Allen-Bradley 1734-ADN Manual de usuario Pagina 129
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Valorado. / 5. Basado en revisión del cliente
Publication DNET-UM004A-EN-P - March 2004
Communicate with a PanelView™ Standard Terminal 9-5
Use a Word/Bit Format for Each Tag
Each I/O slave tag requires a specific address in the corresponding
assembly instance. A tag address follows this format:
For Integers, Skip Every Other Word
Logix5000 controllers use 32-bit integers (DINTs). To make your
programming easier, lay out your PanelView tags as follows:
Type :Word /Bit
= Optional
Where: Is:
Type Type of tag
If the tag is a: Then use:
write tag (sends input data to the controller) I
read tag (gets output data from the controller) O
Word Specific 16-bit word within the assembly
Bit Specific bit within Word (0 - 15)
Word
1. For bit-level tags, set aside an even
number of words.
015…0
115…0
215…0
315…0
2. For each integer, set aside 2 words.
Start each integer on an even word.
This lets each integer map to its
own element in the
scanner/controller.
4 Address of an integer value.
5
Do not address this word. (Leave it unused.)
6 Address of an integer value.
7
Do not address this word. (Leave it unused.)
- DeviceNet 1
- Modules in 1
- Logix5000™ 1
- Control Systems 1
- Important User Information 2
- About This Manual 3
- Who Should Use this 4
- Conventions in this Manual 4
- Table of Contents 5
- Table of Contents 2 6
- Chapter 7 7
- Control a Device 7
- Chapter 8 7
- Table of Contents 4 8
- Table of Contents 5 9
- Chapter 15 10
- DeviceNet Network 10
- Appendix A 11
- Give a Value Its Own Memory 11
- Location 11
- Table of Contents 8 12
- Before You Begin 13
- 1-2 Before You Begin 14
- Preliminary Actions 15
- 1-4 Before You Begin 16
- Choose a Scanner 17
- Bridging Across Networks 18
- Choose a Baud Rate for the 21
- 1-10 Before You Begin 22
- Calculate Scanner Memory 23
- 1-12 Before You Begin 24
- Assign an Address to Each 25
- Here’s an example: 26
- Create a File for the 29
- Draw Your Network 30
- Configure Each Device 31
- 1. Double-click the device 32
- Configure the Scanner 34
- 1. Double-click the scanner 35
- CompactLogix 36
- 1. Click the Module tab 36
- Set the Alignment Option 37
- Build the Scan List 39
- Generate an RSNetWorx 42
- Download the 43
- Configuration to Network 43
- Go Online to the Network 44
- IMPORTANT 45
- Connect a Computer to a 48
- Configure a Driver for a 49
- RS-232 DF1 Devices 50
- Ethernet Devices 50
- 1784-PCC 50
- 1784-PCD 51
- 1770-KFD 51
- Make Sure the Driver Works 52
- How To Use This Chapter 53
- Determine If You Can Use 53
- AutoScan 53
- How AutoScan Effects Your 54
- Install the Node 54
- Commissioning Tool 54
- Connect Each Device to the 55
- Add the Scanner to the 58
- RSLogix 5000 Project 58
- Turn On AutoScan 59
- Access Device Data 61
- Put the Scanner in Run 63
- Additional Information 64
- About AutoScan 64
- Set the Address of a Device 68
- Set an Address with 69
- Software 69
- Procedures for Specific 70
- Set the DeviceNet Address 72
- Disable AutoBaud 72
- 23456781 74
- Turn Off BootP/DHCP 75
- Make Sure Your Devices 77
- Are on the Network 77
- Configure Your Network Online 79
- 1. Start RSNetWorx software 82
- 2. Create a file 82
- 4. Choose OK 82
- Save the file 82
- 2. Click the Module tab 88
- Upload and Save the 94
- Network File 94
- Add the Scanner to the I/O 99
- 7-4 Control a Device 100
- Control a Device 7-5 101
- 7-6 Control a Device 102
- Determine the Address of 103
- DeviceNet Data 103
- 7-8 Control a Device 104
- Where: Is: 105
- Program Your Logic With 106
