Why won't my NARDI COMPRESSORI PACIFIC E35 Air Compressor start?
Your NARDI COMPRESSORI Air Compressor might not start due to several reasons: there could be no electric current, in which case you should check the electric line. Alternatively, a fuse might be bad, requiring replacement. Also, the electric current might be too low, so check the electric line.
Why is my NARDI COMPRESSORI Air Compressor overheating?
Your NARDI COMPRESSORI Air Compressor may be overheating due to several reasons. The sense of rotation of the motor might be wrong, in which case you should invert the phase of the electric motor. Poor air intake could also be the cause, so increase air intake in the room. Additionally, the valves might not be closed properly; check, clean, and replace the valve if necessary. Finally, the ambient temperature may be too high ( +45 °C Max).
What to do if the air delivery decreases in my NARDI COMPRESSORI PACIFIC E35 Air Compressor?
If the air delivery decreases in your NARDI COMPRESSORI Air Compressor (without lowering the rotation speed), check for loose fittings and tighten them. Also, worn gaskets can cause this issue, so replace the gaskets. A clogged intake filter can also reduce air delivery, so replace or clean the filter. Consider replacing worn piston rings, checking the intake extension tube for clogs, and replacing or cleaning valves if they are not working properly.
Why is my NARDI COMPRESSORI PACIFIC E35 Air Compressor using too much oil?
Excessive oil consumption in your NARDI COMPRESSORI Air Compressor can be attributed to several factors. Worn piston rings are a common cause, so replace them. Excessively worn pistons can also lead to this issue, so replace the worn piston. Check if the intake filter is clogged; clean or replace it as needed.
Why my NARDI COMPRESSORI PACIFIC E35 Air Compressor doesn't reach maximum pressure?
If your NARDI COMPRESSORI Air Compressor isn't reaching maximum pressure, it could be due to worn piston rings, so replace worn piston rings. Excessively worn pistons can also cause this, so replace worn pistons. Another possibility is the premature opening of the safety valve; in this case, clean the safety valve. You may also need to check and correct the calibration of the safety valve or replace the safety valve.
Why are the rotation speed and air delivery decreasing in my NARDI COMPRESSORI PACIFIC E35 Air Compressor?
If the rotation speed and air delivery are decreasing in your NARDI COMPRESSORI Air Compressor, it could be due to insufficient electric current reaching the motor; ensure there is enough electric current. You may also need to check the electric motor. Another cause could be a slipping belt; check the tension of the belt and replace the belt if necessary.
Why does the motor thermal protection keep activating on my NARDI COMPRESSORI Air Compressor?
The motor thermal protection might be activating on your NARDI COMPRESSORI Air Compressor because the current consumption is too high, so check the pumping unit. It's also possible that the thermal protection setting is too low; correct the thermal protection setting.
What to do if the electric motor does not work in NARDI COMPRESSORI PACIFIC E35?
If the electric motor of your NARDI COMPRESSORI Air Compressor does not work, invert the phase leads of the motor to address potential problems with the electric circuits. Also, check the fuses, ensure there is enough electric current, and verify that the electric current reaches the motor.
What to do if my NARDI COMPRESSORI Air Compressor does not switch off automatically?
If your NARDI COMPRESSORI Air Compressor does not switch off automatically, it might be due to a solenoid valve calibration that is too high, so correct the calibration of the solenoid valve. It could also be caused by a safety valve of last stage not working, so clean the safety valve. You may also need to perform calibration of the safety valve or replace safety valve.
Why is the safety valve of an intermediate stage leaking in my NARDI COMPRESSORI Air Compressor?
If the safety valve of an intermediate stage is leaking in your NARDI COMPRESSORI Air Compressor, it could be because the stage pressure is too high, indicating pressure problems in the next stage. It might also be due to premature opening of the safety valve, so clean the safety valve. Additionally, check and correct the calibration of the safety valve or replace the safety valve.
Explains warning symbols for user safety and proper operation.
Lists essential precautions for safe and efficient compressor operation.
Overview of the compressor, its applications, and key features.
Details compressor block construction, stages, and lubrication system.
Describes overall structure, features, and main components of the compressor.
