How to fix low oil pressure in ANGI ENERGY SYSTEMS CNG?
If your ANGI ENERGY SYSTEMS Air Compressor experiences low oil pressure, you should check the oil level, replace the oil filter element, clean the oil strainer bowl, check for oil leaks, inspect the pressure switch, adjust the oil pressure regulator setting, examine the oil pressure pump, and check the 3-phase circuit breaker/fuses.
What to do if my ANGI ENERGY SYSTEMS CNG has a high discharge temperature?
To address high discharge temperature in your ANGI ENERGY SYSTEMS Air Compressor, consider the following steps: check for a failed compressor valve, inspect the cooler fins for any debris, verify the cooler fan operation, check for high discharge temperature, and compare the RTD reading to a thermometer reading to verify RTD function.
Why is the flow capacity low on my ANGI ENERGY SYSTEMS Air Compressor?
If you're experiencing low flow capacity with your ANGI ENERGY SYSTEMS Air Compressor, you should check for leaks, check for low induction pressure, verify proper driver RPM, inspect the compressor valves, and examine the compressor piston rings.
How to reduce oil carry-over in ANGI ENERGY SYSTEMS CNG discharge gas?
To resolve high oil carry-over in the discharge gas of your ANGI ENERGY SYSTEMS Air Compressor, you should check and replace inter-stage and final filters, verify the operation of the automatic drain sequence, check for the proper crankcase lube level, verify the force-feed lube rate, and inspect the compressor inlet valves.
What causes high discharge pressure in ANGI ENERGY SYSTEMS CNG Air Compressor?
If your ANGI ENERGY SYSTEMS Air Compressor experiences high discharge pressure, examine the compressor valves and check for blockages in the discharge piping.
How do I troubleshoot high lube temperature in my ANGI ENERGY SYSTEMS CNG?
If your ANGI ENERGY SYSTEMS Air Compressor has a high lube temperature, clear any debris from the oil cooler, check or replace the oil filter element, and change the oil if required.
What to do if ANGI ENERGY SYSTEMS Air Compressor discharge pressure is low?
If your ANGI ENERGY SYSTEMS Air Compressor has low discharge pressure, check for low induction pressure, inspect for leaks, examine the valves, check for restrictions in the inlet, and check or replace the filter elements.
What causes high inlet pressure in ANGI ENERGY SYSTEMS Air Compressor?
To address a high inlet pressure issue in your ANGI ENERGY SYSTEMS Air Compressor, check the induction regulator setting (off skid) and the receiver tank discharge regulator setting.
Why does my ANGI ENERGY SYSTEMS CNG Air Compressor shut down after starting?
If the ANGI ENERGY SYSTEMS Air Compressor unit shuts down after the start sequence, read the fault indications and verify that the motor starter did not overload.
Details the Ariel compressor frame, cylinders, pistons, and valve components.
Covers gas delivery, inlet pressure regulation, and recovery tank recirculation.
Details multi-stage compression, inter-stage cooling, and after-cooling.
Explains how gas is recirculated for smooth starts and purging of filter bowls.
Describes the electric motor for the compressor and a secondary motor for the cooler fan.
Explains the PLC-based system for automatic operation and fault annunciation.
Describes STAND-BY, WARM-UP, COMPRESSION, COOL-DOWN, and FAULTED modes.
Lists high/low analog and digital fault conditions that initiate shutdown.
Outlines responsibilities for safe operation and general safety precautions.
Ensures safety checks are performed before compressor startup.
Advises on safe practices during compressor station operation.
Details precautions regarding hot surfaces, moving parts, and relief valves.
Steps to ensure the station is in a safe, de-energized state for servicing.
Guidelines for safely lifting and securing the compressor station.
Instructions for inspecting and handling the unit after shipping.
Specifies requirements for the concrete pad foundation.
Information on induction pressure and required gas volume.
Guidance on connecting discharge lines to storage or dispensers.
Details required electrical connections for the compressor station.
Procedures for storing the compressor for extended periods.
Step-by-step guide for safely starting the compressor for the first time.
