thermal centers

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97 110 534 ₸

including VAT 16%
  • Bitumen melting capacity, t/h 6
  • Daily bitumen melting capacity, m3/day up to 120
  • Bitumen shipment capacity, m3/h 25-30
  • Installed power consumption no more than, kW 40
  • Installed thermal power, kW 500
  • Natural gas consumption, nm.cub/h 69
  • Natural gas connection pressure, kPa 4-36

5 095 300 ₸

including VAT 16%
  • Thermal power, kW 100
  • Outlet air flow up to, m3/hour 5000-7000
  • Air pressure at the outlet of the DVT, no more than, Pa 900-1100
  • Air heating delta, °C 40
  • Maximum outlet air temperature, °C 80
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually

6 483 008 ₸

including VAT 16%
  • Thermal power, kW 150
  • Outlet air flow up to, m3/hour 5000-7000
  • Air pressure at the outlet of the DVT, no more than, Pa 900-1100
  • Air heating delta, °C 60
  • Maximum outlet air temperature, °C 100
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually
  • Thermal power, kW 250
  • Outlet air flow up to, m3//time 7000-14000
  • Air pressure at the outlet of the DVT, no more than, Pa 500-1500
  • Air heating delta, °C 50
  • Maximum outlet air temperature, °C 90
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually

12 901 867 ₸

including VAT 16%
  • Thermal power, kW 250
  • Outlet air flow up to, m3/hour (taking into account air expansion at maximum heating delta) 5,300
  • Fan air flow, m3/hour 2800
  • Air heating delta, °C 210
  • Air pressure at the outlet of the DVT, no more than, Pa 11500
  • Maximum outlet air temperature, °C 170
  • Time to reach operating mode, no more, min 7
  • Thermal power, kW 250
  • Outlet air flow up to, m3/hour 8500-18000
  • Air pressure at the outlet of the DVT, no more than, Pa 500-1000
  • Air heating delta, °C 40
  • Maximum outlet air temperature, °C 80
  • Time to reach operating mode, no more, min 10
  • Gas pressure for heat generator, mbar individually

15 025 247 ₸

including VAT 16%
  • Thermal power, kW 250
  • Outlet air flow up to, m3/hour 8500-18000
  • Air pressure at the outlet of the DVT, no more than, Pa 500-1000
  • Air heating delta, °C 40
  • Maximum outlet air temperature, °C 80
  • Time to reach operating mode, no more, min 10
  • Gas pressure for heat generator, mbar individually
  • Thermal power, kW 300
  • Air flow at the DHW outlet, m3/hour 10000-20000
  • Pressure at the outlet of the installation, Pa 50
  • The pressure fan Pa 200
  • Outlet air temperature, no more than, °C 90
  • Time to reach operating mode, no more, min 15
  • Gas flow max., nm3/hour 8..35

16 671 983 ₸

including VAT 16%
  • Thermal power, kW 250
  • Outlet air flow up to, m3/hour (taking into account air expansion at maximum heating delta) 5,300
  • Fan air flow, m3/hour 2800
  • Air heating delta, °C 210
  • Air pressure at the outlet of the DVT, no more than, Pa 11500
  • Maximum outlet air temperature, °C 170
  • Time to reach operating mode, no more, min 7
  • Thermal power, kW 450
  • Outlet air flow up to, m3/hour 14400-41000
  • Air pressure at the outlet of the DVT, no more than, Pa 750-1130
  • Air heating delta, °C 40
  • Maximum outlet air temperature, °C 70
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually
  • Thermal power, MW (Gcal) 0,2 (0,17)
  • DHW capacity (+5/+65), m3/hour 0,5
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 1,000
  • Fuel consumption for gas equipment, nm.cub./hour 24
  • Fuel consumption for diesel equipment, kg/hour 19

190 560 412 ₸

including VAT 16%
  • Installed thermal capacity, MW (Gcal) 3,1 (2,66)
  • Nameplate efficiency, % 90
  • Certified fuel consumption: min/max, nm.cub./hour 50/367
  • Installed steam boilers KPSD-2000x2
  • Installed gas burners Baltur TBG 210P
  • Installed gas trains MM420
  • Water treatment softening with pH adjustment DIASEL

190 560 412 ₸

including VAT 16%
  • Installed thermal capacity, MW (Gcal) 3,1 (2,66)
  • Nameplate efficiency, % 90
  • Certified fuel consumption: min/max, nm.cub./hour 50/367
  • Installed steam boilers KPSD-2000x2
  • Installed gas burners Baltur TBG 210P
  • Installed gas trains MM420
  • Water treatment softening with pH adjustment DIASEL
  • Thermal power, MW (Gcal) 0,174(0,15)
  • Temperature graph (supply/return), °C 300/250
  • Installed thermal oil boiler KTM-0.15
  • Installed burner Baltur BТG 20P
  • Type of design fuel Natural gas GOST 5542-2022
  • Certified gas consumption: min/max, nm.cub/h 10/24
  • Installed fuel filter Fine cleaning
  • Thermal power, MW (Gcal) 0,3(0,26)
  • Temperature graph (supply/return), °C 300/250
  • Installed thermal oil boiler KTM-0.15 (2 pcs.)
  • Installed burner Baltur BТG 20P (2шт.)
  • Type of design fuel Natural gas GOST 5542-2022
  • Hydraulic characteristics, MPa Thermal oil part (flow/return) 0,3/0,05
  • Boiler room coolant capacity, cubic meters 0.4
  • Thermal power, MW (Gcal) 0,65(0,56)
  • Temperature graph (supply/return), °C 300/250
  • Installed thermal oil boiler KTM-0.65
  • Installed burner Еcoflam BLU 700.1LN PRE TL
  • Type of design fuel Natural gas GOST 5542-2022
  • Certified gas consumption: min/max, nm.cubic/hour 16/80
  • Установленный котёл KTM-0.65
  • Thermal power, MW (Gcal) 0,8(0,69)
  • Temperature graph (supply/return), °C 300/250
  • Installed thermal oil boiler КТМ-1,0
  • Installed burner Baltur TBG 120 ME
  • Type of design fuel Natural gas GOST 5542-2022
  • Гидравлические характеристики, МПа тепло масляная часть (подача/обратка) 0,25/0,05;
  • Boiler room coolant capacity, cubic meters 1
  • Thermal power, MW (Gcal) 1,16(1,0)
  • Temperature graph (supply/return), °C 300/250
  • Installed thermal oil boiler КТМ-1,0
  • Installed burner Baltur TBG 150P
  • Type of design fuel Natural gas GOST 5542-2022
  • Электропитание 3ф, 230/400В, 50Гц
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) Автоматическое
  • Thermal power, MW (Gcal) 3(2,58)
  • Temperature graph (supply/return), °C 300/250
  • Installed thermal oil boiler КТМ-1,5(2шт.)
  • Installed burner Baltur ТBML 200MC, Baltur ТBG 210P
  • Type of design fuel Natural gas GOST 5542-2022
  • Certified gas flow rate for the boiler room: min/max, nm.cub./hour 100/411
  • Lower calorific value of design fuel, Kcal/nm.cub. 8,000
  • Thermal power, kW 450
  • Outlet air flow up to, m3/hour 8700-18000
  • Air pressure at the outlet of the DVT, no more than, Pa 500-1500
  • Air heating delta, °C 70
  • Maximum outlet air temperature, °C 110
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually

17 716 215 ₸

including VAT 16%
  • Useful volume of container, m3 45
  • Nominal capacity volume, m3 48
  • Heating area, m2 30
  • Oil registers, quantity, pcs 2
  • Coolant volume in registers, l 350
  • Ventilation system hatch ⌀600 mm and round deflector DN = 250 mm
  • Thermal insulation URSA basalt, mm 80

10 371 675 ₸

including VAT 16%
  • Useful volume of container, m3 30
  • Nominal capacity volume, m3 31
  • Oil registers, quantity, pcs 2
  • Coolant volume in registers, l 250
  • Ventilation system hatch ⌀600 mm and round deflector DN = 250 mm
  • Thermal insulation URSA basalt, mm 80 мм
  • housing material steel St.09G2S sheet, s=4 mm of the shell, s=6 mm of the bottom

31 056 562 ₸

including VAT 16%
  • Heat production of the boiler, Gcal/h; 00.3
  • Bitumen pump performance, cube m; 15,7
  • Maximum oil temperature, ° C +300/+250
  • Operation temperature +5 ...+40 ° C
  • Useful volume of bitumen storage, cube. m 28
  • The volume of the coolant in the installation, cube. m 0,7
  • Thermal insulation URSA basalt, mm 50

8 448 859 ₸

including VAT 16%
  • Productivity, m 2
  • Productivity, m 2
  • Productivity, m Side, top
  • Side, top
  • Side, top2 44
  • Side, top2 10
  • Upper tier, m2 34

12 847 463 ₸

including VAT 16%
  • Productivity, m 1
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,1
  • Installed power, kW 125,5
  • 23 866 $ Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Maximum oil heating temperature, °C 23 866 $
  • The volume of the coolant m3 0.8

17 319 959 ₸

including VAT 16%
  • Thermal power, kW 450
  • Outlet air flow up to, m3/hour (taking into account air expansion at maximum heating delta) 9,600
  • Fan air flow, m3/hour 5,000
  • Air heating delta, °C 210
  • Air pressure at the outlet of the DVT, no more than, Pa 11500
  • Maximum outlet air temperature, °C 170
  • Time to reach operating mode, no more, min 7

22 434 746 ₸

including VAT 16%
  • Thermal power, kW 450
  • Outlet air flow up to, m3/hour (taking into account air expansion at maximum heating delta) 9,600
  • Fan air flow, m3/hour 5,000
  • Air heating delta, °C 210
  • Air pressure at the outlet of the DVT, no more than, Pa 11500
  • Maximum outlet air temperature, °C 170
  • Time to reach operating mode, no more, min 7

19 495 307 ₸

including VAT 16%
  • Thermal power, kW 450
  • Outlet air flow up to, m3/hour 8700-18000
  • Air pressure at the outlet of the DVT, no more than, Pa 500-1500
  • Air heating delta, °C 70
  • Maximum outlet air temperature, °C 110
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually,
  • Thermal power, MW 0,1
  • Design pressure, MPa 0,6
  • Test pressure, MPa 0,9
  • Maximum coolant temperature, °C 105
  • Internal heating area, m2 5
  • Boiler internal volume, m3 0,13
  • The volume of the ball, m3 0,127
  • Thermal power, MW 0,35
  • Product temperature:
  • At the inlet – not less than °C +5
  • Output – no more than °C +70
  • Type of intermediate coolant steam
  • Intermediate coolant heating temperature, °C +110
  • Thermal power of the burner, not less, MW 0,39
  • Thermal power, MW 0,25
  • Product temperature:
  • At the inlet – not less than °C +5
  • Output – no more than °C +70
  • Type of intermediate coolant water, liquids according to GOST 33591-2015
  • Intermediate coolant heating temperature, °C +95
  • Thermal power of the burner, not less, MW 0,278
  • Thermal power, Gcal/h (MW) 1 Gcal/h (1.16 MW)
  • Product temperature:
  • At the inlet – not less than °C +5
  • Output – no more than °C +70
  • Type of intermediate coolant thermal oil
  • Intermediate coolant heating temperature, °C +100
  • Thermal power of the burner, not less, MW 1,281

12 717 543 ₸

including VAT 16%
  • Heating capacity, MW/h (GCal/h) 0,2 (0,17)
  • Coolant temperature, up to, °C 105
  • Maximum coolant pressure, MPa 0,6
  • Gas consumption, nm cubic/h 24
  • Climatic version U1
  • Installed power (3ph 220/380V, 50 Hz), kW 5
  • KPD% 90

