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Intera 5.3
I/O Devices
configured as a Modbus Server (Slave) and communicate using Modbus TCP in order to
communicate with Sawyer.
Modbus TCP
INTERA is capable of communicating to external devices, configured as Slave Devices, with the
Modbus TCP Protocol. INTERA uses the FieldTalk Modbus Master library for modbus communica-
tions and is limited to discrete inputs and outputs using two modbus function codes, which are:
•
02 - Read Discrete Inputs (Read Input Status)
•
15 - Force Multiple Coils
Intera Lines and Modbus Addresses
The following information is for connecting to a device such as a PLC for Modbus communication.
Devices such as a Remote Terminal Unit (ex. Moxa E1212) may not need any further configuration
to work with the corresponding addresses. The Intera software uses lines for communicating with
external devices and these lines correspond to an address for communicating with Modbus
addresses. The Lines are 0 based, meaning that 8 configured lines on Sawyer correspond to lines
0-7. The corresponding Modbus addresses are 1 based, meaning that 8 configured lines on Sawyer
correspond to modbus addresses 1-8. (This is not a concern, however, because Intera Studio
abstracts away this problem by subtracting 1 from every line.)
The addressing below works with Modbus TCP devices that have addresses that are pre-config-
ured on the device. If a device needs to be configured to assign variables to specific addresses,
those addresses and variables must be configured on the device prior to configuring the device in
Intera.
NOTE: This a guideline for some but not all devices, please refer to device manufacturers’ docu-
mentation.
For further assistance with configuration of a device or Intera please contact the Rethink Robotics
Support Department at:
866-704-7400 (USA)
visit
Содержание Sawyer
Страница 15: ...8 Intera 5 3 Getting to Know Sawyer Hardware Overview of Your Robot ...
Страница 16: ...9 Intera 5 3 Getting to Know Sawyer Dimensions ...
Страница 17: ...10 Intera 5 3 Getting to Know Sawyer Sawyer Reach ...
Страница 21: ...14 Intera 5 3 Getting to Know Sawyer Bottom View Inputs Power Air Input Outputs 4x Air Power and Data Video ...
Страница 93: ...86 Intera 5 3 Train Pick and Place Patterns on the Head 11 Press OK to go to the next step ...
Страница 98: ...91 Intera 5 3 Train Pick and Place Patterns on the Head 16 Press OK to allow modifications to the direction ...
Страница 104: ...97 Intera 5 3 Train Pick and Place Patterns on the Head You may now run the task ...
Страница 134: ...127 Intera 5 3 TCP IP The Set To node in the Behavior Editor is used to output information ...
Страница 138: ...131 Intera 5 3 Fieldbus Devices 3 Using a keyboard navigate to CONFIGURATION and press ENTER ...
Страница 155: ...148 Intera 5 3 ...
Страница 156: ...149 Intera 5 3 ...
Страница 175: ...168 Intera 5 3 Figure D 8 Flow chart for determining when to use 1 Figure D 4 or 2 Figures D 6 and D 7 ...
Страница 180: ...173 Intera 5 3 ...
Страница 190: ...183 Intera 5 3 Fixed Data 112 From Robot ...
Страница 191: ...184 Intera 5 3 Standard Booleans 113 To Robot 114 From Robot Standard Integers 115 To Robot 116 From Robot ...
Страница 192: ...185 Intera 5 3 Standard Floats 117 To Robot 118 From Robot Small Booleans 119 To Robot 120 From Robot ...
Страница 193: ...186 Intera 5 3 Small Integers 121 To Robot 122 From Robot Small Floats 123 To Robot 124 From Robot ...
Страница 195: ...188 Intera 5 3 Large Floats 131 To Robot 132 From Robot Large Strings 133 To Robot 134 From Robot ...
Страница 206: ...199 Intera 5 3 Small Assembly 114 From Robot 115 To Robot ...
Страница 207: ...200 Intera 5 3 Large Assembly 116 From Robot 117 To Robot ...
Страница 208: ...201 Intera 5 3 Floats 118 From Robot 119 To Robot ...
Страница 209: ...202 Intera 5 3 Strings 120 From Robot 121 To Robot ...
Страница 218: ...Z Zero G button 16 17 Zero G mode 24 Zero Gravity mode 17 zoom reset 42 ...
Страница 219: ......
Страница 220: ...Last updated June 18 2018 Intera 5 3 User Guide Getting Started Rev A ...