Gol SBK 15-5/5 Immersible Pump (6300 GPH, 10 HP, 2in Port)

Description

Gol SBK 15-5/5 Immersible Pump (6,300 GPH, 10 HP, 2in Port)

The Gol SBK 15-5/5 Immersible Pump is a high-performance submersible dewatering pump engineered for demanding construction, mining, tunneling, industrial, and municipal water management applications. Powered by a robust 10 HP electric motor, this pump delivers up to 6,300 GPH (105 GPM) through a 2-inch discharge port, providing powerful water removal and high-head pumping capability for challenging environments.

Designed for continuous-duty operation, the SBK 15-5/5 features a rugged cast aluminum alloy housing, high-strength wear-resistant impeller, and double mechanical seal system to ensure maximum durability and reliability. Its fully immersible design eliminates the need for priming, allowing quick deployment in excavations, shafts, tunnels, pits, and flooded job sites.

With its combination of high flow capacity, increased discharge pressure, and heavy-duty construction, the SBK 15-5/5 is an ideal solution for contractors, mining operators, utility companies, and industrial facilities requiring dependable dewatering performance.

Key Features

• Powerful 10 HP electric motor
• Delivers up to 6,300 GPH (105 GPM)
• High-head pumping performance up to 165 ft
• Fully submersible design
• No priming required
• Durable cast aluminum alloy housing
• Double mechanical seal for maximum reliability
• Wear-resistant impeller for extended service life
• Thermal overload motor protection
• Continuous-duty operation capability
• Compact and portable construction
• Reliable performance in demanding environments

Applications

• Construction site dewatering
• Deep excavation drainage
• Tunnel and shaft dewatering
• Mining and quarry operations
• Industrial water transfer
• Utility and infrastructure projects
• Flood control and emergency response
• Municipal drainage systems
• Groundwater management
• High-head pumping applications

Gol SBK 15-5/5 Immersible Pump (6300 GPH, 10 HP, 2in Port): Buying Considerations

The Gol SBK 15-5/5 Immersible Pump features a powerful 10 HP motor, 2-inch discharge port, and flow rate up to 6,300 GPH. Designed for construction dewatering, mining, tunneling, and industrial water transfer, it delivers reliable high-head submersible pumping performance in demanding environments.

Before ordering the Gol SBK 15-5/5 Immersible Pump (6300 GPH, 10 HP, 2in Port) from Gol Pumps, review the points below against your actual site conditions and workload. Published specifications describe the equipment under test conditions, and real-world performance depends on how closely your application matches those conditions. Buyers in the United States, Canada, and Asia should also confirm local voltage and frequency requirements, applicable safety or emissions standards, and freight or import logistics for the destination before finalizing an order.

What to Check Before You Buy

• Confirm required flow and pressure at the machine's delivery point, accounting for filter, valve, and elevation losses in the coolant system.
• Verify material compatibility between the pump and the specific coolant concentration and operating temperature used.
• Check immersion depth rating against the actual tank/sump depth in the installation.
• Plan for chip and debris filtration ahead of the pump inlet to reduce wear and clogging.

Why do coolant pumps need to match a specific machine's flow and pressure spec exactly?

Machine tool coolant systems are typically designed around a specific flow and pressure delivery to the cutting zone – undersized flow reduces cooling and chip clearance effectiveness, while a mismatched pump can also stress fittings and hoses rated for a different operating pressure.

For sizing help across the full Immersible Coolant Pumps category, compare specifications side by side before committing to a specific model, and confirm current pricing, availability, and freight details for your location. Keep the supplier data sheet and any acceptance criteria on record for future maintenance and replacement decisions.