What to do if liquid line solenoid is not opening in Parker Controller?
If the liquid line solenoid is not opening, check the wiring from the controller to the valve, ensuring it is correct and that the proper voltage is feeding the valve. Also, verify that the fuse inside the controller is not blown. Refer to the Service section for the fuse replacement procedure.
How to fix Parker Controller if evaporator fans are not working?
If the evaporator fans are not working, check the wiring from the controller to the valve, ensuring it is correct and that the proper voltage is feeding the fans. Also, verify that the fuse inside the controller is not blown; see the Service section for the replacement procedure.
What to do if case lights are not working on Parker Controller?
If the case lights are not working, ensure the wiring from the controller to the valve is correct and that the proper voltage is feeding the lighting power supply/driver. Also, check the fuse inside of the controller to make sure it is not blown; see the Service section for the replacement procedure.
What to do if defrost heaters are not working on Parker Controller?
If the defrost heaters are not working, make sure the wiring from the controller to the valve is correct and that the proper voltage is feeding the heaters or hot gas solenoid. Also, check the fuse inside of the controller to ensure it is not blown; see the Service section for the replacement procedure.
What to do if Parker Controller is not powering up?
If the Case Controller is not powering up (and the power LED indicator is not lit), check the voltage at the Case Controller (Gnd and 24VDC). If the voltage is not 24VDC, replace the power supply. Also, make sure the wiring between the power supply and Case Controller is correct and retighten if necessary.
How to troubleshoot a Parker Controller display that is not powering up?
To troubleshoot a display that is not powering up, ensure the wiring at the Display Module (Gnd and 24VDC) is correct and retighten it.
Why is my Parker Controller display showing dashes?
If your Parker Controller display is showing dashes, the issue might be with the communications from the Case Controller (D+ and D-). Ensure the wiring is correct and retighten it.
What causes a Parker Controller display to be intermittent?
An intermittent display on your Parker Controller can be caused by the wiring between the Case Controller and the Display. Make sure the wiring is correct and retighten it.
General| Brand | Parker |
|---|---|
| Model | Sporlan S3C |
| Category | Controller |
| Language | English |
Contact details for immediate assistance with the S3C Case Control system.
Details on inputs, outputs, and features of the S3C Case Control unit.
Detailed electrical requirements, digital and analog inputs, and relay outputs for S3C Case Control.
Details on electrical, analog inputs, relay outputs, and stepper motors for S3C Valve Module.
Explanation of temperature control sources and modulation for the S3C Case Control.
How the S3C Case Control system maintains superheat set points using EEVs.
Details on how the S3C Case Control modulates EEPR for temperature or suction pressure.
Overview of S3C Case Control support for various defrost schemes and termination methods.
Configuration and operation for dual-temperature cases using the S3C system.
Supported communication protocols (Ethernet, RS-485) for BAS integration.
How the S3C system uses sensors and algorithms for fault detection.
How the S3C Case Control operates during sensor faults or communication loss.
Instructions for flange and DIN rail mounting of the S3C Case Control unit.
Instructions for mounting and wiring the coil outlet temperature sensor for superheat calculation.
Guidance on mounting and wiring the discharge air sensor for case temperature control.
Mounting and wiring for the suction pressure transducer for EEV and EEPR control.
Guidelines for installing and wiring Sporlan EEVs for capacity and sizing.
Instructions for installing and wiring Sporlan EEPRs for capacity and sizing.
Setup procedure for a single evaporator self-contained refrigerated fixture.
Chart detailing required hardware components for each S3C Case Control configuration.
Information on Administrator and Technician password levels and their access.
Details on accessing system settings via Administrator and Technician passwords.
Guide for detailed configuration of S3C Case Control parameters via Administrator access.
Configuring thermistor types, pressure transducer types, ranges, and custom settings.
Setting up communication options (BACnet, MODBUS) for BAS integration.
Configuring stepper valve types, expansion valve types, and EPR settings.
Steps for setting up custom EEV and EEPR configurations with specific parameters.
Configuring defrost type, termination set points, and drain times.
Instructions for Charge Pro feature and valve initialization upon system startup.
Detailed explanation of Air, Electric, and Hot Gas defrost methods and valve actions.
Setting alarm thresholds and delays for various system parameters.
Procedures for manually forcing defrost start and termination.
Instructions for manually controlling EEV and EEPR valve positions via Test Mode.
Using Test Mode to manually toggle relays and operate step motor valves.
Steps for replacing Case Controller, Valve Module, and Display Module units.
Chart of common problems, checks, and solutions for system issues.
Configuring the software for Modbus over RS-485 communication to the BAS.
Software configuration for BACnet over Ethernet communication to the BAS.
Procedure for setting the IP address and subnet mask for S3C Case Control.
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