To Next Page
P
pgordonSep 16, 2025
What to do if the LEDs are not illuminated on my ABB Laboratory Equipment?
- CChristopher GonzalezSep 16, 2025
If the LEDs are not illuminated on your ABB Laboratory Equipment, check the power to the unit.
What to do if the LEDs are not illuminated on my ABB Laboratory Equipment?
If the LEDs are not illuminated on your ABB Laboratory Equipment, check the power to the unit.
Why won't my ABB Laboratory Equipment Master Controller or Ovens power on?
If the Master Controller or Ovens do not power on, check for power-related problems. This includes examining the external power supply, fuses, and breaker boxes for any potential issues.
What should I do if my ABB PGC5000 Laboratory Equipment device stopped communicating?
If your ABB Laboratory Equipment device stops communicating, check the board LEDs for any error indications and inspect the CANbus.
What to do if ABB PGC5000 device did not communicate with Oven Controller or go online?
If your ABB Laboratory Equipment device does not communicate with the Oven Controller or go online, check the board LEDs for any error indications.
What to do if analysis failed validation in ABB PGC5000 Laboratory Equipment?
If the analysis failed validation on your ABB Laboratory Equipment: 1. From the Analysis tab, edit the Analysis to meet requirements. 2. User controlled.
What does 'Schedule Stopped or paused' mean for ABB PGC5000?
This is informational only.
What should I do if the RTD or thermocouple reading is out of range in ABB PGC5000?
If the RTD or thermocouple reading is out of range on your ABB Laboratory Equipment: * Measure the resistance of the RTD with one lead disconnected; it should measure about 425 ohms at room temperature. Replace as necessary. * Disconnect the TC and use a TC tester to verify proper operation of the TC. Replace as necessary. Refer to the oven wiring diagram for RTC and TC connections.
What should I do if the retry of Automatic Ignites has been exceeded on my ABB PGC5000?
If the retry of automatic ignites has been exceeded in your ABB Laboratory Equipment, check the utilities, igniter (including fuel), burner, and connection. Verify flows, burner air.
How do I resolve the issue of two devices having the same CAN node ID in ABB PGC5000?
If two devices have the same CAN node ID in your ABB Laboratory Equipment, correct this by changing the node ID of one of the duplicate boards.
What to do if DTC did not detect AC or power to heater failed in ABB PGC5000?
If the DTC did not detect AC or power to the heater failed in your ABB Laboratory Equipment, check the AC connections to the DTC assembly. Also, T-Rating faults can cause this symptom.
Troubleshooting power-related issues with the Master Controller and ovens.
Steps for identifying and troubleshooting issues based on status indicators.
Categorized troubleshooting for operational issues like baseline noise and offsets.
Troubleshooting causes and symptoms of baseline noise in the detector signal.
Identifying and correcting baseline offsets due to incorrect temperatures or gas issues.
Troubleshooting scenarios where no peaks are detected in the analysis.
Troubleshooting the flame out LED and ignition failures.
Procedures for software repair and system recovery using USB flash drives.
Options for creating restore points and managing chromatogram data files.
Diagnosing and resolving issues where the DID plasma fails to ignite.
Troubleshooting low or no signal output from the DID detector.
Identifying causes for low signal output from the DID, such as restrictors or bias voltage.
Troubleshooting causes of noisy signals in the DID detector, including connections and leaks.
Diagnosing and resolving high baseline issues in HID mode, related to gas quality or leaks.
Troubleshooting causes of baseline drift, including pressure control and column bleed.
Identifying causes of signal spikes, such as loose connections or unstable bias voltage.
Procedure for replacing the EPC Control PCB in Class B and Class C ovens.
Procedure for removing a sensor PCB from the EPC control assembly.
Procedure for installing a new sensor PCB into the EPC control assembly.
Procedure for removing a proportional valve from the EPC control assembly.
Procedure for installing a new proportional valve into the EPC control assembly.
Procedure for removing the control PCB from the EPC enclosure.
Procedure for installing a new control PCB into the EPC enclosure.
Procedure for removing the heater from the EPC control assembly.
Procedure for installing a new heater into the EPC control assembly.
Instructions for removing and replacing the FID Amplifier Assembly.
Instructions for removing and replacing the FPD Electrometer.
Instructions for removing and replacing the TCD Amplifier Assembly.
Procedure for replacing the DTC Analog PCB (version 1).
Procedure for replacing the DTC Digital PCB (version 1).
Procedure for replacing the DTC Master Analog board (version 2).
Procedure for replacing the DTC Digital PCB (version 2).
Procedures for removing, installing, and cutting columns.
Instructions for repairing components of the Flame Ionization Detector (FID).
Procedure for replacing the thermocouple assembly in the FID detector.
Procedure for replacing the polarizer assembly in the FID detector.
Procedure for replacing the igniter assembly in the FID detector.
Instructions for repairing the Single Port Thermal Conductivity Detector (TCD).
Procedure for installing new filaments in the single port TCD.
Instructions for repairing the Multiport Thermal Conductivity Detector (TCD).
Procedure for removing filaments from the multiport TCD.
Procedure for installing new filaments in the multiport TCD.
Instructions for repairing components of the Flame Photometric Detector (FPD).
Procedure for replacing the photomultiplier assembly in the FPD.
Procedure for removing and installing the burner block in the FPD.
Instructions for repairing the Liquid Sample Valve (LSV).
Step-by-step guide for disassembling the LSV on the analyzer.
Instructions for repairing CP valves, including slider, wedges, and O-rings.
Instructions for replacing diaphragm valves, including four and one screw types.
Instructions for replacing components of the Optional Discharge Ionization Detector (DID).
List of common interior components for both Class B oven versions.
General| Analyzer Platform | PGC5000 |
|---|---|
| Technology | Gas Chromatography |
| Hazardous Area | ATEX, IECEx |
| Communication | Modbus |
| Measurement Principle | Gas Chromatography |
| Response Time | 30 seconds |
| Output Signal | 4-20 mA |
| Power Supply | 24 VDC or 100-240 VAC |
| Operating Temperature | -20°C to +55°C |
| Enclosure Rating | IP66 |
