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SKU: WSBNBQDJ30002MTH3001V1
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What types of batteries are compatible with the VEVOR 3000W Sump Pump Battery Backup System?
How do I install the VEVOR 3000W Sump Pump Battery Backup System?
What is the maximum power output of the inverter, and can it handle dual pumps?
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VEVOR 3000W Sump Pump Battery Backup System, LCD Display, Auto Switches to Battery Inverter Power for Sump Pump, Pure Sine Wave, for Basement Protection Emergency Power Outage, Batteries Not Included
4.4 60 Reviews
$ 231 90
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Features & Details
- Outstanding Performance: This sump pump battery backup system delivers 3000W power, supporting dual-pump operation (1 HP main + 3/4 HP backup), ideal for flood-prone areas. Pure sine wave output ensures smooth operation without damaging your equipment
- Quick Plug-In Setup: Say goodbye to risky wiring. This sump pump battery backup inverter features a standard 3-prong plug for quick and secure installation. It reduces errors and electrical hazards. Just plug in, and you're ready
- Battery-Friendly Charging: Equipped with 3-stage charging (Bulk, Absorption, Float), this basement protection sump pump inverter automatically optimizes battery performance and service life. Compatible with 12V Lead-acid, AGM, Gel, and LiFePO4 batteries
- Real-Time Display: Stay informed with an LCD screen and LED indicators. This pure sine wave power inverter allows you to monitor voltage, battery level, and working status easily. Control with confidence
- Security Comes First: Designed with security in mind, this back up system for emergency includes built-in protection against overcurrent, overvoltage, short circuit, reverse polarity, and high temp. A circuit breaker adds another layer of safeguards
Product specification
- Item Model Number SGPC-3000W
- Output Voltage 120V AC, 60Hz
- Battery System Voltage 12V DC
- AC Input Voltage 85V–135V AC, 60Hz
- Inverter Rated Output Power 3000W
- Inverter Peak Output Power 6000W
Reviews summary
4.4 60 Reviews
Customers say: The product is praised for its easy installation, clear instructions, reliable performance, and seamless operation, but some users reported issues like malfunctioning outlets, early failures, and inadequate customer support.
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Customers say
The product is praised for its easy installation, clear instructions, reliable performance, and seamless operation, but some users reported issues like malfunctioning outlets, early failures, and inadequate customer support.
Al-generated from customer reviews
Top Reviews
About this item
Product specification
- Item Model Number
- SGPC-3000W
- Output Voltage
- 120V AC, 60Hz
- Battery System Voltage
- 12V DC
- AC Input Voltage
- 85V–135V AC, 60Hz
- Inverter Rated Output Power
- 3000W
- Inverter Peak Output Power
- 6000W
- Max Charging Current
- 30A
- Max Charging Voltage
- 14.6V
- Float Charging Voltage
- 13.6V
Description
3000W 30A Sump Pump Battery Backup System
Keep your sump pump running and your basement dry with this pure sine wave inverter. Featuring a plug-and-play design, smart 3-stage charging, real-time LCD monitoring, multiple security protections, and ≤15 ms fast power switching, it delivers reliable backup power when you need it most.
Key Features
3-Prong Plug
No extra wiring is required. Our sump pump battery backup inverter allows for quick plug-and-play installation
Built-In Circuit Breaker
This sump pump battery backup system lets you easily cut off power when needed using the switch.
LCD Screen
Our pure sine wave power inverter features a LCD screen, displaying working status in real time for easy monitoring.
Product guides and documents
User manual-en (PDF) Review
Questions and Answers (7)
How long can the system run on one battery when there is a loss of power
This depends on the battery size. For example, a 100AH battery * 12V = 1200W. If your water pump is 350W, then it would be 1200W / 350 * 0.9 = 3.08 hours/hour.
If this answer does not solve your problem, please contact us again for assistance.
By vevor
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can i reverse the mounting so the wall mount brackets are on the opposite side from the picture?....or, the A/C plugs are on the opposite end they are now?
No. The device’s wall-mount bracket is cast or welded as a single unit with the housing and cannot be removed or reattached in reverse; additionally, both the AC power plug and the internal connectors are fixed to one side of the unit and cannot be repositioned individually.
If you need to change the orientation, you can only install the entire unit by rotating it 180°, but this will cause the LCD screen and text on the panel to appear upside down.
By vevor
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I have a 20 amps 120V outlet. Can I use this to hook up this unit which is going to charge a VEVOR 12V 200Ah LiFePO4 Battery?
I need a longer 6 ft cord, what should be the rating of the cord?
The system has a maximum output power of 3000W, while the safe continuous load limit of a 120V/20A socket is approximately 1920W. Therefore, a 12 AWG heavy-duty extension cord capable of withstanding 20A current must be used, and the total power of connected appliances must not exceed the safety limits of the socket and circuit breaker, otherwise it may cause overheating or tripping.
By vevor
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If i hook up 2 12v batteries in parallel ,how much time would this add to the run time for a 1/2h sump pump.
1. This depends on the battery capacity. Two 100Ah batteries connected in parallel would provide 200 × 12 × 0.9 / 375W = 5.76 hours of continuous runtime. However, a water pump cannot run continuously for that long; it would essentially drain the tank in about an hour.
If this answer does not resolve your issue, please contact us again for assistance.
By vevor
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Will this work for this buffering scenario? The UPS is plugged into 20A outlet that is also using 1500W for a heater while charging the UPS. While the power from the 20V outlet is still on the UPS's battery outlet powers a 1500W microwave, temporarily. The 20A outlet draws 1500W for the heater & the small amount to charge the UPS battery. The UPS battery provides the on demand 1500W for the microware while the 20A outlet power remains on. This way the total power isn't limited to the UPS output
A 20A socket can only supply power to devices with a power of 2400W, regardless of the location. It was sufficient for charging the battery with a 1500W UPS, but it might not have been enough to power the water pump at the time.
By vevor
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Accident and warranty protection by Xcotton (partner with AIG)
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