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Chapter 10. Configuring the I/O Driver from FIX/iFIX Applications177
Read
Algorithm
Reads from a 3-digit BCD register.
The Raw_value is then separated
into three nibbles (4 bits) prior to
scaling the value. Each nibble is
examined for a value greater than 9
(A-F hex). If a hexadecimal value
between A and F is found, a range
alarm is generated, indicating the
value is not within BCD range. Each
hexadecimal nibble between 0 and 9
is converted to a decimal value and
the resulting BCD value is scaled
with the following algorithm:
Result = ((BCD_value/999) *
Span_egu) + Lo_egu
Read
Algorithm
Variables
Lo_egu – the database block’s low
engineering value.
Span_egu – the span of the
engineering values.
BCD_value – the BCD value
converted from the raw value.
Result – the scaled value stored in
the database block.
Write
Algorithm
Writes to a 3-digit BCD register
using the following algorithm:
Result = (((InputData – Lo_egu) /
Span_egu) * 999) + 0.5
and then converts the resulting value
back to a 3BCD value prior to
sending it to the process hardware.
Write
Algorithm
Variables
Lo_egu – the low engineering value.
Span_egu – the span of the
engineering values.
InputData – the database block’s
current value.
Result – the unscaled value.
- Copyright 2
- Contents 3
- 1. First-time Users 11
- What is a Channel? 12
- What is a Device? 13
- What is a Datablock? 13
- What is a Timeout? 14
- How Do Retries Work? 15
- What is Signal Conditioning? 16
- What is an Overrun? 17
- 3. Accessing Information 21
- Using the Online Help Index 22
- “database blocks” 23
- Navigating the Online Help 26
- Using Online Help Buttons 28
- Printing from the Online Help 30
- Using the Favorites Tab 32
- 4. How Do I? 33
- Choosing Poll Rates 34
- Eliminating Excess Datablocks 34
- Chapter 4. How Do I? 25 35
- Hardware 36
- To use the Enable option 37
- To stop the I/O driver 37
- To use Simulation Mode 37
- Chapter 4. How Do I? 29 39
- Accessed 40
- Remotely 40
- Chapter 4. How Do I? 31 41
- Chapter 4. How Do I? 33 43
- Datablocks using FIX or iFIX 44
- Before the block write 45
- After the block write 45
- To restart the server 46
- 5. About the SI7 I/O Driver 47
- How the I/O Driver Works 48
- The SI7 I/O Driver Features 53
- Automation Applications 57
- Feature: Phasing Poll Rates 62
- Feature: QuickFail Logic 63
- Feature: Using Latched Data 66
- SI7Drv REGSERVICE 68
- SI7Drv REGSERVER 70
- Feature: Block Writes 71
- !Send:DataBlockName 72
- Supported Hardware 74
- Supported Interface Cards 76
- Supported Protocols 76
- Required Software 76
- Programming Software 78
- 6. Hardware Setup 79
- Chapter 6. Hardware Setup 71 81
- S7 300 CPU with a CP342-5 82
- S7 300 or 400 PLC with an 83
- (no communication module) 83
- Configuring the Hardware 84
- Programming the Hardware 85
- Chapter 6. Hardware Setup 77 87
- Chapter 6. Hardware Setup 79 89
- Chapter 6. Hardware Setup 81 91
- 7. Sample Configurations 93
- Profibus to S7 400 98
- To create the database 100
- Industrial Ethernet to S7 300 103
- Industrial Ethernet to S7 400 107
- Using the MPI Port 111
- SCADA Server 112
- S7 300 PLC 112
- MPI Port 112
- Profibus cable 112
- S7 400 PLC 113
- Using SIMATIC NET v6.0 116
- 8. Using the Power Tool 119
- From Database Manager 120
- Interface 121
- Help Topics 125
- Using Shortcut Keys 128
- The Status Bar 129
- To set the refresh rate 130
- Making Advanced Settings 132
- [3] Change the line: 137
- [4] Save the file 137
- From... To 137
- Adding and Modifying Channels 140
- Adding and Modifying Devices 140
- Retry, and Delay Time 141
- Real/Float Memory 151
- Understanding Data Types 152
- Access Time 154
- Using Phasing with Poll Rates 158
- Using I/O Driver Report Files 162
- Applications 167
- Database Block Dialog Box 170
- 170
- Three-letter 172
- Driver Acronym 172
- Device Name 172
- DEVICE_NAME:ADDRESS[:BIT] 173
- !SWITCH:DEVICE 174
- !MODE:NAME 174
- !POLL:NAME 174
- !SEND:DATABLOCK 174
- Manager 176
- NONE Signal Conditioning 177
- 12BN Signal Conditioning 178
- 12AL Signal Conditioning 179
- 15BN Signal Conditioning 181
- 15AL Signal Conditioning 182
- LIN Signal Conditioning 184
- 3BCD Signal Conditioning 186
- 4BCD Signal Conditioning 188
- 13BN Signal Conditioning 189
- 13AL Signal Conditioning 191
- 8BN Signal Conditioning 192
- 8AL Signal Conditioning 193
- S5CO Signal Conditioning 197
- Data Type 199
- Database Manager 200
- 11. Running the I/O Driver 205
- SI7 - Siemens Simatic S7 7.x 209
- Stopping the I/O Driver 211
- Viewing Statistics 212
- Viewing Device Statistics 213
- Viewing Datablock Statistics 213
- Understanding Overruns 214
- 1 second 215
- 2 seconds 215
- 3 seconds 215
- 4 seconds 215
- Understanding Data Quality 216
- 12. Checking Communication 217
- 13. Optimizing Your System 221
- See Also 223
- 14. Troubleshooting 225
- Answers to Common Questions 230
- The driver does not load 231
- To display driver statistics 233
- Power Tool 237
- I am receiving overruns 240
- My message rate is slow 240
- I have a high timeout count 244
- Using the Datascope 245
- Using the Event Viewer 246
- Error Codes 248
- Getting Technical Support 249
- Visual Basic 252
- __uuidof() 253
- 16. Glossary 255
- Numerics 257
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