2 611 392 ₸

including VAT 16%
  • Thermal power, MW 0,25
  • Design pressure, MPa 0,6
  • Test pressure, MPa 0,9
  • Maximum coolant temperature, °C 105
  • Internal heating area, m2 10
  • Boiler internal volume, m3 0,32
  • The volume of the ball, m3 0,183
  • Thermal power, MW 0,5
  • Design pressure, MPa 0,6
  • Test pressure, MPa 0,9
  • Maximum coolant temperature, °C 105
  • Internal heating area, m2 16
  • Boiler internal volume, m3 0,55
  • The volume of the ball, m3 0,471
  • Thermal power, MW 0,7
  • Design pressure, MPa 0,6
  • Test pressure, MPa 0,9
  • Maximum coolant temperature, °C 105
  • Internal heating area, m2 21
  • Boiler internal volume, m3 1,2
  • The volume of the ball, m3 0,557
  • Thermal power, MW 1
  • Design pressure, MPa 0,6
  • Test pressure, MPa 0,9
  • Maximum coolant temperature, °C 105
  • Internal heating area, m2 27
  • Boiler internal volume, m3 1,4
  • The volume of the ball, m3 0,964
  • Thermal power, MW 1,5
  • Design pressure, MPa 0,6
  • Test pressure, MPa 0,9
  • Maximum coolant temperature, °C 105
  • Internal heating area, m2 35
  • Boiler internal volume, m3 1.8
  • The volume of the ball, m3 1,449
  • Thermal power, MW 2
  • Design pressure, MPa 0,6
  • Test pressure, MPa 0,9
  • Maximum coolant temperature, °C 105
  • Internal heating area, m2 46
  • Boiler internal volume, m3 2,7
  • The volume of the ball, m3 2,375
  • Thermal power, MW 3
  • Design pressure, MPa 0,6
  • Test pressure, MPa 0,9
  • Maximum coolant temperature, °C 105
  • Internal heating area, m2 85
  • Boiler internal volume, m3 2,7
  • The volume of the ball, m3 1,828

6 655 963 ₸

including VAT 16%
  • Steam generators PG-500 are not subject to registration with Rostekhnazor, because operating pressure of the steam generator is less than 0.07 MPa. 500
  • DF consumption (no more), kg/h (l/h) 32 (39)
  • Gas consumption (no more), nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 41
  • Thermal power of the steam generator, MW (GCal) 0,35(0,3)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,39
  • Operating pressure, MPa 0,05
  • Steam generators PG-500 are not subject to registration with Rostekhnazor, because operating pressure of the steam generator is less than 0.07 MPa. 500
  • DF consumption (no more), kg/h (l/h) 32 (39)
  • Gas consumption (no more), nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 41
  • Thermal power of the steam generator, MW (GCal) 0,35(0,3)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,39
  • Operating pressure, MPa 0,05
  • Thermal power, kW 600
  • Outlet air flow up to, m3/hour 10000-28000
  • Air pressure at the outlet of the DVT, no more than, Pa 900-1300
  • Air heating delta, °C 70
  • Maximum outlet air temperature, °C 110
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually,

21 963 786 ₸

including VAT 16%
  • Thermal power, kW 600
  • Outlet air flow up to, m3/hour (taking into account air expansion at maximum heating delta) 12800
  • Fan air flow, m3/hour 6800
  • Air heating delta, °C 210
  • Air pressure at the outlet of the DVT, no more than, Pa 11500
  • Maximum outlet air temperature, °C 170
  • Time to reach operating mode, no more, min 7
  • Thermal power, kW 600
  • Outlet air flow up to, m3/hour (taking into account air expansion at maximum heating delta) 12800
  • Fan air flow, m3/hour 6800
  • Air heating delta, °C 210
  • Air pressure at the outlet of the DVT, no more than, Pa 11500
  • Maximum outlet air temperature, °C 170
  • Time to reach operating mode, no more, min 7
  • Thermal power, kW 600
  • Outlet air flow up to, m3/hour 10000-28000
  • Air pressure at the outlet of the DVT, no more than, Pa 900-1300
  • Air heating delta, °C 70
  • Maximum outlet air temperature, °C 110
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually

25 293 132 ₸

including VAT 16%
  • Thermal power, kW 800
  • Outlet air flow up to, m3/hour (taking into account air expansion at maximum heating delta) 16500
  • Fan air flow, m3/hour 9,000
  • Air heating delta, °C 210
  • Air pressure at the outlet of the DVT, no more than, Pa 11500
  • Maximum outlet air temperature, °C 170
  • Time to reach operating mode, no more, min 7
  • Thermal power, kW 800
  • Outlet air flow up to, m3//time 50000-76000
  • Air pressure at the outlet of the DVT, no more than, Pa 2,000
  • Air heating delta, °C 40
  • Maximum outlet air temperature, °C 80
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually
  • Thermal power, kW 1,000
  • Outlet air flow up to, m3/hour 7500-24500
  • Air pressure at the outlet of the DVT, no more than, Pa 1280-1800
  • Air heating delta, °C 110
  • Maximum outlet air temperature, °C 120
  • Time to reach operating mode, no more, min 7
  • Gas pressure for heat generator, mbar individually,

29 950 817 ₸

including VAT 16%
  • Thermal power, kW 2x600
  • Air temperature at the outlet of the DVT, °C 120 (+/-10)
  • Fuel used (depending on burner) gas/diesel
  • Diesel consumption, no more, kg/h 60-120
  • Gas consumption, no more, nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 60-150
  • Outlet cross-sectional area, m2 2
  • Time to reach operating mode, no more, min 7

9 483 347 ₸

including VAT 16%
  • Steam generators PG-500 are not subject to registration with Rostekhnazor, because operating pressure of the steam generator is less than 0.07 MPa. 1,000
  • DF consumption (no more), kg/h (l/h) 69 (83)
  • Gas consumption (no more), nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 88
  • Thermal power of the steam generator, MW (GCal) 0,74(0,64)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,83
  • Operating pressure, MPa 0,05
  • Steam production max, kg h 1,000
  • DF consumption (no more), kg/h (l/h) 69 (83)
  • Gas consumption (no more), nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 88
  • Thermal power of the steam generator, MW (GCal) 0,74(0,64)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,83
  • Operating pressure, MPa 0,05

12 376 503 ₸

including VAT 16%
  • Steam generators PG-500 are not subject to registration with Rostekhnazor, because operating pressure of the steam generator is less than 0.07 MPa. 1,500
  • DF consumption (no more), kg/h (l/h) 103 (125)
  • Gas consumption (no more), nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 132
  • Thermal power of the steam generator, MW (GCal) 1,12(0,96)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,24
  • Operating pressure, MPa 0,05
  • Steam production max, kg h 1,500
  • DF consumption (no more), kg/h (l/h) 103 (125)
  • Gas consumption (no more), nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 132
  • Thermal power of the steam generator, MW (GCal) 1,12(0,96)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,24
  • Operating pressure, MPa 0,05

