Pro Series Sump Pumps – Advanced Protection for Your Basement
Basement Waterproofing Solutions now offers a full line of Pro Series Sump Pumps. These top-of-the-line units provide features not found in standard sump pumps, giving you superior reliability and peace of mind.
DC2 Controller – Smart Monitoring & Alarm System
Every Pro Series pump comes equipped with a DC2 controller, designed to protect your home from unexpected water issues:
- Alarm Notifications: Sounds an alert if power is interrupted, the pump runs continuously for over 10 minutes, or the 9V battery is low.
- 9V batery: Powers the controller during outages to ensure alarms function even when the home’s electricity is off. (Note: The battery only powers the alarm, not the pump.)
- Deluxe Features:
- Adjustable run-time for pump after float drops.
- Automatic weekly test cycle (~4 seconds) to exercise the pump and prevent internal parts from seizing, extending pump lifespan.
Dual Float Switch – Redundant Safety
- Contains two large floating rings in a protective cage.
- Primary activation: The bottom float lifts ¼”, starting the pump.
- Backup activation: If the first float fails, water rises to trigger the second float.
- Extended cycle: As water drops, the pump runs an additional 10 seconds to ensure complete drainage.
Installation tip: Position the bottom of the cage at the desired activation height.
MegaBoss ¾ HP Pump – Extreme Water Protection
For severe flooding conditions, the MegaBoss ¾ HP pump handles the toughest storms:
- Pumps up to 9,600 gallons per hour
- Ideal for basements with high water tables or areas prone to heavy rainfall
This system ensures your basement remains dry, your pump operates reliably, and you’re alerted to any potential issues before water becomes a problem.
Battery Backup Sump Pumps – Essential Protection During Power Outages
Important: Not all battery backup sump pumps are created equal!
A battery backup system consists of three main components:
- Secondary Sump Pump – A completely separate pump from your primary AC pump.
- Deep-Cycle Marine Battery – Provides power to the backup pump when electricity is lost.
- Electronic Controller Box – Monitors the system and keeps the battery fully charged while providing alerts and alarms.
Controller Alerts and Warnings
The electronic controller keeps you informed of the system’s status:
- Low Battery Alert: Warns if the battery’s power is running low.
- Power Outage Notification: Indicates that home electricity has been interrupted.
- Backup Pump Activation: Alerts you when the battery pump has turned on.
- Low Battery Acid Warning: Monitors battery health to prevent failure.
This system ensures your basement remains protected even during a power failure, giving you peace of mind when storms or outages strike.
Battery Backup Sump Pump Prices & What to Look For
Battery backup sump pumps can range in price from $200 to over $1500 depending on capacity, features, and brand. When shopping for a battery backup system, there are three critical factors to keep in mind:
1. Minimum Protection Time
- This refers to how long the backup pump can run continuously during a power outage without shutting down.
- Don’t rely on marketing claims—check the actual continuous run time for your system.
2. Pumping Capacity (GPH) at 10 ft Head
- GPH = Gallons Per Hour; the pump’s ability to move water depends on the vertical rise (also called head height) from the sump pit to the discharge point.
- Some systems pump as little as 1000 GPH, while high-capacity models can reach up to 2,400 GPH at 10 ft head.
- Most homes need higher-capacity pumps during heavy rain events; 1000 GPH is usually insufficient.
3. Discharge Considerations
- Most sump pumps are installed about 2 ft below the floor, with discharge piping that rises 6–7 ft before exiting the basement.
- Be cautious of claims like “2,000 GPH” without knowing the head height. A pump rated at 2,000 GPH at 5 ft head may only deliver half that capacity at 10 ft.
- Some companies advertise pump capacity at 0 ft head, which does not reflect real-world basement conditions.
✅ Pro Tip: Always compare GPH at 10 ft head and continuous run time to ensure your battery backup system will protect your basement during heavy storms and power outages.
Pros and cons of back-up pump systems
1. Battery Backup Sump Pump
A secondary pump powered by a 12V deep-cycle marine battery, typically paired with an electronic controller.
Pros:
- Runs on AC and DC power
- Can handle large water volumes if sized properly (up to 2,400 GPH at realistic head heights).
- Can be installed in virtually any home regardless of water source.
- Secondary pump in pit if primary pump fails
- Built in Alarm Monitoring system
- Longer run time-Minimum Protection time with 1 battery 7 hrs
Cons:
- Batteries require replacement (~3–5 years).
- Limited runtime if the battery isn’t large enough.
2. Water-Powered Backup Sump Pump
A pump that uses municipal water pressure to move sump water when power fails.
Pros:
- Can operate indefinitely as long as city water is available.
- No electricity or battery needed.
- Reliable during extended power outages.
- Secondary pump in pit if primary pump fails
Cons:
- Limited pumping capacity (max ~1,000 GPH).
- Cannot be used if the home is on a well system.
- Continuous use can increase water bills.
- Cannot run if municipal water pressure drops.
- Alarm monitoring system is additional
3. AC/DC Converter Backup Pump
Uses a converter to run a primary AC pump on DC power from a battery. Essentially a hybrid solution.
Pros:
- Can run standard AC sump pumps on battery power during an outage.
Cons:
- Batteries require replacement (~3–5 years)
- More complex installation (wiring and inverter setup).
- Pump capacity depends on the primary pump, so sizing matters.
- Cost can be higher than a simple battery backup.
- Shorter run time-Minimum Protection time with 1 battery 4 hrs
- Alarm monitoring system is additional
- Additional AC pump needed
Summary:
Battery Backup: Best for heavy rain + moderate to high water volume. Most versatile.
Water-Powered: Best for short-term backup and homes with municipal water, but lower capacity.
AC/DC Converter: Ideal for using your existing pump, more complex and costly.