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DAB NOVA 180 MA Single-phase Water Pump 0.3hp
Submersible Water Pumps

DAB NOVA 180 MA Single-phase Water Pump 0.3hp

NOVA series, FEKA plastic pumps designed mainly for domestic use. Suitable for draining basements, garages, storm pits, pumping water from rivers, swimming pools, garden irrigation, and fountains. The...

NOVA series, FEKA plastic pumps designed mainly for domestic use. Suitable for draining basements, garages, storm pits, pumping water from rivers, swimming pools, garden irrigation, and fountains. The FEKA series is also suitable for light urban wastewater.

Features:

  • Maximum flow rate 16 m3/h
  • Maximum head 10.2 m
  • Maximum immersion depth 7 m
  • Maximum solid...
See full description See full description

  • Horsepower

    Horsepower indicates the kinetic power of the pump. Higher horsepower means more efficiency in water pumping, affecting the flow (l/h) and the head (m).

  • Voltage

    Single-Phase

    Single-phase power supply refers to the provision of electrical energy from single-phase current (e.g., 230V AC), which is the most common type of supply for residential and small commercial applications. 

  • Power

    It is the energy consumed by the motor to pump water. The greater the power, the more effectively it can lift and move water, especially over long distances or heights.

  • Manometric Height

    10.2

    The Maximum Head Height refers to the maximum height at which the pump can lift water against resistance (such as pipes or filters). As the head height increases, the pump's flow rate decreases.

    • The maximum head height is considered by manufacturers to be the point where the water will just barely reach.
    • The maximum performance is considered by manufacturers to be the water flow at 0-1 meter head height.
  • See all
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Product report

Description

Description

NOVA series, FEKA plastic pumps designed mainly for domestic use. Suitable for draining basements, garages, storm pits, pumping water from rivers, swimming pools, garden irrigation, and fountains. The FEKA series is also suitable for light urban wastewater.

Features:

  • Maximum flow rate 16 m3/h
  • Maximum head 10.2 m
  • Maximum immersion depth 7 m
  • Maximum solid passage NOVA 5-10 mm
  • Maximum solid passage FEKA 25 mm
  • Maximum water temperature 35°C
  • Discharge outlet 1"1/4

Construction materials:

  • Body and impeller made of durable technopolymer
  • Stainless steel shaft AISI416
  • Sealing with triple seal in an oil bath

Motor specifications:

  • Two-pole, dry type
  • Insulation class F, protection IP68
  • Voltage 1~ 230V ± 10%, 3~ 400 ± 10% 50Hz
  • Built-in thermal protection on single-phase
  • POWER 0.30 HP
  • OUTPUT 1''

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Dimensions

Type
Waste Water / Sewage, Rainwater

Type

Waste Water / Sewage

Waste water / sewage pumps are used for pumping and transporting waste water, sewage, and other liquids containing solids or particles
Power Source
Electric

Power Source

Electric
The power supply refers to the pump's need for electrical energy from an external power source, such as single-phase or three-phase power.
Voltage
Single-Phase

Voltage

Single-Phase

Single-phase power supply refers to the provision of electrical energy from single-phase current (e.g., 230V AC), which is the most common type of supply for residential and small commercial applications. 
Horsepower
0.3 hp

Horsepower

Horsepower indicates the kinetic power of the pump. Higher horsepower means more efficiency in water pumping, affecting the flow (l/h) and the head (m).
Power
225 W

Power

It is the energy consumed by the motor to pump water. The greater the power, the more effectively it can lift and move water, especially over long distances or heights.

Features

Electronic Level Sensor
Yes

Electronic Level Sensor

It automatically activates the pump without the classic hanging float switch. It is ideal for narrow spaces and pits, as there is no risk of it getting stuck anywhere and flooding the area.
with Cutter Impeller
No

with Cutter Impeller

Components that chop, "cut" solid materials, such as organic waste or other particles, before they pass into the pump. They are mainly used in sewage or dirty water pumps, preventing clogging or damage to the system.
Float switch
Yes

Float switch

It is a mechanism that automatically controls the operation of the pump. When the water level reaches a predetermined height, the float activates the pump.
Outlet Nozzle
1"

Outlet Nozzle

The outlet nozzle refers to the point or the external diameter of the pump from which the pumped water or liquid exits. It is an important feature for determining the connection of the pump with the piping system and affects the flow capacity of the liquid.
Vortex
No

Vortex

The vortex system in submersible water pumps uses vortex technology to create a rotating water current, which helps in the efficient transfer of water, even when it contains particles or solids.

Pumping Specifications

Maximum Head Height
10.2 m

Maximum Head Height: 10.2


The Maximum Head Height refers to the maximum height at which the pump can lift water against resistance (such as pipes or filters). As the head height increases, the pump's flow rate decreases.

