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Centrifugal overhung close-coupled electric pumps KM

  • Series description
  • Technical characteristics
  • Downloads
KM
  • Close coupled overhung
  • Metallurgy, mining
  • Water supply
  • Water supply
  • Clear water

Function

Centrifugal cantilevered single-block electric pumps of KM type are intended for pumping service water under steady-state conditions (with exception of sea water) with рН=6 – 9, containing mechanical admixtures not more than 0,1 % by weight and the size of particle of 0,2 mm maximum, as well as the other liquids similar to water in density and chemical activity having a temperature of minus 10 up to + 85 ºС.

Electric shock protection class I GOST 12.2.007.0-75. Electric pumps are related to the items of aspect I (repairable ones) as per GOST 27.003-90. Climatic version У, location category 3.1 as per GOST 15150-69. Electric pumps are not intended for installation in explosion and-fire hazard premises.


Design

The electric pump consists of the centrifugal pump and flanged electric motor with elongated shaft end. The sense of shaft rotation – clockwise as viewed from the electric motor end. The arrow indicating the direction of rotation is arranged on the pump casing.

The casing of the pump is a iron casing in which the inlet and outlet branches, spiral chamber and supporting legs are executed. The casing of the pump is connected to the electric motor by the connecting piece.

The impeller is an iron casting and is secured on the shaft by using the key and screw or by the nut.

The sealing of the shaft – is a single soft stuffing box. To prevent a wear of the shaft there is a protection sleeve just under the stuffing box.


Application

  • pumping of pure water (cold, hot up to 105°C) in water supply systems in complexes of housing and communal services, municipal water canals
  • ensuring additional circulation in water and heat supply systems - of apartments and economic objects
  • supply systems of service water, for technological processes of industrial enterprises including oil refining and metallurgical branches
  • providing with water of gardening suburbs
  • fire extinguishing systems of inhabited and civil objects
  • heat and power engineering objects, for work of the main and auxiliary systems of stations which are connected with use of pure and service water


Design features and benefits

  • own supporting enable pump dismantling without disconnection from pipelines
  • compact design
  • no need of unit alignment and as a result lower vibration and noise levels

Technical parameters

Pump models Flow (nomin.), m³/h Head, m Rotation speed, rpm Rotation speed, c˜¹ Pump inlet pressure, kgf/sm², max Pump efficiency,% Voltage, V Frequency, Hz Type of current Admissible positive suction head, m, max Engine power, kW
KM 50-32-125 12.5 20 2900 48 3.5 58 380 50 AC 3.5 2.2
KM 50-32-125a 10 16 2900 48 3.5 56 380 50 AC 3.5 1.5
KM 65-50-125 25 20 2900 48 3.5 66 380 50 AC 3.8 4
KM 65-50-125a 23 16 2900 48 3.5 64 380 50 AC 3.8 4
KM 65-50-160 25 32 2900 48 3.5 62 380 50 AC 3.8 5.5
KM 65-50-160a 20 25 2900 48 3.5 59 380 50 AC 3.8 4
KM 80-65-160 50 32 2900 48 6 71 380 50 AC 4 7.5
KM 80-65-160a 45 28 2900 48 6 69 380 50 AC 4 7
KM 80-65-160b 40 20 2900 48 6 66 380 50 AC 4 5.5
KM 80-50-200 50 50 2900 48 6 66 380 50 AC 4.5 15
KM 80-50-200a 45 40 2900 48 6 62 380 50 AC 4.5 11
KM 100-65-200 100 50 2900 48 6 73 380 50 AC 4.5 30
KM 100-65-200a 90 40 2900 48 6 66 380 50 AC 4.5 22
KM 100-65-250 100 80 2900 48 6 68 380 50 AC 4.5 45
KM 100-65-250a 90 67 2900 48 6 64 380 50 AC 4.5 37
KM 100-80-160 100 32 2900 48 6 76 380 50 AC 4.5 12
KM 100-80-160a 90 26 2900 48 6 71 380 50 AC 4.5 11
KM 100-80-160b 80 20 2900 48 6 71 380 50 AC 4.5 7
KM 150-125-250 200 20 1450 24 6 82 380 50 AC 4.2 18.5
KM 150-125-250a 180 16 1450 24 6 81 380 50 AC 4.2 15

Pump type key

For example KM50-32-125a-t-U3.1 TU3631-216-05747979-2003, where:

  • КM – cantilevered close coupled pump
  • 50 – diameter of inlet nozzle, mm
  • 32 – diameter of outlet nozzle, mm
  • 125 –nominal diameter of impeller, mm
  • а – index number of impeller turning: a, b, v – reduced impeller diameter
  • t – type of the seal: 5 or t – end seal of the shaft, c – gland seal of the shaft
  • U – climatic version
  • 3.1 – location category