- Alias Tags 106
- Determine If a Device Has 107
- Place the Scanner in Run 108
- When to Use a MSG 109
- Instruction 109
- Determine the Parameter 109
- Number to Access 109
- Determine the 110
- Configuration of the 110
- Parameter 110
- Test the Parameter 111
- Enter Message Logic 112
- Control a Device 7-17 113
- 7-18 Control a Device 114
- Set the Communication Path 115
- 7-20 Control a Device 116
- Interlock and Share Inputs 117
- Choose a Master Controller 118
- 2. Choose Slave Mode 119
- 3. Enable Slave Mode 119
- 4. Define the I/O parameters 119
- Map the Slave Mode Data 120
- Share Inputs 121
- Terminal 125
- Choose an Communication 126
- Explicit Server Communication 127
- Explicit Client Communication 127
- Plan and Configure I/O 128
- Slave Tags 128
- Configure an I/O Slave Tag 130
- Set Up the Terminal on the 131
- Configure the Scanner to 133
- Update I/O Slave Tags 133
- Edit I/O Parameters 134
- Map Input and Output Data 134
- Address I/O Slave Tags in 135
- Plan and Configure Explicit 137
- Server Tags 137
- Program the Controller to 140
- Get/Set Explicit Server Tags 140
- Configure Explicit Client 143
- Using This Chapter 147
- Before You Use This 148
- Create a Topic for the 149
- Create a Node 150
- Create a Tag for the 151
- Factors that Effect 154
- Performance 154
- I/O Parameters of Each Device 155
- Background Poll 155
- Interscan Delay 156
- Change the Configuration of 157
- Strobed Transfer 159
- Polled Transfer 160
- Save the Network File 161
- Front Display 163
- Module status indicator: 164
- Network status indicator: 164
- ControlLogix Scanner 1756-DNB 165
- MOD/NET I/O OK 165
- I/O status indicator 166
- OK status indicator 166
- Module status (MS) indicator 169
- Network status (NS) indicator 169
- CIP Link status indicator 171
- Module (Mod Status) indicator 171
- I/O Status indicator 172
- Module (MOD) status indicator 173
- Status Tags in the 175
- Controller 175
- Status Register 176
- Status Tags 177
- Status Codes 178
- Replacement of a Failed 181
- How to Use This Chapter 181
- How to Automate the 181
- ATTENTION 182
- Set Up Automatic Device 183
- Recovery 183
- 1. Go online 184
- 2. Configure the devices 184
- Define the Electronic Key 185
- Tally Memory 190
- Requirements 190
- Assign an Address to the 191
- If You Configure the 191
- Adapter Offline 191
- Set the Address of the 192
- If You Change the 192
- Interpret the Status 193
- Indicators 193
- Choose a Connecting 196
- Assign Addresses to the 198
- Set the Address of a 199
- POINTBlock I/O Module 1734D 200
- Automatically Sequence 201
- Point I/O Addresses 201
- Configure a Point I/O 202
- 1. Double-click the adapter 203
- 2. Click the Parameters tab 203
- 3. Upload the configuration 203
- To DWord Boundaries 204
- 2. Apply the change 204
- 3. Download the change 204
- Create a File for the Subnet 205
- Access the Subnet 205
- Adapter Status indicator 208
- DeviceNet Status indicator 209
- System Power indicator 210
- Field Power indicator 210
- Interpret POINT I/O Data 212
- (Data Maps) 212
- Message size: 1 Byte 213
- Where: 0 = Off 1 = On 216
- Message size: 6 Bytes 217
- Channel Status 218
- Message size: 4 bytes 219
- Message size: 2 Bytes 219
- Message size: 8 Bytes 222
- 1734-232ASC ASCII Module 225
- Appendix 227
- When to Use This Appendix 227
- Give a Value Its Own 228
- Memory Location 228
- Numerics 229
- 2 Index 230
- Index 3 231
- 4 Index 232
- Index 5 233
- 6 Index 234
- How Are We Doing? 235
- BUSINESS REPLY MAIL 236
- Rockwell Automation 238
- User Manua 239
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