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Overview

FrameworX serves diverse professionals across the industrial automation spectrum. This guide provides tailored learning path for Control Engineers you focus on the most relevant features and capabilities for your role. Each path includes specific tutorials, exercises, and real-world scenarios designed to accelerate your proficiency.
→ learning paths for IT Professionals, and System Integrators. 

Learning Path For Control Engineers

Your Profile

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Learning Objectives

By completing this path, you will:

• ? Connect and configure industrial devices
• ? Design effective operator interfaces
• ? Implement alarm management strategies
• ? Create control logic and calculations
• ? Build trending and historical displays

Week 1: Foundation for Control Engineers

Day 1-2: Device Communication Mastery

Morning: Understanding FrameworX Drivers

Exercise 1: Driver Selection
1. Open Designer → Devices
2. Review available drivers:
   - Allen-Bradley (EtherNet/IP)
   - Siemens (S7)
   - Modbus (TCP/RTU)
   - OPC UA
3. Document which drivers match your PLCs

Afternoon: Configure Your First PLC

Lab: Connect to Allen-Bradley ControlLogix
??? Step 1: Create Channel
?   - Protocol: Allen-Bradley ControlLogix
?   - Connection: Ethernet
?   - Timeout: 3000ms
??? Step 2: Add Node
?   - IP Address: [Your PLC IP]
?   - Slot Number: 0
??? Step 3: Import Tags
?   - Use automatic tag import
?   - Map to UNS namespace
??? Step 4: Verify Communication
    - Check status indicators
    - Monitor update rates

Day 3-4: HMI Design Fundamentals

Creating Operator Displays

Standard Display Components:
???????????????????????????????????????
? Header (Title, Time, Alarms)       ?
???????????????????????????????????????
?                                     ?
?     Main Process Graphic            ?
?     (P&ID representation)           ?
?                                     ?
???????????????????????????????????????
? Navigation Bar                      ?
???????????????????????????????????????

Exercise: Build Motor Control Faceplate

1. Create new symbol "MotorControl"
2. Add elements:
   • Status indicator (Running/Stopped)
   • Start/Stop buttons
   • Speed display (if VFD)
   • Fault indicator
   • Local/Remote mode
3. Link to Motor UDT
4. Test in runtime

Day 5: Alarm Configuration

Alarm Philosophy Implementation

Lab: Configure Process Alarms

Tank Level Alarms:
??? HiHi Alarm (95%) - Priority 250
??? Hi Alarm (85%) - Priority 400
??? Lo Alarm (15%) - Priority 400
??? LoLo Alarm (5%) - Priority 250

Settings per alarm:
- Deadband: 2%
- Delay On: 5 seconds
- Delay Off: 3 seconds
- Auto Acknowledge: No

Week 2: Advanced Control Topics

Day 1-2: Control Logic Implementation

Script Development for Control Engineers

csharp

// Example: Pump Control Logic
public void PumpControl()
{
    // Read process values
    float tankLevel = @Tag.Tank01.Level;
    float setpoint = @Tag.Tank01.Setpoint;
    bool pumpAvailable = @Tag.Pump01.Available;
    
    // Control logic
    if (pumpAvailable)
    {
        if (tankLevel < (setpoint - 5))
        {
            @Tag.Pump01.StartCmd = true;
            @Tag.Pump01.Speed = CalculateSpeed(tankLevel, setpoint);
        }
        else if (tankLevel > (setpoint + 2))
        {
            @Tag.Pump01.StartCmd = false;
        }
    }
    
    // Alarm generation
    if (!pumpAvailable && tankLevel < 10)
    {
        @Tag.Alarms.LowLevelNoPump = true;
    }
}

private float CalculateSpeed(float level, float sp)
{
    // PID calculation or curve
    float error = sp - level;
    return Math.Max(30, Math.Min(100, error * 5));
}

Day 3-4: Trending and Historical Analysis

Creating Effective Trends

Trend Configuration:
??? Time Axis
?   ??? Real-time (last hour)
?   ??? Historical (date range)
?   ??? Resolution (1 sec - 1 day)
??? Y-Axes
?   ??? Primary (0-100%)
?   ??? Secondary (0-150°F)
?   ??? Auto-scale option
??? Pens
    ??? Pen 1: Flow (Blue, Primary)
    ??? Pen 2: Pressure (Green, Primary)
    ??? Pen 3: Temperature (Red, Secondary)

Exercise: Build Trending Display

1. Create new display "ProcessTrends"
2. Add trend object
3. Configure 4 pens for related process values
4. Add time navigation controls
5. Include data export button

Day 5: Performance Optimization

Optimizing for Control Applications

Control Engineer Toolkit

Essential Components Library

Standard Objects to Create:
??? Motors
?   ??? Motor_Simple (On/Off)
?   ??? Motor_VFD (Variable Speed)
?   ??? Motor_Reversing (Forward/Reverse)
??? Valves
?   ??? Valve_OnOff
?   ??? Valve_Control (Analog)
?   ??? Valve_3Way
??? Process Equipment
?   ??? Pump_Centrifugal
?   ??? Tank_Level
?   ??? Heat_Exchanger
??? Instruments
    ??? Transmitter_Analog
    ??? Switch_Digital
    ??? Controller_PID

Communication Quick Reference

Troubleshooting Guide for Control Engineers

Certification Paths

Available Certifications

Next Steps for All Paths

Continue Learning

1. Hands-On Practice - Build sample projects
2. Community Forum - Join discussions
3. Advanced Training - Specialized courses
4. Certification - Validate your skills
5. Real Projects - Apply knowledge

Resources by Path

AI Assistant Data

<details> <summary>Structured Information for AI Tools</summary>

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  "page": "Choose Your Path",
  "type": "Role-Based Learning Paths",
  "purpose": "Provide tailored learning experiences for different professionals",
  "paths": [
    {
      "role": "Control Engineers",
      "focus": "PLCs, HMI, SCADA, field devices",
      "duration": "2 weeks",
      "skills": ["Device integration", "HMI design", "Alarm management", "Control logic"]
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    "Foundation week",
    "Advanced week",
    "Hands-on exercises",
    "Real-world scenarios",
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    "specialized": ["Control Specialist", "IT Specialist", "Solution Architect"]
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