Product description IEC 61850 is the only international standard for intelligent substation automation systems based on a network communication platform. This standard enables information sharing and interoperability between different intelligent electrical equipment. HMJBC-6000 optical digital relay protection tester that fully complies with the IEC 61850 standard, it provides a complete test solution for relay protection and automation devices based on this standard.
Main technical features: Complete optical ports: 16 pairs of 100M-FX optical ports, 12 FT3 transmissions and 2 FT3 receptions, simulating 12 MUs for protection testing. Unique electrical port monitoring function: It has 1 G network electrical port (1000M network) output function, which can monitor the input and output data during the test. Connect the G network electrical port through a notebook to realize the function of a digital multimeter. Various standard messages: Various types of messages complying with IEC61850-9-1/9-2/9-2LE, GOOSE, IEC60044-7/8 FT3, FT3LE, etc. can be provided. Collector output: can provide collector message output from multiple manufacturers. Merging unit test mode: output the sampled value message of the collector FT3/FT3LE format, and read the merge unit 9-2 or FT3 message at the same time, and measure the ratio and angle difference of the merge unit. Network analyzer function: grab IEC 61850 or FT3 data packets, display and record data waveforms, and simulate frame loss and garbled codes in the output. Small signal output function: 12 channels of small signal analog output, providing protection device testing for small signal input. Optical digital signal test: It can simulate packet loss, garbled code, SMV data error and provide GOOSE storm test. Output waveform visualization: The original 24-channel output waveform recovery and recording, visually display the output waveform of the machine or external equipment and digitally record the waveform, which solves the problem that digital protection cannot directly measure and display the waveform. Complete analysis of protection model files: Complete analysis of SCL (SCD, ICD, CID) files, automatic configuration of SV, GOOSE information, and flexible and convenient interface with various types of protection. Multiple time synchronization modes: second pulse, IRIG-B code or IEEE1588 time synchronization can be used. Built-in GPS module: GPS is directly controlled, and can be synchronized to test on both sides, and perform fiber longitudinal differential protection and other tests. Strong compatibility: The test interface and operating habits of the same style as the traditional relay protection instrument are convenient for testers to get started quickly. Dual operation mode: Built-in industrial computer, can be operated by a single machine, and can be operated by a computer. The functions of the two modes are completely consistent, a truly complete dual operation mode.
The main technical parameters: Ethernet communication interface Model: 10/100Base-TX (10/100Mbit, twisted pair, automatic crossover) Number of ports: 2 Interface type: RJ45 Optical fiber communication interface Model number: 100Base-FX (100Mbit, optical fiber, full duplex) Number of ports: 16 pairs Interface type: ST Optical cable model: 62.5/125μm (multimode fiber) Wavelength: 1300nm FT3 interface Number of ports: 14 (12 for sending, 2 for receiving) Interface type: ST Optical cable model: 62.5/125μm (multimode fiber) Wavelength: 1300nm Small signal analog output Output channels: 12 channels Output range: AC: 0~10Vrms Output accuracy: <0.05% Switch input Quantity: 10 channels Characteristics: self-adaptive with potential or empty contact Switch output Quantity: 8 channels Capacity: AC250V/0.5A DC250V/0.2A