Components for CBP
Showing 1–300 of 338 results
- Tanks and containers
- Batching Complexes
- Grates for the bunker section
- Belt Conveyors
- Dispensers
- Cement Screw Conveyors
- Compressors
- pumps
- Big bag dischargers
- thermal centers
- Connection Kit
- Steel structures
- CBP Automation Systems
- Other equipment
- Receiver volume 200 l., pr-t 553 lmin
146 382 $
- Производительность плавления битума, т/ч 6
- Суточная производительность по плавлению битума, м.куб/сут до 120
- Производительность по отгрузки битума, м.куб/ч 25-30
- Установленная мощность электропотребления не более, кВт 40
- Установленная тепловая мощность, кВт 500
- Расход природного газа, нм.куб/ч 69
- Давление подключения природного газа, кПа 4-36
185 $
- Sheet thickness, mm 0,7
- Length of one section, mm 1,000
- Material Galvanized steel
- Length, mm 1050
- Width, mm 1,100
- Height, mm 700
7 240 $
- Thermal power, kW 100
- Расход воздуха на выходе до, м3/hour 5000-7000
- Давление воздуха на выходе из ТГВ не более, Па 900-1100
- Дельта по нагреву воздуха, °С 40
- Maximum outlet air temperature, °C 80
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar individually
8 942 $
- Thermal power, kW 150
- Расход воздуха на выходе до, м3/hour 5000-7000
- Давление воздуха на выходе из ТГВ не более, Па 900-1100
- Дельта по нагреву воздуха, °С 60
- Maximum outlet air temperature, °C 100
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar individually
17 065 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3//час 7000-14000
- Давление воздуха на выходе из ТГВ не более, Па 500-1500
- Дельта по нагреву воздуха, °С 50
- Maximum outlet air temperature, °C 90
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar individually
18 332 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 5,300
- Расход воздуха вентилятора, м3/hour 2800
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Maximum outlet air temperature, °C 170
- Time to reach operating mode, no more, min 7
14 763 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3/hour 8500-18000
- Давление воздуха на выходе из ТГВ не более, Па 500-1000
- Дельта по нагреву воздуха, °С 40
- Maximum outlet air temperature, °C 80
- Time to reach operating mode, no more, min 10
- Gas pressure for heat generator, mbar individually
21 349 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3/hour 8500-18000
- Давление воздуха на выходе из ТГВ не более, Па 500-1000
- Дельта по нагреву воздуха, °С 40
- Maximum outlet air temperature, °C 80
- Time to reach operating mode, no more, min 10
- Gas pressure for heat generator, mbar individually
14 711 $
- Thermal power, kW 300
- Расход воздуха на выходе ТГВ, м3/hour 10000-20000
- Напор на выходе из установки, Па 50
- The pressure fan Pa 200
- Температура воздуха на выходе не более, °С 90
- Time to reach operating mode, no more, min 15
- Расход газа макс., нм3/hour 8..35
23 688 $
- Thermal power, kW 250
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 5,300
- Расход воздуха вентилятора, м3/hour 2800
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Maximum outlet air temperature, °C 170
- Time to reach operating mode, no more, min 7
31 600 $
- Thermal power, kW 450
- Расход воздуха на выходе до, м3/hour 14400-41000
- Давление воздуха на выходе из ТГВ не более, Па 750-1130
- Дельта по нагреву воздуха, °С 40
- Maximum outlet air temperature, °C 70
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar individually
72 897 $
- Thermal power, MW (Gcal) 0,2 (0,17)
- Производительность ГВС (+5/+65), м3/hour 0,5
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 1,000
- Расход топлива для газовой комплектации, нм.куб/час 24
- Расход топлива для дизельной комплектации, кг/час 19
287 246 $
- 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
287 246 $
- 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
41 553 $
- Thermal power, MW (Gcal) 0,174(0,15)
- Temperature graph (supply/return), °C 300/250
- Installed thermal oil boiler КТМ-0,15
- Installed burner Baltur BТG 20P
- Type of design fuel Natural gas GOST 5542-2022
- Паспортный расход газа: min/max, нм.куб/ч 10/24
- Установленный фильтр топлива Тонкой очистки
95 421 $
- Thermal power, MW (Gcal) 0,3(0,26)
- Temperature graph (supply/return), °C 300/250
- Installed thermal oil boiler КТМ-0,15 (2шт.)
- Installed burner Baltur BТG 20P (2шт.)
- Type of design fuel Natural gas GOST 5542-2022
- Гидравлические характеристики, МПа Термомасляная часть (подача/обратка) 0,3/0,05
- Boiler room coolant capacity, cubic meters 0.4
100 327 $
- Thermal power, MW (Gcal) 0,65(0,56)
- Temperature graph (supply/return), °C 300/250
- Installed thermal oil boiler КТМ-0,65
- Installed burner Еcoflam BLU 700.1LN PRE TL
- Type of design fuel Natural gas GOST 5542-2022
- Паспортный расход газа: min/max, нм.куб/час 16/80
- Установленный котёл КТМ-0,65
81 324 $
- Thermal power, MW (Gcal) 0,8(0,69)
- Temperature graph (supply/return), °C 300/250
- Installed thermal oil boiler KTM-1.0
- Installed burner Baltur TBG 120 ME
- Type of design fuel Natural gas GOST 5542-2022
- Hydraulic characteristics, MPa heat oil part (supply/return) 0,25/0,05;
- Boiler room coolant capacity, cubic meters 1
108 353 $
- Thermal power, MW (Gcal) 1,16(1,0)
- Temperature graph (supply/return), °C 300/250
- Installed thermal oil boiler KTM-1.0
- Installed burner Baltur TBG 150P
- Type of design fuel Natural gas GOST 5542-2022
- Power supply 3ф, 230/400В, 50Гц
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) Автоматическое
300 981 $
- 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
- Паспортный расход газа по котельной: min/max, нм.куб/час 100/411
- Низшая теплота сгорания проектного топлива, Ккал/нм.куб. 8,000
20 698 $
- Thermal power, kW 450
- Расход воздуха на выходе до, м3/hour 8700-18000
- Давление воздуха на выходе из ТГВ не более, Па 500-1500
- Дельта по нагреву воздуха, °С 70
- Maximum outlet air temperature, °C 110
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar individually
239 $
