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SIMOCODE pro
System
Automation and Drives
The System
Low-Voltage
Controls
& Distribution
Starting Situation
System
System
SIMOCODE pro C – Compact
 The
compact system for:
Direct starters and
Reversing starters
Components
Functions
Integration
Practice
Information
Up to 80 % of all present
SIMOCODE-DP applications
at a price reduction of 20 %.
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
The Design of
SIMOCODE pro Motor Feeders
Low-Voltage
Controls
& Distribution
Starting Situation
SIMOCODE pro C – Compact
Control circuit
Main circuit
Automation system
System
System
Components
Functions
Connection
Integration
Cable
Practice
Information
Current Measuring
Module
SIMOCODE pro
Basic Unit 1
Operator
Panel*
(This document is subject to changes)
*) Optional
As of 09/04
Automation and Drives
The System
Low-Voltage
Controls
& Distribution
Starting Situation
System
System
SIMOCODE pro V – Variable
 The
variable system with:
All control functions and
Variably expandable additional functions
Components
Functions
Integration
Practice
Information
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
The Design of
SIMOCODE pro Motor Feeders
Low-Voltage
Controls
& Distribution
Starting Situation
SIMOCODE pro V – Variable
Control circuit
Main circuit
Automation system
System
System
Components
Functions
Connection
Integration
Cable
Practice
Information
Current/Voltage
Measuring Module*
SIMOCODE pro
Basic Unit 2
+ Expansion
modules*
Operator
Panel*
(This document is subject to changes)
*) Optional
As of 09/04
Automation and Drives
The System
Low-Voltage
Controls
& Distribution
Starting Situation
System
System
Components
has been designed for mixed operation.
 Targeted
combination of SIMOCODE pro C and SIMOCODE pro V
in the same switchgear, depending on the individual functional
requirements
 SIMOCODE
pro C is fully upward-compatible with SIMOCODE pro V
Functions
I.e. with a conversion to SIMOCODE pro V:
Integration
 No re-wiring is required (removable terminals)
Practice
 The current measuring module can remain in the main circuit
Information
 No additional engineering is required (identical terminals)
 The pro C parameterization can be adopted unchanged
 pro V utilizes the same components as pro C (stock-keeping)
A mixed application in the same switchgear does
not produce extra costs – it saves costs!
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
The System
Low-Voltage
Controls
& Distribution
Current Measuring Module
Basic Unit
Operator Panel
Expansion modules
Digital
Modules
+ Voltage detection
Earth Fault
Module
Temperature
Module
Analog
Module
Starting Situation
System
System
Components
Functions
Integration
Practice
Information
SIMOCODE pro C
SIMOCODE-DP
SIMOCODE pro V
SIMOCODE pro
(This document is subject to changes)
As of 09/04
SIMOCODE pro
The Components
Automation and Drives
The Components
Low-Voltage
Controls
& Distribution
SIMOCODE pro C – Compact
Starting Situation
Current
Measuring Module
System
Basic Unit 1
4 I / 3 O binary
Thermistor
PROFIBUS-DP
24 V DC /
110 – 240 V UC
0.3 A – 630 A
Straight-through/
busbar connection
technology
Components
Components
Functions
Integration
Practice
Information
Operator Panel
Connection Cable
5 buttons / 10 LEDs
In various lengths
(up to 2 m)
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
The Components
Low-Voltage
Controls
& Distribution
Starting Situation
SIMOCODE pro V – Variable
Basic Unit 2
Current Measuring Module
4 I / 3 O binary
Thermistor
PROFIBUS-DP
24 V DC /
110 – 240 V UC
0.3 A – 630 A
Straight-through/
busbar connection
technology
System
Components
Components
Functions
Connection Cable
Integration
In various lengths
(up to 2 m)
Practice
Information
Operator Panel
Current/Voltage
Measuring Module
5 buttons / 10 LEDs
Expansion modules
Additional binary I/Os
 1 x 0/4 – 20 mA I/O
 3 x sensors Pt100/ Pt1000
 External earth fault via
summation current
transformer

