To Next PageTo Next PageHow to reduce excessive moisture in the air discharge of Metabo HPT EC 1315S Air Compressor?
To address excessive moisture in the air discharge of your Metabo HPT Air Compressor: * Drain the tank to remove excess water. * Move the compressor to an area with less humidity or use an air line filter.
Why Metabo HPT EC 1315S does not run?
Your Metabo HPT Air Compressor might not be running due to several reasons: * Loss of power or overheating: Ensure you are using the correct extension cord. * No electrical power: Verify the compressor is plugged in and the power switch is in the ON position. * Blown fuse: Replace the fuse at the power supply. * Tripped breaker: Reset the breaker at the power supply and investigate the cause. * Thermal overload: Unplug the compressor and allow it to cool down; it will restart automatically when cool. * Faulty pressure switch: Replace the pressure switch. * Full tank: The compressor will restart when the tank pressure drops to the cut-in pressure.
What to do if Metabo HPT EC 1315S motor hums, but does not run or runs slowly?
If your Metabo HPT Air Compressor motor hums but doesn't run properly, the possible causes include: * Low voltage from the power supply: Check the voltage using a voltmeter. * Incorrect gauge wire or extension cord length: Use the correct wire gauge and length for the extension cord. * Shorted or broken motor winding, or a defective unloader or check valve: In these cases, it is best to take the compressor to a service center.
Why Metabo HPT Air Compressor thermal overload protector cuts out repeatedly?
If the thermal overload protector on your Metabo HPT Air Compressor is repeatedly cutting out, it could be due to: * Low voltage from the power supply: Use a voltmeter to check the voltage. * Poorly ventilated room: Move the compressor to a well-ventilated area. * Incorrect gauge wire or extension cord length: Ensure you are using the correct gauge wire and cord length.
Why Metabo HPT EC 1315S Air Compressor fuses blow or the circuit breaker trips repeatedly?
If the fuses blow or the circuit breaker trips repeatedly on your Metabo HPT Air Compressor, the issue might be: * Incorrect fuse size or overloaded circuit: Check that the fuse or breaker at the power supply is the correct size and type. * Incorrect gauge wire or extension cord length: Use the correct wire gauge and length extension cord. * Defective unloader or check valve: If this is the case, take the compressor to a service center.
What to do if Metabo HPT EC 1315S air is leaking from the compressor?
If air is leaking from your Metabo HPT Air Compressor, consider the following: * Loose or improperly sealed hose connection: Ensure connections are sealed with thread sealing tape and tightened. * Broken or damaged air hose: Replace the air hose.
What to do if Metabo HPT EC 1315S air receiver pressure drops when the compressor shuts off?
If the air receiver pressure drops after your Metabo HPT Air Compressor shuts off, check for: * Loose or leaking connections (fittings, tubing, etc.): Use soapy water to check all connections for bubbles. * Loose drain valve: Tighten the drain valve. * Leaking check valve: If the check valve is leaking, take the compressor to a service center.
Why Metabo HPT EC 1315S Air Compressor runs continuously?
If your Metabo HPT Air Compressor runs continuously, it might be due to: * Open tank drain valve: Ensure the tank drain valve is closed. * Defective pressure switch: If the pressure switch is defective, take the compressor to a service center. * Excessive usage: Decrease the amount of tool run-time; the compressor may not be large enough to supply the air requirement of the tool.
Why Metabo HPT EC 1315S Air Compressor vibrates?
If your Metabo HPT Air Compressor is vibrating, it is likely that the mounting bolts are loose. Tighten the mounting bolts to reduce vibration.
General| Brand | Metabo HPT |
|---|---|
| Model | EC 1315S |
| Category | Air Compressor |
| Language | English |
Displays model EC 1315S and crucial safety warnings in multiple languages.
Defines WARNING, CAUTION, and NOTE for hazard identification.
Explains the meaning of various visual symbols used on the unit and manual.
Outlines fundamental safety rules for compressor operation and work area.
Covers safety during operation, maintenance, and component handling.
Warns against modifications and details daily tank draining.
Emphasizes checks, integrity, and using genuine replacement parts.
Recommendations for selecting and using extension cords.
Proper methods for connecting to power and grounding.
Advises against plug modification and adapter use for shock prevention.
Visual guide labeling the main parts of the air compressor.
Lists detailed performance and technical data.
Explains the role of major parts like motor, safety valve, and gauges.
Steps for safely unpacking and inspecting the compressor.
Instructions for connecting the air hose to the compressor.
Procedure for the initial run-in of the pump.
Guidelines for moving the compressor, including two-person lift.
Lists appropriate applications and recommended air hose specs.
How to check the safety valve and operate within temperature ranges.
Steps before connecting tools, including power and pressure.
How to adjust regulator and use air tools effectively.
Procedure to drain condensation from the air tank.
Steps for shutting down, unplugging, and storing the compressor.
Routine care, cleaning, and lubrication requirements.
Guidelines for professional service and using genuine parts.
Identifies issues like failure to run, humming, or breaker trips.
Provides solutions for common problems.
Solutions for air leaks, continuous running, and vibration.
Tips for low air output and fixing regulator issues.