13 635 915 ₸

including VAT 16%
  • Steam production max, kg h 2,000
  • DF consumption (no more), kg/h (l/h) 138 (166)
  • Gas consumption (no more), nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 176
  • Thermal power of the steam generator, MW (GCal) 1,49(1,28)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,66
  • Operating pressure, MPa 0,05

35 491 705 ₸

including VAT 16%
  • Thermal power, kW 1,000
  • Outlet air flow up to, m3/hour (taking into account air expansion at maximum heating delta) 20,000
  • Fan air flow, m3/hour 10,000
  • Air heating delta, °C 210
  • Air pressure at the outlet of the DVT, no more than, Pa 11500
  • Maximum outlet air temperature, °C 170
  • Time to reach operating mode, no more, min 7

16 268 419 ₸

including VAT 16%
  • Nominal steam output, kg/h 150
  • DF consumption (no more), kg/h 11
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 9
  • Thermal power of the steam generator, MW (GCal) 0,13 (0,11)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,13
  • Operating pressure, MPa 0,9

17 366 243 ₸

including VAT 16%
  • Nominal steam output, kg/h 150
  • DF consumption (no more), kg/h 11
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 9
  • Thermal power of the steam generator, MW (GCal) 0,114 (0,1)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,13
  • Operating pressure, MPa 0,9

16 672 795 ₸

including VAT 16%
  • Steam production max, kg h 500
  • DF consumption (no more), kg/h (l/h) 35 (43)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 45
  • Thermal power of the steam generator, MW (GCal) 0,38(0,33)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,43
  • Operating pressure, MPa 0,6
  • Steam production max, kg h 500
  • DF consumption (no more), kg/h (l/h) 35 (43)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 45
  • Thermal power of the steam generator, MW (GCal) 0,38(0,33)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,43
  • Operating pressure, MPa 0,6

22 500 518 ₸

including VAT 16%
  • Steam production max, kg h 500
  • DF consumption (no more), kg/h (l/h) 36 (43)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 45
  • Thermal power of the steam generator, MW (GCal) 0,39 (0,33)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,43
  • Operating pressure, MPa 1,3
  • Steam production max, kg h 500
  • DF consumption (no more), kg/h (l/h) 36 (43)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 45
  • Thermal power of the steam generator, MW (GCal) 0,39 (0,33)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,43
  • Operating pressure, MPa 1,3

18 632 963 ₸

including VAT 16%
  • Steam production max, kg h 1,000
  • DF consumption (no more), kg/h (l/h) 71 (85)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 90
  • Thermal power of the steam generator, MW (GCal) 0,76(0,66)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,85
  • Operating pressure, MPa 0,6
  • Steam production max, kg h 1,000
  • DF consumption (no more), kg/h (l/h) 71 (85)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 90
  • Thermal power of the steam generator, MW (GCal) 0,76(0,66)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,85
  • Operating pressure, MPa 0,6

27 003 870 ₸

including VAT 16%
  • Steam production max, kg h 1,000
  • DF consumption (no more), kg/h (l/h) 71 (86)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 91
  • Thermal power of the steam generator, MW (GCal) 0,77(0,66)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,86
  • Operating pressure, MPa 1,3
  • Steam production max, kg h 1,000
  • DF consumption (no more), kg/h (l/h) 71 (86)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 91
  • Thermal power of the steam generator, MW (GCal) 0,77(0,66)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 0,86
  • Operating pressure, MPa 1,3

25 672 190 ₸

including VAT 16%
  • Steam production max, kg h 1,500
  • DF consumption (no more), kg/h (l/h) 106 (128)
  • Gas consumption (no more), nm.cub/h 135
  • Thermal power of the steam generator, MW (GCal) 1,14(0,98)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,27
  • Operating pressure, MPa 0,6
  • Steam production max, kg h 1,500
  • DF consumption (no more), kg/h (l/h) 106 (128)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 135
  • Thermal power of the steam generator, MW (GCal) 1,14(0,98)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,27
  • Operating pressure, MPa 0,6

31 094 726 ₸

including VAT 16%
  • Steam production max, kg h 1,500
  • DF consumption (no more), kg/h (l/h) 107 (129)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 136
  • Thermal power of the steam generator, MW (GCal) 1,15(0,99)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,29
  • Operating pressure, MPa 1,3
  • Steam production max, kg h 1,500
  • DF consumption (no more), kg/h (l/h) 107 (129)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 136
  • Thermal power of the steam generator, MW (GCal) 1,15(0,99)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,29
  • Operating pressure, MPa 1,3

28 397 262 ₸

including VAT 16%
  • Steam production max, kg h 2,000
  • DF consumption (no more), kg/h (l/h) 141 (170)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 180
  • Thermal power of the steam generator, MW (GCal) 1,52(1,31)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,69
  • Operating pressure, MPa 0,6
  • Steam output, kg/h 2,000
  • DF consumption (no more), kg/h (l/h) 141 (170)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 180
  • Thermal power of the steam generator, MW (GCal) 1,52(1,31)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,69
  • Operating pressure, MPa 0,6

32 640 774 ₸

including VAT 16%
  • Steam production max, kg h 2,000
  • DF consumption (no more), kg/h (l/h) 143 (172)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 182
  • Thermal power of the steam generator, MW (GCal) 1,54(1,32)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,71
  • Operating pressure, MPa 1,3
  • Steam production max, kg h 2,000
  • DF consumption (no more), kg/h (l/h) 143 (172)
  • Gas consumption (no more), nm.3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 182
  • Thermal power of the steam generator, MW (GCal) 1,54(1,32)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,71
  • Operating pressure, MPa 1,3
  • Steam production max, kg h 2,000
  • DF consumption (no more), kg/h (l/h) 138 (166)
  • Gas consumption (no more), nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 176
  • Thermal power of the steam generator, MW (GCal) 1,49(1,28)
  • Diesel burner Baltur 90
  • Thermal power of the burner, MW 1,66
  • Operating pressure, MPa 0,05

11 439 455 ₸

including VAT 16%
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,21
  • Thermal power, MW 0,25
  • Water temperature not higher, °C 95
  • Thermal power of the burner, not less, MW 0,278
  • Diesel fuel consumption, kg/h 23
  • Diesel fuel consumption, l/hour 28
  • Methane consumption, nm3/hour 30