- Sheet thickness, mm 0,7
- Length of one section, mm 1,000
- Material Galvanized steel
- Length, mm 1050
- Width, mm 1429
- Height, mm 1015
53 717 $
- Масса, кг (включая тяговое устройство) 2050
- Объем бадьи (полный/рабочий), м 2,05 / 1,5
- Power supply троллейное
- Скорость передвижения бетоновоза, м/мин 80
- Length, mm 4415
- Width, mm 1,650
- Height, mm 1665
25 173 $
- 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 100
14 737 $
- 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 Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- housing material steel St.09G2S sheet, s=4 mm of the shell, s=6 mm of the bottom
44 126 $
- 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
12 005 $
- Productivity, m 2
- Productivity, m 2
- Productivity, m Side, top
- Side, top
- Side, top2 44
- Side, top2 10
- Upper tier, m2 34
15 600 $
- 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
400 $
- Grate in hopper section
584 $
- Grate in hopper section
588 $
- Grate in hopper section
942 $
- Grate in hopper section
1 657 $
- Grate in hopper section
749 $
- Grate in hopper section
990 $
- Grate in hopper section
2 271 $
- Grate in hopper section
671 $
- Grate in hopper section
1 468 $
- Grate in hopper section
1 820 $
- Grate in hopper section
2 110 $
- Grate in hopper section
2 217 $
- Grate in hopper section
1 889 $
- Grate in hopper section
3 324 $
- Grate in hopper section
11 387 $
- The total volume of bunkers, the cube. m. 10
- The volume of the hopper, the cube. m. 5
- The number of bins, pieces. 2
- The maximum dose weighing kg to 1200
- Batching error,% ±1
- Belt speed, m c 1,3
- The pressure in the pneumatic system, MPa 0,6
16 364 $
- The total volume of bunkers, the cube. m. 16
- The volume of the hopper, the cube. m. 8
- The number of bins, pieces. 2
- The maximum dose weighing kg to 1500
- Batching error,% ±1
- Belt speed, m c 1
- The pressure in the pneumatic system, MPa 0,6
21 542 $
- The total volume of bunkers, the cube. m. 24
- The volume of the hopper, the cube. m. 8
- The number of bins, pieces. 3
- The maximum dose weighing kg to 2000
- Batching error,% ±1
- Belt speed, m c 1
- The pressure in the pneumatic system, MPa 0,6
28 343 $
- Total volume of bunkers, m³ 32
- Volume of one bunker, m³ 8
- The number of bins, pieces. 4
- The maximum dose weighing kg 14 910 $
- Batching error,% ±1
- Belt speed, m c 1
- The pressure in the pneumatic system, MPa 0,6
22 322 $
- The total volume of bunkers, the cube. m. 24
- The volume of the hopper, the cube. m. 12
- The number of bins, pieces. 2
- Belt conveyor drive power, kW 7.5
- The width of the conveyor belt, mm 800
- The slope of the conveyor, ° 6
- Belt speed, m/s 1,75
28 862 $
- The total volume of bunkers, the cube. m. 36
- The volume of the hopper, the cube. m. 12
- The number of bins, pieces. 3
- Belt conveyor drive power, kW 7.5
- The width of the conveyor belt, mm 800
- The slope of the conveyor, ° 6
- Belt speed, m/s 1,75
37 913 $
- Total volume of bunkers, m³ 48
- Volume of one bunker, m³ 12
- The number of bins, pieces. 4
- Belt conveyor drive power, kW 11
- The width of the conveyor belt, mm 800
- Conveyor inclination angle, ° 4,5
- Belt speed, m/s 1,3
52 234 $
- Vibrator power, kW 5
- Vibrator power, kW 8
- Vibrator power, kW 2,2
- Vibrator power, kW 500
- Maximum productivity of the belt feeder, t/h Operating thermal power of the burner, MW
- Maximum productivity of the belt feeder, t/h 0Vibrator power, kW
- Maximum productivity of the belt feeder, t/h 7.5
28 599 $
- Total volume of bunkers, m³ 40
- Volume of one bunker, m³ 20
- Vibrator power, kW 2
- The maximum dose weighing kg 14 910 $
- Batching error,% ±1
- Belt speed, m c 1,9
- The pressure in the pneumatic system, MPa 0,6...0,8
36 214 $
- The total volume of bunkers, the cube. m. 60
- The volume of the hopper, the cube. m. 20
- The number of bins, pieces. 3
- The maximum dose weighing kg up to 4500
- Batching error,% ±1
- Belt speed, m c 1,9
- The pressure in the pneumatic system, MPa 0,6...0,8
47 054 $
- Total volume of bunkers, m³ 80
- Volume of one bunker, m³ 20
- Vibrator power, kW 4
- The maximum dose weighing kg 6000
- Batching error,% ±1
- Belt speed, m c 1,9
- The pressure in the pneumatic system, MPa 0,6...0,8
69 214 $
- Total volume of bunkers, m³ 120
- Volume of one bunker, m³ 30
- Vibrator power, kW 4
- Batching error,% ±1
- Belt speed, m/s 1,4
- The pressure in the pneumatic system, MPa 0,6...0,8
- Aggregate size, mm max 70
2 311 $
- conveyor length, mm 3,000
- The width of the conveyor belt, mm 500
- Installed power, kW 2,2
- Belt speed, m s 0,58
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
3 860 $
- conveyor length, mm 7000
- The width of the conveyor belt, mm 500
- Installed power, kW 4
- Belt speed, m s 0,78
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
2 979 $
- conveyor length, mm 5,000
- The width of the conveyor belt, mm 500
- Installed power, kW 2,2
- Belt speed, m s 0,58
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
4 241 $
- conveyor length, mm 8,000
- The width of the conveyor belt, mm 500
- Installed power, kW 4
- Belt speed, m s 0,58
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
5 031 $
- conveyor length, mm 10,000
- The width of the conveyor belt, mm 500
- Installed power, kW 4
- Belt speed, m s 0,58
- Productivity, tons hour 55
- Type of tape smooth
- conveyor installation angle, degrees 0...30
12 235 $
- conveyor length, mm 18156
- The width of the conveyor belt, mm 800
- Installed power, kW 15
- Belt speed, m s 1,67
- Productivity, tons hour 100
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
11 924 $
- conveyor length, mm 15,000
- The width of the conveyor belt, mm 800
- Installed power, kW 15
- Belt speed, m s 3,19
- Productivity, tons hour 330
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
7 911 $
- conveyor length, mm 16,000
- The width of the conveyor belt, mm 600
- Installed power, kW 7.5
- Belt speed, m s 0,92
- Productivity, tons hour 75
