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© 2007 Schneider Electric. All Rights Reserved.63230-216-229-B1
Use
SFT2841 Software
Mimic-Diagram Editor
Presentation
Symbol Animation
Symbols change, depending on the value of their inputs. A drawing corresponds to
each state. Animation occurs by changing the symbol each time the state changes.
Symbol inputs are assigned directly to the Sepam™ inputs to indicate the position of
the switchgear in the symbol.
Animated Symbols with Two Inputs
Animated - 2 inputs and Controlled - 2 inputs/outputs symbols are animated
symbols with two inputs, one open and the other closed.
This is the most common situation in representing switchgear positions. The symbol
has three states or three graphic representations: open, closed, and unknown. The
last is obtained when the inputs are unmatched. It is impossible to determine the
position of the switchgear in such a case.
Symbol Inputs Symbol State Graphic Representation
(Example)
Input 1 (open) = 1
Input 2 (closed) = 0
Open
Input 1 (open) = 0
Input 2 (closed) = 1
Closed
Input 1 (open) = 0
Input 2 (closed) = 0
Unknown
Input 1 (open) = 1
Input 2 (closed) = 1
Unknown
Animated Symbols with One Input
Animated -1 input and Controlled -1 input/output symbols are animated symbols
with one input. The value of the input determines the state of the symbol:
b input set to 0 = inactive
b input set to 1 = active
This type of symbol presents information simply, like the racked-out position of a
circuit breaker.
Symbol Inputs Symbol State Graphic Representation
(Example)
Input = 0 Inactive
Input = 1 Active
Symbol Inputs/Outputs
Depending on the desired operation of the mimic-based UMI, Sepam™ variables
must be assigned to the inputs of animated symbols and the inputs/outputs of
controlled symbols.
Sepam™ Variables Assigned to Symbol Inputs
Sepam™ Variables Name Use
Logic inputs Ixxx Symbol animation directly based on device positions
Outputs of predefined
functions
Switchgear control V_CLOSE_INHIBITED Circuit-breaker operation disabled
Position of key on the front
panel of Sepam™
V_MIMIC_LOCAL,
V_MIMIC_REMOTE,
V_MIMIC_TEST
b Representation of key position
b Operation disabled depending on the control mode
Logic equations or Logipam
program
V_MIMIC_IN_1 to
V_MIMIC_IN_16
b Representation of Sepam™ internal status conditions
b Cases where operation is disabled
Sepam™ Variables to be Assigned to Symbol Outputs
Sepam™ Variables Name Use
Logic outputs Oxxx Direct control of devices
Inputs of predefined functions Switchgear control V_MIMIC_CLOSE_CB
V_MIMIC_OPEN_CB
Circuit-breaker control using the switchgear-control function
through the mimic-based UMI
Logic equations or Logipam
program
V_MIMIC_OUT1 to
V_MIMIC_OUT16
Command processing by logic functions: interlocking,
command sequence, etc.
- Series 80 1
- Protective Relays 1
- Safety Instructions 0 3
- Safety Instructions 8
- Before You Begin 8
- Introduction 10
- Modular Architecture 10
- Selection Table 11
- Technical Characteristics 13
- Environmental Characteristics 14
- Precautions 15
- Equipment Identification 16
- Main Units 18
- Accessories 19
- Replacement Equipment 20
- Base Unit 21
- Dimensions 21
- Mounting 22
- Connection 23
- Installing Terminal Guard 24
- Typical for Series 80 24
- CAUTION DANGER 25
- Installation 26
- Sepam™ B83 Connection Diagram 27
- Sepam™ C86 Connection Diagram 28
- Input for Sepam™ B80 34
- Connected Voltage Inputs 35
- 1A/5A Current Transformers 36
- Test Accessories 40
- CSH120 & CSH200 42
- Zero Sequence CT 42
- CSH30 Interposing Ring CT 44
- ACE990 Zero Sequence 47
- CT Interface 47
- Voltage Transformers 48
- MES120, MES120G, MES120H 50
- 14 Input/6 Output Modules 50
- Remote Modules 53
- MET1482 54
- Temperature Sensor Module 54
- Analog Output Module 56
- Remote Advanced UMI Module 58
- Sync-Check Module 60
- Communication Accessory 64
- Selection Guide 64
- Connection of Communication 65
- ACE937 Fiber Optic Interface 68
- ACE969TP and ACE969FO 69
- Multi-Protocol Interfaces 69
- Description 71
- RS232/RS485 Converter 74
- ACE919CA and ACE919CC 76
- RS485/RS485 Converters 76
- Communications Wiring 78
- Cable Pinouts 81
- Network Limits 82
- User-Machine Interfaces (UMI) 84
- User-Machine Interfaces 85
- DAMAGE TO CARTRIDGE 86
- CAUTION 87
- Local Operation on the UMI 88
- Password 91
- Settings 93
- SFT2841 Setup and Operating 96
- Welcome Window 96
- Connection Window 97
- SFT2841 Set Up and Operating 100
- Software 100
- General Screen Organization 100
- Using the Software 101
- Creating User Messages 102
- Disturbance Recording 103
- Logic-Equation Editing 104
- Program 105
- Default Settings 107
- Configuring Sepam™ 109
- SFT2841 Software 113
- Mimic-Diagram Editor 113
- Presentation 113
- Contents 123
- Principles 124
- Commissioning 125
- Equipment 126
- General Examination and 127
- Preliminary Actions 127
- Checking Input Connections 129
- 3-Phase Generator 129
- Single-Phase Generator & 130
- Voltages Delivered by 3 VT 130
- Checking Phase Current 132
- Input Connections 132
- For Differential Applications 132
- LPCT Type Current Sensors 133
- Checking Residual Current/ 134
- Voltage Input Connections 134
- Checking Residual Current 135
- Van = Vr 135
- Checking Residual Voltage 136
- Broken Delta Arrangement 136
- With Voltage Delivered by 137
- 1 Neutral Point VT 137
- Checking Sepam™ B80 138
- Additional Voltage 138
- Additional Voltage 139
- Checking Sepam™ B83 140
- Additional Phase Voltage 140
- Additional Residual Voltage 142
- Checking Sepam™ C86 143
- Unbalance Current 143
- Checking Logic Input & 144
- Output Connections 144
- Checking Optional 145
- Module Connections 145
- Validating the Complete 146
- Protection Chain 146
- Test Sheet 147
- Sepam™ Series 80 147
- Troubleshooting Assistance 152
- 152
- Replacing the Base Unit 156
- Replacing the Battery 156
- 3-Wire Power System 158
- 4-Wire Power System 159
- 63230-216-229-B1 161
- Schneider Electric USA 164
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