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Benefits 5 current measurement channels in comparison with other standard three-phase devices. Ÿ Current inputs of current transformer to grant an accurate current measurement. Continuous monitoring of the power quality. Several possibilities for instrument data transmission: RS-485, Ethernet with Modbus RTU/TCP, LoRa, WIFI | Application Ÿ Power monitoring & control systems Ÿ Switchboards, gensets, motor control, etc Ÿ Individual machine load monitoring Ÿ Power demand analysis and management Harmonics monitoring Ÿ Leakage monitoring Ÿ Short circuit warning |
Ÿ Measurements: VL-L, VL-N, I, In, Iz, Cos∅, Pf, total Pf, Hz, W, ∑W, Va, ∑Va, Var, ∑Var, Kwh, Kvarh, V-THD, I-THD, 1-128th harmonic , system running hours, % voltage unbalance, % system load, % system leakage, frequency; fast simultaneous sampling on all 8 channels at 1024 samples/cycle(True RMS measurements) For single-phase, two-phase, three-phase system 4 voltage channel input, voltage direct connection up to 690VLL or through PT for MV and HV systems. Ÿ 5 current input: 0.05-5.5A 4th current channel dedicated for neutral current measurements, the current measuring range (CT primary and secondary ) can be programmed together with the main three-phase channels 5th current channel reserved for Earth Leakage monitoring (ZCT input) according to IEC60755 & IEC61140 Suitable for 45-65Hz systems | Ÿ All measured voltage characteristics certified according to IEC/EN61000-4-30:2015 Ed.3, Class A Ÿ 4 quadrants energy measurement support bi-directional power monitoring includes measurement on regenerative loads, also monthly energy calculation Ÿ Transients detection >25us, Detection of events >10ms Ÿ Voltage flicker measurement, and waveform capture Ÿ Maximum, minimum and demand for U, I, P, Q, S in hours, days, months Phase diagram for voltage, current Ÿ Detects CT wiring errors |
Ÿ Voltage and current sag/swell and transient event capture Ÿ Waveform acquisition and capture of voltage and current Ÿ Automatic fault analysis and report: Phase sequence, Phase fault, Voltage over, Voltage under, Sag/swell, Frequency over, Current over, Short circuit, Leakage, Voltage harmonic, Current harmonic(according to IEC62606: 2013) Ÿ Alarm event log: VL-L, VL-N, I, In, ΣW, ΣVar, THD-U, THD-I... | Ÿ Monthly electricity statistics Ÿ Built in 256M flash memory & 32MB RAM for event and transient memory Ÿ Micro SD(support 32GB) for fault logger and data logger Data recorded in standard excel file formats for further EN50160 analysis |
Clock & language | Function module (only one can be selected) |
Ÿ Real time clock with integrated backup rechargeable battery Ÿ English, Chinese (traditional & simplified) or other Communication Ÿ RS485 port of Modbus RTU Ethernet port of Modbus TCP/IP+web server | 7 digital input+2 relay output (remote or alarm) (Standard) 7 digital input+2 analog output (4-20mA) for V1, V2, V3, V12, V23, V31, I1, I2, I3 Ÿ Ethernet (Modbus TCP), web server+2 digital input+2 relay output (remote or alarm) Ÿ LoRa wireless (Private protocol)+2 digital input+2 relay output (remote or alarm) Ÿ RS-485 interface (Modbus RTU)+2 digital input+2 relay output (remote or alarm) WIFI wireless+2 digital input+2 relay output (remote or alarm) |
Model | Description |
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RPM100.E (TFT LCD) | RPM100.E ((Color TFT LCD) | Ethernet (Modbus TCP), web server +2 digital input +2 relay output (Standard) |
RPM100.A | RPM100C.A | 7 digital input +2 analog output(4-20mA) |
RPM100.I | RPM100C.I | 7 digital input +2 relay output(remote or alarm) |
RPM100.L | RPM100C.L | LoRa (private protocol)+2 digital input +2 relay output(remote or alarm) |
RPM100.R | RPM100C.R | RS-485(Modbus RTU)+2 digital input +2 relay output(remote or alarm) |
RPM100.W | RPM100C.W | WIFI wireless+2 digital input +2 relay output |
RPM100.D | RPM100C.D | Auxiliary supply: 12...48VDC |