M4M network analyzer.pptx..................

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1. Jakarta | November 19, 2019 M4M network analyzer Jiwa Ginanjar Technical colloquium: Writing the future of safe, smart and sustainable electrification

2. Give your buildings a new dimension November 11, 2019 Slide 2 Comprehensive architecture for full scalability Coverage of entire energy distribution system Webserver Webserver Common range of access point to all the SW platforms 3 scalable SW platform adaptable to any type of building application Digital services , from monitoring to predictive maintenance Full integration of Smart Building devices for sub-distribution Local & remote access, suitable for green & brown field application, single & multi site

3. Services Connectivity Field devices Main distribution Connectivity in sub- distribution November 11, 2019 Slide 3 Solution architecture Sub- distribution & Final distribution Software Integration of selected core ELSB products : Network Analyzers: M4M Energy Meters: EQ meters + EQmatic BCM: CMS700 Protection: MCB/RCD status via Ekip Signalling + CMS 3 rd parties, Gas, water meters ABB ABILITY SOLUTION ABB Ability ™ Digital Platform Ekip Connect ABB Ability EDCS ABB Marketplace ABB partner hub Webserver Webserver

4. M4M network analyzers November 11, 2019 4 SUB DISTRIBUTION MAIN DISTRIBUTION POWER CENTER Application: Large building / industry M4M 20 MCCB Energy Meters Branch Monitor ACB Soft Starter MCCB Submetering: Electrical parameter monitoring Energy monitoring Cost allocation M4M 20 M4M 30 M4M 30 M4M 20 M4M 20 Power Quality monitoring: Demand management Electrical monitoring of equipment PF management Power availability M4M 30 ACB MCCB Supervision system Power Quality monitoring: Demand management Electrical monitoring of equipment PF management Power availability

5. Product versions November 11, 2019 Slide 5 M4M network analyzers Product range Product name Communication I/O Current inputs M4M 30 M4M 30 Modbus Modbus RTU, Bluetooth 4 programmable I/O 4 current inputs CT …/5A or …/1A M4M 30 Ethernet Modbus TCP/IP (Daisy Chain x2 RJ45), Bluetooth 4 programmable I/O 4 current inputs CT …/5A or …/1A M4M 30 Profibus Profibus DP-V0, Bluetooth 4 programmable I/O 4 current inputs CT …/5A or …/1A M4M 30 Bacnet BACnet /IP, Bluetooth 4 programmable I/O 4 current inputs CT …/5A or …/1A M4M 30 I/O Modbus RTU, Bluetooth 6 programmable I/O, 2 Analogue Outputs 4 current inputs CT …/5A or …/1A M4M 30 Rogowski Modbus RTU, Bluetooth 4 programmable I/O 4 current inputs Rogowski coils M4M 20 M4M 20 Bluetooth 2 Digital Outputs 3 current inputs CT …/5A or …/1A M4M 20 Modbus Modbus RTU, Bluetooth 2 Digital Outputs 3 current inputs CT …/5A or …/1A M4M 20 Ethernet Modbus TCP/IP, Bluetooth 2 Digital Outputs 3 current inputs CT …/5A or …/1A M4M 20 Profibus Profibus DP-V0, Bluetooth 2 Digital Outputs 3 current inputs CT …/5A or …/1A M4M 20 Bacnet BACnet /IP, Bluetooth 2 Digital Outputs 3 current inputs CT …/5A or …/1A M4M 20 I/O Modbus RTU, Bluetooth 2 programmable I/O, 2 Digital Outputs , 2 Analogue Outputs 3 current inputs CT …/5A or …/1A M4M 20 Rogowski Modbus RTU, Bluetooth 2 Digital Outputs 3 current inputs Rogowski coils

