DAB - FEKA VS 1000 M-A Submersible Pump - Automatic - 230V - 533 Ltr/min - 14m Head

Includes and benefits

The DAB FEKA VS 1000 M-A Submersible Pump - Automatic - 230v is a Submersible product. Voltage for this item is 230V. It is supplied with a 10m cable. It has an actual flow rate of 533 Ltr/min. The maximum head for this pump is 14m. It also features a Float Switch.

Key Product Features and Use

• Motor is dry, asynchronous, sealed and cooled by the pumped liquid
• Rotor mounted on greased for-life ball bearings, oversized and selected to guarantee greater noise reduction and duration
• Thermo-amperometric protection as standard for single-phase version, and the user's responsibility for the three-phase version
• Constantly active capacitor on the single-phase version
• Construction in accordance with the IEC 2-3 IEC 61-69 (EN 60335-2-41) standards
• Motor protection class: IP 68 — Insulation class: F
• Standard voltage: 220-240V 50Hz Single-phase – 400V 50Hz Three-phase
• Continual running with liquid at 35°C and pump completely submerged
• The single-phase version can be supplied with float for automatic function
• Power supply cable: 10 metres of H07RN-F cable (with Shuko plug for the single-phase version)
• Flow rate: 533 Ltr/min
• Water type: Sewage
• Maximum head: 14m
• Cable length: 10m

• Maximum flow 533 litres per minute, maximum head 14m
• 50mm free passage
• EN 12050-2 Compliance certified for waste water
• Appropriate for sewer water and waste water in general and non aggressive
• Pump body, seal housing cover, motor casing, cap with handle made of Stainless Steel
• Vortex impeller in cast steel
• Maximum immersion depth 10m
• Available in 230v manual and automatic and 415v manual
• 2 inch horizontal discharge, female threaded BSP connection
• Two year warranty

Real-world product applications

• Removing water from pits, sumps, and collection points
• Supporting drainage and water transfer duties
• Dewatering flooded areas and low-lying spaces
• Transferring water from tanks and containers
• Assisting with general submersible pumping tasks