To Next PageTo Next PageWhy does the impeller on my Everbilt EBTP1 wear out so quickly?
The Everbilt Water Pump is designed to pump clear water only. If the impeller wears out quickly, it could be due to: * Sand, dirt, or other grit in the water accelerating wear. * Pumping some liquid other than water. This pump is designed to pump clear water only. Pumping anything other than clear water will void the warranty.
What to do if the impeller is broken on my Everbilt EBTP1 Water Pump?
If the impeller on your Everbilt Water Pump is broken, it's likely because the pump picked up debris that caused the damage, or it has run dry for too long. Replace the impeller.
What to do if my Everbilt EBTP1 motor does not run or is humming?
If your Everbilt Water Pump motor isn't running or is just humming, and the pump isn't working, here's what to check: * First, ensure the pump is getting power by checking the outlet, fuse, or circuit breaker. Also, reset the GFCI outlet if needed. * Inspect the impeller area for any debris and remove it to ensure free rotation. Check the cooling vents at the back of the pump’s motor and remove any foreign objects if present. * If the pump has overheated from dry running, unplug it and wait for 30 minutes before plugging it back in. * If the liquid temperature is below 32°F or above 95°F, do not operate the pump. * Check and replace the brushes, if they are worn out. If none of these steps work, the motor may have failed, and the pump may need replacement.
Why is my Everbilt EBTP1 Water Pump motor running but not pumping water?
If your Everbilt Water Pump motor runs but no water is discharged, or the flow rate is lower than you'd expect, consider the following: * Check the suction and discharge hose or pipe for any blockages. Ensure the hose/pipe isn't narrower than the pump's discharge and doesn't exceed the maximum length specified in the manual. * Do not route the discharge hose/pipe higher than 48 ft. * If the discharge hose is restricted, use a shorter, thicker hose and check for coils or kinks. * Replace collapsed suction hose with a reinforced, suction-rated type. Repair or replace suction hose if there is a leak. * Inspect the impeller and volute for wear or breakage, repairing as needed. Also, check for clogs in the impeller and the suction and discharge ports.
General| Model | EBTP1 |
|---|---|
| Type | Transfer Pump |
| Horsepower | 1/2 HP |
| Max Flow Rate | 1800 GPH |
| Max Head/Maximum Lift/Maximum Pumping Height | 25 ft |
| Discharge/Outlet Size | 1-1/4 in |
| Power Cord Length | 6 ft |
| Maximum discharge flow | 1800 GPH |
| Voltage | 115V |
| Power Source | Electric |
| Housing Material | Thermoplastic |
| Impeller Material | Plastic |
Key dangers and warnings including electrical shock, flammable liquids, and handling precautions.
Guidelines on pump operation, maintenance, and system requirements to prevent damage or injury.
Details the one-year warranty against defects in materials and workmanship, and coverage limitations.
Describes the pump's intended uses and limitations, such as not for swimming pools or sump pump replacement.
Lists all items included in the pump package, such as the pump, hoses, and strainers.
Details electrical requirements, temperature range, and connection sizes for the pump.
Instructions for lubricating the pump's impeller with water before initial use.
Steps for connecting the suction hose to the pump and attaching the correct strainer.
Guidance on securely connecting the suction hose to the pump's inlet for an airtight seal.
Instructions for connecting a garden hose to the pump's discharge outlet.
Ensures the pump is stable and hoses are straight to prevent tipping and ensure proper operation.
Steps for plugging into GFCI outlet and unplugging when water level is low to prevent dry running.
Procedures for inspecting suction screens, handling non-running pumps, and replacing parts.
Step-by-step guide for replacing worn motor brushes to restore pump operation.
Addresses issues like blocked hoses, excessive lift height, or collapsed suction hoses.
Diagnoses causes such as jammed impellers, locked motors, power issues, or worn brushes.
Explains why impellers wear out quickly and how to handle broken impellers.
