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西门子SIMOCODE-DP电机保护与控制设备系统手册.pdf
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详细说明：西门子SIMOCODE-DP电机保护与控制设备系统手册pdf,西门子SIMOCODE-DP电机保护与控制设备系统手册Contents
Contents
Figures
Tables,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
Introduction and notes on the manual
A Description of the system
Philosophy behind the SIMOCODE-DP 3UF5 system
1-2
1.2 Overview
1.3 Components of the SIMOCODE-DP system
19
1.4 System configurations
..1-10
1.5 Summary of functions
Structural design of the SIMOCODE-DP system
1-12
The 3UF50 Basic Unit
2.1
Description
2-2
2.2 Summary of functions
...2-3
2.3 Outputs
2-4
2.4 Inputs
2-5
2.5 Protection functions
2.5.1 Current-dependent motor protection
2-7
2.5.2 Current Limit Value/ Blocking Protection
2-16
2.5.3 Earth Fault Detection
2-17
2.5.4 Thermistor Motor Protection
2-19
2.6 Branch control
2-21
2.6.1 Control and motor protection block
2-21
2.6.2 Information data block
2-22
2.6.3 Description of the Control stations
2-23
2.6.4 Description of the Control Functions
2-27
2.6.5 Description of the Function Block Inputs
2-47
2.6.6 Test/status LEDs
2-50
2.7 Logic modules
2-52
2.7.1 Signal Matching
2-52
2.7.2 Non-Reseting Elements on Power LoSs
2-53
2.7.3 Truth Table 31/10
2-54
2.7.4 Truth Table 51/20
2-57
2.7.5 Flash/Flicke
2-59
2.7.6 Timers
2-60
2.7.7 Counters
2-61
3
The 3UF51 Expansion Module
3
Descriptio
3-2
3.2 Summary of functions for Expansion Module
3-2
3.3 Inpu
3-3
3.4 Outputs
Contents
4
The 3UF52 Operator Panel
4-1
4.1 Description
4-2
4.2 Summary of functions
4-2
4.3 Control buttons, indicator LEDs
4.4 Test/status LEDs
4-4
5 Fault Diagnosis Fault Handling Warning
5-1
5.
Behaviour in the event of a fault
5-2
5.2 Acknowledgement and fault handling
5.3 Parameter Errors
.5-9
5. 4 Parameterizable fault behaviour in the event of a fault
10
Communication/Data transmission
6
Introduction to the Profibus-Dp
6-2
6.1.1 Definitions
6-2
6.2 Possibilities of data transmission
6-3
6.3 Description of messages
6-5
6.4 Necessary settings for bus communication with SIMOCODE-DP
6-6
5 Decision chart for the profibus-DP connection
6-9
6.5.1 PROFIBUS-DP connections
6-9
6.5.2 SIMOCODE-DP to SIMATIC S5 With IM308-C
6-11
6.5. 3 SIMOCODE-DP to SIMATIC S7 DP master(CPU with integrated DP interface)
6-24
6.6 PROFIBUS-DP configurations
6-36
Parameterization /observation
7.1 Possible ways of parameterizing
7.1.1 Parameterizing at runtime
7-2
7.1.2 Parameterizing during starting
7-3
7.2 Basics of parameterization
7.3 Parameterizing and observing with Win-SIMOCODE-DP
7-7
7.3.1 Introduction and notes
7-7
7.3.2 After the installation
7-9
7.3.3 Program start
...,7-10
7.3.4 Menu bar
.7-11
8
Engineering Example Direct Starter..........................
