Frequency: 50 Hz

Model: CP95/12

SKU: ACSONS-PUMP-CP95-12-8IN-75HP-8J

Flow: 95 m³/h (Rated capacity)

Head: 50 Meter – 160 Meter (Varies by stage/load configuration)

Specifications

• Pump Type: High-Capacity Multi-Stage Submersible Turbine Pump

• Inlet / Outlet Size: 4 Inch Discharge

• Well Diameter Compatibility: 8 Inch Pump / 8 Inch Motor Compatible

• Power Output: 75 HP / 55 kW

• Operating Voltage: 380-415 V (3-Phase)

• Motor Speed: 2900 RPM

• Material Construction: Heavy-Duty Cast Iron / Stainless Steel internal components (Engineered for long-term industrial reliability)

• Insulation Standard: Class F

• Ingress Protection: IP 68 (Submersible)

• Maximum Fluid Temperature: 35°C

• Quality Certifications: ISO 9001 Certified Factory, CE Compliant

  
  

Application

• High-Volume Groundwater Extraction: Optimized for large-scale agricultural irrigation and regional municipal water supply networks.

• Industrial Cooling & Process Water: Ideal for high-demand circulation systems in manufacturing facilities and power generation plants.

• District-Level Infrastructure: Reliable performance for large-scale community water distribution and groundwater management.

• Deep-Well Infrastructure: Engineered for performance in deep aquifers where high-flow and consistent head pressure are critical.

• Large-Scale Dewatering: Robust design suitable for heavy-duty water displacement in civil engineering or mining projects.

Installation and Use The CP95/12 is a 12-stage industrial turbine pump specifically designed to balance high-volume throughput with significant vertical lift. The "8-inch joining" configuration is essential, as it provides the mechanical rigidity and motor cooling capacity required for the 75HP motor to drive this high-capacity assembly efficiently. Because this pump handles a substantial volume (95 m³/h), the use of industrial-grade, high-pressure column piping is mandatory to prevent vibration and ensure structural integrity. A Soft Starter is highly recommended for a 75HP motor to manage inrush current and extend the life of both the motor and the electrical switchgear. The system must be managed by a professional industrial control panel equipped with phase-loss protection, thermal overload detection, and sophisticated sub-surface dry-run sensors. Given the power rating, electrical cable sizing must be meticulously calculated to prevent voltage drop over depth, and all connections must be sealed with high-integrity, waterproof submersible kits to ensure absolute electrical reliability.