Frequency: 50 Hz

Model: AP160/8

SKU: ACSONS-PUMP-AP160-8-10IN-125HP-6LB

Flow: 160 m³/h (Rated capacity)

Head: 60 Meter – 140 Meter (Varies by stage/load configuration)

Specifications

• Pump Type: 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: 125 HP / 92 kW

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

• Motor Speed: 2900 RPM

• Material Construction: High-grade Cast Iron / Stainless Steel components (Designed for heavy-duty industrial endurance)

• Insulation Standard: Class F

• Ingress Protection: IP 68 (Submersible)

• Maximum Fluid Temperature: 35°C

• Quality Certifications: ISO 9001 Certified Factory, CE Compliant

  
  

Application

• Massive-Scale Water Extraction: Engineered for high-volume groundwater abstraction in large-scale agricultural and municipal water supply networks.

• Industrial Cooling Systems: Ideal for providing high-volume flow required in heavy industrial manufacturing and power plant cooling towers.

• Large Commercial Infrastructure: Designed for master-planned communities and high-rise developments requiring robust, high-flow water distribution.

• Deep-Well Groundwater Management: Optimized for high-capacity aquifers where sustaining a high flow rate is critical.

• Emergency Dewatering and Mining: Suitable for demanding high-capacity water displacement applications.

  
  

Installation and Use

The AP160/8 is a massive, high-performance, 8-stage industrial pump engineered for extreme volume delivery. The "10-inch" architecture allows for substantial hydraulic throughput, while the "6-inch LB" (Large Bore) coupling configuration ensures that the 125HP motor is perfectly matched for the high torque requirements of this unit.

Given the immense power and flow volume of this pump, installation requires professional-grade, industrial-diameter column pipes to accommodate the 6-inch discharge and minimize friction losses. Because this is a high-horsepower system, a Soft Starter or Variable Frequency Drive (VFD) is highly recommended—and often mandatory—to manage the high starting current (inrush current) and prevent mechanical stress on the pump assembly and electrical grid. A comprehensive 3-phase protection relay system covering phase failure, phase reversal, dry-run, and sophisticated thermal overload protection is critical for equipment longevity. Ensure the installation includes appropriate cable sizing to prevent voltage drop over long distances, and utilize professional-grade, underwater-rated splicing kits for all connections.