• Information
  • FOK
  • FZ
  • FZS - Subax
  • NHV
  • MVA, MVB
  • MVL
  • Inclined pump
  • Operation area
• Characteristics
  • FOK
    • FOK.5
  • FZ
    • FZA
      • FZA.1
      • FZA.2
    • FZB
      • FZB.1
      • FZB.2
      • FZB.3
      • FZB.4
      • FZB.5
      • FZB.6
      • FZB.7
      • FZB.9
      • FZB.11
    • FZP
      • FZP.4
      • FZP.5
      • FZP.6
      • FZP.7
      • FZP.8
      • FZP.9
  • NHVe
    • 1000
      • NHVe.40
      • NHVe.50
      • NHVe.65
      • NHVe.80
      • NHVe.100
      • NHVe.125
      • NHVe.150
      • NHVe.200
    • 1500
      • NHVe.32
      • NHVe.40
      • NHVe.50
      • NHVe.65
      • NHVe.80
      • NHVe.100
      • NHVe.125
      • NHVe.150
      • NHVe.200
    • 3000
      • NHVe.32
      • NHVe.40
      • NHVe.50
      • NHVe.65
      • NHVe.80
      • NHVe.100
      • NHVe.125
  • MVCe
    • MVCe.40
    • MVCe.50
    • MVCe.65
    • MVCe.80
    • MVCe.100
    • MVCe.125
    • MVCe.150
  • MVBe
    • MVBe.32
    • MVBe.40
    • MVBe.50
    • MVBe.65
    • MVBe.80
    • MVBe.100
    • MVBe.125
    • MVBe.150
  • MVAe
    • MVAe.32
    • MVAe.40
    • MVAe.50
    • MVAe.65
    • MVAe.80
    • MVAe.100
    • MVAe.125
• Overall dimensions
  • FZ
    • FZA
      • FZA.1
    • FZB
      • FZB.1
      • FZB.2
      • FZB.3
      • FZB.4
      • FZB.5
      • FZB.6
      • FZB.7
    • FZP
      • FZP.5
      • FZP.6
      • FZP.7
  • NHVe
    • 1000 obr.
    • 1500 obr.
    • 3000 obr.
  • MVL
    • 1450
      • MVL 40
      • MVL 50
      • MVL 65
      • MVL 80
      • MVL 100
      • MVL 125
      • MVL 150
    • 2900
      • MVL 40
      • MVL 50
      • MVL 65
      • MVL 80
      • MVL 100
• Construction
  • FZ
    • FZA
      • FZA.1
    • FZB
      • FZB.1
      • FZB.2
      • FZB.3
      • FZB.4
      • FZB.5
      • FZB.6
  • FZS - Subax
  • MVL
    • MVL

Single-stage FZ type pumps

Application

Type FZ impeller single-stage pumps are used to pump clean and dirty water, municipal and industrial waste, as well as other liquids, depending on corrosion resistance of materials of which the pump is made. They constitute a highly-unified family of submersible and dry-installed pumps. There are different versions of these pumps, depending on the characteristics of pumped liquids and the type and size of pumped impurities. In particular, they are applied in the pumping of sewage, including sewage with solid and long-fibre content, as well as liquids containing air and gases. They will work very well in pumping of raw sewage containing active sediment, and putrid sewage.

Basic types

Versions

FZA

The FZA type pump is equipped with a multi-vane one-side open impeller for pumping water, liquid manure solutions, faeces, contaminated liquids, gassing liquids without abrasive precipitations having a diameter larger than 25 mm, and fibrous impurities. There are no internal motor safety devices in the FZA pumps. The drive motor in the FZA pump is "wet" – it is filled with white mineral oil according to the PN-60/M-96105 standard. The pump is only available as FZA.1.

The FZA pumping units may be applied for one of the following or other uses:

• small intermediate pumping stations for domestic and industrial sewage;
• in sewage treatment plants, as auxiliary pumping units,
• horticulture,
• construction industry,
• farming,
• emptying private septic tanks,
• utilisation of rainwater,
• water removal from flooded buildings,
• emptying pools and tanks.

FZB

The FZB type pumps are equipped with a closed channel impeller. The pump is used for pumping contaminated liquids with solid and sewage content (e.g. water with sand) and without fibrous substances.

The characteristics of these systems:

• high efficiency of the hydraulic system;
• less “free” passage as compared to Vortex systems.

The pumps of this type are used in sewage pumping stations with seperation of solids manufactured by Hydro-Vacuum SA, but they can also be used for pumping other liquds than preliminarily cleaned sewage.