8-1
8.1 Introduction
8-2
8.2 Block 1: Redrawing a conventional circuit diagram as a circuit diagram
with sImocodE-DP
8-3
8.3 Block 2: Preparing a block diagram
8-11
8. 4 Block 3: Parameterization with Win-SIMOCODE-DP
8-17
GW八4NEB6314236-02
Contents
A
es
A-1
A 1 Assignment table
A-2
A 2 Active Control Stations, Contactor Controls, Lamp Controls and status messages
for the control functions
A-4
A 3 Control, signalling and diagnostic data
A-5
A 4 Acknowledgement and Fault handling
A-10
A. 5 Sketch of SIMOCODE-DP circuit diagram with basic elements
A-15
A6 Block diagram of the assignments
A-17
A7 Parameter table
A-19
Data structure
B. 1 Data formats and data record
B 2 Cyclical data
B-4
B.2.1 Basic Types
B.3.2 Device-specific diagnosis according to DP standard
B.2.2 Assignment of cyclical messages
B-6
B3 Diagnosis
B-8
B.3.1 Standard diagnosis
B-8
B-9
B.3.3 Device-specific diagnosis according to DPV1
B-11
B.3.4 Alarms(only as s7 slave
B-14
B.4
Reading/writing data records acyclically
B-17
B.4.1 Reading data record 130-signals
B-17
B 4.2 Reading data record 131-display/diagnosis
B-19
B.4.3 Writing data record 133-statistical data
B-19
B.4.4 Writing data record 132-control commands
B-20
B 4.5 Data record 138-device parameter
B-20
Technical Dat
C1 General data
C-2
C2 Auxiliary circuit /control circuit
puts
C.3.1 Number of inputs
C-5
C.3.2 Simultaneity for Basic Unit
C.3.3 Simultaneity for Expansion Module
C.3.4 Input currents /cable lenghts
C4 Communications interface
C-6
C5 Behaviour in the event of supply-voltage failure
C-6
C6 Short-circuit protection for motor branches for short-circuit currents up to 50 kA at 690 V C-7
C7 System reaction times (typical values
C 8 New system functions as of product status E10
C-9
C 9 Description of DMD and type data files
C-9
C 10 Source of supply for DMD and type data files
Dimension Drawings
D-1
Basic Unit 3UF500 /3UF501 /Expansion Module 3UF51
D2 Basic Unit 3UF502
D 3 Basic Unit 3UF503
D-4
D 4 Basic Unit 3UF504
D5 Basic Unit 3UF505
D-6
D6 Operator Panel 3UF52
GW八4NEB631428602
Contents
E Typical Circuit
E-1
E1 Introduction
E-2
E2 Parameter Table default value
E-3
E 3 Overload
E-11
E.3. 1 Circuit diagram of Overload Control Function
E11
E.3.2 Block diagram of Overload Control Function
E12
E.3.3 Parameters of overload Control Function
E-13
E 4 Direct Starter
E14
E.4.1 Circuit diagram of Direct Starter Control Function
E-14
E.4.2 Block diagram of Direct Starter Control Function
E-15
E 4.3 Parameters of Direct starter Control Function
E-16
E5 Reversing Starter
.....E-17
E.5.1 Circuit diagram of Reversing Starter Control Function
E17
E.5. 2 Block diagram of Reversing Starter Control Function
E-18
E.5.3 Parameters of Reversing Starter Control Function
E19
E6 Star Delta Starter
E20
E.6.1 Circuit diagram of Star Delta Starter Control Function
.E-20
E.6.2 Block diagram of Star Delta Starter Control Function
E21
E 6.3 Parameters of star Delta Starter Control function
E22
E7 Pole Changing starter
E23
E.7.1 Circuit diagram of Pole Changing Starter Control Function
E23
E.7.2 Block diagram of Pole Changing Starter Control Function
E24
E73 Parameters of Pole Changing Starter Control Function
E25
E 8 Dahlander Starter
E26
E.8. 1 Circuit diagram of dahlander starter Control Function
F26
E.8.2 Block diagram of Dahlander starter Control Function
E-27
E 8.3 Parameters of dahlander starter Control function
E28
E. 9 Solenoid valve
E29
E.9. 1 Circuit diagram of Solenoid Valve Control Function
E29
E 9.2 Block diagram of Solenoid valve Control Function
E30
E 9.3 Parameters of solenoid valve control function
..,,..E31
E10 Positioner Control Function
E32
E10.1 Circuit diagram of Positioner Control Function
E32
E10.2 Block diagram of Positioner Control Function
F34
E10.3 Parameters of Positioner Control function
E35
E 11 Soft starter
E36
E11.1 Circuit diagram of Soft Starter Control Function
E36
E 11.2 Block diagram of Soft Starter Control Function
E38
E 11.3 Parameters of soft starter Control function
E39
Order Numbers
G Frequently asked questions .........
