System Manual SIMOCODE pro Edition 03/2007

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System Description 1.3 Application Example Description Controlling the pump Schematic 3/N/PE ~ 50/60 Hz 400/230 V L1 L2 L3 N PE Q1 - K1 1 3 5 2 4 6 1 3 5 2 4 6 Pump PE U V W M 3~ ϑ The fill level of a liquid container is being monitored. A pump keeps the liquid level (reference value) almost constant by pumping more liquid into the container. The fill level (actual value) is measured by the fill-level indicator and outputted as an analog signal. When the fill level sinks below a specific level, the pump is switched on by SIMOCODE pro. Liquid is pumped in until the reference value is reattained. The pump is then switched off. The pump can be controlled as follows: Locally: local control station [LC] for manual switching on and off (by visual contact) LC in the switchgear cabinet door: Control station operator panel [OP] for switching on and off manually At automation level: Control station PLC/PCS [DP] for remote-controlled switching on and off (automatic operation) via PROFIBUS DP Via SIMOCODE pro: Via local mode fill level monitoring and/or limit value monitoring. Current measuring module (IM) System interface T1 Thermistor T2 L1/L+ Fig. 1-4: Schematic of a typical application example F11 Connecting cable N/L– A2 A1 T1 T2 S0 S1 SIMOCODE pro 1-6 GWA 4NEB 631 6050-22 DS 02 K1 PROFIBUS DP Control station Local control station [LC] IN1 IN2 24 V Basic unit (BU 2) OUT 1 1 PLC/PCS In+ In– Analog module(AM) Out+ Out– Optional: laptop with SIMOCODE ES Control station PLC/PCS [DP] Fill-level indicator Liquid container Control station Operator panel Display Motor current (unit: % of Is) L+ L–
Recording, displaying and evaluating measured values System Description The following measured values are required for monitoring the process: The pump motor current, which is measured by the current measuring module The analog value of the fill-level indicator, which is measured by the analog module. The measured values are evaluated directly by SIMOCODE pro and/or transferred via PROFIBUS DP to the PLC/PCS. Any measured value can be outputted via the analog module, e.g. the effective motor current on a connected pointer instrument. Optionally, a laptop, for example, can be connected to the operator panel with the SIMOCODE ES software so that further process data can be locally evaluated. SIMOCODE pro GWA 4NEB 631 6050-22 DS 02 1-7
Page 1: System Manual Edition 03/2007 siriu
Page 4 and 5: Safety Information This manual cont
Page 6 and 7: Table Of Contents 4 Motor Control .
Page 8 and 9: Table Of Contents 12 Communication
Page 10 and 11: Table Of Contents B.20.3 Reversing
Page 12 and 13: Table Of Contents E.9.2 "Dahlander
Page 14 and 15: Table Of Contents SIMOCODE pro x GW
Page 16 and 17: Important Information Scope of Appl
Page 18 and 19: Important Information SIMOCODE pro
Page 20 and 21: System Description 1.1 Introduction
Page 22 and 23: System Description 1.2 Simplifying
Page 26 and 27: System Description 1.4 Check List f
Page 28 and 29: System Description 1.5 Overview of
Page 30 and 31: System Description Monitoring opera
Page 32 and 33: System Description 1.5.4 Communicat
Page 34 and 35: System Description 1.5.7 Operating,
Page 36 and 37: System Description 1.6 Overview of
Page 38 and 39: System Description Accessories For
Page 40 and 41: System Description 1.7 Description
Page 42 and 43: System Description 1.7.2 Operator P
Page 44 and 45: System Description Unused labeling
Page 46 and 47: System Description The operator pan
Page 48 and 49: System Description Displays of the
Page 50 and 51: System Description Menu of the oper
Page 52 and 53: System Description Warnings The "Wa
Page 54 and 55: System Description Imax [%] (exampl
Page 56 and 57: System Description Temperatures °F
Page 58 and 59: System Description Display of measu
Page 60 and 61: System Description Time to Trip Dis
Page 62 and 63: System Description Interlocking Tim
Page 64 and 65: System Description Display of stati
Page 66 and 67: System Description Number of Parame
Page 68 and 69: System Description Status display f
Page 70 and 71: System Description 3UF50 Basic Type
Page 72 and 73: System Description Current Measurin
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System Description Sensor Type Pt10
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System Description Profiles See Sec
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System Description Resetting, testi
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System Description Display of all p
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System Description Basic Unit MLFB
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System Description Timestamp (examp
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System Description 1.7.5 Current/Vo
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System Description 1.7.6 Decoupling
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System Description Digital module (
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System Description Earth-fault modu
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System Description 1.7.8 Configurat
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System Description 1.7.9 Accessorie
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System Description 1.7.10 Software
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System Description 1.8 Structural C
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System Description Connecting plugs
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System Description Acyclic Send Byt
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System Description Calculator (Calc
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System Description Extended Control
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System Description Non-Volatile Ele
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System Description Current Limits F
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System Description Monitoring 0/4 -
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System Description Temperature Moni
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System Description Watchdog Fig. 1-
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System Description SIMOCODE pro 1-1
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Short Instructions for Configuring
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Motor Protection 3.1 Introduction D
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Motor Protection Adjustable respons
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Motor Protection Is1 Transformation
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Motor Protection Class The class (t
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Motor Protection Response to Overlo
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Motor Protection Pre-alarm Delay Re
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Motor Protection 3.4 Stalled Rotor
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Motor Protection Sensor Fault (Sens
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Motor Control 4.1 Control Stations
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Motor Control Control Station - PC
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Motor Control Operating Mode Select
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Motor Control Example for operator
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Motor Control 4.2 Control Functions
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Motor Control General representatio
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Motor Control Extent and applicatio
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Motor Control Parameters Parameters
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Motor Control Faults Parameters Des
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Motor Control 4.2.4 "Direct Starter
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Motor Control 4.2.5 "Reversing Star
