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NZM-XMC Measuring- and Communication Module. TC. DISP. 500 A . 250 A . 630 A. Saving Energy - Motivation. Building. Production. Logistics. ISO 50001. Save money. Improve Company image. Save tax. ISO 50001 - Standardisation Support for Energy Efficieny .
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NZM-XMC Measuring- and Communication Module TC DISP 500 A 250 A 630 A
SavingEnergy - Motivation Building Production Logistics ISO 50001 Save money Improve Company image Save tax
ISO 50001 - Standardisation Support for Energy Efficieny DIN EN ISO 50001:2011-12 Requirements on energy management systems Verification of processes for energy optimization Certificate (DQS) e.g. Germany: >1GWh consumption >10GWh (Erneuerbare-Energiengesetz) Improve company image Energy costs >14% of added value Save taxes and fees
Measuring and Analysis is the foundation Process of ISO 50001 EATON providesinnovationbynewmeasuring- andloggingsystems
Innovation by XMC andBreakerVisu Measuring Innovation • XMC • Measuring System • Simplifies wiring Analyses Innovation • BreakerVisu • Visualisation- and Loggingsystem • Energydata direct to Excel
XMC: The Concept classic compact + basic setup + easy to install + attractive price + all-purpose - high amount of wiring
XMC: The Principal Incorporated CTs Remote Control Display 2 dig. Q 2 dig. I Modbus XMC Dig S0 output Voltage access
Metering Data of MB Version Data via Modbus and Display accessible: Phase voltages L-N und L-L Phase currents L1,L2,L3Active power per phase and directionActive power totalReactive energy per phaseReactive energy totalReactive energy capacitive/inductiveApparent power per phaseApparent power totalPower factor (Cos Phi)FrequencyMax. Demand6 configurable alarms
Basics on Power • Active power [Watt] • P=u*icos phi • Real power (billing) • Reactive Power [var] • Q=u*i sin phi • Unwanted, unusable power; bouncing between generator and consumer • Apparent Power [VA] • S=U*I • Needed for defining wiring and transformer dimension G M G M
Device versions -S0 (Standard Version)-MB (Modbus Version) Display interface 1 dig S0 Pulse-Outputfor Active Energy Fieldbus interface (Modbus) 2 S0 Pulse-Outputsfor Active Energy Expandable with max 2 cards: Ideal to incorporate energy data via SmartWireDarwin
S0-pulse output Typical signal according EN 62053-31 requirements
The NZM-XMC-TC-MB Module XMC: Measuring and Communication Module for NZM a new member in the family: NZM-XMC-TC-MB Transducer
XMC-TC Features and Benefits • Features: • Classical external CTs and voltage wiring • Current Range 32A to 1600A • ModbusRTU Interface • Compatible data set to XMC • Energy Pulse Output S0 • Alarm output NZM-XMC-TC XMC-TC XMC-TC NZM2-XMC NZM3-XMC NZM 1 NZM 2 NZM 3 NZM 4 300A 160A 630A 1600A • Benefits: • Widens the application to entire range of NZM • Any CTs can be used (Retrofit) • Extreme narrow installation becomes feasible • Already supported by actual BreakerVisu
Topology for other Networks Gateway to PROFINET or PROFIBUS-DP Scada M S Metering BusModbus RTU PROFIBUS-DP or PROFINET or Ethernet PLC M S
Technical Data • Voltage Measuring • Range: 40...690 V • Error: 0.49% reading + 0.01%FS • Current Measuring • Range: 115% ... 1% Ir • 300A: 350...3A • 630A: 735...6.3A • Error: 0.49% reading + 0.01% FS • Power / Energy • Error: 0.99% reading + 0.01% FS
Available Sales Tools Flyer: Capture Energy by Crcuit Breaker Communication SAP:168546 GB FTP Server: ftp://ftp.moeller.net/CIRCUIT_BREAKER/KOMMUNIKATION/XMC_Measuring/ XMC_Config_tool Program Samples Support: Rainer Menden Phone:-492286022334 E-Mail:rainermenden@eaton.com Daniel Jansen Phone: -492286022260 E-Mail:danieljansen@eaton.com