
● Networking mode： Flooding self-organized network
● Transmission distance： >800m
● Local communication interface： TTL serial port
● Serial port rate： 9600bps
● Number of management carrier node： 1500 Nos.
● Working voltage： 12V±1V
● Working temperature： -40℃～+75℃
● Operation power consumption： Receiving current<40mA
Emission current≤200mA
● Product form： The product conforms to Q/CDW 1375.2-2013, Power user electric energy data acquire system type specification, Part 2: Concentrator, and meet the technical requirement of local communication unit of low-voltage I type concentrator.
● Q/GDW 1374.3-2013, Power User Electric Energy Data Acquire System Technical Specification, Part 3: Communication Unit
● Q/CDW 1375.2-2013, Power user electric energy data acquire system type specification, Part 2: Concentrator
● Q/GDW 1376.2-2013, Power User Electric Energy Acquisition System Communication Protocol, Part 2: Concentrator Local Communication Module Interface
● Q/GDW 1376.4-2013, Power User Electric Energy Data Acquisition System Communication Protocol, Part 4: Micro-power Wireless Data Transmission Protocol
Product Name: Three-phase Carrier Module
