Why can't I access programming on my red lion PXU100B0?
If you cannot access programming on your Red Lion Controller, it could be because an active User Input is programmed for PLOC; deactivate the User Input. Alternatively, you may have entered an incorrect access code. Enter the proper access code at the CodE 0 prompt (111 or -111 is the universal access code).
Why is there no display on my red lion PXU100B0 Controller?
If there is no display on your Red Lion Controller, it could be due to several reasons. First, check if the power is off. Second, a brown-out condition might be present, so verify the power reading. Third, there might be a loose connection or improper wiring, so check all connections. Lastly, ensure the controller is fully seated into the case by checking the installation.
What to do if Red Lion Controller shows '????' in the top display?
If your Red Lion Controller displays '????' in the top display, it could be due to several reasons. It may be that the input exceeds the range of the controller, so check the input parameters. Alternatively, the temperature might exceed the range of the input probe, so change to an input sensor with a higher temperature range. Also, the transmitter or probe could be defective or incorrect, so replace them. Finally, the temperature may be too high for the probe, so reduce the temperature.
What to do if Red Lion Controller shows ' . . . ?. . .' or 'IN' in display?
If your Red Lion Controller displays ' . . . ?. . .' or 'IN', it might be because the display value exceeds the 4-digit display range, so check the input parameters. Another reason could be a defective or miscalibrated cold junction circuit, so change the display resolution or scaling.
Why is my red lion PXU100B0 sluggish or not stable?
If your Red Lion Controller is sluggish or not stable, it could be due to incorrect PID values. Also, the probe location could be incorrect; evaluate its placement.
What to do if Red Lion Controller shows '????' in display?
If your Red Lion Controller displays '????' in the display, it could be due to a disconnected probe, so check the probe wire or change the probe. Another reason might be a broken or burned-out probe, so check the sensor input type selection.
What to do if Red Lion Controller shows '????' in top display?
If your Red Lion Controller displays '????' in the top display, it could be because the input is below the range of the controller, so check the input parameters. It may also be that the temperature is below the range of the input probe, so change to an input sensor with a lower temperature range. Also, the transmitter or probe could be defective or incorrect, so replace the transmitter or probe. Finally, the temperature may be excessively low for the probe, so raise the temperature.
General| Model | PXU100B0 |
|---|---|
| Power Supply | 100-240 VAC |
| Control Mode | PID, On/Off |
| Certifications | CE, UL |
| Type | Controller |
| Input Type | Thermocouple, RTD, Voltage, Current |
| Output Type | Relay, SSR Drive, Current, Voltage |
| Communication Protocol | Modbus RTU |
| Dimensions | 48 x 48 mm |
| Power Consumption | 5 VA max |
| Operating Temperature | -10 to 50 °C |
| Storage Temperature | -20 to 65°C (-4 to 149°F) |
| Humidity | 20 to 85% RH (non-condensing) |
| Enclosure Rating | IP65 (front panel) |
| Display | Dual Line 4 Digit Display |
Important safety instructions and warnings regarding installation, operation, and electrical hazards.
Configuring input type jumpers for optimal controller performance.
General instructions for making rear terminal connections and conductor preparation.
Diagrams and instructions for connecting RTD, Thermocouple, CT, Voltage, Current, and Remote inputs.
Explanation of the function of each front panel key (D, P, Arrow, F1/F2).
Table listing parameters, descriptions, ranges, and factory settings for loops.
Managing access codes for security and unlocking the Hidden Loop.
Initiating the Auto-Tune function to automatically determine PID parameters.
Configuration of input types, scaling, resolution, and filtering.
Configuring parameter visibility and accessibility across different loops.
Setting and managing access codes for security and lockout features.
Visual representations of different alarm action modes and hysteresis effects.
Selecting and configuring PID groups for specific process control needs.
Selecting the communication protocol (Modbus RTU or ASCII).
Introduction to Crimson software for controller configuration and programming.
Steps for configuring the PXU controller via Crimson software.
A list of commonly accessed Modbus registers for data interrogation.
List of common Modbus registers for process value, setpoint, and alarms.
Modbus registers specific to PID control parameters like band and time.
Modbus registers for configuring input types, scaling, and filtering.
Modbus registers for configuring output control actions and scaling.
Modbus registers for parameter access control and lockout settings.
Modbus registers for alarm actions, values, and standby settings.
Modbus registers for configuring communication type, baud rate, and address.
Modbus registers for managing multiple PID parameter sets.
Table listing common issues and their corresponding solutions.
Description of PID control algorithm, parameters, and auto-tuning.
Guide to using the Auto-Tune function for PID parameter optimization.
To Next Page