15 619 631 ₸

including VAT 16%
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,21
  • Thermal power, MW 0,25
  • Water temperature not higher, °C 95
  • Thermal power of the burner, not less, MW 0,278
  • Diesel fuel consumption, kg/hour 23
  • Diesel fuel consumption, l/h 28
  • Methane consumption, nm3/hour 30
  • Thermal power, MW (Gcal) 0,2 (0,17)
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 1,000
  • DHW capacity (+5/+65) 0.03 Gcal, m3/hour 0,5
  • Fuel consumption for gas equipment, nm.cub./hour 24
  • Fuel consumption for diesel equipment, kg/hour 19
  • Thermal power, MW (Gcal) 0,5 (0,43)
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 1,000
  • Fuel consumption for gas equipment, nm.cub./hour 59
  • Fuel consumption for diesel equipment, kg/hour 56
  • Reaching operating mode, min. 30
  • Thermal power, MW (Gcal) 0,5 (0,43)
  • DHW capacity (+5/+65), m3/hour 1,3
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 1,000
  • Fuel consumption for gas equipment, nm.cub./hour 59
  • Fuel consumption for diesel equipment, kg/hour 56
  • Thermal power, MW (Gcal 1 (0,86)
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 2,000
  • Fuel consumption for gas equipment, nm.cub./hour 118
  • Fuel consumption for diesel equipment, kg/hour 93
  • Reaching operating mode, min. 60
  • Total thermal power, MW (Gcal) 1 (0,86)
  • DHW capacity (+5/+65), m3/hour 2,6
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 2,000
  • Fuel consumption for gas equipment, nm.cub./hour 118
  • Fuel consumption for diesel equipment, kg/hour 93
  • Thermal power, MW (Gcal 1,4 (1,2)
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 6,000
  • Fuel consumption for gas equipment, nm.cub./hour 177
  • Fuel consumption for diesel equipment, kg/hour 139
  • Reaching operating mode, min. 60
  • Total thermal power, MW (Gcal) 1,4 (1,2)
  • DHW capacity (+5/+65), m3/hour 4,0
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 6,000
  • Fuel consumption for gas equipment, nm.cub./hour 177
  • Fuel consumption for diesel equipment, kg/hour 139

111 179 032 ₸

including VAT 16%
  • Thermal power, MW (Gcal 2 (1,72)
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 6,000
  • Fuel consumption for gas equipment, nm.cub./hour 236
  • Fuel consumption for diesel equipment, kg/hour 185
  • Reaching operating mode, min. 60
  • Total thermal power, MW (Gcal) 2 (1,72)
  • DHW capacity (+5/+65), m3/hour 5,3
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 6,000
  • Fuel consumption for gas equipment, nm.cub./hour 236
  • Fuel consumption for diesel equipment, kg/hour 185

146 623 641 ₸

including VAT 16%
  • Thermal power, MW (Gcal 3 (2,58)
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 6,400
  • Fuel consumption for gas equipment, nm.cub./hour 355
  • Fuel consumption for diesel equipment, kg/hour 335
  • Reaching operating mode, min. 60
  • Total thermal power, MW (Gcal) 3 (2,58)
  • DHW capacity (+5/+65), m3/hour 7,9
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 6,400
  • Fuel consumption for gas equipment, nm.cub./hour 355
  • Fuel consumption for diesel equipment, kg/hour 335

178 875 466 ₸

including VAT 16%
  • Thermal power, MW (Gcal 4 (3,44)
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 12000
  • Fuel consumption for gas equipment, nm.cub./hour 473
  • Fuel consumption for diesel equipment, kg/hour 371
  • Reaching operating mode, min. 60
  • Total thermal power, MW (Gcal) 4 (3,44)
  • DHW capacity (+5/+65), m3/hour 10,6
  • Coolant temperature on the boiler circuit, °C +105/+90
  • Coolant temperature on the external heating circuit, °C +95/+70
  • Coolant volume, l (no more, taking into account expansion tanks) 12000
  • Fuel consumption for gas equipment, nm.cub./hour 473
  • Fuel consumption for diesel equipment, kg/hour 371

12 896 183 ₸

including VAT 16%
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0Boiler water volume, m
  • Thermal power, MW 0,5
  • Water temperature not higher, °C 95
  • Thermal power of the burner, not less, MW 0,556
  • Diesel fuel consumption, kg/hour 46
  • Diesel fuel consumption, l/h 56
  • Methane consumption, nm3/hour 59

18 019 091 ₸

including VAT 16%
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0Boiler water volume, m
  • Thermal power, MW 0,5
  • Water temperature not higher, °C 95
  • Thermal power of the burner, not less, MW 0,556
  • Diesel fuel consumption, kg/hour 46
  • Diesel fuel consumption, l/h 56
  • Methane consumption, nm3/hour 59

15 073 967 ₸

including VAT 16%
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,6
  • Thermal power, MW 0,7
  • Water temperature not higher, °C 95
  • Thermal power of the burner, not less, MW 0,778
  • Diesel fuel consumption, kg/hour 65
  • Diesel fuel consumption, l/h 78
  • Methane consumption, nm3/hour 83

19 905 366 ₸

including VAT 16%
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,6
  • Thermal power, MW 0,7
  • Water temperature not higher, °C 95
  • Thermal power of the burner, not less, MW 0,778
  • Diesel fuel consumption, kg/hour 65
  • Diesel fuel consumption, l/h 78
  • Methane consumption, nm3/hour 83

21 073 834 ₸

including VAT 16%
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,86
  • Thermal power, MW 23 866 $
  • Water temperature not higher, °C 95
  • Thermal power of the burner, not less, MW 1,11
  • Diesel fuel consumption, kg/hour 93
  • Diesel fuel consumption, l/h 112
  • Methane consumption, nm3/hour 118

28 836 554 ₸

including VAT 16%
  • Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,86
  • Thermal power, MW 23 866 $
  • Water temperature not higher, °C 95
  • Thermal power of the burner, not less, MW 1,11
  • Diesel fuel consumption, kg/hour 93
  • Diesel fuel consumption, l/h 112
  • Methane consumption, nm3/hour 118

11 643 267 ₸

including VAT 16%
  • Thermal system, Gcal/time, MW/time 0,15(0,174)
  • Efficiency, % not less 90
  • The area of ​​the heat exchanger, m2 12
  • The volume of the coolant, m3 0,2
  • Installed power, kW 4
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250

