Submersible Sump Pump with 4,000 GPH Flow, 31-Foot Lift, 25-Foot Cord and Discharge Hose - Limodot
A submersible sump pump with a long cord and hose provides a ready water-removal setup for pools, garden ponds, flooded basements and transfer jobs. The documented Limodot red-and-black kit uses a 1.5 HP motor to move a stated 4,000 GPH at a five-foot lift and raise water up to 31 feet. It can reduce standing water to approximately 1/5 inch and includes a carry handle for positioning.
The kit contains a 25-foot power cord, 25-foot discharge hose, adapters and user manual. Its 1-1/2-inch outlet works with listed 1- and 1.5-inch NPT connections plus 3/4- and 1-inch barb fittings. A separate black 1/2 HP variant is also offered and does not share the documented 1.5 HP specifications. Submerge at an angle to release trapped air, connect only to a grounded protected outlet and keep plugs, hands and the power connection dry. Never carry the 10.8 lb pump by its cord.
Specifications
- Brand: Limodot
- Product: Submersible sump pump kit
- Documented style: Red and Black 1.5 HP with hose
- Other style: Black 1/2 HP
- Documented flow at 5-foot lift: 4000 GPH / 66.66 GPM
- Maximum vertical lift: 31 feet
- Low suction: Approximately 1/5 inch
- Voltage: 120 V AC
- Power cord: 25 feet
- Discharge hose: 25 feet included
- Outlet diameter: 1-1/2 inches
- Adapters: 1 and 1.5-inch NPT
- Adapters: 3/4 and 1-inch barb
- Housing: Thermoplastic / plastic
- Dimensions: 9 x 6 x 13 inches
- Weight: 10.8 lb
- Protection: Automatic thermal overload
Frequently Asked Questions
What comes with the 1.5 HP Limodot kit?
It includes the red-and-black pump a 25-foot power cord 25-foot discharge hose adapters and a user manual.
How much water can the documented pump move?
The source states up to 4,000 GPH at a five-foot lift and up to 31 feet of vertical lift.
Is the black 1/2 HP option identical?
No. It is a separate lower-power variant and should not be assumed to share the 1.5 HP kit specifications.
How should I prime the submersible pump?
Lower it into water at an angle before starting so trapped air bubbles can escape.