In the standard version (1), the impeller is made of Zl250; and in version 2, the impeller and bearing housing are made of ZbCr32. At the customer’s request, the pumping housing may also be made of ZbCr32 or cast steel.

The B value (“free” passage) for FZB:

• FZB.1 – ø 6 mm
• FZB.1.6x – ø 15 mm
• FZB.2 – ø 15 mm
• FZB.3 – ø 32 mm (dla pomp FZB.3.90 - ø 15 mm)
• FZB.4 – ø 45 mm
• FZB.5 – ø 50 mm
• FZB.6 – ø 55 mm
• FZB.7 – ø 80 mm
• FZB.9 – ø 90x110 mm
• FZB.11 – ø 160x110 mm

FZP

The FZP type pumps are equipped with a multi-vane closed channel impeller with spatial curvature blades. These pumps are used for pumping clean water, and water contaminated with sand.

The characteristics of these systems:

• high efficiency of the hydraulic system, higher than in all of the above, up to 84%;
• lower NPSH as compared to the FZB pumps by using wider inlet and a spatial blade.

The standard material for the impeller is Zl250 (version 1), and in version 2 the impeller and bearing housing are made of ZbCr32. The FZP type pumps are also available in a cast steel version.

Drives used in FZ pumps

Uses:

• sewage pumping station (wet);
• rainwater and drainage water pumping station;
• pumping out substances from holding tanks.

These drives are applied in the following pumps:

a) Pumps with motors filled with white mineral oil, and not equipped with sensors inside the motor chamber:

• FZA.1 ,FZB.1 (except 60-69), FZV.1, FZR.1

b) Pumps with "dry" motors, but without extra sensors inside the motor chamber:

• FZB.1(60-69), FZB.2, FZB.3, FZB.4

c) Pumps with "dry" motors, equipped as a standard with moisture and thermal bimetal sensors inside the motor chamber:

• FZB.1(60-69)
• FZB.2
• FZB.3
• FZB.4

Uses:

• sewage pumping station (dry);
• water, rainwater and drainage water pumping station (dry);
• sewage pumping stations with seperation of solids;
• private systems.

Uses:

• sewage pumping station (dry);
• water, rainwater and drainage water pumping station (dry);
• sewage pumping stations with seperation of solids.

These drives are applied in the following pumps:

• FZB.5, FZP.5
• FZB.6, FZP.6
• FZB.9

The internal cooling system operation:

• the motor is cooled through the internal cooling system which removes heat from the motor frame, and transfers it to the pumped liquid through the wall between the motor and the pump;
• the coolant used in the system is a glycol and water mixture, which enables it to work at low temperatures;
• the movement of liquid in the internal system is forced by an axial impeller with low energy consumption;
• the internal system is fully separated from the pumped liquid, which prevents bacterial fouling, as is the case in systems cooled with the pumped medium, such as municipal waste;
• the pressure in the cooling system is low, regardless of pump parameters, which reduces the risk of system unsealing.

Uses:

• dry pumping stations with a risk of flooding by rainwater;
• sewage pumping stations with seperation of solids with a risk of flooding by surface downflow;
• conventional intermediate pumping stations for sewage, rainwater etc.

These drives are applied in the following pumps:

• FZ.5, FZ.6, FZ.7, FZ.9

Product marking structure

Pump materials

FZ.1 pumps

Pompy FZ.2, FZ.3, FZ.4

FZ.5, FZ.6, FZ.7, FZ.9 pumps

*   in FZB.1 unit, impeller is made of brass

Constructional execution

FZ.1 pumps

FZ.2 pumps

FZ.3 pumps

FZ.4 pumps

FZ.5, FZ.6, FZ.7, FZ.9 pumps

Pumps are additionally equipped with the following safety devices:

• stator winding temperature limiter;
• motor chamber humidity sensor;
• oil chamber moisture sensor (option).
• sensor in motor oil chamber (option),
• electric quick-fit connector (option).

Scope of delivery

Scope of delivery for FZ.1 pumps:

3  - cable connection plus motor,
4  - basic scope of delivery (cable connection + motor + accessories),
6  - basic scope of delivery + 2” female and male elbow type A4 (PN/H 74392),
7  - basic scope of delivery + 2” female and male elbow type A4 (PN/H 74392) and 2” hose connector end

Scope of delivery for FZ.2, 3, 4, 5, 6, 7, 9 pumps:

4  - Pump without accessories (for e₄=0)
5  - Pump with accessories attached (for e₄=1-2)