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Motor Control Settings You will fin
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Motor Control Schematic Settings Fi
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Motor Control Change-over Pause Sch
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Motor Control 4.2.8 "Star-Delta Rev
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Motor Control Schematic Control Com
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Motor Control 4.2.9 "Dahlander" Con
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Motor Control Change-over Pause Saf
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Motor Control 4.2.12 "Pole-Changing
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Motor Control Schematic Control Com
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Motor Control 4.2.13 "Solenoid Valv
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Motor Control 4.2.14 "Positioner" C
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Motor Control Schematic * Abbreviat
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Motor Control Making internal assig
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Motor Control 4.3 Active Control St
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Monitoring Functions 5.1 Earth-Faul
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Monitoring Functions 5.1.3 External
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Monitoring Functions 5.2.2 I> (Uppe
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Monitoring Functions 5.3 Voltage Mo
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Monitoring Functions 5.4 Cos Phi Mo
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Monitoring Functions 5.5 Active Pow
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Monitoring Functions 5.6 Monitoring
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Monitoring Functions Response when
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Monitoring Functions Response Table
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Monitoring Functions Response at Pr
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Monitoring Functions Trip Level and
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Monitoring Functions SIMOCODE pro 5
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Outputs 6.1 Introduction Descriptio
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Outputs 6.2 Basic Unit Outputs Desc
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Outputs 6.3 Operator Panel LEDs Des
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Outputs Application examples Settin
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Outputs Settings In many cases, the
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Outputs Note The Outputs of the ana
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Outputs 2) Output of the Effective
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Outputs 6.6 Cyclic Send Description
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Outputs 6.7 Acyclic Send Descriptio
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Inputs 7.1 Introduction Description
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Inputs 7.2 Basic Unit Inputs Descri
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Inputs 7.3 Operator Panel Buttons D
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Inputs Schematic The following sche
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Inputs Application examples Supplyi
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Inputs Application examples Setting
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Inputs Application examples Setting
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Inputs 7.8 Acyclic Receive Descript
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Analog Value Recording Description
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Analog Value Recording SIMOCODE pro
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3UF50 Compatibility Mode Descriptio
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3UF50 Compatibility Mode Diagram of
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3UF50 Compatibility Mode Byte Bit 1
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Standard Functions 10.1 Introductio
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Standard Functions Testing Reset Fu
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Standard Functions Acknowledgement
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Standard Functions Cold Starting If
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Standard Functions Special reset op
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Standard Functions Settings Operati
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Standard Functions 10.6 Power Failu
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Standard Functions 10.7 Emergency S
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Standard Functions Settings Watchdo
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Standard Functions Schematic Settin
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Logic Modules 11.1 Introduction Des
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Logic Modules Example You want to i
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Logic Modules 11.3 Truth Table for
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Logic Modules 11.5 Counters Descrip
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Logic Modules 11.6 Timer Descriptio
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Logic Modules Output Response of th
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Logic Modules Settings Timers 1 to
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Logic Modules Types of Signals/Outp
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Logic Modules 11.8 Non-Volatile Ele
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Logic Modules NOR function Settings
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Logic Modules 11.10 Flickering Desc
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Logic Modules Functional principle
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Logic Modules Examples of typical u
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Logic Modules Operating Modes for C
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Logic Modules Examples Example 1 Ex
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Communication 12.1 Definitions PROF
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Communication 12.2 Data Transfer Op
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Communication 12.3.2 Diagnosis Data
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Communication Station Status - Defi
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Communication Identification-relate
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Communication Channel-related Diagn
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Communication Alarms - Process Alar
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Communication 12.4.3 Integration of
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Communication 12.4.5 Integration of
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Communication of the device are tra
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Communication 12.6 Data Records Dat
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Communication 12.7.3 Parameter Data
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Mounting, Wiring, Interfaces 13.1 G
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Mounting, Wiring, Interfaces 13.2.2
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Mounting, Wiring, Interfaces 13.3 W
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Mounting, Wiring, Interfaces Basic
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Mounting, Wiring, Interfaces Supply
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Mounting, Wiring, Interfaces Earth-
