Need help?Do you have a question about the Alink AG-10A and is the answer not in the manual?
General| Brand | Alink |
|---|---|
| Model | AG-10A |
| Category | Air Compressor |
| Language | English |
Technical data specifications for the AG-10A model of the air compressor.
Technical data specifications for the AG-15A model of the air compressor.
Technical data specifications for the AG-20A model of the air compressor.
Inspect the air compressor upon receipt. Check for any damage from handling or delivery.
Follow safe methods for handling the air compressor, including fork-lift usage and rolling.
Details on optimal installation site conditions: ventilation, lighting, temperature, and space.
Details on optimal installation site conditions: ventilation, lighting, temperature, and space.
Guidelines for preparing a stable and level foundation for the air compressor.
Instructions for installing pipelines, considering inclination, diameter, and pressure drop.
Ensure good ventilation and clean heat-exchanger fins for optimal cooling system performance.
Guidelines for selecting and installing circuit breakers for motor protection and safety.
Guidelines for selecting and installing circuit breakers for motor protection and safety.
Selecting and installing electric power cables based on rating, environment, and routing principles.
Specifications for electric power supply voltage and frequency to match the air compressor.
Ensuring proper grounding of the compressor body and motor enclosure for safety.
Connecting the control cabinet from the power supply via a circuit breaker.
Connecting the control cabinet from the power supply via a circuit breaker.
Connecting the earthing terminals to the grounding conductor and measuring resistance.
Diagram illustrating the overall system process flow of the air compressor.
Description of components and flow within the air-pipeline system.
Function and maintenance of the air filter for dust removal and component protection.
Explanation of the unloading valve's functions during startup and loading.
Details on the oil-air separator's function, with reference to a later chapter.
Position and functions of the min. pressure valve for oil lubrication and system protection.
Function of the rear cooler in cooling compressed air and its placement requirements.
Operation of the safety valve for pressure discharge and cartridge replacement.
Chart illustrating the flow of lubricating oil through the compressor system.
Chart illustrating the flow of lubricating oil through the compressor system.
Function, replacement intervals, and importance of the oil filter for bearing and screw protection.
Maintaining the oil cooler by clearing dust for efficient cooling.
Functions of the oil-air separator, oil level check, and oil return mechanism.
How the system alarms and stops the machine due to motor overload and its causes.
Phase-sequence protection to prevent harmful contra-rotation of the compressor.
Alarm and shutdown triggered by high air-discharge temperature and its causes.
Prevention of machine startup below a specified low ambient temperature.
Alarm and automatic stop for exceeding air-discharge pressure limits, with safety valve functions.
Alarms indicating the need for replacement of oil, filters, and wear parts.
Step-by-step guide for initial startup, including checks and rotation direction verification.
Detailed pre-startup checks: connectors, power supply, oil level, cooling system, and rotation.
Procedures for checking and draining condensation water, oil level, and shaft flexibility.
Instructions for starting the machine via the LCD screen and considerations for motor temperature.
How to unload and shut off the machine, and procedures for handling oil during emergency stops.
Automatic control during running, loading/unloading based on pressure, and automatic shutdown.
How to use the Emergency Stop button to shut off the machine.
Solutions for machines left vacant for extended periods, especially in humid conditions.
Preserving the machine against humidity and dust when vacant for over three weeks.
Sealing openings and preserving components when vacant for over two months.
Steps for restarting the machine after a long vacancy, including checks and oil replacement.
Essential safety precautions and required operator knowledge before performing maintenance.
Maintenance must be done with the machine off, cut-off valve closed, and power supply off.
Verify null pressure in the system before disassembling parts under pressure or voltage.
Caution about hot parts immediately after machine stops to avoid scalding.
Ensure no tools or parts are left inside the machine after maintenance is complete.
Guidelines for replacing and maintaining the air filter based on operating hours and alarms.
Replacement intervals for the oil filter based on operation hours and alarm indicators.
Replacement intervals for the oil filter based on operation hours and alarm indicators.
Procedure for replacing the oil filter, including tool usage and tightening.
Post-replacement check for oil leakage to ensure correct installation.
Procedures for replacing the oil-air separator cartridge based on operating hours and pressure difference.
When to replace lubricating oil, recommended intervals, and suggested replacement of related parts.
Detailed steps for draining, adding new oil, and replacing filters during oil replacement.
Importance of periodic maintenance for the electric motor, referring to the motor manual.
Overview of basic operations and button functions on the MAM-890 controller.
Detailed explanation of each button on the controller for starting, stopping, and setting.
How the controller display shows status after power-on and during operation.
Navigating the controller menus to access and adjust operating parameters.
Steps to view and modify user-specific parameters like load and unload pressure.
Table detailing user parameters, their preset data, and corresponding functions.
Description of various alarms displayed by the controller for different system conditions.
Controller protections for motor: overload, open phase, unbalance, voltage issues.
Protection against high discharge air temperature leading to alarm and shutdown.
Fault display and prevention of motor non-reversing due to incorrect phase sequence.
Protection against high discharge pressure, triggering alarm and shutdown.
Protection against disconnected pressure or temperature sensors.
Protection against low discharge air temperature, causing alarm and shutdown.
Reviewing fault causes by checking site or historical fault logs on the controller.
Table listing common failures, their causes, and recommended solutions.
Overview of basic operations and button functions on the MAM-860 controller.
Detailed explanation of each button on the controller for starting, stopping, and setting.
How the controller display shows status after power-on and during operation.
Navigating the controller menus to access and adjust operating parameters.
Steps to view and modify user parameters like set time and operation mode.
Details user parameters and their functions for P, T settings.
Descriptions of various alarms like Air Filter Alarm, Oil Filter Alarm, etc.
Controller protections for motor: overload, open phase, unbalance, voltage issues.
Protection against high discharge air temperature leading to alarm and shutdown.
Fault display and prevention of motor non-reversing due to incorrect phase sequence.
Protection against high discharge pressure, triggering alarm and shutdown.
Protection against disconnected pressure or temperature sensors.
Protection against low discharge air temperature, causing alarm and shutdown.
Reviewing fault causes by checking site or historical fault logs on the controller.
Table listing common failures, their causes, and recommended solutions.
Troubleshooting steps for when the machine fails to start.
Troubleshooting for high operating current and frequent circuit breaker trips.
Troubleshooting steps when discharge temperature is consistently too high.
Troubleshooting for oil spray or overflow from the air filter when the machine stops.
Troubleshooting when the machine cannot be normally loaded due to low pressure.
Troubleshooting for automatic unloading or excess pressure issues at high pressure.
Troubleshooting excessive oil consumption.
Troubleshooting for high oil content in the compressed air.
Troubleshooting for reduced air displacement compared to the normal value.
Troubleshooting frequent load-unload cycles.
To Next Page