UMC100 Arequipa V3 Eng
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Transcript of UMC100 Arequipa V3 Eng
UMC100-FBPTechnical Presentation
Helmut Schönfelder, ABB Stotz-Kontakt, 15.10.2012
© ABB Stotz-KontaktNovember 14, 2013 | Slide 1
UMC100Product Overview
UMC100 Universal Motor Controller
UMC100 ATEX Universal Motor Controller
UMC100-PAN Control Panel
DX111/122 Expansion Modules Digital I/O
VI150/155 Expansion Modules Voltage
© ABB Group November 14, 2013 | Slide 2
UMC100Intelligent Motor Protection & Control System
Advanced Motor Protection
Flexible Motor Control
Diagnostics and Maintenance
Communication for all major fieldbusses and networks
© ABB Group November 14, 2013 | Slide 3
Traditional Setup vs Setup with Intelligent Controller
Separate devices for control, supervision and signal pre-processing Mounting and wiring of overload relays,
thermistor relays, current converter, …
Wiring of the control circuit
Wiring and mounting of signalling devices and push buttons
Wiring of interlocks
Connection to remote-IO
UMC100 offers Motor Protection
Motor Management
Motor Diagnostics
Fieldbus Communication
in a single, intelligent device
© ABB Group November 14, 2013 | Slide 4
UMC UsageWhere are UMCs used
© ABB Group November 14, 2013 | Slide 5
UMC100How are UMCs used
© ABB Group November 14, 2013 | Slide 6
0V +24VPowersupply
120 / 230 VAC
M
DI2
DI4
DI5
DI3
15 16 17 18
DI114
DI013
0V
24V
10 11 12
UMC100
DOC
87 9DOC
5 6CbCa
3 4DO0
DO2
DO1
DO3
T2
T1
1 2
max. 1000 VAC
MM
N
Start StopLocalFault
PTC
FieldBusPlug
CEM11Earth Fault Sensor
UMC100 Motor ProtectionOverview
Comprehensive motor protection for 3-phase motors For motor voltages up to 1000 VAC 50 / 60 Hz
Sinus wave current no drive, no softstarter
For nominal motor currents
240 mA to 63 A without accessories
> 63 A with external current transformer
Protection against Overload according to EN/IEC 60947-4-1
tripclasses 5E, 10E, 20E, 30E, 40E
Rotor blocking
Phase loss / imbalance / sequence
Under- / Overcurrent
Under- / Overvoltage
Under- / Overload overload calculated or based on powerfactor
Hot motor Thermistor
Earth fault calculation or sensor CEM11
Too many starts per time
© ABB Group November 14, 2013 | Slide 7
UMC100 Motor ProtectionWith additional Voltage Module
With an additional Voltage Expansion Module VI 150 or VI155 UMC100 offers some more motor protection functions High / Low power
Powerfactor (cosPhi)
Underload important for pump applications
Under / Overvoltage
All settings have warn / trip level and individual delay times
© ABB Group November 14, 2013 | Slide 8
UMC100 Motor Protection with Voltage ModulePhase Monitoring
Without Voltage module: Phase faults can only be detected based
on current during motor operation
With Voltage Module: Detect problems early –
before starting the motor
Protection against Phase loss
Phase imbalance
Phase sequence
© ABB Group November 14, 2013 | Slide 9
Check for phase faults before starting the motor
UMC100 Motor Protection with Voltage ModulePhase Monitoring
Detection of problems in the supply network Avoid reduced motor efficiency, overheating
and reduction of insulation life -> reduction of life time of the motor
Motors operating with unbalance will benoisier in their operation
Available Functions Overvoltage
Undervoltage
Voltage phase loss and imbalance
Harmonic distortion (THD)
Different warn - and trip levels
© ABB Group November 14, 2013 | Slide 10
Recommended derating curve by NEMA.
Balanced unbalanced
Protection of motor and equipment
UMC100 Motor ProtectionPTC/Thermistor High Temperature Protection
For motors with integratedPTC elements
Detects obstructed cooling
Motors located in high temp areascan be exposed to high ambient temperatures
Can not be detected by an EOL
Cable short circuit and break detection
© ABB Group November 14, 2013 | Slide 11
Fault or warning configurable
UMC100 Motor ProtectionEarth Fault Protection with CEM11
Protection against earth fault due to damaged cable isolation etc. 4 different types available
8 threshold values for precise adjustment
Threshold range size
80 … 1.700 mA 20 mm Ø
100 … 3.400 mA 35 mm Ø
120 … 6.800 mA 60 mm Ø
240 … 13.600 mA 120 mm Ø
Can be used in all types of networks also with higher impedance to ground
also small ground fault currents can be detected
© ABB Group November 14, 2013 | Slide 12
L1 L2 L3
24VDC
Protection of motorand equipment
UMC100 Motor ProtectionEarth Fault Protection internal
Protection against earth fault due to damaged cable isolation, etc. Trip and warn level
Active after startup or always
Preconditions Ground fault current must be
> 20% of Ie to be detected.