  • The maximum head height is considered by manufacturers to be the point where the water will just barely reach.
  • The maximum performance is considered by manufacturers to be the water flow at 0-1 meter head height.
Maximum Output
16 m³/h

Maximum Output

The maximum output or flow of a submersible water pump, as defined by the manufacturers, is the maximum amount of water the pump can move under ideal conditions, usually with zero head (i.e., no lift resistance).
Pump Submersion Depth
7 m
Maximum Particle Size
25 mm

Maximum Particle Size

Specifies the largest size of solid particles (such as sand, stones, or other impurities) that the device can pump without clogging or being damaged.
Shallow Suction
No

Shallow Suction

This function allows the pump to suck water from an extremely low level (up to 1-3 mm), ideal for flooded floors and basements.

Materials & Construction

Set
No
Stainless
No

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications

Description & Specifications

NOVA series, FEKA plastic pumps designed mainly for domestic use. Suitable for draining basements, garages, storm pits, pumping water from rivers, swimming pools, garden irrigation, and fountains. The FEKA series is also suitable for light urban wastewater.

Features:

  • Maximum flow rate 16 m3/h
  • Maximum head 10.2 m
  • Maximum immersion depth 7 m
  • Maximum solid passage NOVA 5-10 mm
  • Maximum solid passage FEKA 25 mm
  • Maximum water temperature 35°C
  • Discharge outlet 1"1/4

Construction materials:

  • Body and impeller made of durable technopolymer
  • Stainless steel shaft AISI416
  • Sealing with triple seal in an oil bath

Motor specifications:

  • Two-pole, dry type
  • Insulation class F, protection IP68
  • Voltage 1~ 230V ± 10%, 3~ 400 ± 10% 50Hz
  • Built-in thermal protection on single-phase
  • POWER 0.30 HP
  • OUTPUT 1''

Manufacturer

Manufacturer Details

Warnings & Safety Information

Dimensions

Type
Waste Water / Sewage, Rainwater

Type

Waste Water / Sewage

Waste water / sewage pumps are used for pumping and transporting waste water, sewage, and other liquids containing solids or particles
Power Source
Electric

Power Source

Electric
The power supply refers to the pump's need for electrical energy from an external power source, such as single-phase or three-phase power.
Voltage
Single-Phase

Voltage

Single-Phase

Single-phase power supply refers to the provision of electrical energy from single-phase current (e.g., 230V AC), which is the most common type of supply for residential and small commercial applications. 
Horsepower
0.3 hp

Horsepower

Horsepower indicates the kinetic power of the pump. Higher horsepower means more efficiency in water pumping, affecting the flow (l/h) and the head (m).
Power
225 W

Power

It is the energy consumed by the motor to pump water. The greater the power, the more effectively it can lift and move water, especially over long distances or heights.

Features

Electronic Level Sensor
Yes

Electronic Level Sensor

It automatically activates the pump without the classic hanging float switch. It is ideal for narrow spaces and pits, as there is no risk of it getting stuck anywhere and flooding the area.
with Cutter Impeller
No

with Cutter Impeller

Components that chop, "cut" solid materials, such as organic waste or other particles, before they pass into the pump. They are mainly used in sewage or dirty water pumps, preventing clogging or damage to the system.
Float switch
Yes

Float switch

It is a mechanism that automatically controls the operation of the pump. When the water level reaches a predetermined height, the float activates the pump.
Outlet Nozzle
1"

Outlet Nozzle

The outlet nozzle refers to the point or the external diameter of the pump from which the pumped water or liquid exits. It is an important feature for determining the connection of the pump with the piping system and affects the flow capacity of the liquid.
Vortex
No

Vortex

The vortex system in submersible water pumps uses vortex technology to create a rotating water current, which helps in the efficient transfer of water, even when it contains particles or solids.

Pumping Specifications

Maximum Head Height
10.2 m

Maximum Head Height: 10.2


The Maximum Head Height refers to the maximum height at which the pump can lift water against resistance (such as pipes or filters). As the head height increases, the pump's flow rate decreases.

  • The maximum head height is considered by manufacturers to be the point where the water will just barely reach.
  • The maximum performance is considered by manufacturers to be the water flow at 0-1 meter head height.
Maximum Output
16 m³/h

Maximum Output

The maximum output or flow of a submersible water pump, as defined by the manufacturers, is the maximum amount of water the pump can move under ideal conditions, usually with zero head (i.e., no lift resistance).
Pump Submersion Depth
7 m
Maximum Particle Size
25 mm

Maximum Particle Size

Specifies the largest size of solid particles (such as sand, stones, or other impurities) that the device can pump without clogging or being damaged.
Shallow Suction
No

Shallow Suction

This function allows the pump to suck water from an extremely low level (up to 1-3 mm), ideal for flooded floors and basements.

Materials & Construction

Set
No
Stainless
No

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.