Schedule of recommended maintenance tasks based on operating hours.
Specifications for compressor lubrication, including oil type and level.
Details on the lubricator reservoir, level, and feed rate adjustment.
Inspection of fan blades for damage and proper pitch.
Instructions for inspecting gas cooler cores for debris and leaks.
Procedure for draining the receiver tank and its high liquid level switch.
Recommendations for recording and charting pressures and temperatures for trend analysis.
Information on the inlet filter, its function, and maintenance.
Describes inter-stage and final discharge coalescing filters and their cleaning/replacement.
Lists potential causes and checks for low compressor oil pressure.
Identifies causes for high discharge temperature and troubleshooting steps.
Troubleshooting steps for high inlet pressure conditions.
Checks for high discharge pressure, including valves and piping blockages.
Troubleshooting steps for low discharge pressure, including leaks and restrictions.
Identifies potential causes for reduced flow capacity.
Troubleshooting steps when the unit shuts down after the start sequence.
Checks for causes of high oil carry-over in the discharge gas.
Troubleshooting steps for high compressor lube oil temperature.
Checks for causes of high receiver tank pressure.
Troubleshooting electrical issues with multiple temperature readings.
Troubleshooting electrical issues with a single temperature reading.
Detailed schedule for preventative maintenance tasks by level and interval.
Details the Ariel compressor frame, cylinders, pistons, and valve components.
Covers gas delivery, inlet pressure regulation, and recovery tank recirculation.
Details multi-stage compression, inter-stage cooling, and after-cooling.
Explains how gas is recirculated for smooth starts and purging of filter bowls.
Describes the electric motor for the compressor and a secondary motor for the cooler fan.
Explains the PLC-based system for automatic operation and fault annunciation.
Describes STAND-BY, WARM-UP, COMPRESSION, COOL-DOWN, and FAULTED modes.
Lists high/low analog and digital fault conditions that initiate shutdown.
Outlines responsibilities for safe operation and general safety precautions.
Ensures safety checks are performed before compressor startup.
Advises on safe practices during compressor station operation.
Details precautions regarding hot surfaces, moving parts, and relief valves.
Steps to ensure the station is in a safe, de-energized state for servicing.
Guidelines for safely lifting and securing the compressor station.
Instructions for inspecting and handling the unit after shipping.
Specifies requirements for the concrete pad foundation.
Information on induction pressure and required gas volume.
Guidance on connecting discharge lines to storage or dispensers.
Details required electrical connections for the compressor station.
Procedures for storing the compressor for extended periods.
Step-by-step guide for safely starting the compressor for the first time.
Schedule of recommended maintenance tasks based on operating hours.
Specifications for compressor lubrication, including oil type and level.
Details on the lubricator reservoir, level, and feed rate adjustment.
Inspection of fan blades for damage and proper pitch.
Instructions for inspecting gas cooler cores for debris and leaks.
Procedure for draining the receiver tank and its high liquid level switch.
Recommendations for recording and charting pressures and temperatures for trend analysis.
Information on the inlet filter, its function, and maintenance.
Describes inter-stage and final discharge coalescing filters and their cleaning/replacement.
Lists potential causes and checks for low compressor oil pressure.
Identifies causes for high discharge temperature and troubleshooting steps.
Troubleshooting steps for high inlet pressure conditions.
Checks for high discharge pressure, including valves and piping blockages.
Troubleshooting steps for low discharge pressure, including leaks and restrictions.
Identifies potential causes for reduced flow capacity.
Troubleshooting steps when the unit shuts down after the start sequence.
Checks for causes of high oil carry-over in the discharge gas.
Troubleshooting steps for high compressor lube oil temperature.
Checks for causes of high receiver tank pressure.
Troubleshooting electrical issues with multiple temperature readings.
Troubleshooting electrical issues with a single temperature reading.
Detailed schedule for preventative maintenance tasks by level and interval.
General| Brand | ANGI ENERGY SYSTEMS |
|---|---|
| Model | CNG |
| Category | Air Compressor |
| Language | English |
To Next Page