13 414 239 ₸

including VAT 16%
  • Thermal system, Gcal/time, MW/time 0,3(0,348)
  • Efficiency, % not less 90
  • The area of ​​the heat exchanger, m2 16
  • The volume of the coolant, m3 0,35
  • Installed power, kW 8.5
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250

16 130 379 ₸

including VAT 16%
  • Thermal system, Gcal/time, MW/time 0,46(0,54)
  • Efficiency, % not less 90
  • The area of ​​the heat exchanger, m2 20
  • The volume of the coolant, m3 0,4
  • Installed power, kW 9
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250

17 742 199 ₸

including VAT 16%
  • Thermal system, Gcal/time, MW/time 0,65(0,735)
  • Efficiency, % not less 90
  • The area of ​​the heat exchanger, m2 20
  • The volume of the coolant, m3 0,4
  • Installed power, kW 9
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250

25 002 290 ₸

including VAT 16%
  • Thermal system, Gcal/time, MW/time 1,0 (1,16)
  • Efficiency, % not less 90
  • The area of ​​the heat exchanger, m2 42
  • The volume of the coolant, m3 0,8
  • Installed power, kW 15
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250

34 182 761 ₸

including VAT 16%
  • Thermal system, Gcal/time, (MW/time) 1,5(1,74)
  • Efficiency, % not less 90
  • The area of ​​the heat exchanger, m2 60
  • The volume of the coolant, m3 1,5
  • Installed power, kW 25
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250

45 087 921 ₸

including VAT 16%
  • Thermal system, Gcal/time, MW/time 2,0(2,32)
  • Efficiency, % not less 90
  • The area of ​​the heat exchanger, m2 110
  • The volume of the coolant, m3 2,5
  • Installed power, kW 36
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250
  • Thermal system, Gcal/time, MW/time 0,03(0,036)
  • Efficiency, % not less 99
  • The volume of the coolant, m3 0,2
  • Installed power, kW 40
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250*
  • Time to exit to mode, min 30

11 847 079 ₸

including VAT 16%
  • Thermal system, Gcal/time, MW/time 0,1(0,120)
  • Efficiency, % not less 99
  • The volume of the coolant, m3 0,8
  • Installed power, kW 125кВт
  • Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
  • Oil heating mode, feed/return, ° C 300/250*
  • Time to exit to mode, min 30

2 195 648 ₸

including VAT 16%
  • A type stationary, horizontal
  • Useful capacity, m3 4
  • Pressure for filling
  • Minimum wall temperature under design pressure, TheWith; minus 20
  • Design wall temperature, TheWith; plus 150
  • Insulation thickness, mm 50
  • Climatic version U-4

3 550 064 ₸

including VAT 16%
  • A type stationary, horizontal
  • Useful capacity, m3 6
  • Pressure for filling
  • Material of manufacture Article 3
  • Maximum temperature °C plus 65
  • Insulation thickness, mm 80
  • Climatic version U-1

6 663 271 ₸

including VAT 16%
  • A type stationary, horizontal
  • Useful capacity, m3 15
  • Pressure for filling
  • Minimum wall temperature under design pressure, TheWith; minus 20
  • Design wall temperature, TheWith; plus 150
  • Insulation thickness, mm 100
  • Climatic version U-1

7 890 203 ₸

including VAT 16%
  • A type stationary, horizontal
  • Useful capacity, m3 25
  • Pressure for filling
  • Minimum wall temperature under design pressure, TheWith; minus 20
  • Design wall temperature, TheWith; plus 150
  • Insulation thickness, mm 100
  • Climatic version U-1

362 152 ₸

including VAT 16%
  • Useful capacity, m3 0,6
  • Design pressure, MPa, no more for filling, 0.05
  • Material of manufacture Art. 3 bedroom
  • Tank weight, kg 190
  • Length, mm 2126
  • Width, mm 300
  • Height, mm 1370

507 500 ₸

including VAT 16%
  • Useful capacity, m3 1
  • Design pressure, MPa, no more for filling, 0.05
  • Material of manufacture Art. 3 bedroom
  • Tank weight, kg 270
  • Length, mm 2070
  • Width, mm 400
  • Height, mm High capacity silos

2 065 728 ₸

including VAT 16%
  • Useful capacity, m3 5
  • Design pressure, MPa, no more for filling, 0.02
  • Material of manufacture Art. 3 bedroom
  • Tank weight, kg 560
  • Length, mm 2750
  • Width, mm 1860
  • Height, mm 2400

2 846 060 ₸

including VAT 16%
  • Useful capacity, m3 7
  • Design pressure, MPa, no more for filling, 0.02
  • Material of manufacture Art. 3 bedroom
  • Tank weight, kg 750
  • Length, mm 3500
  • Width, mm 1860
  • Height, mm 2400

4 237 828 ₸

including VAT 16%
  • Useful capacity, m3 10
  • Design pressure for filling
  • Climatic version U-1
  • Tank weight, kg 1800
  • Length, mm 3353
  • Width, mm 2576
  • Height, mm 3843

5 622 288 ₸

including VAT 16%
  • Useful capacity, m3 25
  • Design pressure for filling
  • Climatic version U-1
  • Tank weight, kg 2750
  • Length, mm 7151
  • Width, mm 2607
  • Height, mm 3483

714 560 ₸

including VAT 16%
  • The tank volume, m3 0,4
  • Design pressure for filling (0.01MPa)
  • Design wall temperature, °C +300
  • Tank weight, kg 180
  • Length, mm 1525
  • Width, mm 678
  • Height, mm 1280

882 644 ₸

including VAT 16%
  • The tank volume, m3 1
  • Design pressure for filling (0.01MPa)
  • Design wall temperature, °C +300
  • Tank weight, kg 260
  • Length, mm 2010
  • Width, mm 800
  • Height, mm 1408

1 049 916 ₸

including VAT 16%
  • The tank volume, m3 1,5
  • Design pressure for filling (0.01MPa)
  • Design wall temperature, °C +300
  • Tank weight, kg 316
  • Length, mm 2708
  • Width, mm 800
  • Height, mm 1408

1 176 588 ₸

including VAT 16%
  • The tank volume, m3 2
  • Design pressure for filling (0.01MPa)
  • Design wall temperature, °C +300
  • Tank weight, kg 375
  • Length, mm 2215
  • Width, mm 1018
  • Height, mm 1796

