Hydraulic submersible pumps as system components
Reini hydraulic submersible pumps are designed to be integrated into mobile machines and engineered systems as functional pumping components.
Rather than standalone products, the pumps are commonly used as part of larger systems where reliability, predictable performance and straightforward integration are required.
Typical integrations include mobile machinery, containerised pumping units, flood response systems, slurry handling equipment and industrial installations.
Integration concept
Reini pumps are powered by external hydraulic circuits, allowing system designers to utilize existing hydraulic power without adding electric motors or separate drives. This makes the pumps well suited for systems where simplicity, robustness and operational independence from electrical infrastructure are important.
Key integration characteristics:
- external hydraulic drive
- compact submersible pump design
- minimal control requirements
- suitability for dirty water and media containing solids
Hydraulic interface and power matching
Proper system integration starts with matching the pump’s hydraulic requirements to the available power source.
Key considerations:
- available hydraulic flow and pressure
- continuous vs intermittent operation
- hydraulic oil cooling and filtration
- system back pressure and duty cycle
Operating the pump within its recommended hydraulic range ensures stable performance, predictable output and acceptable service life.
Mechanical installation and mounting
Reini pumps can be integrated using simple mounting arrangements depending on the application. In mobile and temporary installations, the pump is often suspended directly into the pumping location. In OEM and system applications, custom mounting frames or brackets are typically used.
Design considerations:
- secure mechanical support
- protection of hydraulic hoses
- accessibility for service and inspection
- safe handling during installation and removal
Hose, piping and system layout
Discharge hoses or pipes should be selected to match the required flow rate while minimizing friction losses. Hose diameter, length and routing have a direct impact on system performance.
Recommended considerations:
- pressure-rated hoses and fittings
- gradual bends and minimal restrictions
- adequate strain relief
- allowance for solids and contamination
Proper system layout improves efficiency and reduces unnecessary load on both the pump and the hydraulic power source.
OEM integration and customization
Reini pumps are widely supplied as OEM components and integrated into customer-specific systems and machines. Integration support can include:
- pump selection guidance
- dimensional and interface information
- application-specific recommendations
- support for system documentation
Depending on the application, pumps can be configured to suit specific operational requirements while maintaining standardized serviceability.
Continuous-duty and system operation
For systems operating for extended periods, attention should be given to overall system design rather than the pump alone.
Important factors include:
- hydraulic oil temperature management
- filtration and oil cleanliness
- preventive maintenance planning
- accessibility of wear components and seals
Proper system-level design ensures reliable long-term operation and minimizes unplanned downtime.
Engineering support
We work closely with system designers, OEM customers and technical buyers to evaluate operating conditions and integration requirements. Our approach is practical and engineering-driven, focusing on solutions that perform reliably in real working environments.
For system integration projects, we recommend early technical discussion to ensure correct pump selection and efficient system design.