Frequency: 50 Hz

Model: AP125/14

SKU: ACSONS-PUMP-AP125-14-10IN-200HP-6LB

Flow: 125 m³/h (Rated capacity)

Head: 120 Meter – 260 Meter (Varies by stage/load configuration)

Specifications

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

• Inlet / Outlet Size: 6 Inch Discharge

• Well Diameter Compatibility: 10 Inch Pump / 6 Inch Motor Compatible (LB - Large Bore configuration)

• Power Output: 200 HP / 150 kW

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

• Motor Speed: 2900 RPM

• Material Construction: Reinforced Cast Iron / Stainless Steel internal components (Heavy-duty construction for deep, high-pressure operation)

• Insulation Standard: Class F

• Ingress Protection: IP 68 (Submersible)

• Maximum Fluid Temperature: 35°C

• Quality Certifications: ISO 9001 Certified Factory, CE Compliant

  
  

Application

• Extreme-Depth, High-Volume Extraction: Designed for the most demanding borewells where massive flow must be lifted to significant heights.

• Agricultural Mega-Projects: Optimized for large-scale, high-pressure center-pivot irrigation systems and vast water distribution networks.

• Industrial Cooling & Process Water: Ideal for heavy-duty cooling towers, large-scale processing plants, and mineral extraction projects.

• Municipal & Utility Supply: Reliable performance for district-level water abstraction and replenishment schemes.

• Deep-Well Infrastructure: Engineered for consistent performance in ultra-deep aquifers requiring reliable, long-term groundwater management.

  
  

Installation and Use The AP125/14 is a high-stage-count industrial workhorse. At 200HP, this pump generates immense hydraulic force. The "6-inch LB" (Large Bore) coupling is fundamental, ensuring the massive motor provides the stable, high-torque output required to drive the 14-stage turbine assembly without mechanical fatigue. For a 200HP installation, extreme caution and professional planning are required: Use only certified, high-pressure, heavy-wall industrial column piping to handle the extreme discharge pressure. A Soft Starter or Variable Frequency Drive (VFD) is mandatory to manage the massive inrush currents and prevent damage to the pump shaft and local power grid. The control panel must include industrial-grade relays for phase-failure, phase-reversal, and highly precise thermal overload protection. Dry-run protection via sub-surface probes is essential. Cable sizing must be meticulously calculated to prevent voltage drop over long borehole depths. Ensure all electrical splices utilize professional-grade, high-integrity waterproof heat-shrink or epoxy kits, as any electrical failure at this depth would necessitate a costly and complex pulling operation.