1 385 272 ₸

including VAT 16%
  • The tank volume, m3 3
  • Design pressure for filling (0.01MPa)
  • Design wall temperature, °C +300
  • Tank weight, kg 480
  • Length, mm 2950
  • Width, mm 1018
  • Height, mm 1800

467 712 ₸

including VAT 16%
  • Maximum operating pressure, mbar 360
  • Outlet pressure range, mbar 4 – 20
  • Operating ambient temperature, °C -15 ÷ +70
  • Type of gas natural, liquefied
  • Electrical equipment protection degree IP54
  • Solenoid valve class class A, group 2
  • Pressure stabilizer class class A, group 2

614 684 ₸

including VAT 16%
  • Maximum operating pressure, mbar 360
  • Outlet pressure range, mbar 4 – 20
  • Operating ambient temperature, °C -15 ÷ +70
  • Type of gas natural, liquefied
  • Electrical equipment protection degree IP54
  • Solenoid valve class class A, group 2
  • Pressure stabilizer class class A, group 2

814 436 ₸

including VAT 16%
  • Maximum operating pressure, mbar 360
  • Outlet pressure range, mbar 4 – 20
  • Operating ambient temperature, °C -15 ÷ +70
  • Type of gas natural, liquefied
  • Electrical equipment protection degree IP54
  • Solenoid valve class class A, group 2
  • Pressure stabilizer class class A, group 2

1 008 504 ₸

including VAT 16%
  • Maximum operating pressure, mbar 360
  • Outlet pressure range, mbar 4 – 20
  • Operating ambient temperature, °C -15 ÷ +70
  • Type of gas natural, liquefied
  • Electrical equipment protection degree IP54
  • Solenoid valve class class A, group 2
  • Pressure stabilizer class class A, group 2

1 189 580 ₸

including VAT 16%
  • Maximum operating pressure, mbar 360
  • Outlet pressure range, mbar 4 – 20
  • Operating ambient temperature, °C -15 ÷ +70
  • Type of gas natural, liquefied
  • Electrical equipment protection degree IP54
  • Solenoid valve class class A, group 2
  • Pressure stabilizer class class A, group 2

1 243 172 ₸

including VAT 16%
  • Maximum operating pressure, mbar 360
  • Outlet pressure range, mbar 4 – 20
  • Operating ambient temperature, °C -15 ÷ +70
  • Type of gas natural, liquefied
  • Electrical equipment protection degree IP54
  • Solenoid valve class class A, group 2
  • Pressure stabilizer class class A, group 2

1 538 740 ₸

including VAT 16%
  • Maximum operating pressure, mbar 500
  • Outlet pressure range, mbar 15 – 120
  • Operating ambient temperature, °C -10 ÷ +60
  • Type of gas natural, liquefied
  • Electrical equipment protection degree IP54
  • Control valve type single stage
  • Minimum gas pressure switch B (AC) 24 – 250

742 980 ₸

including VAT 16%
  • power, kWt 60,2÷118,0
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~1/220V/50
  • Electrical protection degree IP40

793 324 ₸

including VAT 16%
  • power, kWt 83÷166
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~1/220V/50
  • Electrical protection degree IP40

793 324 ₸

including VAT 16%
  • power, kWt 50÷160
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 2nd grade
  • Noise level, dB(A) 68
  • Connecting gas fittings above
  • Power supply, Hz ~1/220V/50

880 208 ₸

including VAT 16%
  • power, kWt 118,6÷261,0
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~1/220V/50
  • Electrical protection degree IP40

833 924 ₸

including VAT 16%
  • power, kWt 60÷205
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 3rd grade
  • Noise level, dB(A) 68
  • Connecting gas fittings above
  • Power supply, Hz ~1/220V/50

997 948 ₸

including VAT 16%
  • power, kWt 190÷310
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~1/220V/50
  • Electrical protection degree IP40

1 047 480 ₸

including VAT 16%
  • power, kWt 100÷280
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 3rd grade
  • Noise level, dB(A) 68
  • Connecting gas fittings above
  • Power supply, Hz ~1/220V/50

1 485 148 ₸

including VAT 16%
  • power, kWt 80÷410
  • Power regulation Smooth two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 3rd grade
  • Noise level, dB(A) 77
  • Connecting gas fittings from below
  • Power supply, Hz ~1/220V/50

1 215 564 ₸

including VAT 16%
  • power, kWt 160÷450
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~1/220V/50
  • Electrical protection degree IP40

1 647 548 ₸

including VAT 16%
  • power, kWt 100÷450
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 3rd grade
  • Noise level, dB(A) 76
  • Connecting gas fittings bottom/top
  • Power supply, Hz ~3/380V/50

1 462 412 ₸

including VAT 16%
  • power, kWt 250÷600
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~3/380V/50 Hz
  • Electrical protection degree IP40

2 077 908 ₸

including VAT 16%
  • power, kWt 120÷600
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 3rd grade
  • Noise level, dB(A) 76
  • Connecting gas fittings bottom/top
  • Power supply, Hz ~3/380V/50

1 919 568 ₸

including VAT 16%
  • power, kWt 200÷850
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~3/380V/50 Hz
  • Electrical protection degree IP40

2 254 924 ₸

including VAT 16%
  • power, kWt 130÷850
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 2nd grade
  • Noise level, dB(A) 73
  • Connecting gas fittings bottom/top
  • Power supply, Hz ~3/380V/50

2 659 300 ₸

including VAT 16%
  • power, kWt 285÷1100
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~3/380V/50 Hz
  • Electrical protection degree IP40

3 541 944 ₸

including VAT 16%
  • power, kWt 150÷1200
  • Power regulation Smooth two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 2nd grade
  • Noise level, dB(A) 75,5
  • Connecting gas fittings from below
  • Power supply, Hz ~3/380V/50

3 056 368 ₸

including VAT 16%
  • power, kWt 400÷1300
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~3/380V/50
  • Electrical protection degree IP40

3 732 764 ₸

including VAT 16%
  • power, kWt 170÷1500
  • Power regulation Smooth two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 2nd grade
  • Noise level, dB(A) 79
  • Connecting gas fittings from below
  • Power supply, Hz ~3/380V/50