Only usable in networks with low impedance to ground
only higher ground fault currents can be detected
© ABB Group November 14, 2013 | Slide 13
L1 L2 L3
Protection of motorand equipment
UMC100 Motor ProtectionCheckback Supervision
Check supervision ensures that the motor is really running after a start command
Three options for checkback
Checkback current based (default)
Checkback via an auxiliary contact on the main contactor.Connect auxiliary signal to DI0 of UMC
Simulation: no checkback at all, for test purposes only
Checkback delay time is adjustable
© ABB Group November 14, 2013 | Slide 14
UMC100 Motor ControlOverview
Most common motor starters are integrated aseasy to parametrize control functions Direct / Reverse / Star-Delta starter
Pole changing / Dahlander
Actuator mode (Open / close valve control)
Overload Relay
Transparent mode for feeders
Custom Application Editor for individual control functions
Support of different control stations (DCS, Local bottons, Operation Panel ...)
Support of different operation modes Remote, Local 1, Local 2
© ABB Group November 14, 2013 | Slide 15
UMC100 Motor ControlHardware - Digital Outputs
3 x Relay Outputs DO0 ... DO2 Switching the motor contactors
Directly controlled by the control function in the UMC
Free outputs can be controlled by the DCSor the UMC100 Customer Application
1 x 24V Transistor Output DO3 Controlled by DCS
or controlled by Customer Application Logic
Fault Output: DO2 or DO3 can be configured as Fault Output
Configurable On / Off / or Flashing in case of fault
© ABB Group November 14, 2013 | Slide 16
UMC100 Motor ControlControl Stations
Flexible definition where and when motor start/stop is allowed
4 Control Stations Fieldbus (cyclic, acyclic)
Push buttons on DIs
LCD Operator Panel
3 modes: Local 1, Local 2, Auto
Individually to configure for each modewhich control station is allowed to start/stop
Depending on busfault, force local 2 and the autobit one of the 3 modes is active
© ABB Group November 14, 2013 | Slide 17
UMC100 Motor ControlFault Reset
Fault reset via Bus, LCD Panel or Digital Input
Manual reset of protection faults
Manual or automatic fault reset of faults coming from the multifunction inputs or inputs of the digital IO module
© ABB Group November 14, 2013 | Slide 18
UMC100 Motor ControlExpansion Modules I/O DX111, DX122
8 galvanic isolated DIs
4 relay outputs
1 Analog output (0/4-20mA, 0-10V)to drive current meter or to a DCS
2 separate roots for the relay outputs and the DI
Flexible mounting:Up to 3m distance between UMC100 and DX1xx
2 Types DX111 DIs 24 V DC
DX122 DIs 110 / 230 V AC
© ABB Group November 14, 2013 | Slide 19
UMC100 Motor ControlExpansion Modules Voltage VI150, VI155
3 voltage inputs L1, L2, L3
150 – 690 V AC
1 relay output
Flexible mounting:Up to 3m distance between UMC100 and VI15x
2 Types
VI150 grounded networks
VI155 grounded networksungrounded netw.altitudes >2000 m
For use with UMC100 R0101
© ABB Group November 14, 2013 | Slide 20
UMC100 Motor ControlExpansion Modules Voltage VI150, VI155
Additional features with Voltage module Protection
Under / Overvoltage protection
Under / Overload protection
Power factor (cos Phi)
Voltage based phase loss / imbalance / sequence
Diagnostics 3 Phase voltages
Powerfactor
Voltage imbalance
Active power
Apparent power
Energy
THD Total harmonic distortion
© ABB Group November 14, 2013 | Slide 21
UMC100 DiagnosticsGeneral
Comprehensive information via fieldbus and LCD operator panel Motor data
Status
Current
3 Phase Voltages
Active Power
Powerfactor
Thermal Load
Start-up time and max. current
Time to trip, Time to cool
© ABB Group November 14, 2013 | Slide 22
UMC100 DiagnosticsGeneral
Faults and Warnings Shown as text on the display
Maintenance counters Operating hours of motor
Number of starts
Number of overload trips
Energy
Event memory for the last 16 events
© ABB Group November 14, 2013 | Slide 23
