PID Controller Tuning - Training Guide ============================================================ MINIMUM RESOLUTION: 980 x 600 px RECOMMENDED: 1920 x 1080 (16:9) or larger SIMULATOR OVERVIEW ---------------------------------------- PID controller tuning simulator covering P, PI, and PID modes, Ziegler-Nichols tuning, and loop response analysis per ISA-5.1 and IEC 61131. Standards: ISA-5.1 · IEC 61131 · ISA-88 INTERFACE LAYOUT ---------------------------------------- - LEFT PANEL: System controls (Start/Stop/ESD/Reset, Mode toggle) - CENTER: P&ID schematic with real-time process visualization - RIGHT PANEL: System gauges, operational checklist, alarm list OPERATING PROCEDURES ---------------------------------------- Step 1: Set controller to manual mode Step 2: Adjust output to achieve setpoint Step 3: Record process response Step 4: Calculate Kp Ki Kd from response Step 5: Enter tuning parameters Step 6: Transfer to auto mode Step 7: Apply step change — verify response Step 8: Adjust parameters for performance SCENARIOS ---------------------------------------- Manual to Auto Transfer: Bumpless transfer from manual to auto — tune PID for stable control. Ziegler-Nichols Tuning: Perform open/closed-loop tuning to determine optimal PID parameters. Cascade Control Setup: Configure primary-secondary cascade and tune for disturbance rejection. ALARM RESPONSE ---------------------------------------- OSCILLATION [WARNING]: Process variable oscillating WINDUP [WARNING]: Integral windup detected DEVIATION [ALARM]: Process variable deviation >10% OUTPUT_SAT [WARNING]: Controller output saturated SENSOR_FAIL [ALARM]: Process variable sensor failure CONTROLS -------- - START: Begin process operation - STOP: Normal shutdown - EMERGENCY STOP: Immediate shutdown of all systems - RESET: Clear ESD condition and reset to standby - TOGGLE MODE: Switch between Manual and Auto control - Fullscreen: Click the fullscreen button in header - EXIT: Return to BlueSim portal - HELP: Opens this training guide