ATLANTIC
Frequently asked questions
Common questions about ATLANTIC from 3G Electric.
What is the maximum flow rate available in the Atlantic MD Series pumps?
The Atlantic MD Series includes models with flow rates from 250 GPH to 1500 GPH. The MD250 delivers 250 GPH at a 6 ft maximum head, the MD750 provides 750 GPH at 9 ft, the MD1000 offers 1000 GPH at 12 ft, and the MD1500 is rated for 1500 GPH at 16 ft. All models operate on 115V and use magnetic induction motors with totally enclosed enclosures. Intake and discharge connections are MIPT threaded, with sizes varying by model: 3/4 in for the MD250 and MD750, and 1 in for the MD1000 and MD1500. These specifications allow selection based on required flow and head conditions for pond and waterfall circulation.
How do I choose between the Atlantic TPD and TPS aeration systems?
The Atlantic TPD Series is designed for deep pond aeration, with models covering 2 or 4 acres of surface area and delivering 130 lpm or 165 lpm of maximum air flow using two or four tube diffusers. The TPS Series is intended for shallow pond aeration, with models rated for 0.25 or 0.5 acre and maximum air flow of 110 lpm or 240 lpm, also with two or four diffusers. Selection depends on water depth and surface area: TPD systems are typically used in larger, deeper bodies of water, while TPS systems suit shallower ponds, lagoons, and decorative features. Both series are used to improve oxygen levels and water circulation.
What are the electrical requirements for Atlantic MD Series pumps?
Atlantic MD Series pumps are rated for 115V operation. They use magnetic induction motors with totally enclosed enclosures, which protect the motor from moisture and debris. The pumps are designed for continuous duty in pond and waterfall applications. No additional voltage configurations are indicated in the standard specifications for the models listed. For installation, ensure the power supply matches the 115V nameplate rating and that proper grounding and circuit protection are provided according to local electrical codes. The pumps are not submersible unless specifically rated; refer to the individual model documentation for placement and environmental limits.
What is the coverage area of the Atlantic TPD400S-72R6 diffuser system?
The Atlantic TPD400S-72R6 is a deep pond aeration system that covers up to 4 acres of surface area. It includes four tube diffusers and delivers a maximum air flow of 165 lpm. This model is part of the TPD Series, which is intended for larger ponds and lakes where deep-water oxygenation is required. The system is used to maintain dissolved oxygen levels and support water quality. Installation typically involves placing the diffusers at depth and connecting them to an air compressor or blower. The specified coverage assumes typical conditions; actual performance may vary with depth, temperature, and biological load.
Are Atlantic aeration systems suitable for wastewater treatment applications?
Atlantic TPD and TPS aeration systems are used to oxygenate water in ponds, lakes, and lagoons. While they are not marketed specifically as wastewater treatment equipment, their diffuser-based design and specified air flow rates make them applicable in some industrial and municipal water management contexts, such as aerated lagoons or retention basins. The systems include tube diffusers and are rated for surface areas from 0.25 to 4 acres. For wastewater treatment, verify that materials and components are compatible with the specific effluent characteristics and consult local regulations. 3G Electric can provide specifications to assist with suitability assessments.
What connection types do Atlantic MD Series pumps use?
Atlantic MD Series pumps use MIPT (Male Iron Pipe Thread) connections for both intake and discharge. The connection size varies by model: the MD250 and MD750 have 3/4 in MIPT, while the MD1000 and MD1500 have 1 in MIPT. These threaded connections allow for direct attachment to standard pipe fittings. The pumps have plastic housings and totally enclosed motors. When installing, use compatible sealants or tape on the threads to prevent leaks. Ensure that piping is supported independently to avoid stress on the pump housing. The MIPT connections are a common standard in plumbing, simplifying integration with existing systems.