6. Technical segmentation November 11, 2019 Slide 6 M4M network analyzers Auxiliary power supply : from 48 to 240V AC/DC Voltage measurement : direct connection 50-400V AC (L-N); indirect via VT Current measurement : indirect connection with …/5A or …/1A CT (Rogowski coil version available) Accuracy (V,I) : 0.2% acc. to IEC 61557-12 Accuracy (Active power, energy) : 0.5% acc. to IEC 61557-12 I/O : 2 Digital Output (M4M 20) or 4 programmable I/O (M4M 30) (additional I/O version available) Communication: Modbus RTU, Modbus TCP/IP, Profibus DP-V0, BACnet /IP Overall dimensions : Front panel 96x96mm Depth inside the switchboard 57mm Operating conditions : Front IP rating IP54 Operating temperature range from -25°C to 70°C Humidity 95% up to 40°C M4M 20 M4M 30 Measurement Current , Voltage, Frequency Power, Power Factor X X Neutral Current Basic Advanced 4 quadrants Energy (Import /Export) X X Total Harmonic Distortion (THD) X X Harmonics , Unbalances , Waveforms X Graphs visualization Basic Advanced Data recording Notification logs X X Alarms management Basic Advanced Demand values , Max/ Min demand Basic Advanced Energy Trending logs X Connectivity Bluetooth for EPiC Mobile Integration in ABB Ability ™ EDCS X X RJ45 Daisy Chain (Ethernet) X

7. Technical segmentation November 11, 2019 Slide 7 M4M network analyzers M4M 20 M4M 30 Electrical parameters measurement Avg/min/max 4 quadrants V, I, f, Energy, Power, PF Power Quality Short-term interruptions Harmonics (up to 40th), Unbalances Max Demand THD Additional functionalities Daisy Chain (Modbus TCP/IP) Waveform Capture, Trending, Load Profiles Tariffs, Time Sync, RTC Events and Alarm memorization Remote load management M4M 20 M4M 30

8. M4M 20 Look&Feel November 11, 2019 Slide 8 M4M Power Meters Colour graphic LCD display 5 pushbuttons Colour graphic LCD display Touch screen M4M 30

9. EQmatic – Energy Analyzer QA/S November 11, 2019 Slide 9 ABB EQmatic is a (new) range of compact and web-based stand-alone devices for energy management applications EQmatic is simple and ready to use solution to read out meters They are used for monitoring, logging, displaying and analyzing consumption data of electricity, gas, water or heat meters via M-Bus or Modbus RTU The user interface provides graphical analysis functions EQmatic closes the gap between EQmeters and and high-level software applications Energy measurement Remote Monitoring & Analyzing Local data logging & processing Sub-Metering ABB EQ Electricity meters Sub-Metering 3 rd party gas, water, heat meters Inte-gration into BMS, SCADA, … Data Transfer to Modbus TCP

10. EQmatic – Energy Analyzer QA/S November 11, 2019 Slide 10 ABB EQmatic is collecting data from up to 16/64 M-Bus or Modbus meters and stores them locally in the device data base ABB EQ Meters (A- and B-Series) will automatically be detected after a Bus-Scan and added to the system Other M-Bus/Modbus meters can be manually configured and added to the system Access to the device is established via standard web browser The collected data are displayed in the user interface via graphical charts and diagrams Data Transfer to Modbus/TCP (BMS, Visu ) Overview Type QA/S 3.16.1 QA/S 3.64.1 QA/S 4.16.1 QA/S 4.64.1 Max. # of meters 16 64 16 64 Access to User Interface via Standard Web-Browser S0* to M-Bus M-Bus Gas, Water , Heat Meters S0* Analyzer Building Technical Network TCP IP Remote Monitoring & Analyzing Local data logging & processing Sub-Metering ABB EQ Electricity meters 3 rd party gas, water, heat meters Integration into SCADA, BMS, DCS via Modbus TCP/IP QA/S 3.x.1 QA/S 4.x.1

11. EQmatic – Energy Analyzer QA/S November 11, 2019 Slide 11 The devices have a user interface for commissioning and operating purposes To access the user interface there must be an IP connection to the device The user interface offers A configurable dashboard Graphical analysis functions (historical data, benchmark - period, instantaneous values, …) Management System settings User Interface

12. Energy Analyzer Modbus QA/S 4.16.1 and QA/S 4.64.1 EQmatic – Energy Analyzer QA/S November 11, 2019 Slide 12 Modular installation device (MDRC) Mounting width: 4 space units LAN connection Auxiliary voltage 100…240 V AC Modbus master to DIN EN 13757-2 Max. number of connectable Modbus devices QA/S 4.16.1: 16 meters (slaves) QA/S 4.64.1: 64 meters (slaves) Device technology QA/S 4 .16.1 QA/S 4 .64.1

13. November 11, 2019 Slide 13