GROWONIX SP-1 Submersible Pump Owner’s Manual

: June 10, 2024
: GROWONIX

Table of Contents

GROWONIX SP-1 Submersible Pump
Product Information
Product Usage Instructions
IMPORTANT SAFEGUARDS
GENERAL APPLICATION INFORMATION
SPECIFICATIONS
SETUP INSTRUCTIONS
TROUBLESHOOTING
References
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GROWONIX SP-1 Submersible Pump

GROWONIX-SP-1-Submersible-Pump-PRODUCT

Product Information

SP-1 Submersible Pump

Made in the USA
Available in automatic and manual versions
Suitable for residential, commercial, and industrial drainage applications
Capacity and head determined by fixture unit value
Minimum basin diameter: 18 inches
Maximum pumping volume: 150 GPM

Product Usage Instructions

SP-1 Submersible Pump

Before handling the pump, always disconnect the power first.
Installation/Operation:
- Check local plumbing codes for acceptable sump types if a sump is not already installed in your basement.
- Electrical service must be grounded and separately fused or breakered directly from the entrance box with a single grounding type receptacle at the pump.
- The pump should be of sufficient capacity and head to satisfy anticipated use requirements. Your local wholesaler can assist you in determining fixture unit values.
- The basin should be located such that all water flows into the basin due to gravity.
Proper Lifting:
- A separate chain or rope should be attached to the handle for normal lifting. This will prevent damage due to inadvertent lifting of the pump by the power cord.
Discharge Piping Installation:
- The pump should be selected based on the required pumping volume.
- Pumping volume may vary seasonally due to rainfall and area run-off.
Maintenance Tips:
- Disconnect power before handling the pump.
- Clean the pump and sump pit regularly.
Important Safeguards:
- This pump should only be serviced by a qualified person.
- You should never touch a sump pump or discharge piping while the pump is connected to electrical power and water is present.

IMPORTANT SAFEGUARDS

To reduce risk of injury, always follow these instructions and safety precautions when using this pump and to maintain warranty.

WARNING

Before handling this pump, always disconnect the power first.
This pump should only be serviced by a qualified person.

INSTALLATION/OPERATION

Never lift or carry pump by the electrical cord. Use a chain or rope affixed on handle to install/remove pump. To reduce potential damage to the pump from inadvertent lifting by the electrical cord, please refer to “Proper Lifting” located on the following page.
Pump(s) are able to operate whether fully or partially submerged (please refer to Typical Installation Diagram, page 14). Pump must be shutdown if sump, pit or pond level drops below the motor housing.
Pump is designed to pump clean water (maximum temperature of 122•F) with suspended solids up to 3/8 of an inch. Larger solids will clog the suction strainer plate leading to dry running and subsequent failure (Note: Pumping sand, gravel, and other hard debris will shorten the life of the pump). Elevate the pump with bricks or other support above the sump, pit or pond bottom if debris is present. Consult dealer for other fluids.
Clean filter basin when cleaning inlet filter media when pump is shutdown.
If used with a float switch, the float must have a full range of motion to operate properly without obstruction. Consult dealer for minimum dimensions required for proper float operation.
Pump should be mounted upright only (vertical). Never lay the pump on its side.

ELECTRICAL REQUIREMENTS:

Pump must be operated with a GFI breaker of at least 20 amps.
High Or Low Voltage can damage the pump. Power from your utility or generator set cannot be more or less than ±5% of the rated voltage on the pump.
Maximum distance from power source and pump must not exceed 100 feet using 16/3 electrical cables. This distance is from the breaker box and includes the pump cord. If the run is longer, consult a qualified electrician or your dealer.
Lightning strikes can destroy the capacitor in your pump. Ensure proper protection is provided.

PROPER LIFTING:
A separate chain or rope should be attached to the handle for normal lifting. Please note that this will help prevent damage due to inadvertent lifting of the pump by the power cord.

Rope attached to Automatic pump for lifting and installation.

Rope attached to Manual pump for lifting and installation.

THE SUMP AND INSTALLATION:
If your basement does not currently have a sump installed, it would be necessary to check local plumbing codes as to the acceptable type of sump that may be used.

Materials commonly specified are: clay tile, fiberglass, steel, concrete and polyethylene.
It may be necessary to cut a hole in the basement floor and excavate for the sump.
Plumbing and electrical contractors could advise you on proper installations of drain tiles, sump, pump and electrical service. GrowoniX recommends that a solid sump base be provided.
The sump is fed by drain tile placed around the outside and/or inside basement walls at the footings.
In applications where a gravel base must be used to relieve hydraulic pressure under the basement floor, be sure to provide a permanent and solid base for the pump (bricks or a steel plate). a sump cover capable of supporting 200 pounds should be employed to contain odors and for obvious safety reasons.

ELECTRICAL INSTALLATION:
Electrical service for any sump pump installation must be grounded and separately fused or breakered directly from the entrance box with a single grounding type receptacle at the pump. The receptacle should not be less than four feet above the basement floor for safety reasons. You should never touch a sump pump or discharge piping while the pump is connected to electrical power and water is present. The pump should bedisconnected from the electrical source before handling in all cases.