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
16 732 $
- conveyor length, mm 17000
- The width of the conveyor belt, mm 1,000
- Installed power, kW 18,5
- Belt speed, m s 2,2
- Productivity, tons hour 75
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
13 375 $
- conveyor length, mm 18,000
- The width of the conveyor belt, mm 800
- Installed power, kW 15
- Belt speed, m s 1,67
- Productivity, tons hour 100
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
18 472 $
- conveyor length, mm 21000
- The width of the conveyor belt, mm 1,000
- Installed power, kW 18,5
- Belt speed, m s 1,67
- Productivity, tons hour 120
- Type of tape shevronnaya
- conveyor installation angle, degrees 25
5 362 $
- The highest limit of the cement dosing (NAP), kg 75
- The highest limit of the water metering (NAP), kg 40
- The greatest limit of dispensing chemical additives (NAP), kg 5
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
6 077 $
- The highest limit of the cement dosing (NAP), kg 150
- The highest limit of the water metering (NAP), kg 75
- The greatest limit of dispensing chemical additives (NAP), kg 10
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
7 029 $
- The highest limit of the cement dosing (NAP), kg 300
- The highest limit of the water metering (NAP), kg 150
- The greatest limit of dispensing chemical additives (NAP), kg 20
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
9 769 $
- The highest limit of the cement dosing (NAP), kg 16 149
- The highest limit of the water metering (NAP), kg 180
- The greatest limit of dispensing chemical additives (NAP), kg 2x25
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
794 $
1 853 $
1 853 $
2 647 $
3 310 $
4 501 $
4 501 $
5 825 $
8 316 $
- The highest limit of the cement dosing (NAP), kg 500
- The highest limit of the water metering (NAP), kg 250
- The greatest limit of dispensing chemical additives (NAP), kg 30
- Dosing accuracy% ±1
- Maximum discharge time, sec 23
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
8 436 $
- The highest limit of the cement dosing (NAP), kg 600
- The highest limit of the water metering (NAP), kg 300
- The greatest limit of dispensing chemical additives (NAP), kg 40
- Dosing accuracy% ±1
- Maximum discharge time, sec 20
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
9 317 $
- The highest limit of the cement dosing (NAP), kg 900
- The highest limit of the water metering (NAP), kg 450
- The greatest limit of dispensing chemical additives (NAP), kg 60
- Dosing accuracy% ±1
- Maximum discharge time, sec 20
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
11 081 $
- The highest limit of the cement dosing (NAP), kg 1,200
- The highest limit of the water metering (NAP), kg 550
- The greatest limit of dispensing chemical additives (NAP), kg 70
- Dosing accuracy% ±1
- Maximum discharge time, sec 20
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
2 301 $
- Maximum dosing limit for fibers with a bulk density of 123 kg/m³, no more than, kg 8
- Dosing accuracy% ±1
- Productivity, kg/min 1.5 (depending on fiber type)
- Fiber length, no more than, mm 30
- Installed power, kW 0,54
- Length, mm 800(1150)
- Width, mm 800
2 956 $
- The highest limit of the cement dosing (NAP), kg 300
- Dosing accuracy% ±1
- Maximum discharge time, sec 10
- The pressure in the pneumatic system, MPa no less 0,6
- Product particle size, mm max 2
- Length, mm High capacity silos
- Width, mm 905
2 091 $
- The capacity of the chamber, m³ 0.07
- Capacity, cbm h 1,2
- type of product cement, sypuchyeye
- The maximum dosing time, with unlimited
- Power Supply, 380
- Installed power, kW 0,75
- The drive gear motor
1 159 $
- The largest dosing limit, l 1,000
- type of product water
- The amount dosed components 1
- The minimum dose, l 1
- Temperature the product, + 5...+ 90
- Dosing accuracy% ±1
- Nominal bore pipe diameter DN 25
1 896 $
- type of product water
- The amount dosed components 1
- The minimum dose, l 1
- Temperature the product, + 5...+ 90
- Dosing accuracy% ±1
- Nominal bore pipe diameter DN 50
- Nominal flow, m³/h 15
666 $
- Volume, cu. m. 1
- Carrying capacity, t 2,5
- Weight, kg. 260
- Type of closure manual, two-sector
13 $
21 $
1 015 $
- Capacity rastarivatelâ, tons 2,35
- The volume of the cube. m 1,57
- Email download thaw (optional)
- MVE300 Vibrator, kW (optional) 00.3
- Banks thickness, mm 3
- Productivity, tons hour 40
- Free falling system optional
1 118 $
- Capacity rastarivatelâ, tons 2,35
- The volume of the cube. m 1,57
- Email download thaw (optional)
- MVE300 Vibrator, kW (optional) 00.3
- Banks thickness, mm 3
- Productivity, tons hour 40
- Free falling system optional
1 530 $
- Capacity rastarivatelâ, tons 2,35
- The volume of the cube. m 1,57
- Email download thaw (optional)
- MVE300 Vibrator, kW (optional) 00.3
- Banks thickness, mm 3
- Productivity, tons hour 40
- Free falling system optional
2 147 $
- Weight, kg 2,000
- The volume of the cube. m 0,56
- Email download thaw (optional)
- Vibrator MVE300, KW 00.3
- Banks thickness, mm 3
- Productivity, tons hour 40
- Free falling system there is
2 528 $
- Capacity rastarivatelâ, tons 6
- The volume of the cube. m 4
- Banks thickness, mm 3
- Weight, kg 1,010
- Height, mm 3634
- Width, mm 2440
- Tank diameter, mm 2300
330 $
- Производительность, м³/ч 27
- power, kWt 1,5
- Head, m 13.9
- Weight, kg 38
485 $
- Производительность, м³/ч 48
- power, kWt 3
- Head, m 17
- Weight, kg 51
667 $
- Производительность, м³/ч 72
- power, kWt 7.5
- Head, m 24.5
- Weight, kg 73
3 953 $
- Weight, kg 2,000
- The volume of the cube. m 0,56
- Banks thickness, mm 3
- Productivity, m 40
- Free falling system there is
- cutting system there is
- Sealing membrane there is
667 $
- Производительность, м³/ч 90
- power, kWt 7.5
- Head, m 23
- Weight, kg 74
733 $
- Размер, дюйм 10,1
- Разрешение экрана, px 1920×1200
- A type сенсорный IPS-экран
- Wi-Fi 802.11a/b/g/n/ac
- Диапазон сети Wi-Fi, ГГц 2,4 и 5
1 567 $
- Power supply 3-phase with neutral to earth, in 400
