Disclaimer: Always verify the part number (e.g., 23048-004, 23048-016) with your airframe manufacturer to ensure compatibility.
Clean the front membrane panel using a damp cloth and mild detergent. Do not use alcohol-based solvents.
The 9240si achieves steady-state control using three key variables:
Current/Voltage: Connect signal positive to Terminal 10, signal negative to Terminal 11. For current inputs, ensure the internal shunt or external jumper is deployed across the terminals as specified by your variant.
Allow the controller to complete two full oscillation cycles. Once complete, the flashing stops, and the newly calculated values for (Proportional Band), I (Integral Time/Reset), and D (Derivative Time/Rate) automatically update. Manual Tuning Guidelines 9240si loop controller user manual
When an internal diagnostic check or system hardware monitoring loop fails, the upper display flashes an error code. Error Code Potential Root Cause Recommended Corrective Action oPEn Sensor break or disconnected loop input. Check input wiring; replace damaged thermocouple or RTD. HHHH Input value exceeds high limits (Over-range).
Thermocouple: Connect positive wire to Terminal 10, negative wire to Terminal 11.
Slide the controller through the panel cutout from the front side.
The 9240si can integrate into SCADA systems via its RS-485 serial communication port. Modbus RTU. Baud Rates: 2400, 4800, 9600, or 19200 bps. Disclaimer: Always verify the part number (e
A: Calibration intervals are determined by your company's maintenance procedures and any applicable regulations. In China, JJG(民航) 0101-2009 governs this. A typical interval is every 12 months.
Cycle power to the unit. If the error persists, contact technical support for factory initialization. Common Operational Problems
Proper mounting and wiring prevent electrical noise and signal interference. Panel Mounting Cut a standard DIN opening in your panel board. Insert the controller through the cutout from the front. Slide the mounting brackets onto the case from the rear.
Press to commit the settings to the non-volatile memory. PID Tuning and Optimization The 9240si achieves steady-state control using three key
A low resistance value indicates good continuity, while high resistance indicates a potential break in the loop or a faulty sensor. C. Insulation Testing Mode Connect: Connect the Go to product viewer dialog for this item. to the loop. Select Mode: Choose the "Insulation" setting.
Configurable for Relay (SPDT), SSR Driver (12V DC), or Analog Linear (4-20mA/0-10V).
Following the Troubleshooting Manual (TSM) , the technician uses the device to:
RTD (PT100): Connect the source wires to 7 and 8, and the compensation wire to 9.
The following appendices are provided:
