Treinamento CAEx
Por: Maira Serafim • 4/5/2016 • Trabalho acadêmico • 3.407 Palavras (14 Páginas) • 319 Visualizações
Table of Contents
1 Introduction
1.1 Software Requirements
1.2 Hardware Requirements
2 First Steps
2.1 New Type Instance
2.2 Local Variables
2.3 Modules
2.4 Offline Simulation
2.5 Module
2.6 Offline Simulation
3 Variables
3.1 global Variables
3.2 New Type Instance
3.3 Offline Simulation (TASK)
3.4 global Parameters
3.5 TI Functions
3.6 Offline Simulation (TASK)
3.7 Early Error Detection
3.8 Value Field
3.9 Signals
4 Libraries
4.1 Force Marker
4.2 Binary BITSTR Modules
4.3 Adaption Modules
4.4 Float Control Modules
4.5 Select Modules
4.6 Float/MUX
4.7 Timer
4.8 STEP Modules
4.9 Curve Modules
5 Practical Example
5.1 Job definition Part 1
5.2 Implementation Part 1
5.3 Job definition Part 2
5.4 Implementation Part 2
5.5 Job definition Part 3
5.6 Implementation Part 3
5.7 Change 1
5.8 Change 2
6 Online Test
6.1 Instant Reload
6.2 Global Parameter Adaption
6.3 Status
6.4 Oscilloscope
7 Documentation
7.1 Signal Reference
7.2 Global Var Reference
7.3 Variables in a Type Instance
7.4 Documentation
Introduction
This document supports the participants and the trainer through the learning course. It includes practical exercises in addition to the theoretically considerations.
Software Requirements
Import of the TBII 4.10 parameters for:
Customer: "Technical Training"
Process-technical plant: "PT CAEx plus"
System-technical plant: "ST CAEx plus" with the R# 1 and the TM ACP components C# 1,13, 23, 33, 43.
In principle all signals are present. There is no demand for adaptions in the OPM.
Hardware Requirements
Trainings plant with following configuration
[pic 4]
First Steps
New Type Instance
Define a new Object with the name "Functions"
Local Variables
Define following Variables with the Variable Declaration Editor:
- "Input_1" to "Input_10" ( BOOL)
- "Output_1" to Output_5 (BOOL)
- "Integer_1" to "Integer_3" (INTEGER)
- "Float_1" to "Float_5" (REAL)
- "Time_1" to "Time_3" (TIME)
Modules
Utilize the bistable Module "RS" and connect the pins with Input and Output variables.
Offline Simulation
Start and force the Inputs.
[pic 5]
Module
Utilize the Timer Module "TON" and connect the pins with Inputs and Output variables.
Offline Simulation
Start and force the Inputs.
[pic 6]
Variables
global Variables
Define a new Object with the name "GlobalVariable"
With the Variable Declaration Editor define:
- "G_Input_1 ( BOOL)
- "G_Integer_1 (INTEGER)
- "G_Float_1 (REAL)
Use the new variables in the Type instance "Functions"
...