3 972 304 ₸

including VAT 16%
  • power, kWt 140÷1500
  • Power regulation Modulation
  • Regulation of the gas-air mixture Mechanical
  • Modulation depth 1:4
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 2nd grade
  • Noise level, dB(A) 79

3 080 728 ₸

including VAT 16%
  • power, kWt 510÷1600
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~3/380V/50
  • Electrical protection degree IP40

4 198 852 ₸

including VAT 16%
  • power, kWt 210÷2100
  • Power regulation smooth two-stage
  • mode Intermittent (stop once every 24 hours)
  • Nitrogen oxide emissions 2nd grade
  • Noise level, dB(A) 85
  • Connecting gas fittings from below
  • Power supply, Hz ~3/380V/50

3 905 720 ₸

including VAT 16%
  • power, kWt 800÷2100
  • Power regulation Two-stage
  • mode Intermittent (stop once every 24 hours)
  • Maximum fuel viscosity, cSt 6
  • Diesel fuel atomization Mechanical
  • Power supply, Hz ~3/380V/50
  • Electrical protection degree IP40
  • Inlet gas pressure, kPa 2,5...36
  • Natural gas consumption, nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 53
  • Inlet gas pressure, kPa 6...36
  • Natural gas consumption, nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 88
  • Inlet gas pressure, kPa 4...36
  • Natural gas consumption, nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 88

2 107 140 ₸

including VAT 16%
  • Inlet gas pressure, kPa 8...36
  • Natural gas consumption, nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 176

2 006 452 ₸

including VAT 16%
  • Inlet gas pressure, kPa 6...36
  • Natural gas consumption, nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 83
  • Inlet gas pressure, kPa 4...36
  • Natural gas consumption, nm3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 83

1 454 412 ₸

including VAT 16%
  • Gas inlet pressure
  • Outlet gas pressure
  • Automation kit for steam supply to bunker heating registers

75 875 ₸

including VAT 16%
  • Steel 20 GOST 1050
  • Coating gray enamel primer
  • Threaded surfaces conservation lubricant
  • Set of nuts M24

700 756 ₸

including VAT 16%
  • Height, m. 6
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

758 408 ₸

including VAT 16%
  • Height, m 6
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

824 992 ₸

including VAT 16%
  • Height, m 6
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

836 360 ₸

including VAT 16%
  • Height, m 8
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

936 236 ₸

including VAT 16%
  • Height, m 8
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

993 076 ₸

including VAT 16%
  • Height, m 8
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

972 776 ₸

including VAT 16%
  • Height, m 10
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

1 062 908 ₸

including VAT 16%
  • Height, m 10
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

1 135 988 ₸

including VAT 16%
  • Height, m 10
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

1 631 308 ₸

including VAT 16%
  • Height, m 12
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

1 737 680 ₸

including VAT 16%
  • Height, m 12
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

1 839 180 ₸

including VAT 16%
  • Height, m 12
  • Climatic version according to GOST 15150 Block-modular boiler house
  • Permissible seismic area no more than 6 points (MSK-64)
  • Allowable wind area no more than 4 (0.48 kPa, SP 20.13330.2016)
  • Mounting method anchor bolts M24x700 (optional delivery)

1 083 208 ₸

including VAT 16%
  • Productivity, m3/h 1
  • Developed pressure, MPa 0,5
  • Self-priming height up to, m. 3
  • Horizontal self-priming distance up to, m. 5
  • Power consumption no more than, kW 1
  • Connectable diameter Du25
  • Length, mm 1008

3 186 288 ₸

including VAT 16%
  • Overall height, m 7,4
  • Height along the platform, m 6,16
  • Weight, kg 1640
  • Site dimensions, m 3.3 x 2.3

1 161 972 ₸

including VAT 16%

1 486 772 ₸

including VAT 16%

1 612 632 ₸

including VAT 16%

1 857 856 ₸

including VAT 16%

2 317 448 ₸

including VAT 16%

2 318 260 ₸

including VAT 16%

2 318 260 ₸

including VAT 16%

4 218 340 ₸

including VAT 16%

Heat centers ZZBO


For uninterrupted year-round operation of concrete plants


Круглогодичная безостановочная работа бетонного завода возможна при обеспечении тепловой энергией технологических процессов производства бетона в холодное зимнее время и соблюдения требований по температурному режиму для управляющей автоматики, нормально функционирующей только при плюсовой температуре. Не следует забывать и о человеческом факторе – замерзающий персонал не работоспособен. При подготовке к зимнему сезону бетонный завод «закутывается» в металлоконструкцию, обшитую съемной теплоизоляцией из сэндвич-панелей, и оснащается специализированной обогревающей системой.


Heated RBU system performs the following functions:

  • heating of aggregates in bins dosing complexes, including the unfreezing of frozen lumps, removing excess moisture and heated to a temperature under the Regulations;
  • hot water before being fed into the mixer;
  • heating production area.

The structure of the concrete plant with a heating system includes:

  • thermal centers provided a steam generator or heat generators;
  • heat coolant delivery to the place of consumption;
  • heating medium - steam or hot air.

Depending on the type of coolant, thermal centers produced by ZZBO are produced in a wide range:

  • steam generator PG-500 (1000, 2000) with a capacity of 500 (1000, 2000) kg of steam per hour with a steam temperature of not lower than 120 degrees C. Thermal agent is heated steam;
  • heat generator TGV-250 (600) with a thermal power of 250 (600) kW and a capacity of 4500 cubic meters. m of air per hour with an air temperature of at least 150 degrees. The heating agent is hot air.

При использовании парогенератора монтируется сеть трубопроводов и регистров для циркуляции парового теплоносителя, в случае теплогенератора монтируются короба для воздушного теплоносителя. Оба типа агрегатов оснащены горелками, сжигающими дизельное топливо.

Работа теплового центра только на жидком топливе имеет свои негативные стороны, поскольку не в каждом регионе солярка доступна плюс в зимнее время возникают затруднения с ее доставкой на объект. Нередко рядом с бетонным заводом проходит магистраль природного газа, который является прекрасным топливом. С учетом данных обстоятельств на ZZBO разработали парогенераторы и теплогенераторы с котлами нового образца, адаптированными под использование газовых горелок Baltur (Italy).


All heating centers supplied by ZZBO are optionally equipped with gas fuel burners. The customer of the ZZBO concrete plant can now, at the ordering stage, choose the type of burner that corresponds to the most available fuel in his region.