Sump Pump Stainless Steel DOC (D25)

Lowara DOC3 SS Submersible Pumps

The Lowara DOC pumps are versatile, corrosion-resistant submersible pumps designed for a wide range of water drainage applications. Built with stainless steel components, they offer durability and resistance to wear and corrosion. Equipped with thermal overload protection, these pumps ensure reliable and safe operation for both domestic and commercial use.

Applications:

• Drainage of infiltration water
• Emptying pools, ponds, tanks, and reservoirs
• Managing flooded floors with the optional shallow suction device (down to 3 mm)

Features and Benefits:

• Stainless Steel Construction: Ensures high resistance to corrosion and a long service life.
• Thermal Overload Protection: Protects the motor from overheating, ensuring safe and reliable operation.
• Compact Design: Easy to install in tight or confined spaces.
• Single-Phase Version: Built-in capacitor and level regulation for automated operation.
• Shallow Suction Device (Optional): Allows nearly complete drainage, reducing water levels to just 3 mm—ideal for flooded floors.

Specifications:

• Construction: Primarily stainless steel.
• Impeller Options: Open, vortex, or magnetic float system.
• Drainage Capability: Down to 3 mm (with shallow suction device).
• Free Passage (Solids): Up to 20 mm (DOC VX model).
• Thermal Protection: Included for motor safety.

The Lowara DOC series provides a reliable, efficient, and durable solution for drainage and dewatering tasks, offering flexibility with its three impeller configurations to meet the specific needs of both clean and dirty water applications.

Lowara DOC Submersible Pumps – Specifications

Performance:

• Delivery: Up to 14 m³/h.
• Head: Up to 11 m.

Power Supply:

• Available in both single-phase and three-phase options.
• Frequency: 50 Hz and 60 Hz.

Power:

• From 0.25 kW to 0.55 kW.

Operating Conditions:

• Temperature of Pumped Liquid: Up to 40°C.
• Maximum Immersion Depth: 5 m.
• Free Passage: Handles solids up to 10 mm (DOC VX model).