- The degree of protection against dust and moisture IP54
- ambient temperature +5...+45
- Work transfer coefficient of strain gauges (RCP), mV / V 3 (2)
- The maximum total error of measurement of weight,% 0,1
- DC damper control voltage, V 220АС
- Weight, kg 35
8 647 $
- Productivity, m³hour 40
- Напряжение сети/частота, В/Гц 380 (±10 %) / 50
- Диаметр транспортировочной трубы, мм 270
- Диаметр вертикального шнека, мм 270
- Диаметр горизонтальных шнеков, мм 170
- Мощность электродвигателей нижних шнеков, кВт 2,2
- Мощность электродвигателей верхнего шнека, кВт 4
3 568 $
- Power supply 3-phase with neutral to earth, in 400
- The degree of protection against dust and moisture IP54
- ambient temperature +5...+45
- Work transfer coefficient of strain gauges (RCP), mV / V 3 (2)
- The maximum total error of measurement of weight,% 0,1
- Voltage control of water dispensers, chemical. Cement additives and, in 24 DC
- Control voltage DC valves and gate mixer, V 220 AC
6 906 $
- Power supply 3-phase with neutral to earth, in 400
- The degree of protection against dust and moisture IP54
- ambient temperature +5...+45
- Work transfer coefficient of strain gauges (RCP), mV / V 3 (2)
- The input analog signal "current loop" controller mA 4...20
- The maximum total error of measurement of weight,% 0,1
- Voltage control of water dispensers, chemical. Cement additives and, in 24 DC
6 351 $
- Power supply 3-phase with neutral to earth, in 400
- Degree of protection against dust and moisture IP 54
- Temperature the product, +5...+45
- Swipe input mass signal in 0...2,5
- The total error of measurement of weight,% 0,1
- Supply water dispenser control signals himdob-ki and cement, in 0...24
- Output current control signal feeders, not more than A 2
8 696 $
- Power supply 3-phase with neutral to earth, in 400
- Degree of protection against dust and moisture IP 54
- Temperature the product, +5...+45
- Swipe input mass signal in 0...2,5
- The total error of measurement of weight,% 0,1
- Supply water dispenser control signals himdob-ki and cement, in 0...24
- Output current control signal feeders, not more than A 2
12 546 $
- Power supply 3-phase with neutral to earth, in 400
- The degree of protection against dust and moisture IP54
- achieve homogeneity of the mixture control system there is
- Work transfer coefficient of strain gauges (RCP), mV / V 3 (2)
- The input analog signal "current loop" controller mA 4...20
- The maximum total error of measurement of weight,% 0,1
- Water dispenser control voltage, chem. additives, cement and mixer gate, V 24 DC
9 589 $
- Power supply 3-phase with neutral to earth, in 400
- The degree of protection against dust and moisture IP54
- achieve homogeneity of the mixture control system there is
- Work transfer coefficient of strain gauges (RCP), mV / V 3 (2)
- The input analog signal "current loop" controller mA 4...20
- The maximum total error of measurement of weight,% 0,1
- Water dispenser control voltage, chem. additives, cement and mixer gate, V 24 DC
6 517 $
- Internal volume of the bunker, m³ 8
- Weight, kg 1,700
- Hopper diameter, mm 2300
- Height, mm 4300
- Inlet pipe Flange DU 300
- Outlet pipe Flange DU 300
- Sediment drain pipe Flange DU 300
1 717 $
- Количество камер, шт 3
- Разрешение камеры, Мп 2
- Фокусное расстояние, мм The volume of the batcher of hot inert materials, m
- Разрешение, px 1920 х 1080
- Скорость передачи видео, кадр/с 25
- Степень защиты IP67
- Угол обзора, макс, ° 132
606 $
- appointment For water supply
- power, kWt 1,1
- Head, m 14...6
- Submission m3 h 15...33
- Warranty, months 60
- Weight, kg 27
1 550 $
- appointment For water supply
- power, kWt 5.5
- Head, m 33,5...22
- Filing, m3 h 48....120
- Warranty, months 60
- Weight, kg 70
311 $
- appointment To apply chemical. supplements
- housing Stainless steel
- power, kWt 0,33
- Head, m 22-5
- Filing, m3 h 0-4,8
- Warranty, months 60
- Weight, kg 6,9
1 618 $
- Receivers volume, l 200
- Productivity, l / min 530
- Engine power, kW 3
- Power Supply, 380
- Pressure, bar 10
- Length, mm 1455
- Width, mm 470
1 999 $
- Receivers volume, l 200
- Productivity, l / min 653
- Operating pressure bar 11
- Engine power, kW 4
- Weight, kg 75
- Number of revolutions / min. 1370
- Power Supply, 380
2 491 $
- Receivers volume, l 270
- Productivity, l / min 827
- Operating pressure bar 11
- Engine power, kW 5.5
- Weight, kg 210
- Power Supply, 380
- voltage frequency in Hz. 50
519 $
- Number of compression stages 1
- Number of compressor cylinders 1
- Productivity, l / min 250
- Operating pressure bar 10
- Receivers volume, l 50
- Engine power, kW 1,5
- Length, mm 820
782 $
- Number of compression stages 1
- Number of compressor cylinders 2
- Productivity, l / min 500
- Maximum pressure, bar 9
- Receiver volume, l 200
- power, kWt 3
- Length, mm 1550
1 051 $
- Number of compression stages 1
- Number of compressor cylinders 2
- Productivity, l / min 690
- Receivers volume, l 270
- Operating pressure bar 10
- power, kWt 4
- Length, mm 1,650
8 357 $
- Productivity, l / min 1400
- power, kWt 11
- Nutrition 380 Volt
- Design Stationary
- With dehumidifier there is
- Pressure, atm 10
- Receiver volume, l 500
1 110 $
- Number of compression stages 1
- Number of compressor cylinders 2
- Productivity, l / min 880
- Maximum pressure, bar 10
- Receiver volume, l 270
- power, kWt 5.5
- Length, mm 1,650
3 532 $
- Receivers volume, l 500
- Productivity, l / min 1210
- Operating pressure bar 11
- Engine power, kW 7.5
- Weight, kg 295
- Number of revolutions / min. 1450
- Power Supply, 380
1 908 $
- Number of compression stages 2
- Number of compressor cylinders 4
- Productivity, l / min 1400
- Maximum pressure, bar 10
- Receiver volume, l 500
- power, kWt 7.5
- Length, mm 2,000
24 610 $
- Thermal power, kW 450
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 9,600
- Расход воздуха вентилятора, м3/hour 5,000
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Maximum outlet air temperature, °C 170