UMC100 DiagnosticsControl Panel UMC100-PAN
Monitor DIO
Current (A, %)
Alarms
Display user defined values
Operate Start
Stop
Fault Acknowledge
Configure All parameters can be set
Optional Password Protection
Copy parameters and / or logic
© ABB Group November 14, 2013 | Slide 24
Contextdependenthot-key 1
Contextdependenthot-key 2
Scroll up-and downbuttons
StartStop
UMC100 DiagnosticsControl Panel UMC100-PAN
Graphical display Shows up to 4 lines
Text instead of cryptical codes
Backlight
Multilanguage English, French, German
Italian, Portuguese, Spanish, Russian
5 User defined displays on top menue
Customer defined fault texts 2 x 8 characters
Customer defined tag name
© ABB Group November 14, 2013 | Slide 25
UMC100 Communication Fieldbuses and Networks
UMC100 can be connected via FieldBusPlug to Modbus TCP new
PROFIBUS DP
DeviceNet
Modbus RTU
CANopen
Only one version of UMC100 for all fieldbuses and networks
Full motor protection and control in case of a bus failure
Fieldbus interface and UMC can be mounted separately -perfect for withdrawable MCC applications
Parameterization via device description files (GSD, EDS) or Operator Panel or PC Configuration Tool
© ABB Group November 14, 2013 | Slide 26
UMC100 Communication Fieldbuses and Networks
© ABB Group November 14, 2013 | Slide 27
Example with PROFIBUS
Support of all relevant fieldbusses and networks PROFIBUS DP V0/V1 PDP22, PDQ22
Modbus RTU MRP21
Ethernet Modbus TCP MTQ22 new
DeviceNet DNP21
CANopen COP21
UMC100 Communication Separation of Busnode and Device
© ABB Group November 14, 2013 | Slide 28
FBP InterfaceCable
LCD Control Panela) Drawer mountedb) or remote mounting
UMC100
Panel ExtensionCable
Fits in very space limited installations!
UMC100 Communication Separation of Busnode and Device
© ABB Group November 14, 2013 | Slide 29
Application with FBPin a Drawer System
UMC100 Communication Separation of Busnode and Device
Robust solution to connect fieldbus with motor controller inside a drawer: No trunklines!
Busnode stays alive while drawer gets exchanged All required accessories available: control panel extension,
inside and outside passive cable and fixing bracket
© ABB Group November 14, 2013 | Slide 30
UMC100 Communication Separation of Busnode and Device
© ABB Group November 14, 2013 | Slide 31
Application with PDQ22in a Drawer System
UMC100 CommunicationEthernet – Modbus TCP with MTQ22 new
Ethernet connectivity forup to four UMC100
Modbus TCP protocol
Supports differentnetwork topologies Star
Bus
Ring with redundancy
Easy to use
Easy to setup
No special Ethernet connectorsrequried in MCCs
© ABB Group November 14, 2013 | Slide 32
UMC100 CommunicationEthernet – Modbus TCP with MTQ22
Simple connection fromMTQ22 to drawers Ready made cables available
Or make own cables
Terminal blocks available separately
© ABB Group November 14, 2013 | Slide 33
Network – SwitchSupply for switch,MTQ22
For a ring goback to switch
24 V DC
MTQ22 Supply
To next MTQ22
To drawers
To switch
UMC100 CommunicationConfiguration via PC-Adapters
Using the open FDT/DTM standard
Point to point connection via UTF21
Profibus connectionvia UTP22
© ABB Group November 14, 2013 | Slide 34
UMC100 CommunicationConfiguration via 3rd Party Communication Adapters
Siemens CP5512 PCMCIA card (COM DTM from Trebing + Himsted )
Trebing + Himsted Ethernet / PROFIBUS Adapter + COM DTM
© ABB Group November 14, 2013 | Slide 35
ConfigurationPC
…
Ethernet
PROFIBUS Line
UMC100Summary
UMC100 integrates
Advanced Motor Protection
Flexible Motor Control
Diagnostics and Maintenance Data
Fieldbus Communication for all major busses
Perfect solution for Motor Control Centers
Can be adapted to almost all customer requirements
Built-in logic -> just configure
Customer specific logic -> logic editor
Powerful LCD panel for monitoring, parameterization and control
© ABB Group November 14, 2013 | Slide 36