M4M network analyzer.pdf............................

M4M network analyzer.pdf

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 ofentire 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
Maindistribution
Connectivity in sub-distribution
November 11, 2019 Slide 3
Solution architecture
Sub-distribution& Finaldistribution
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
ABBAbility™
Digital Platform
Ekip Connect
ABB Ability EDCS
ABB Marketplace ABB partner hub
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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 Currentinputs
M4M 30 M4M 30 Modbus ModbusRTU, Bluetooth 4 programmableI/O 4 currentinputs CT …/5A or …/1A
M4M 30 Ethernet ModbusTCP/IP (Daisy Chain x2
RJ45), Bluetooth
4 programmableI/O 4 currentinputs CT …/5A or …/1A
M4M 30 Profibus ProfibusDP-V0, Bluetooth 4 programmableI/O 4 currentinputs CT …/5A or …/1A
M4M 30 Bacnet BACnet/IP, Bluetooth 4 programmableI/O 4 currentinputs CT …/5A or …/1A
M4M 30 I/O ModbusRTU, Bluetooth 6 programmableI/O,
2 AnalogueOutputs
4 currentinputs CT …/5A or …/1A
M4M 30 Rogowski ModbusRTU, Bluetooth 4 programmableI/O 4 currentinputs Rogowskicoils
M4M 20
M4M 20 Bluetooth 2 Digital Outputs 3 currentinputs CT …/5A or …/1A
M4M 20 Modbus ModbusRTU, Bluetooth 2 Digital Outputs 3 currentinputs CT …/5A or …/1A
M4M 20 Ethernet ModbusTCP/IP, Bluetooth 2 Digital Outputs 3 currentinputs CT …/5A or …/1A
M4M 20 Profibus ProfibusDP-V0, Bluetooth 2 Digital Outputs 3 currentinputs CT …/5A or …/1A
M4M 20 Bacnet BACnet/IP, Bluetooth 2 Digital Outputs 3 currentinputs CT …/5A or …/1A
M4M 20 I/O ModbusRTU, Bluetooth 2 programmableI/O, 2 Digital
Outputs, 2 AnalogueOutputs
3 currentinputs CT …/5A or …/1A
M4M 20 Rogowski ModbusRTU, Bluetooth 2 Digital Outputs 3 currentinputs Rogowskicoils

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 versionavailable)
Communication: ModbusRTU, ModbusTCP/IP, ProfibusDP-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
NeutralCurrent Basic Advanced
4 quadrantsEnergy (Import /Export) X X
Total HarmonicDistortion(THD) X X
Harmonics, Unbalances, Waveforms X
Graphsvisualization Basic Advanced
Data
recording
Notification logs X X
Alarmsmanagement Basic Advanced
Demand values, Max/Mindemand Basic Advanced
Energy Trendinglogs X
Connectivity
Bluetooth for EPiCMobile
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
MaxDemand
THD
Additional
functionalities
Daisy Chain
(ModbusTCP/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
+Colourgraphic LCD display
+5 pushbuttons
+Colourgraphic 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 EQmetersand andhigh-level
software applications
Energy measurement

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
TypeQA/S 3.16.1QA/S 3.64.1QA/S 4.16.1QA/S 4.64.1
Max. # ofmeters 16 64 16 64
Access to
User
Interface via
Standard
Web-Browser
S0* toM-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
intoSCADA,
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