- Time to reach operating mode, no more, min 7
31 876 $
- Thermal power, kW 450
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 9,600
- Расход воздуха вентилятора, м3/hour 5,000
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Maximum outlet air temperature, °C 170
- Time to reach operating mode, no more, min 7
27 700 $
- Thermal power, kW 450
- Расход воздуха на выходе до, м3/hour 8700-18000
- Давление воздуха на выходе из ТГВ не более, Па 500-1500
- Дельта по нагреву воздуха, °С 70
- Maximum outlet air temperature, °C 110
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar индивидуально,
2 111 $
- 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
19 520 $
- Тепловая мощность, МВт 0,35
- Температура продукта:
- На входе – не менее °С +5
- На выходе – не более °С +70
- Тип промежуточного теплоносителя steam
- Температура нагрева промежуточного теплоносителя, °С +110
- Тепловая мощность горелки, не менее, МВт 0,39
19 412 $
- Тепловая мощность, МВт 0,25
- Температура продукта:
- На входе – не менее °С +5
- На выходе – не более °С +70
- Тип промежуточного теплоносителя вода, жидкости по ГОСТ 33591-2015
- Температура нагрева промежуточного теплоносителя, °С +95
- Тепловая мощность горелки, не менее, МВт 0,278
74 015 $
- Тепловая мощность, Гкал/ч (МВт) 1 Гкал/ч (1,16 МВт)
- Температура продукта:
- На входе – не менее °С +5
- На выходе – не более °С +70
- Тип промежуточного теплоносителя термальное масло
- Температура нагрева промежуточного теплоносителя, °С +100
- Тепловая мощность горелки, не менее, МВт 1,281
18 070 $
- Теплопроизводительность, МВт/ч (ГКал/ч) 0,2 (0,17)
- Температура теплоносителя, до, °С 105
- Максимальное давление теплоносителя, МПа 0,6
- Расход газа, нм куб/ч 24
- Climatic version У1
- Установленная мощность (3ф 220/380В, 50 Гц), кВт 5
- KPD% 90
3 710 $
- 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
6 218 $
- 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
8 718 $
- 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
10 800 $
- 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
13 411 $
- 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
16 761 $
- 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
23 361 $
- 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
9 457 $
- 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
14 137 $
- 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
26 475 $
- Thermal power, kW 600
- Расход воздуха на выходе до, м3/hour 10000-28000
- Давление воздуха на выходе из ТГВ не более, Па 900-1300
- Дельта по нагреву воздуха, °С 70
- Maximum outlet air temperature, °C 110
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar индивидуально,
31 207 $
- Thermal power, kW 600
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 12800
- Расход воздуха вентилятора, м3/hour 6800
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Maximum outlet air temperature, °C 170
- Time to reach operating mode, no more, min 7
39 705 $
- Thermal power, kW 600
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 12800
- Расход воздуха вентилятора, м3/hour 6800
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Maximum outlet air temperature, °C 170
- Time to reach operating mode, no more, min 7
34 973 $
- Thermal power, kW 600
- Расход воздуха на выходе до, м3/hour 10000-28000
- Давление воздуха на выходе из ТГВ не более, Па 900-1300
- Дельта по нагреву воздуха, °С 70
- Maximum outlet air temperature, °C 110
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar individually
38 126 $
- Thermal power, kW 800
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 16500
- Расход воздуха вентилятора, м3/hour 9,000
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Maximum outlet air temperature, °C 170
- Time to reach operating mode, no more, min 7
36 788 $
- Thermal power, kW 800
- Расход воздуха на выходе до, м3//час 50000-76000
- Давление воздуха на выходе из ТГВ не более, Па 2,000
- Дельта по нагреву воздуха, °С 40
- Maximum outlet air temperature, °C 80
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar individually
40 973 $
- Thermal power, kW 1,000
- Расход воздуха на выходе до, м3/hour 7500-24500
- Давление воздуха на выходе из ТГВ не более, Па 1280-1800
- Дельта по нагреву воздуха, °С 110
- Maximum outlet air temperature, °C 120
- Time to reach operating mode, no more, min 7
- Gas pressure for heat generator, mbar индивидуально,
45 147 $
- Thermal power, kW 2х600
- Температура воздуха на выходе из ТГВ, °C 120 (+/-10)
- Применяемое топливо (в зависимости от горелки) газ/дизель
- Расход дизеля, не более, кг/ч 60-120
- Расход газа, не более, нм3Productivity (at a flow rate in the cylindrical part of 2.5 m/s), m 60-150
- Площадь выходного сечения, м2 2
- Time to reach operating mode, no more, min 7
13 475 $
- 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
20 348 $
- 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
17 585 $
- 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
25 769 $
- 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
19 375 $
- 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
50 428 $
- Thermal power, kW 1,000
- Расход воздуха на выходе до, м3/час (с учетом расширения воздуха при максимальной дельте нагрева) 20,000
- Расход воздуха вентилятора, м3/hour 10,000
- Дельта по нагреву воздуха, °С 210
- Давление воздуха на выходе из ТГВ не более, Па 11500
- Maximum outlet air temperature, °C 170
- Time to reach operating mode, no more, min 7
13 480 $
- Nominal steam output, kg/h 100
- DF consumption (no more), kg/h 7
- 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) 0,08 (0,07)
- Diesel burner Baltur 90
- Thermal power of the burner, MW 0,08
- Operating pressure, MPa 0,9
19 967 $
- 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
25 415 $
- 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
23 689 $
- 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
36 160 $
- 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
31 969 $