0.3 A – 630 A /
690 V
Straight-through/
busbar connection
technology
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
The Current Ranges
Low-Voltage
Controls
& Distribution
Starting Situation
Current Measuring Modules for all motor currents
Widths:
45 mm
55 mm
120 mm
145 mm
System
Components
Components
Functions
Integration
Practice
Information
0.3 – 3 A
2.4 – 25 A
10 – 100 A
20 – 200 A
63 – 630 A *)
Straight-through transformer
Busbar connection
*) With 3UF18 intermediate transformers
up to 820 A
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
The Voltage Range
Low-Voltage
Controls
& Distribution
Starting Situation
Current/Voltage Measuring Modules
Widths:
45 mm
55 mm
120 mm
145 mm
System
Components
Components
Functions
Integration
Practice
Information
0.3 – 3 A
2.4 – 25 A
/ 690 V
10 – 100 A
/ 690 V
20 – 200 A
/ 690 V
63 – 630 A*)
/ 690 V
Straight-through transformer
Busbar connection
SIMOCODE pro
*) With 3UF18 intermediate transformers
up to 820 A
(This document is subject to changes)
As of 09/04
Automation and Drives
Variably Expandable Additional Functions
Low-Voltage
Controls
& Distribution
Starting Situation
System
Expansion modules for SIMOCODE pro V
 Up
to 5 expansion modules can be connected to the
Basic Unit 2:
Digital Modules for:
Max.2
Components
Components
Functions
Integration
Practice
Information
 Additional binary I/Os
 Bistable relay outputs
 Externally supplied inputs
(24 V DC or 110 – 240 V AC/DC)
Earth Fault Module for:
Max.1
 Expansion
of the internal earth fault monitoring
by a sophisticated external monitoring with
summation current transformer
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
Variably Expandable Additional Functions
Low-Voltage
Controls
& Distribution
Starting Situation
System
Expansion modules for SIMOCODE pro V
 Up
to 5 expansion modules can be connected to the
Basic Unit 2:
Temperature Module for:
Max.1
Components
Components
Functions
 Temperature
monitoring of up to 3 analog
temperature sensors (e.g.: Pt100/ Pt1000)
Integration
Practice
Information
Analog Module for:
Max.1
 Input/output
and monitoring of analog signals
(0/4 – 20 mA) for, e.g., filling level/flowrate
monitoring or the actuation of a display unit
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
Smaller Dimensions
 SIMOCODE
pro
 Improved scaling
accuracy
System
Components
Components
Functions
Integration
Practice
Information
45 mm
67.5 mm
90 mm
4 binary inputs
3 relay outputs
Thermistor
PROFIBUS DP
12 binary inputs
7 relay outputs
Thermistor
PROFIBUS DP
 All digital modules
are combinable
Additional functions
36 mm
Starting Situation
Including expanded functionality
96 mm
 SIMOCODE-DP
70 mm
SIMOCODE pro
140 mm
4 binary inputs
4 relay outputs
Thermistor
PROFIBUS DP
12 binary inputs
8 relay outputs
Thermistor
PROFIBUS DP
(This document is subject to changes)
60 mm
Low-Voltage
Controls
& Distribution
96 mm
As of 09/04
SIMOCODE pro
The Functions
Automation and Drives
The Functions
Low-Voltage
Controls
& Distribution
Starting Situation
System
Components
Based on SIMOCODE-DP.
SIMOCODE pro is a flexible and modular
motor management system for motors
used in low-voltage applications.
Functions
Functions
SIMOCODE pro integrates the following
features in only one system:
Integration
 Multifunctional
Practice
Information
electronic motor
protection
 Flexible
software for motor control
 Detailed
operating, service and
diagnostics data
 Communication
via PROFIBUS-DP
Comprehensive motor feeder protection
+ flexible control!
SIMOCODE pro
(This document is subject to changes)
As of 09/04
Automation and Drives
The Functions
Low-Voltage
Controls
& Distribution
Starting Situation
System
Components
Functions
Functions
Integration
Practice
Information
More functions than ever before.
Protective functions
Control functions

Overload protection (Class 5 - 40)
Thermistor motor protection
 Phase failure monitoring
 Unbalance protection
 Stall protection
 Earth-fault monitoring
 Monitoring of current limit values
 Monitoring of operating hours
 Monitoring of motor stop times
 Number-of-starts monitoring
 Etc.




Expanded monitoring functions:
Temperature monitoring Pt100/ Pt1000
Voltage monitoring
Power monitoring
 Cos-phi monitoring
 Phase sequence detection
 Input, output and monitoring
0/4-20 mA signal



Measuring curves recording
SIMOCODE pro
Direct online starter
Reversing starter
Star-delta starter
 Star-delta starter with
reversal of rotational direction
 Two speeds, motors with separate windings
(pole changeover switch), also with reversal
of rotational direction
 Two speeds, motors with separate Dahlander
windings, also with reversal of rotational
direction
 Solenoid valve actuation
 Positioner actuation
 Soft starter actuation
 Soft starter actuation with reversal
of rotational direction
 Logic modules (truth tables, counters, timers,
edge evaluation, limit monitoring...)
and
 Standard functions (power failure monitoring,
emergency start, external faults ...)
(This document is subject to changes)
As of 09/04
Automation and Drives
The Functions
Low-Voltage
Controls
& Distribution
Starting Situation
System
Components
Functions
Functions
Integration
Practice
Information
What‘s New.
Protective functions
Control functions

Overload protection (Class 5 - 40)
Thermistor motor protection
 Phase failure monitoring
 Unbalance protection
 Stall protection
 Earth-fault monitoring
 Monitoring of current limit values
 Monitoring of operating hours
 Monitoring of motor stop times
Numbers-of-starts monitoring
 Etc.




