Products

CE (external circulation)

standard

CE (external circulation)

standard

CE (external circulation)

standard

CE (external circulation)

standard

25.4.2016

Basic design for larger power
Inner circulation through external pipe
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 110 kW
Temperature: max 120 °C

CE (external circulation)

2016-04-25

CEM (external circulation – multistage)

standard

CEM (external circulation – multistage)

standard

CEM (external circulation – multistage)

standard

CEM (external circulation – multistage)

standard

25.4.2016

Back-to-back design for axial thrust balance
Inner circulation through external pipe
Standard design or API 685, also vertical construction
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 250 m³/h
Head: max 600 m
Speed: 1450 to 3500 rpm
Power: max 315 kW
Temperature: max 120 °C

CEM (external circulation – multistage)

2016-04-25

CEV (high pressure-high temperature type)

vertical configuration

CEV (high pressure-high temperature type)

vertical configuration

CEV (high pressure-high temperature type)

vertical configuration

CEV (high pressure-high temperature type)

vertical configuration

13.8.2020

High pressure and high temperature design
Pressure up to 42 Mpa
Designed for the most demanding applications (also nuclear)
ATEX 2014/34/EU for explosive atmospheres
Marking: II2 G Ex d IIC T1-T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 315 kW
Temperature: max 450 °C

CEV (high pressure-high temperature type)

2020-08-13

CH (hollow shaft)

standard

CH (hollow shaft)

standard

CH (hollow shaft)

standard

CH (hollow shaft)

standard

25.4.2016

Widely used, basic design
Inner circulation through hollow shaft
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 110 kW
Temperature: max 120 °C

CH (hollow shaft)

2016-04-25

CI (high temperature)

high temperature

CI (high temperature)

high temperature

CI (high temperature)

high temperature

CI (high temperature)

high temperature

25.4.2016

High insulation class motor – no cooling required
Inner circulation through hollow shaft
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
max 160 m
Speed: 1450 to 3500 rpm
Power: max 90 kW
Temperature: max 400 °C

CI (high temperature)

2016-04-25

CM (high melting point)

high melting point

CM (high melting point)

high melting point

CM (high melting point)

high melting point

CM (high melting point)

high melting point

25.4.2016

Suitable for handling high melting point liquids
With full heating jacket
Inner circulation through hollow shaft
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 110 kW
Temperature: max 120 °C

CM (high melting point)

2016-04-25

CMI (high melting point)

high melting point high temperature

CMI (high melting point)

high melting point high temperature

CMI (high melting point)

high melting point high temperature

CMI (high melting point)

high melting point high temperature

25.4.2016

Suitable for handling high melting point liquids
High insulation class motor with heating jacket
Inner circulation through hollow shaft
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 90 kW
Temperature: max 400 °C

CMI (high melting point)

2016-04-25

CP (self-priming)

self-priming

CP (self-priming)

self-priming

CP (self-priming)

self-priming

CP (self-priming)

self-priming

25.4.2016

Suitable for pumping liquids from underground tank
Inner circulation through hollow shaft
Standard design or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 50 m³/h
Head: max 50 m
Speed: 1450 to 3500 rpm
Power: max 45 kW
Temperature: max 120 °C

CP (self-priming)

2016-04-25

CR (reverse circulation)

standard

CR (reverse circulation)

standard

CR (reverse circulation)

standard

CR (reverse circulation)

standard

25.4.2016

Suitable for easily evaporated liquids
Inner circulation through reverse circulation pipe
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 315 kW
Temperature: max 120 °C

CR (reverse circulation)

2016-04-25

CRM (reverse circulation – multistage)

standard

CRM (reverse circulation – multistage)

standard

CRM (reverse circulation – multistage)

standard

CRM (reverse circulation – multistage)

standard

25.4.2016

Back-to-back design for axial thrust balance
Inner circulation through reverse circulation pipe
Standard design or API 685, also vertical construction
ATEX 2014/34/EU for explosive atmosphere
Marking: II 2 G Ex d IIC T4

Flow rate: max 250 m³/h
Head: max 600 m
Speed: 1450 to 3500 rpm
Power: max 315 kW
Temperature: max 120 °C

CRM (reverse circulation – multistage)

2016-04-25

CRP (internal pressurization)

standard

CRP (internal pressurization)

standard

CRP (internal pressurization)

standard

CRP (internal pressurization)

standard

13.8.2020

Suitable for easily vaporisable liquids
Inner circulation without reverse pipe
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T1-T4

Flow rate: max 650 m³/h
Head: 165 m
Speed: 1450 to 3500 rpm
Power: max 315 kW
Temperature: max 120 °C

CRP (internal pressurization)

2020-08-13

CRV (vertical reverse circulation)

vertical configuration

CRV (vertical reverse circulation)

vertical configuration

CRV (vertical reverse circulation)

vertical configuration

CRV (vertical reverse circulation)

vertical configuration

25.4.2016

Reverse circulation type in vertical configuration
Suitable for easily evaporated liquids (LPG, LNG)
Inner circulation through reverse circulation pipe
Standard design or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 315 kW
Temperature: max 120 °C

CRV (vertical reverse circulation)

2016-04-25

CS (slurry handling)

high temperature slurry handling

CS (slurry handling)

high temperature slurry handling

CS (slurry handling)

high temperature slurry handling

CS (slurry handling)

high temperature slurry handling

25.4.2016

Suitable for slurry liquids with small amount of soft particle
With inner mechanical seal
Inner circulation through heat exchanger
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 315 kW
Temperature: max 400 °C

CS (slurry handling)

2016-04-25

CSV (vertical submersible type)

vertical configuration

CSV (vertical submersible type)

vertical configuration

CSV (vertical submersible type)

vertical configuration

CSV (vertical submersible type)

vertical configuration

13.8.2020

Zero-leakage solution for difficult installation without long-shaft design, which provides more reliable operation
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T1-T4

Flow rate: max 300 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 200 kW
Temperature: max 120 °C

CSV (vertical submersible type)

2020-08-13

CT (high temperature)

high temperature

CT (high temperature)

high temperature

CT (high temperature)

high temperature

CT (high temperature)

high temperature

25.4.2016

Pump and motor thermally separated by adapter
Inner circulation through heat exchanger
Designed acc. to ISO 2858 or API 685
ATEX 2014/34/EU for explosive atmospheres
Marking: II 2 G Ex d IIC T4

Flow rate: max 650 m³/h
Head: max 165 m
Speed: 1450 to 3500 rpm
Power: max 315 kW
Temperature: max 450 °C

CT (high temperature)

2016-04-25