- 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
47 141 $
- 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
26 475 $
- 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
43 816 $
- 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
38 368 $
- 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
53 017 $
- 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
36 476 $
- 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
52 953 $
- 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
44 181 $
- 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
58 925 $
- 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
40 348 $
- 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
56 045 $
- 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
46 377 $
- 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
61 024 $
- 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
27 173 $
- 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
16 255 $
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,21
- Тепловая мощность, МВт 0,25
- Температура воды не выше, °С 95
- Тепловая мощность горелки, не менее, МВт 0,278
- Расход по дизельному топливу, кг/ч 23
- Расход по дизельному топливу, л/час 28
- Methane consumption, nm3/hour 30
22 193 $
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,21
- Тепловая мощность, МВт 0,25
- Температура воды не выше, °С 95
- Тепловая мощность горелки, не менее, МВт 0,278
- Diesel fuel consumption, kg/hour 23
- Diesel fuel consumption, l/h 28
- Methane consumption, nm3/hour 30
81 080 $
- Thermal power, MW (Gcal) 0,2 (0,17)
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 1,000
- Производительность ГВС (+5/+65) 0,03 ГКал, м3/час 0,5
- Расход топлива для газовой комплектации, нм.куб/час 24
- Расход топлива для дизельной комплектации, кг/час 19
82 012 $
- Thermal power, MW (Gcal) 0,5 (0,43)
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 1,000
- Расход топлива для газовой комплектации, нм.куб/час 59
- Расход топлива для дизельной комплектации, кг/час 56
- Выход на рабочий режим, мин. 30
92 197 $
- Thermal power, MW (Gcal) 0,5 (0,43)
- Производительность ГВС (+5/+65), м3/hour 1,3
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 1,000
- Расход топлива для газовой комплектации, нм.куб/час 59
- Расход топлива для дизельной комплектации, кг/час 56
105 900 $
- Тепловая мощность, МВт (Гкал 1 (0,86)
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 2,000
- Расход топлива для газовой комплектации, нм.куб/час 118
- Расход топлива для дизельной комплектации, кг/час 93
- Выход на рабочий режим, мин. 60
127 058 $
- Суммарная тепловая мощность, МВт (Гкал) 1 (0,86)
- Производительность ГВС (+5/+65), м3/hour 2,6
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 2,000
- Расход топлива для газовой комплектации, нм.куб/час 118
- Расход топлива для дизельной комплектации, кг/час 93
127 808 $
- Тепловая мощность, МВт (Гкал 1,4 (1,2)
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 6,000
- Расход топлива для газовой комплектации, нм.куб/час 177
- Расход топлива для дизельной комплектации, кг/час 139
- Выход на рабочий режим, мин. 60
151 463 $
- Суммарная тепловая мощность, МВт (Гкал) 1,4 (1,2)
- Производительность ГВС (+5/+65), м3/hour 4,0
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 6,000
- Расход топлива для газовой комплектации, нм.куб/час 177
- Расход топлива для дизельной комплектации, кг/час 139
157 968 $
- Тепловая мощность, МВт (Гкал 2 (1,72)
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 6,000
- Расход топлива для газовой комплектации, нм.куб/час 236
- Расход топлива для дизельной комплектации, кг/час 185
- Выход на рабочий режим, мин. 60
192 605 $
- Суммарная тепловая мощность, МВт (Гкал) 2 (1,72)
- Производительность ГВС (+5/+65), м3/hour 5,3
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 6,000
- Расход топлива для газовой комплектации, нм.куб/час 236
- Расход топлива для дизельной комплектации, кг/час 185
208 330 $
- Тепловая мощность, МВт (Гкал 3 (2,58)
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 6,400
- Расход топлива для газовой комплектации, нм.куб/час 355
- Расход топлива для дизельной комплектации, кг/час 335
- Выход на рабочий режим, мин. 60
267 143 $
- Суммарная тепловая мощность, МВт (Гкал) 3 (2,58)
- Производительность ГВС (+5/+65), м3/hour 7,9
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 6,400
- Расход топлива для газовой комплектации, нм.куб/час 355
- Расход топлива для дизельной комплектации, кг/час 335
254 155 $
- Тепловая мощность, МВт (Гкал 4 (3,44)
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 12000
- Расход топлива для газовой комплектации, нм.куб/час 473
- Расход топлива для дизельной комплектации, кг/час 371
- Выход на рабочий режим, мин. 60
329 185 $
- Суммарная тепловая мощность, МВт (Гкал) 4 (3,44)
- Производительность ГВС (+5/+65), м3/hour 10,6
- Температура теплоносителя на котловом контуре, °С +105/+90
- Температура теплоносителя на внешнем отопительном контуре, °С +95/+70
- Объѐм теплоносителя, л (не более, с учѐтом расширительных баков) 12000
- Расход топлива для газовой комплектации, нм.куб/час 473
- Расход топлива для дизельной комплектации, кг/час 371
18 323 $
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0Boiler water volume, m
- Тепловая мощность, МВт 0,5
- Температура воды не выше, °С 95
- Тепловая мощность горелки, не менее, МВт 0,556
- Diesel fuel consumption, kg/hour 46
- Diesel fuel consumption, l/h 56
- Methane consumption, nm3/hour 59
25 602 $
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0Boiler water volume, m
- Тепловая мощность, МВт 0,5
- Температура воды не выше, °С 95
- Тепловая мощность горелки, не менее, МВт 0,556
- Diesel fuel consumption, kg/hour 46
- Diesel fuel consumption, l/h 56
- Methane consumption, nm3/hour 59
21 417 $
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,6
- Тепловая мощность, МВт 0,7
- Температура воды не выше, °С 95
- Тепловая мощность горелки, не менее, МВт 0,778
