Frequency: 50 Hz
Model: AP125/12
SKU: ACSONS-PUMP-AP125-12-10IN-175HP-6LB
Flow: 125 m³/h (Rated capacity)
Head: 100 Meter – 220 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: 175 HP / 132 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
Ultra-Deep Groundwater Extraction: Engineered for extreme-depth wells requiring both massive flow and high head pressure.
Large-Scale Agricultural Mega-Irrigation: Designed for high-pressure distribution systems covering extensive terrain.
Industrial Utility & Cooling Systems: Suitable for high-demand circulation in power generation and large manufacturing facilities.
Municipal Water Supply Networks: Reliable performance for city-wide or district-level water abstraction.
Heavy-Duty Groundwater Management: Ideal for significant dewatering or aquifer replenishment projects.
Installation and Use
The AP125/12 is a 12-stage industrial giant, specifically engineered for applications where both volume and significant vertical lift are required. The "6-inch LB" (Large Bore) coupling is critical here, enabling the 175HP motor to deliver massive torque while maintaining the mechanical stability required for a 12-stage assembly.
Installing a 175HP unit requires industrial-grade, heavy-wall column piping to withstand the immense pressure generated at the discharge and the sheer weight of the pipe string. A Soft Starter or Variable Frequency Drive (VFD) is not merely recommended but essential for a motor of this magnitude to handle starting currents safely and protect the electrical distribution infrastructure. The system must be managed by a professional industrial control panel equipped with comprehensive protection: thermal overload, phase loss/reversal, and highly sensitive dry-run protection. Given the power rating, cable sizing must be strictly calculated to prevent voltage drop, and only high-spec, certified waterproof splicing kits should be used to ensure the electrical integrity of the connection at such depth.