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Mounting, Wiring, Interfaces Temper
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Mounting, Wiring, Interfaces Analog
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Mounting, Wiring, Interfaces Decoup
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Mounting, Wiring, Interfaces Exampl
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Mounting, Wiring, Interfaces Fig. 1
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Mounting, Wiring, Interfaces Notice
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Mounting, Wiring, Interfaces Sequen
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Mounting, Wiring, Interfaces Front
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Mounting, Wiring, Interfaces 13.6 I
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Commissioning and Service 14.1 Gene
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Commissioning and Service 14.2.2 Se
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Commissioning and Service 14.3 Serv
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Commissioning and Service Saving pa
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Commissioning and Service Replacing
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Commissioning and Service 14.3.4 Re
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Commissioning and Service Example:
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Alarm, Fault and System Events Even
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Tables A.1 Active Control Stations,
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Tables Specifications The following
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Tables No. Designation Designation
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Tables A.4 Socket Assignment Table
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Tables A.5 Detailed Events of the S
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Tables Byte.Bit Status Information
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Data Formats and Data Records Data
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Data Formats and Data Records B.1.2
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Data Formats and Data Records Byte
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Data Formats and Data Records B.5 D
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Data Formats and Data Records Byte.
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Data Formats and Data Records B.10
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Data Formats and Data Records B.20.
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Dimension Drawings C.1 3UF70 Basic
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Dimension Drawings C.2.2 Current Me
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Dimension Drawings C.2.4 Current Me
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Dimension Drawings C.3 Current/Volt
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Dimension Drawings C.3.3 Current/Vo
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Dimension Drawings C.3.5 Current/Vo
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Dimension Drawings C.5 Expansion Mo
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Dimension Drawings SIMOCODE pro C-1
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Technical Data D.1 Common Technical
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Technical Data Relay Outputs: Numbe
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Technical Data Notes on voltage mea
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Technical Data D.5 Technical Data o
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Technical Data D.5.3 Technical Data
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Technical Data D.6 Technical Data o
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Technical Data D.7 Short-Circuit Pr
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Technical Data SIMOCODE pro D-16 GW
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Example Circuits E.1 General Object
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Example Circuits E.2.1 "Overload Re
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Example Circuits E.3 "Direct Starte
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Example Circuits E.4 "Reversing Sta
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Example Circuits E.5 "Molded Case C
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Example Circuits E.6 "Star-Delta St
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Example Circuits E.6.3 "Star-Delta
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Example Circuits E.7 "Star-Delta Re
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Example Circuits E.8 "Dahlander" Ci
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Example Circuits E.9 "Dahlander Rev
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Example Circuits Fig. E-19: "Dahlan
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Example Circuits E.10.1 "Pole-Chang
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Example Circuits E.11 "Pole-Changin
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Example Circuits Fig. E-24: "Pole-C
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Example Circuits E.12.1 "Solenoid V
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Example Circuits E.13 "Positioner"
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Example Circuits E.13.3 "Positioner
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Example Circuits E.14 "Soft Starter
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Example Circuits E.14.2 "Soft Start
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Example Circuits E.16.1 Direct Star
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Example Circuits E.16.2 Direct Star
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Example Circuits E.16.3 Reversing S
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Example Circuits E.16.4 Reversing S
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Example Circuits E.16.5 Star-Delta
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Example Circuits E.16.6 Pole-Changi
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Example Circuits E.16.7 Pole-Changi
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Example Circuits E.16.8 Dahlander,
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Example Circuits SIMOCODE pro E-66
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Safety and Commissioning Informatio
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Index Binary inputs for 110... 240
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Index Data record 92 - device diagn
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Index I I max 1-40 I> (upper limit)
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Index Open circuit 1-55 Operating d
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Index Replacing an expansion module
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Index Standard diagnosis 12-6, 12-1
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Index works) in connection with an
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List of Abbreviations SIMOCODE pro
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Glossary Baud Rate Bus Bus Segment
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Glossary Current Measuring Module (
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Glossary Factory Settings Function
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Glossary Monitoring the Current Lim
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Glossary PROFIBUS PROFIBUS DP PROFI
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Glossary Standard Function Station
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Glossary SIMOCODE pro Glossary-14 G
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Siemens Aktiengesellschaft Automati
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