- Diesel fuel consumption, kg/hour 65
- Diesel fuel consumption, l/h 78
- Methane consumption, nm3/hour 83
28 283 $
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,6
- Тепловая мощность, МВт 0,7
- Температура воды не выше, °С 95
- Тепловая мощность горелки, не менее, МВт 0,778
- Diesel fuel consumption, kg/hour 65
- Diesel fuel consumption, l/h 78
- Methane consumption, nm3/hour 83
29 942 $
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,86
- Тепловая мощность, МВт 23 866 $
- Температура воды не выше, °С 95
- Тепловая мощность горелки, не менее, МВт 1,11
- Diesel fuel consumption, kg/hour 93
- Diesel fuel consumption, l/h 112
- Methane consumption, nm3/hour 118
40 973 $
- Reject hopper capacity (at a density of 1.8 t/m³), m³ (t) 0,86
- Тепловая мощность, МВт 23 866 $
- Температура воды не выше, °С 95
- Тепловая мощность горелки, не менее, МВт 1,11
- Diesel fuel consumption, kg/hour 93
- Diesel fuel consumption, l/h 112
- Methane consumption, nm3/hour 118
16 543 $
- 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
19 060 $
- 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
22 918 $
- 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
25 209 $
- 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
30 098 $
- Thermal system, Gcal/time, MW/time 0,8 (0,93)
- Efficiency, % not less 90
- The area of the heat exchanger, m2 33
- The volume of the coolant, m3 0,52
- 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
35 524 $
- 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
48 569 $
- 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
64 064 $
- 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
7 707 $
- Thermal system, Gcal/time, MW/time 0,03(0,035)
- Efficiency, % not less 99
- The volume of the coolant, m3 0,2
- Installed power, kW 44
- Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- Oil heating mode, feed/return, ° C 300/280
- Time to exit to mode, min 30
16 537 $
- Thermal system, Gcal/time, MW/time 0,1(0,116)
- Efficiency, % not less 99
- The volume of the coolant, m3 0,8
- Installed power, kW 120
- Power Power 3F, V/Hz Reject hopper capacity (at a density of 1.8 t/m³), m³ (t)
- Oil heating mode, feed/return, ° C 200/190
- Time to exit to mode, min 30
3 120 $
- A type стационарный, горизонтальный
- Useful capacity, m3 4
- Pressure for filling
- Минимальная температура стенки под расчетным давлением, TheС; минус 20
- Расчетная температура стенки, TheС; плюс 150
- Толщина утепления, мм 50
- Climatic version У-4
5 044 $
- A type стационарный, горизонтальный
- Useful capacity, m3 6
- Pressure for filling
- Material of manufacture ст.3сп
- Максимальная температура °С плюс 65
- Толщина утепления, мм 80
- Climatic version U-1
9 468 $
- A type стационарный, горизонтальный
- Useful capacity, m3 15
- Pressure for filling
- Минимальная температура стенки под расчетным давлением, TheС; минус 20
- Расчетная температура стенки, TheС; плюс 150
- Толщина утепления, мм 100
- Climatic version U-1
11 211 $
- A type стационарный, горизонтальный
- Useful capacity, m3 25
- Pressure for filling
- Минимальная температура стенки под расчетным давлением, TheС; минус 20
- Расчетная температура стенки, TheС; плюс 150
- Толщина утепления, мм 100
- Climatic version U-1
514 $
- 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
721 $
- 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
2 935 $
- 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
4 044 $
- 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
6 021 $
- 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
7 988 $
- 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
4 416 $
- Useful capacity, m³ 10
- Inner diameter of the can, mm 2,250
- Shell thickness, mm 4
- Bottom thickness, mm 4
- Operating pressure, MPa for filling
- Weight, kg 2035
- Width, mm 3024
5 300 $
- Useful capacity, m³ 15
- Inner diameter of the can, mm 2,250
- Shell thickness, mm 4
- Bottom thickness, mm 4
- Operating pressure, MPa for filling
- Weight, kg 2365
- Width, mm 3024
6 624 $
- Useful capacity, m³ 20
- Inner diameter of the can, mm 2,250
- Shell thickness, mm 4
- Bottom thickness, mm 4
- Operating pressure, MPa for filling
- Weight, kg 3,000
- Width, mm 3024
7 513 $
- Useful capacity, m³ 25
- Inner diameter of the can, mm 2,250
- Shell thickness, mm 4
- Bottom thickness, mm 4
- Operating pressure, MPa for filling
- Weight, kg 3330
- Width, mm 3024
8 399 $
- Useful capacity, m³ 35
- Inner diameter of the can, mm 2,250
- Shell thickness, mm 4
- Bottom thickness, mm 4
- Operating pressure, MPa for filling
- Weight, kg 3665
- Width, mm 3024
9 722 $
- Useful capacity, m³ 40
- Inner diameter of the can, mm 2,250
- Shell thickness, mm 4
- Bottom thickness, mm 4
- Operating pressure, MPa for filling
- Weight, kg 4300
- Width, mm 3024
10 607 $
- Useful capacity, m³ 45
- Inner diameter of the can, mm 2,250
- Shell thickness, mm 4
- Bottom thickness, mm 4
- Operating pressure, MPa for filling
- Weight, kg 4635
- Width, mm 3024
5 777 $
1 621 $
- Pipe diameter, mm 114
- The length of pipe, mm 3 000
- Productivity, tons per hour 7
- power, kWt 2,2
- Weight, kg 121
- Length, mm 3 260
- Width, mm 300
2 118 $
- Pipe diameter, mm 114
- The length of pipe, mm 6 000
- Productivity, tons per hour 7
- power, kWt 2,2
- Weight, kg 190
- Length, mm 6 280
- Width, mm 300
2 180 $
- Pipe diameter, mm 168
- The length of pipe, mm 4 000
- Productivity, tons per hour 28
- power, kWt 4
- Weight, kg 216
- Length, mm 4 350
- Width, mm 350
2 524 $
- Pipe diameter, mm 168
- The length of pipe, mm 6 000
- Productivity, tons per hour 28
- power, kWt 4
- Weight, kg 324
- Length, mm 6 350
- Width, mm 350
3 061 $
- Pipe diameter, mm 168
- The length of pipe, mm 7 500
- Productivity, tons per hour 28
- power, kWt 5.5
- Weight, kg 388
- Length, mm 7 850
- Width, mm 350
3 212 $
- Pipe diameter, mm 168
- The length of pipe, mm 9 000
- Productivity, tons per hour 28
- power, kWt 5.5
- Weight, kg 437
- Length, mm 9 350
- Width, mm 350
3 409 $
- Pipe diameter, mm 168