GENERAL APPLICATION INFORMATION

DISCHARGE PIPING INSTALLATION
To assure the maximum performance from your sump pump, the discharge pipe size and piping fittings should not be smaller than the discharge port of the pump. Smaller pipe will add to friction losses and reduce the capacity of the pump. Normally accepted materials are galvanized pipe, rigid plastic pipe or acceptable flexible pipe or hose. a piece of flexible hose between the pump discharge and the discharge piping will provide for ease in alignment, reduce vibration and noise, and will act as a union when it is necessary to remove the pump. Where the discharge pipe is long, a check valve is often employed to prevent the water from flowing back into the sump when the pump turns off. If the discharge is directed into a sanitary sewer, a suitable anti-siphon device or a free flow check valve should be inserted in the line to prevent backflow into the pit. Sump pumps are not designed to handle raw sewage. Do not attempt to adapt one for this type of application. A sewage ejector pump especially designed to handle solids must be used.

PUMP INSTALLATION
When the sump, electrical and discharge plumbing installation is complete and ready for the pump, clean all solid debris from the pit. Complete the plumbing connection to the pump and then plug the pump into the electrical outlet. a few extra minutes to test the sump pump installation are now in order. Fill the sump with water, note the turn on and turn off level of the pump, and the pumping cycle. This will allow you to calculate the approximate discharge flow of the pump system. If everything is operating properly, install the sump cover.

PUMP SELECTION
The pump should be of sufficient capacity and head to satisfy anticipated use requirements. Capacity is determined by a fixture unit value if effluent is drained to sump basin. Your local Wholesaler can assist you in fixture unit values. basement perimeter water intrusion varies by area and region. Typically a 1/3 HP or 1/2 HP DRAINAGE PUMP WILL EVACUATE MOST HOME SUMP PITS.

Commercial and industrial drainage applications require that of pumping volume and pumping head be performed to determine the proper size pump is applied.

NOTE: Pumping volume may vary seasonally due to rainfall and area run- off.

BASIN AND COVER
The basin should not be less than 18 inches in diameter and 24 inches deep.
Larger diameters are advisable in instances of increased pump capacity requirements:

Required Pump Capacity	Minimum Basin Diameter
Up to 35 GPM	18”
Over 35 GPM	24”
Over 60 GPM	30”
Over 100 GPM	36”
Over 150 GPM	48”

The basin should be located such that all water flows into the basin due to gravity. Outdoor installations should be at a sufficient depth to ensure protection from freezing.

NOTE:
GrowoniX SP-1 automatic can operate in a 12” diameter basin or 8” x 8” square basin.

MAINTENANCE TIPS

Every three or four months:

1. Clean the pump screen or inlet opening. If your sump collects the discharge from an automatic washing machine, cleaning will be required more often. (before removing the pump be sure to disconnect the unit from electrical power; and reconnect after completion of cleaning);
2. Pour enough water into the sump to cycle the pump and assure its proper functioning.

Annually:
Remove and clean the pump. Clean the sump pit also.

Before handling this pump, alw ays disconnect the power first. This pump should only be serviced by a qualified person.

WARNING

This instruction manual includes necessary items for installation, operation and maintenance.

SPECIFICATIONS

Part #

| Max Flow Rate GPM| Discharge Dia.

Inch

| Motor Outout (HP)| Motor Phase|

Voltage

|

Amps

| Weight (lbs.)
---|---|---|---|---|---|---|---
SP-1M| 39| 1-1/4”| 1/3| 1| 115| 4.4| 11
SP-1A| 39| 1-1/4”| 1/3| 1| 115| 4.4| 11

GROWONIX-SP-1-Submersible-Pump-FIG 3

WARNING

Sump basin must be vented in accordance with local plumbing codes.
These pumps are not designed for and CANNOT be installed in locations classified as hazardous in accordance with the National Electric Code, ANSI/NEPA 70-1984.

SETUP INSTRUCTIONS

STEP 1: Inspection: Your pump has been carefully packaged to prevent damage during shipping. However, occasional damage does occur due to rough handling. Carefully inspect the pump for damage that could cause it to fail.
STEP 2: Attach desired length of PVC or abS discharge pipe to pump outlet, using PVC adapter (11/4″ pipe and adapter for SP-XX-3 & EPD-3 11/2″ for EPD-5, 7, 10 & 15). Make sure open end of pipe will be above top of basin.
STEP 3: Clear sump basin of any water, debris or sediment.
STEP 4: Lower pump into basin.
STEP 5: Attach in line check valve to discharge pipe 12″ to 18″ above pump discharge with arrow pointing away from the pump (with the flow). Connect other end of check valve securely to drain pipe and tighten clamps.

WARNING

Do not put check valve directly into pump discharge opening.
Step 6: Drill a 1/8″ relief hole in the discharge pipe 5″ above pipe connection to pump.
Step 7: Plug in pump and fill sump basin with water to test unit. Pump should turn on at 13″ to 14″ water level. allow pump to go through several ON- OFF cycles to assure satisfactory operation.

WARNING