thermal centers
Showing all 180 results
- Smoke pipes
- Track oil heating complex
- Steam block-modular boiler houses
- Thermal oil block-modular boiler houses
- Internal gas connections
- Additional options for heating centers
- Outdoor boilers
- Expansion tanks for KTM
- Gas fittings
- Water-heating block-modular boiler houses
- burners
- tanks
- Heat generators for heating
- Steam generators
- Medium pressure steam generators
- Heat generators
- Industrial hot water boilers
- Boiler houses
- Thermal oil boilers
- Water heating tanks
- Bituminous economy
97 110 534 ₸
- 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 ₸
- 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 ₸
- 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
12 010 291 ₸
- 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 ₸
- 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
10 390 351 ₸
- 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 ₸
- 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
10 353 811 ₸
- 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 ₸
- 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
22 240 678 ₸
- 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
51 305 404 ₸
- 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 ₸
- 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 ₸
- 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
27 566 732 ₸
- 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
63 302 450 ₸
- 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
66 557 372 ₸
- 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
53 950 747 ₸
- 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
71 881 962 ₸
- 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
199 672 116 ₸
- 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
14 567 279 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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,
1 485 960 ₸
- 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
12 949 935 ₸
- 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
12 878 186 ₸
- 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
49 102 036 ₸
- 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 ₸
- 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 ₸
- 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
4 375 868 ₸
- 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
6 136 284 ₸
- 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
7 601 943 ₸
- 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
9 439 499 ₸
- 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
11 796 735 ₸
- 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
16 442 187 ₸
- 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 ₸
- 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
9 950 247 ₸
- 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
18 632 963 ₸
- 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 ₸
- 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
27 944 166 ₸
- 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
24 614 154 ₸
- 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 ₸
- 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
25 892 242 ₸
- 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
28 836 554 ₸
- 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 ₸
- 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 ₸
- 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
14 321 243 ₸
- 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 ₸
- 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
18 136 831 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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
25 449 702 ₸
- 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 ₸
- 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
33 177 505 ₸
- 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 ₸
- 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
30 838 134 ₸
- 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 ₸
- 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
37 313 021 ₸
- 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 ₸
- 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
37 269 173 ₸
- 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 ₸
- 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
41 472 085 ₸
- 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 ₸
- 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
39 445 333 ₸
- 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 ₸
- 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
42 949 925 ₸
- 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
19 124 223 ₸
- 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 ₸
- 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 ₸
- 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
57 064 108 ₸
- 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
57 720 204 ₸
- 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
64 889 351 ₸
- 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
74 532 662 ₸
- 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
89 423 929 ₸
- 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
89 952 541 ₸
- 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
106 600 164 ₸
- 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 ₸
- 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
135 556 082 ₸
- 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 ₸
- 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
188 016 962 ₸
- 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 ₸
- 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
231 681 446 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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
8 431 807 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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
1 830 248 ₸
- 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
2 011 324 ₸
- 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
1 982 092 ₸
- 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 ₸
- 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 ₸
- 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
1 978 032 ₸
- 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 ₸
- Gas inlet pressure
- Outlet gas pressure
3 524 080 ₸
- Automation kit for steam supply to bunker heating registers
75 875 ₸
- Steel 20 GOST 1050
- Coating gray enamel primer
- Threaded surfaces conservation lubricant
- Set of nuts M24
700 756 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
- 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 ₸
1 486 772 ₸
1 612 632 ₸
1 857 856 ₸
2 317 448 ₸
2 318 260 ₸
2 318 260 ₸
4 218 340 ₸
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).














