Commercial Boosting
Hotels, residential estates, and commercial facilities requiring stable, continuous pressure across multiple floors and changing demand patterns.
Clairhydra Hydro Pneumatic Pumps
Continuous duty flow. Predictable efficiency.
Hydro Pneumatic pump systems engineered for commercial reliability. Deliver consistent water pressure, lower operational costs, and protect your infrastructure with intelligent VFD control and premium stainless steel flow passages.
Speak with an engineer: +91-9920010035
Engineered for Demand
Built for properties that cannot afford pressure drops.
Clairhydra Hydro Pneumatic pump systems are designed for commercial water movement where pressure consistency, liquid integrity, and continuous-duty reliability matter.
Pure Water & RO Feed
Ideal for mineral water plants and soft water transfer where SS304/SS316 flow passages help prevent corrosion and contamination.
Treated Water Distribution
Engineered for the safe, continuous transfer of softened, filtered, or conditioned water from central treatment plants to elevated storage or downstream facility equipment without compromising water quality.
Intelligent Control
Eliminate pressure drops and water hammer.
Designed for properties with fluctuating demand, Clairhydra Hydro Pneumatic systems ensure that water pressure remains stable. By matching motor speed to real-time water usage, the system reduces mechanical stress and energy waste.
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Consistent Pressure
Smart Variable Frequency Drives modulate pump speed to maintain the exact set-point pressure across your facility.
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Reduced Energy Consumption
High-efficiency motors combined with smart VFD control reduce power consumption compared to traditional fixed-speed systems.
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Twin Booster Architecture
For high-demand properties, twin booster configurations use dual pumps to handle peak-hour usage with stronger continuity and better load sharing.
Asset Protection
Built to survive harsh conditions and maintain liquid purity.
Clairhydra pumps ensure liquid integrity and reliable operation through premium materials and protective engineering. Their compact structure supports low-noise operation and efficient heat dissipation in demanding environments.
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Stainless Steel Hydraulics
Flow passage parts are built in SS304 or SS316 using advanced pressing and welding for dependable strength and clean liquid handling.
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High-Efficiency Motors
Fully enclosed, continuous-duty IE2 / IE3 motors are engineered with IP55 protection and Class F insulation for commercial reliability.
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System Protection
Optional protection systems help guard against dry running, phase loss, and electrical overload, improving equipment life and uptime.
System Snapshot
Choose the right Hydro Pneumatic pumping architecture.
The right pump configuration depends on demand pattern, control requirement, and system duty. Use this overview to understand where each architecture fits before final technical sizing.
Fixed Speed Systems
Best suited for straightforward transfer applications where simple, dependable operation is the priority and pressure modulation is not critical.
VFD / Inverter Systems
Recommended for variable-demand properties where pressure stability, reduced energy use, and lower hydraulic shock are important.
Twin Booster Systems
Built for high-demand sites that need better continuity, stronger peak-hour delivery, and a more resilient commercial boosting setup.
Technical Specifications
System Specifications Matrix
A baseline overview of core Hydro Pneumatic pump configurations. Final sizing depends on site-specific head and flow requirements.
Final flow, head, and connection sizing should be confirmed during project selection and technical review.
| System / Series Name | Motor Power | Pump Body Material | Control Type | Pressure Tank | Power Input |
|---|---|---|---|---|---|
| CHPUMP- 1HP-24LTR HYDRO | 1.00 HP | SS304 | Fixed Speed | 24 Ltrs | Single Phase |
| CHPUMP- 1HP-24LTR VFD | 1.00 HP | SS304 | Inverter (VFD) | 24 Ltrs | Single Phase |
| CHPUMP- 1HP TWIN-100LTR HYDR | 1.00 HP (x2) | CI / SS304 | Fixed Speed | 100 Ltrs | Single Phase |
| CHPUMP-1HP-100LTR VFD | 1.00 HP (x2) | CI / SS304 | Inverter (VFD) | 100 Ltrs | Single Phase |
| CHPUMP- 1.5 HP-24LTR HYDRO | 1.50 HP | SS304 | Fixed Speed | 24 Ltrs | Single Phase |
| CHPUMP- 1.5 HP TWIN-100LTR HYDRO | 1.50 HP (x2) | SS304 | Fixed Speed | 100 Ltrs | Single Phase |
| CHPUMP-1.5 HP-24LTR VFD | 1.50 HP | SS304 | Inverter (VFD) | 24 Ltrs | Single Phase |
| CHPUMP-1.5 HP TWIN-100LTR VFD | 1.50 HP (x2) | SS304 | Inverter (VFD) | 100 Ltrs | Three Phase |
| CHPUMP- 2.5 HP-60 LTR VFD | 2.50 HP | SS304 | Inverter (VFD) | 60 Ltrs | Three Phase |
| CHPUMP- 2.5 HP TWIN-100 LTR VFD | 2.50 HP (x2) | SS304 | Inverter (VFD) | 100 Ltrs | Three Phase |
Commercial Confidence
Backed by industrial-grade support.
We stand behind the engineering of Clairhydra systems with clear, dependable coverage designed to protect uptime and support operational confidence.
Standard Coverage
1 Year standard warranty on all non-consumable pump and motor components.
Extended Assurance
+1 Year extended warranty available via Authorized Dealer at nominal cost.
Technical Support
Direct access to the Aquainwent technical support team for lifecycle maintenance, troubleshooting, and system guidance.
Technical FAQ
Answers before system selection.
Common questions from consultants, facility teams, and commercial buyers.
VFD pumps are recommended for applications with fluctuating water demand because they adjust speed to maintain constant pressure while saving energy. Fixed speed pumps are generally suited for straightforward transfer applications to storage tanks.
Yes. CMI and related stainless steel series use SS304 or SS316 flow passage components, making them suitable for pure water, mineral water, and potable applications where corrosion resistance and liquid integrity matter.
Single-phase models can be equipped with input thermal protection, while additional protection modules may guard against dry running, phase loss, and overload depending on the final system configuration.
Standard models are rated for liquid temperatures up to +70°C. High-temperature configurations are also available for applications requiring handling up to +104°C.
Final sizing depends on required flow, total head, duty cycle, liquid type, pressure stability expectations, and site operating conditions. Flow, head, and connection details should be finalized during technical review and project sizing.
Next Step
Book a site assessment before you size your pump system.
Let our team review your head, flow, duty cycle, and application requirements to recommend the right Clairhydra Hydro Pneumatic pumping configuration for your property.
Call +91-9920010035 or email info@clairhydra.com