G-1
G 1 General reset
G-2
G 2 Win-SIMOCODE-DP fault situations in online operation
G-3
Index
Glossary
GW八4NEB6314236-02
Figures
Pa
implified structure of the system
1-2
2 Layout of a motor branch(Direct Starter)using conventional technology
1-3
3 Future-oriented circuit diagram with SIMOCODE-DP
4 Reducing the amount of wiring
1-5
Data traffic over the Profibus-dP between the plc and sImoCodE-DP
1-6
5678
SIMOCODE-DP modular system
7 Win-SIMOCODE-DP
19
8 System configurations
1-10
9 Summary of functions
10 Structural design of the SIMOCODE-DP system
11 Front of basic Unit
12 Summary of functions performed by the Basic Unit
2-3
13 Diagram of output relays for basic Unit
14 Diagram of the Inputs for Basic Unit
15 Diagram of input circuitry
2-6
16 Method of assembly
2-8
17 Push-through and loop-through openings on the 3UF5001 Basic Unit
2-9
18 Circuit diagram with external current transformer
2-10
19 Tripping characteristics (cold
20 Protection of motors in potentially explosive atmospheres
2-13
21 Cooling behaviour with and without Idle Ti
2-14
22 Diagram of Earth Fault Detection
2-18
23 Diagram for Thermistor Motor Protection
2-20
24 Control and motor protection block
2-21
25 Diagram of information data block
2-22
26 Diagram of Control Stations
2-23
27 Function diagram of Torque and Limit Switches in the control of Positioners
2-35
28 Torque or Limit Switch as a changeover contact
2-42
29 Interrelationship of Uvo, UVO-Time, Grading Time and QE
2-49
30 Diagram of Signal Matching
2-52
31 Diagram of signal types
2-52
32 Diagram of Non-Reseting Elements on Power Loss
2-53
33 Diagram of Truth Tables 31/10
2-54
34 Example of a Truth Table
2-54
GW八4NEB631428602
35 EXternal circuitry/ parameters for the Truth Table example
2-55
36 Diagram of the Truth Table 51/20
2-57
37 Diagram of Flash /Flicker components
2-59
38 Diagram of Timers
2-60
39 Output behaviour of Timers
2-60
40 Diagram of the Counters
.2-61
41 Front of Expansion Module
3-2
42 Summary of functions performed by the Expansion Module
3-2
43 Diagram of Inputs for Expansion Module
33
44 Diagram of Input circuitry for Expansion Module
3-3
45 Diagram of Output Relays for Expansion Module
3-4
46 Operator Panel
4-2
47 Summary of the Operator Panel's functions
4-2
48 Diagram of control buttons and indicator LEDs of the Operator Panel
49 Fast fault analysis with the "Control/Report"mask
50 Possibilities of data transmission
6-3
51 Setting parameters for DP standard
6-13
52 Enabling diagnosis according to DPV1
-16
53 Selecting SIMOCODE-DP as a dPI slave with HW Config(hardware configuration
6-25
54 Selecting SIMOCODE-DP as an S7 slave trom the hardware catalog
.6-25
55 Specifying operating parameters for SIMOCODE-DP
6-26
56 Parameterizing SIMOCODE-DP via a DMD file
6-27
57 Parameterizing SIMOCODE-DP with Win-SIMOCODE-DP/Professional
..6-28
58 Enabling diagnosis according to dPVl in HW Config
.6-31
59 Bus segment
6-36
60 Bus termination module
6-38
61 Setting parameters
7-4
62 Connecting free elements
7-4
63 Example for establishing connections
7-5
64 Symbols used: sockets and plugs
65 Layout of a motor branch (Direct Starter) using conventional technology
83
66 Step 2: Drawing the elements in the SIMOCODE-DP circuit diagram
8-4
7 Step 3: Deleting elements from the SIMoCODE-DP circuit diagram
8-5
68 Step 4: Deleting elements from the SIMOCODE-DP circuit diagram
8-6
69 Step 5: Drawing the elements in the SIMOCODE-DP circuit diagram
8-7
70 Step 6: Deleting elements
8-8
71 Step 7: Deleting elements
8-9
72 Step 8: Drawing the auxiliary contact of the fuse-disconnector for
test operation in the simocodE-dp circuit diagram
.8-10
GW八4NEB6314236-02
73 Structural layout of the SIMOCODE-DP system
8-11
74 Step 1: Drawing the external elements in the block diagram
8-13
75 Opening mask of win- SIMOCODE-DP
8-17
76 Setting the parameters in the Order Number" dialog
8-17
77 Setting parameters in the Overload" dialog
8-18
78 Setting parameters in the "Sensor" dialog
8-18
79 Setting the parameters in the Motor" dialog
8-19
80 Setting parameters in the " Control Stations"dialog
8-19
81 Parameters set in the "Control Stations" dialog
8-20
82 Operator Enabling" dialog
8-20
83 Setting CST in the Function Block Inputs" dialog
8-21
84 Setting Out 1-Output Relay in the Device Outputs/LEDs"dialog
8-21
85 Setting the address in the "Bus ProFibUs-DP dialog
8-22
86 Diagram of Basic Types
B-4
87 Diagram of process data
88 Diagram of process data for basic types 2 and 3
89 Alarm sequence
B-14
90 Dimension drawings for the 3UF500 /3UF501/3UF51
D-2
91 Dimension drawings for the 3UF502
D-3
92 Dimension drawings for the 3UF503
D-4
93 Dimension drawings for the 3UF504
D-5
94 Dimension drawings for the 3UF505
D-6
95 Dimension d
for the 3UF52
D-7
VIll
GW八4NEB6314236-02
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