Presents detailed technical specifications and performance data.
Explains warning labels and safety components on the machine for operator awareness.
Outlines essential safety rules and operational guidelines for the compressor.
Covers critical safety practices for filling, placement, and general operation.
Provides comprehensive safety advice, including protective gear and electrical safety.
Details warranty terms, conditions, exclusions, and coverage for the compressor.
Guides on ordering spare parts and contacting for service or technical assistance.
Instructs on safe procedures for unpacking, inspecting, and handling the compressor.
Recommends ideal locations for compressor placement for optimal air intake.
Specifies indoor installation requirements, including ventilation and environmental conditions.
Details requirements and procedures for installing artificial ventilation systems.
Provides guidance on connecting and installing an external intake pipe.
Explains correct procedures for electrical connection, including safety checks.
Step-by-step guide to prepare and start the compressor for operation.
Specific instructions for preparing a petrol engine compressor for starting.
Essential pre-start checks and safety steps before operation.
Detailed instructions for starting both electric and gasoline compressor models.
Instructions and safety precautions for using filling valves to connect cylinders.
Outlines importance of regular maintenance and need for qualified technicians.
Explains the two types of lubrication systems: splash and force-feed.
Discusses importance of correct oil type and characteristics for compressor longevity.
Provides step-by-step instructions for performing an oil change.
Details procedure for safely changing the type of oil used in the compressor.
Explains how to replace the oil filter, performed during oil changes.
Describes oil level alarm system and steps to address low oil level.
Instructs on replacement procedure for intake filter to maintain air quality.
Guides on maintaining and replacing filtering elements.
Explains function and maintenance intervals for the carbon filter.
Details replacement procedure for carbon filter cartridges and storage.
Explains function and setting of the pressure maintaining valve.
Details types and maintenance procedures for heads and compression valves.
Provides specific instructions for replacing first stage valves.
Guides on replacing valves in the second stage.
Details procedure for replacing third stage valves.
Instructions for replacing fourth stage valves.
Explains critical role of safety valves and their calibration.
Covers maintenance and replacement of filling valves and hoses.
Explains function and settings of the automatic condensate drain system.
Details automatic stop system and emergency procedures for safety.
Explains how to use and interpret the electronic control panel.
Describes LED indicators for compressor status and alarms.
Guides on configuring system parameters via the electronic control panel.
Explains how to adjust the minimum pressure setting for automatic mode.
Details service time alerts and when to contact a technician.
Information on monitoring voltage and current for proper motor functioning.
Explains temperature monitoring and alarm indications.
Lists all possible alarms and recommended actions.
Provides guidance on proper disposal of compressor components and waste.
Offers solutions for common compressor operational problems.
Detailed diagram and parts list for the driving gear assembly.
Second part of the driving gear exploded view with components.
Exploded diagram of the crankcase and its associated accessories.
Continued illustration of crankcase components and accessories.
Exploded view of the first and second stage compressor components.
Detailed diagram of the third stage compressor parts.
Exploded view illustrating the components of the fourth stage compressor.
Diagram and parts list for the filter separator assembly.
Second part of the filter separator exploded view.
Third part of the filter separator exploded view.
Exploded diagram showing the compressor's cooling system components.
Diagram and parts list for PAC FILTER 1 filter housing.
Exploded view of the filter housing for PAC FILTER 2.
Diagram and parts list for PAC FILTER 3 filter housing.
Exploded view of the 300 Bar filling valve components.
Diagram and parts list for the 200 Bar filling valve.
Exploded diagram of filling devices and their connections.
Exploded view of the automatic condensate drain system.
Tasks and log for maintenance every 25 operating hours.
Tasks and log for maintenance every 50 operating hours.
Tasks and log for maintenance every 250 operating hours.
Tasks and log for maintenance every 500 hours or annually.
Tasks and log for maintenance every 1,000 operating hours.
Tasks for annual checks or as requested, including air quality testing.
Maintenance checks required after repairs are completed.
Checks required after the compressor has been inactive for a long period.
General| Brand | NARDI COMPRESSORI |
|---|---|
| Model | PACIFIC E35 |
| Category | Air Compressor |
| Language | English |
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