1. If a Ground Fault Circuit Interrupter (GFCI) is installed at the outlet or in the electric panel, make sure it is working. Use the test button on the unit to confirm proper ground-fault protection.*
   * A GFCI is a safety device. It is generally not required on dedicated single receptacles used for sump pumps. GFCI could trip for various reasons, rendering the sump pump inoperative. If a GFCI is present, check before storms to make sure the GFCI is turned on and sump pump is operational.
2. Remove the sump pump cover. There are 3 common types of lids, each with slightly different removal methods.

3. Inspect the sump pit for any silt or debris that might obstruct the float or clog the pump impeller or discharge tube. Debris could include rocks, mud, concrete or pieces of the plastic or tile pipe.
   • Look for signs of sediment entering the sump from the incoming foundation or footing drain(s). A layer of sand around the sides of the sump and/or at the bottom could be a signal that sediment is entering the sump from the footing drains.
   • While a small amount of sediment or sand at the bottom of the sump is normal, excessive amounts cause problems. If there is evidence that an excessive amount of sediment is entering the sump contact a qualified contractor to determine if additional action is needed.
4. Make sure the pump is positioned so that the float that turns the pump on and off moves freely and is not obstructed by the walls of the sump, discharge piping or other objects.
5. Check for a small (3/16 to 3/8 inch) weep hole in the discharge pipe directly above the pump. Add, if needed, or clear the hole if blocked. This hole prevents a possible airlock in the discharge lines.
6. Check the drain line from the pump until it meets the air gap for any signs of corrosion, holes, damage or leaks.
7. Visually inspect all alarm mechanisms (if applicable), exposed metal parts and connections for corrosion. You may apply a silicone water repellant spray to deter corrosion. Refer to manufacturer usage instructions to apply silicone spray.
8. Make sure the drain line is secured every three feet or so.
9. Verify that there is a check valve in place on the drain line just above the sump cover. Contact a licensed plumber to add a check valve if one is not present.
10. Check to make sure that the air gap in between the interior and exterior discharge pipes should be open and clear of debris.

1. Confirm the pump is securely plugged directly into the outlet.
2. If the sump pit is empty, add water to confirm that the pump turns on and off properly. Three to four gallons is usually enough to activate the pump.
3. With a sump pump with automatic preset sensor switches, if water exceeds the top of the pump before turning on, or if the pump does not shut off when water drops again, there may be a defective sensor or other problem. Refer to the manufacturer’s set-up instructions.
4. If the pump uses an adjustable float switch, the pump should turn on at the seton level and off when the water level drops.
5. A small stream of water should spray out of the weep hole in the discharge near the pump to prevent air lock. If the weep hole is blocked, UNPLUG THE SUMP PUMP and clear the blockage.
6. The pump should not have to run all the time. If it does, try setting the float or pump higher in the pit. If this doesn’t help keep the water from reaching the top of the sump, a larger pump may be needed.
7. Check the discharge or drain line for any leakage.
8. If you have unplugged the sump pump, make sure to plug the sump pump in again after this step. Check that the circuit breaker is in the ON position.

Replace the sump cover, reconnect all pump electrical plugs back into the wall sockets and check that all power sources for the primary and backup system are in the “ON” position to be sure the entire system is operational.

If the sump has a clear plexi-glass cover make sure that the cover is sealed to the basement floor with new sealant (and concrete screws if needed) to prevent radon from entering the basement through the footing drains and unsealed sump.

If your sump discharges to your yard, check the discharge point. Make sure that water can flow freely from the discharge point. If there is any debris in the area, clear it.

If the sump pump discharges to an underground pipe that connects to the storm sewer system or an infiltrator check the air gap and cleanout assembly at the exterior wall of house.

Clear the discharge pipe of any obstructions. Make sure that the air gap by the house wall where the smaller 2-inch pipe drops into the larger 4-inch diameter cleanout assembly is free of debris such as twigs, leaves, mulch, gravel or topsoil.

Next, open up the cleanout cap of the assembly with a large adjustable wrench or a pipe wrench and check the interior of the cleanout assembly. Once done put the cleanout cap back on.

• 12 volt, highly efficient, non-corrodible, pump construction. Supplied with 9′ (2.7 m) leads.
• Legs allow free-standing installation
• Quick disconnect discharge
• Aluminum seal pocket and cooling plate
• Integrated check valve

Buttons

• Alarm Silence / Reset –  Press to silence alarms. Press and hold for three seconds to reset alarms. 
• Test- Press to initiate pump test

Switches

• Reliable, vertical float switch for adjustable operation.
• High water reed sensor provides high water signal and redundant pump run.

The Aquanot Fit 508 with Z Control technology is a premium high performance, self-testing internet-connected battery backup pump system.

The Aquanot Fit DC Controller keeps the battery charged. The controller has many built-in features such as:

• Monitors the switches, runs the pump
• Performs self-testing diagnostics
• 7 amp
• Communicates with the Z Control Cloud; receives commands from user through Cloud such as “Silence”, “Reset”, “Test”, and many configuration changes.

Battery Life

• The estimated life of a fully charged (175 min reserve capacity) battery when the pump is operating continuously is approximately 5.5 hours. However, most backup system pump operation is intermittent. The system will provide protection for extended periods of time dependent upon stop-start requirements and multiple battery arrangements.

Battery Case

• The included battery case will accommodate maximum battery dimensions of 13″ (330 mm) L x 7-1/2″ (191 mm) W x 9-1/2″ (241 mm) H and fits all group size 27, 29, and 31 batteries. Made from non-corrodible polyethylene. To use multiple batteries, order extra battery case with hookup wire.