Pump Solutions

CV 1

Vertical pumps for wet sumps with a by-pass shaft. The product line is manufactured with a radial or diagonal impeller. 1 or more impellers. Pump bearings of small parameters are lubricated with grease. Pump bearings of large parameters are lubricated with oil. Seal chamber designed for installation of a compressed seal. Guide shaft sleeves lubricated with a pumped medium.

Q max = 10 000 m3/h
H max = 320 m
T max = 210 °C

CV 4

Vertical, radially split single-stage pump with axial inlet and radial impeller for installation in wet sumps. Pump design in accordance with API 610-VS4. Bearings lubricated with grease. Seal chamber designed for the installation of mechanical cassette seals according to API 682. Guide shaft sleeves lubricated with a pumped medium.

API 610/ISO 13709, EU directive ATEX 2014/34/EU

Q max = 350 m3/h
H max = 110 m
T max = 150 °C

CM 3

Horizontal, axially split multistage pump with radial impellers. Between bearing version. Cantilever design with pump in shaft axis. Pump design in accordance with API 610-BB3. Combination of bearings, sliding pan for radial reaction and compensating rolling bearing for capturing residual axial force, lubricated with oil bath. The position of the impellers on the rotor assembly reduces the resulting axial force to a minimum. Seal chamber designed for the installation of mechanical cassette seals according to API 682. Bearing bracket equipped with ribs for intensifying heat transfer.

API 610/ISO 13709, EU directive ATEX 2014/34/EU

Q max = 1680 m3/h
H max = 1000 m
T max = 200 °C

CM 4

Horizontal, radially split segmental pump with radial impellers. Between bearing version. Pump design in accordance with API 610-BB4. Combination of bearings, sliding pan for radial reaction and compensating rolling bearing for capturing residual axial force, lubricated with oil bath. Pumps with smaller power parameters only fitted with rolling contact bearings. The axial force on the bearing is reduced by the balance disk behind the last degree. Seal chamber designed for the installation of mechanical cassette seals according to API 682. Bearing bracket equipped with ribs for intensifying heat transfer.

API 610/ISO 13709, ISO 5199, EU directive ATEX 2014/34/EU

Q max = 1250 m3/h
H max = 500 m
T max = 200 °C

CM 5

Horizontal, radially split segmental pump with radial impellers, barrel type formation. Between bearing version. Cantilever design with pump in the shaft axis. Pump design in accordance with API 610-BB5. Combination of bearings, sliding pan for radial reaction and compensating rolling bearing for capturing residual axial force, lubricated in with oil bath. Pumps of smaller power parameters only fitted with rolling bearings. The axial force on the bearing is reduced by the balance disk behind the last degree. Seal chamber designed for the installation of mechanical cassette seals according to API 682. Bearing bracket equipped with ribs for intensifying heat transfer.

API 610/ISO 13709, EU directive ATEX 2014/34/EU

Q max = 1250 m3/h
H max = 1500 m
T max = 480 °C

Horizontal, lever, radially split single-stage pump with axial inlet and radial impeller. Designed for removal of the rotor assembly with the bearing bracket without disrupting the flange connections of the suction and discharge flanges. Basic version with closed impeller and grease lubrication. Seal chamber designed for installation of compressed seals, mechanical seals, folded or cassette structures, including the installation of a double seal.

ISO 5199, EU directive ATEX 2014/34/EU

Q max = 1700 m3/h
H max = 140 m
T max = 180 °C

Horizontal, radially split single-stage pump with axial inlet and radial impeller. Cantilever design with pump in shaft axis. Designed for removal of the rotor assembly with the bearing bracket without disrupting the flange connections of the suction and discharge flanges. Pump design in accordance with API 610-OH2. Bearings lubricated with oil bath. Seal chamber designed for the installation of mechanical cassette seals according to API 682. Bearing bracket equipped with ribs for intensifying heat transfer.

API 610/ISO 13709, ISO 5199, EU directive ATEX 2014/34/EU

Q max = 4500 m3/h (@ 50 Hz)
H max = 360 m (@ 50 Hz)
T max = 450 °C

Vertical, radially split pump with closed radial impeller. “in-line” design. Designed with bearing bracket or impeller shaft directly connected to the electric motor shaft. The product line is manufactured with a standard impeller or dual-flow impeller concept. Grease lubrication. Seal chamber designed for installation of compressed seals, mechanical seals, folded or cassette structures, including the installation of a double seal.

ISO 5199, EU directive ATEX 2014/34/EU

Q max = 380 m3/h
H max = 150 m
T max = 120 °C

CD 1

Horizontal, axially split single-stage pump with a radial dual-flow impeller. Bearings lubricated with grease. Seal chamber designed for installation of compressed seals, mechanical seals, folded or cassette structures, including the installation of a double seal.

ISO 5199, EU directive ATEX 2014/34/EU

Q max = 7500 m3/h
H max = 190 m
T max = 80 °C

CD 2

Horizontal, radially split single-stage pump or two-stage pump with radial impeller. Between bearing version. Pump design in accordance with API 610-BB2. Bearings lubricated with oil bath. Seal chamber designed for the installation of mechanical cassette seals according to API 682. Bearing bracket equipped with ribs for intensifying heat transfer.