Description
Single-impeller DAB centrifugal stainless steel KI pump 1kW – single phase end suction centrifugal pump, suitable for thermal waters, industrial washing, civil and industrial pressure boosting (cold, hot, refrigerated liquid).
Technical Data of the pump
- Operating range: Flow rate up to 11 m³/h, with head up to 40 meters
- Pumped liquid: Clean, free of solids and abrasives, non-viscous, non aggressive, non-crystallized and chemically neutral, with properties similar to water.
- Liquid temperature range: From -10°C to +90°C
- Maximum ambient temperature: +40°C
- Maximum operating pressure: 8 bar
- Protection class: IP 55
- Insulation class: F
- Standard Voltage: Single-phase 220-230 V 50 Hz
- Installation: Horizontal or vertical position, provided that the motor is always above the pump.
- Special executions on requests:
- V version: Alox Ceramic/Carbon/FKM: for oily liquids (up to 110°C) and propylene glycol
- VS version: SiC/SiC/FKM: for oily liquids (up to 110°C) and fluids with abrasive particles
- E version: SiC/Carbon/EPDM: high temperature water up to 120 °C and ethylene glycol
- Inlet: 1.1/4″
- Outlet: 1″
Construction features of the pump:
Firstly the DAB centrifugal stainless steel KI pump 1kW – single phase body and impeller in stainless steel AISI 304 make the pump more resistant to the corrosion, reliable and compact. The support in aluminum and the mechanical seal in Carbon Ceramic and NBR complete the hydraulic part of the pump. The pump is MEI comply
Construction features of the motor:
Then closed asynchronous type, external ventilation cooling. Rotor running on ball bearings, oversized to ensure low noise and durability. Standard built-in thermo-amperometric protection. Capacitor permanently fitted on single phase versions. For the protection of the three-phase motor, we recommend the use of remote overload cut-outs, in compliance with current local regulations. Construction according to CEI 2-3. Three-phase IE2 motors as standard.
Installation: Horizontal or vertical position, provided that the motor is always above the pump
