A: 1. Turn off and unplug the compressor: Make sure the power switch is in the "off" position and the unit is disconnected from the wall. 2. Release all air pressure from the tank: • Pull the ring on the pressure relief/gold safety valve on the side of the unit to vent all remaining air. • Wait until the pressure gauges drop to 0 PSI. Never attempt to force a coupler or fitting while the system is still under pressure. 3. Retract the collar or sleeve: • If it is connected via a quick-connect coupler, firmly pull back the spring-loaded metal collar or outer sleeve toward the compressor body. • While holding the collar pulled back, pull the hose plug straight out of the coupler. • Note: If dirt, grit, or paint has jammed the collar, spray a small amount of penetrating lubricant (like WD-40) around the sliding collar, wiggle it gently, and try pulling it back again. 4. Check for threaded connections: • If the hose was threaded directly into a port using a brass fitting or adapter rather than a quick-connect plug, hold the compressor's manifold or quick coupler steady with an open-ended wrench, and use a second wrench to turn the hose fitting counterclockwise.

A: The JobSmart 1/3 HP 2-gallon portable air compressor can seat small tires (like bicycle or wheelbarrow tires), but it generally struggles or fails to seat standard car, truck, or large off-road tire beads

A: The decibel (dBA) rating for this air compressor is 80.

A: Please contact Jobsmart at 888-899-0146.

A: Yes, this should work fine,the working pressure of sku 1509059 is 100 psi.

A: The products is designed for inflation jobs ,Brad, Staples, Recreational. It has not been tested for use with air brush.

A: Rated power of SKU/Model #: 1509059 is 360 watts.

A: 1 year limited warranty

A: The minimum pressure on the regulator is 25 psi.

A: The size of air compressor you need to blow out an irrigation system depends on the size of the pipes and the volume of water in the system: CFM: The minimum volume of air an air compressor should have is 20 cubic feet per minute (CFM). However, for optimal performance, professionals recommend a CFM of up to 50 for water lines that are less than an inch in diameter. For larger pipes, you'll need a higher CFM. To estimate the CFM you need, you can divide the gallons per minute (GPM) of each sprinkler zone by 7.5. PSI: The ideal air pressure for blowing out an irrigation system is between 40 and 80 pounds per square inch (PSI). 80 PSI is the maximum for rigid PVC pipe, and 50 PSI is the maximum for polyethylene pipe. Multiple zones: If you plan to blow out multiple zones at once, you'll need a higher CFM. Using an air compressor that's too small or too weak can leave water in the pipes, while using one that's too powerful or pressurized too high can damage the system