HYDRASUB 25 | 2.5" Submersible Pump

The HYDRASUB 25 is a high-performance hydraulic submersible pump engineered for demanding fluid transfer and dewatering operations. This compact centrifugal unit is designed to deliver exceptional efficiency and reliability in environments where conventional electric or engine-driven pumps may not be practical. Its hydraulic drive system ensures safe operation in hazardous or submerged conditions, making it ideal for remote or confined spaces.

Constructed from anodized, high-strength aluminum, the pump housing offers superior resistance to corrosion and mechanical wear, while the precision-machined stainless steel impeller guarantees long-term durability and consistent hydraulic performance. The impeller’s optimized geometry enhances flow characteristics, enabling the pump to achieve flow rates up to 430 GPM (97.6 m³/h) and heads up to 97 feet (30 m), even under challenging conditions.

The gerotor-style hydraulic motor is a key feature, providing smooth, quiet operation with minimal vibration. Its ability to run dry without damage significantly reduces maintenance risks and downtime, making the HYDRASUB 25 a dependable solution for continuous-duty applications. The pump is capable of handling solids up to 1/2 inch (12.7 mm), ensuring efficient operation in environments with debris or sediment.

Designed for versatility, the HYDRASUB 25 integrates seamlessly into agricultural irrigation systems, industrial fluid handling setups, marine bilge and ballast operations, and OEM hydraulic circuits. Its compact and lightweight design, combined with a convenient carrying handle, simplifies transport and deployment. The pump can operate at low water levels, pumping down to 3/4 inch (19 mm), which is critical for complete drainage in dewatering tasks.

Hydraulic drive options include .45 cu. in. (7.37 cm³) and .58 cu. in. (9.5 cm³) displacement motors, allowing compatibility with a wide range of hydraulic power units. This flexibility ensures optimal performance across different flow and pressure requirements, supported by detailed performance curves for precise system integration.