How do I know if my paddle board is fully inflated?
Your paddle board is fully inflated when it feels firm to the touch and does not flex under pressure. Most boards have a recommended PSI, typically around 12-15 PSI, which you can check using the gauge on your pump. Generally speaking, lighter paddlers (under 180 lbs) can inflate the board to 15-18 PSI, while heavier paddlers (over 180 lbs) should inflate to 15-22 PSI.Not inflating your paddle board correctly You need to inflate your paddle board to the recommended PSI. If you don’t inflate it enough, it’ll lose its rigidity and flop around, making it harder for you to paddle. On the other hand, inflating it too much will cause your board to pop due to excess pressure.Generally speaking, we’d suggest aiming for 15-22 PSI. This should ensure that your board reaches the levels of stiffness required for optimum stability, without you having to exert too much effort inflating your board or battle resistance from the valve when deflating it.We recommend inflating your board to 10-15 PSI. We often have customers think their pump gauge is broken because it is not registering a pressure. Just keep pumping! It is very rare we have issues with the gauge–you are simply not at a high enough pressure yet (even if your board feels rigid!How inflated should paddle boards be? The recommended inflation level for most inflatable paddle boards is between 12 to 15 PSI, but always consult your board’s manual for specific guidelines. Using a reliable pump with a gauge will help you achieve the correct pressure.
Why is my pump suddenly not working?
A pump failure is a mechanical or electrical problem that prevents a pump from functioning correctly. This can be caused by various issues, including a broken impeller, a loss of power, or a clogged filter. A pump that is not receiving enough fluid can stop building pressure. If your pump is receiving fluid, then the cause of the lack of pressure may be a problem with the machine drive motor. Damaged or misaligned drive motors can often create pump pressure problems.Improper inlet conditions are one of the most common reason pumps fail to produce their expect pressure. Inlet issues may also cause ongoing reliability problems. One culprit is air entrainment or lack of prime. It is important to make sure that system is designed so that liquid floods the pump to prime it.Fluid Levels: Verify that the reservoir has enough oil. Low fluid levels can result in cavitation, which hinders pressure generation. Filter and Line Blockages: Examine the filters, inlet lines, and reservoir breather vent. Any blockages here can restrict fluid flow, preventing the pump from functioning properly.The lack of pressure buildup is caused by a lack of lubricant in the pump or unevenly distributed lubricant. If the pump won’t build pressure all you need to do is add some sort of lubricant, like Vaseline. Unscrew the top of the pump and add a glob of lubricant to the cylindrical piece on the inside.
Why is my pump not producing enough pressure?
Improper inlet conditions are one of the most common reason pumps fail to produce their expect pressure. Inlet issues may also cause ongoing reliability problems. One culprit is air entrainment or lack of prime. It is important to make sure that system is designed so that liquid floods the pump to prime it. If the water pump is running but no fluid is being pumped this could be blocked inlet suction filter, check valves failed with pumps bypassing, blocked discharge lines, electric motor polarity is incorrect or incorrect pressure settings parameters amongst other issues.To get it working again, your water pump will need to be primed. This means that water will need to be flushed back into the pump and forced through – this creates the pressure it needs to begin pumping again.
Why isn’t my hand pump working?
More than likely, the piston and seal will be dry and dirty. Remove the piston O-ring and clean all the dirt off the piston and piston O-ring and apply a very light coating of grease. Reassemble the pump. Use a screw driver to remove the screws from the top of the pump. You can then pull the pump apart. Check for any dirt or sand that can be cleaned out. Re-lubricate the pump open the top and spread a thin layer of oil/grease on the gasket and the tube.
Why is my paddle board pump not showing pressure?
The lack of pressure buildup is caused by a lack of lubricant in the pump or unevenly distributed lubricant. If the pump won’t build pressure all you need to do is add some sort of lubricant, like Vaseline. Unscrew the top of the pump and add a glob of lubricant to the cylindrical piece on the inside. Turn the SUP board valve stem to the CLOSED (UP) position. This may seem counterintuitive, but it works because a closed SUP valve has a rubber stopper on a spring that allows pressurized air to push through the valve while preventing air from coming back out.How do a I deflate and store an inflatable SUP? Make sure the valve area is dry, so water doesn’t get inside the board when you open the H3 valve on the board. Prepare yourself because air rushes out pretty quickly. Press down and then turn the valve stem(yellow button) clockwise to get it to lock in the down position.Make sure your psi gauge is in-line, so you can read the inflation level as you pump. Attach the free end of the pump hose to the H3 valve on the board and twist clockwise until it locks into place. Pump up the board until it reaches 10-15 PSI.
What is the best pressure for a paddle board?
The best inflatable stand-up paddle board PSI level is anywhere from 10 to 15. Most people inflate their board to about 10 to 12 PSI. A higher PSI will help if you are riding in cold or choppy water. If you need a bit more stability, try increasing the PSI of your board as well. Generally speaking, lighter paddlers (under 180 lbs) can inflate the board to 15-18 PSI, while heavier paddlers (over 180 lbs) should inflate to 15-22 PSI.Over inflation: The Leading Cause Overinflation is the most direct path to a paddle board bursting. Boards are designed to operate safely within a specific range of air pressures, measured in PSI (pounds per square inch). Exceeding this limit can strain the board’s materials and seams, potentially leading to a burst.