Expanded monitoring functions:
 Temperature monitoring Pt100/ Pt1000
 Voltage monitoring
 Power monitoring
 Cos-phi monitoring
 Phase sequence detection
 Input, output and monitoring
0/4-20 mA signal
Measuring curves recording
SIMOCODE pro
Direct online starter
Reversing starter
Star-delta starter
 Star-delta starter with
reversal of rotational direction
 Two speeds, motors with separate windings
(pole changeover switch), also with reversal
of rotational direction
 Two speeds, motors with separate Dahlander
windings, also with reversal of rotational
direction
 Solenoid valve actuation
 Positioner actuation
 Soft starter actuation
 Soft starter actuation with reversal
of rotational direction
 Logic modules (truth tables, counters, timers,
edge evaluation, limit monitoring...)
and
 Standard functions (power failure monitoring,
emergency start, external faults ...)
(This document is subject to changes)
As of 09/04
Automation and Drives
The Data
Low-Voltage
Controls
& Distribution
Starting Situation
System
Components
Functions
Functions
Integration
Practice
Information
Even more detailed information on the motor feeder.
Operating data
Service data
Motor switching state
(on, off, left, right, slow, fast)
 Current in phase 1, 2, 3 and max. current
 Voltage in phase 1, 2, 3
 Effective power
 Apparent power
 Power factor
 Phase unbalance
 Phase sequence
 Time to trip
 Motor model heating
 Remaining motor cooling time
 Temperature (e.g. motor temperature)
 Current analog signal value
 Etc.


Communication



12 Mbps , automatic baud rate detection
Time synchronization
Cyclic and acyclic services
SIMOCODE pro
Motor operating hours
Motor stop times
Number of motor starts
 Number of overload trips
 Unit-internal storage of comments
 Unit operating hours
 Etc.


Diagnostics data
Numerous detailed early warning and fault
messages, also for further processing within
the device or the control system
 Device-internal fault logging with time stamp
 Time stamp marking of individually selectable
status, warning and fault messages
 Value of the last tripping current
 Checkback faults (e.g. no current flow in the
main current circuit after ON control command)
 Etc.

(This document is subject to changes)
As of 09/04
Automation and Drives
The Data
Low-Voltage
Controls
& Distribution
Starting Situation
System
Components
Functions
Functions
Integration
Practice
Information
What‘s New.
Operating data
Service data
Motor switching state
(on, off, left, right, slow, fast)
 Current in phase 1, 2, 3 and max. current
 Voltage in phase 1, 2, 3
 Effective power
 Apparent power
 Power factor
 Phase unbalance
 Phase sequence
 Time to trip
 Motor model heating
 Remaining motor cooling time
 Temperature (e.g. motor temperature)
 Current analog signal value
 Etc.


Communication
 12 Mbps , automatic baud rate detection
 Time synchronization

Cyclic and acyclic services
SIMOCODE pro
Motor operating hours
 Motor stop times
Number of motor starts
Number of overload trips
 Unit-internal storage of comments
 Unit operating hours
 Etc.


Diagnostics data
Numerous detailed early warning and fault
messages, also for further processing within
the device or the control system
 Device-internal fault logging with time stamp
 Time stamp marking of individually selectable
status, warning and fault messages
 Value of the last tripping current
 Checkback faults (e.g. no current flow in the
main current circuit after ON control command)
 Etc.

(This document is subject to changes)
As of 09/04
Automation and Drives
Integration & Configuration
Low-Voltage
Controls
& Distribution
Starting Situation
System
Small auxiliary equipment with large time-saving potentials.
Addressing Plug
for assignment of
PROFIBUS address
without PC/ PG
Assignment of a PROFIBUS
address to one or several
basic units within seconds.
Components
Functions
Integration
Integration
Practice
Memory Module
for parameterization
without PC/ PG
Information
Commissioning of a motor
feeder within seconds.
SIMOCODE pro
(This document is subject to changes)
As of 09/04
SIMOCODE pro
Information
Automation and Drives
Information
Low-Voltage
Controls
& Distribution
www.siemens.com/simocode
Starting Situation
System
Components
Functions
Integration
“Conversion flyer”
Practice
Product brochure
Information
Information
System manual
SIMOCODE pro
Selection and
ordering data
(This document is subject to changes)
As of 09/04