- The length of pipe, mm 10 000
- Power, kWt 7.5
- Productivity, tons per hour 28
- Weight, kg 470
- Length, mm 10 350
- Width, mm 350
3 929 $
- Pipe diameter, mm 168
- The length of pipe, mm 12 000
- Productivity, tons per hour 28
- power, kWt 7.5
- Weight, kg 533
- Length, mm 12 350
- Width, mm 350
2 409 $
- Pipe diameter, mm 219
- The length of pipe, mm 4 000
- Productivity, tons per hour 80
- power, kWt 5.5
- Weight, kg 263
- Length, mm 4 380
- Width, mm 350
2 979 $
- Pipe diameter, mm 219
- The length of pipe, mm 6 000
- Productivity, tons per hour 80
- power, kWt 7.5
- Weight, kg 360
- Length, mm 7 000
- Width, mm 400
3 350 $
- Pipe diameter, mm 219
- The length of pipe, mm 7 000
- Productivity, tons per hour 40
- power, kWt 9
- Weight, kg 424
- Length, mm 7 380
- Width, mm 350
3 411 $
- Pipe diameter, mm 219
- The length of pipe, mm 7 500
- Productivity, tons per hour 80
- power, kWt 9
- Weight, kg 428
- Length, mm 7 880
- Width, mm 350
3 466 $
- Pipe diameter, mm 219
- The length of pipe, mm 8 000
- Productivity, tons per hour 80
- power, kWt 9
- Weight, kg 464
- Length, mm 8 380
- Height, mm 350
3 595 $
- Pipe diameter, mm 219
- The length of pipe, mm 9 000
- Productivity, tons per hour 80
- power, kWt 9
- Weight, kg 504
- Length, mm 9 380
- Width, mm 350
4 033 $
- Pipe diameter, mm 219
- The length of pipe, mm 10 000
- Productivity, tons per hour 80
- power, kWt 11
- Weight, kg 555
- Length, mm 10 350
- Height, mm 350
4 431 $
- Pipe diameter, mm 219
- The length of pipe, mm 11 000
- Productivity, tons per hour 80
- power, kWt 11
- Weight, kg 616
- Length, mm 11 380
- Height, mm 350
4 499 $
- Pipe diameter, mm 219
- The length of pipe, mm 11 500
- Productivity, tons per hour 80
- power, kWt 11
- Weight, kg 636
- Length, mm 11 880
- Height, mm 350
4 554 $
- Pipe diameter, mm 219
- The length of pipe, mm 12 000
- Productivity, tons per hour 80
- power, kWt 11
- Weight, kg 656
- Length, mm 12 380
- Height, mm 350
5 027 $
- Pipe diameter, mm 219
- The length of pipe, mm 13 000
- Productivity, tons per hour 80
- power, kWt 15
- Weight, kg 656
- Length, mm 13 380
- Height, mm 350
5 507 $
- Pipe diameter, mm 219
- The length of pipe, mm 15 000
- Productivity, tons per hour 80
- power, kWt 15
- Weight, kg 841
- Length, mm 15 380
- Width, mm 400
3 327 $
- Pipe diameter, mm 273
- The length of pipe, mm 6 000
- Productivity, tons per hour 105
- power, kWt 9
- Weight, kg 511
- Length, mm 6 450
- Height, mm 400
4 137 $
- Pipe diameter, mm 273
- The length of pipe, mm 9 000
- Productivity, tons per hour 105
- power, kWt 11
- Weight, kg 599
- Length, mm 9 450
- Width, mm 400
4 509 $
- Pipe diameter, mm 273
- The length of pipe, mm 10 000
- Productivity, tons per hour 105
- power, kWt 15
- screw installation angle, degrees 20...45
- Inlet angle adjustable
- The outlet, hail 45
5 105 $
- Pipe diameter, mm 273
- The length of pipe, mm 12 000
- Productivity, tons per hour 105
- power, kWt 15
- Weight, kg 792
- Length, mm 12 450
- Width, mm 400
5 417 $
- Pipe diameter, mm 273
- The length of pipe, mm 13 000
- Productivity, tons per hour 105
- power, kWt 15
- Weight, kg 838
- Length, mm 13 450
- Width, mm 400
6 438 $
- Pipe diameter, mm 273
- The length of pipe, mm 15 000
- Productivity, tons per hour 105
- power, kWt 18,5
- Weight, kg 960
- Length, mm 15 450
- Height, mm 400
6 666 $
- Pipe diameter, mm 323
- The length of pipe, mm 10 000
- Productivity, tons per hour 135
- power, kWt 22
- Weight, kg 913
- Length, mm 10 500
- Height, mm 450
7 384 $
- Pipe diameter, mm 323
- The length of pipe, mm 12 000
- Productivity, tons per hour 135
- power, kWt 22
- Weight, kg 1023
- Length, mm 12 500
- Height, mm 450
1 015 $
- Объём бака, м3 0,4
- Расчётное давление под налив (0,01МПа)
- Расчётная температура стенки, °С +300
- Tank weight, kg 180
- Length, mm 1525
- Width, mm 678
- Height, mm 1280
1 253 $
- Объём бака, м3 1
- Расчётное давление под налив (0,01МПа)
- Расчётная температура стенки, °С +300
- Tank weight, kg 260
- Length, mm 2010
- Width, mm 800
- Height, mm 1408
1 491 $
- Объём бака, м3 1,5
- Расчётное давление под налив (0,01МПа)
- Расчётная температура стенки, °С +300
- Tank weight, kg 316
- Length, mm 2708
- Width, mm 800
- Height, mm 1408
1 672 $
- Объём бака, м3 2
- Расчётное давление под налив (0,01МПа)
- Расчётная температура стенки, °С +300
- Tank weight, kg 375
- Length, mm 2215
- Width, mm 1018
- Height, mm 1796
1 968 $
- Объём бака, м3 3
- Расчётное давление под налив (0,01МПа)
- Расчётная температура стенки, °С +300
- Tank weight, kg 480
- Length, mm 2950
- Width, mm 1018
- Height, mm 1800
611 $
- 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
803 $
- 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
1 064 $
- 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
1 317 $
- 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
1 554 $
- 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
1 624 $
- 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
2 010 $
- 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
971 $
- 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
1 037 $
- 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
1 037 $
- 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
1 151 $
- 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
1 089 $
- 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
1 304 $
- 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
1 368 $
- 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
1 940 $
- 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
1 588 $
- 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
2 153 $
- 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
1 911 $
- 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
2 715 $
- 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
2 508 $
- 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
2 945 $
- 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
3 475 $
- 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

