Hoval STU Series, Инструкции по установке, эксплуатации и обслуживанию

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CF Biomass Filter
Technical Information
13
Boiler Filter Maximum
boiler
output
kW
Max
particulate
emission
level
4
Dimensions (mm) Weight
(approx)
kg
Maximum
flue gas
flow
1
@
200°C m
3
/hr
Maximum
temperature
°C
Compressed
air
consumption
2
m
3
/hr
Height Length Depth
STU 150 CF 150 170 <5mg/m
3
1510 1295 1255 440 510 230 0.36
STU 200 CF 200 220 <5mg/m
3
1925 1700 1810 600 672 230 0.36
STU 250 CF 250 270 <5mg/m
3
1925 2010 1540 720 833 230 0.61
STU 300 CF 300 325 <5mg/m
3
1925 2010 1720 879 994 230 0.61
STU 350 CF 350 376 <5mg/m
3
1925 2010 1877 930 1195 230 0.61
STU 425 CF 425 450 <5mg/m
3
1925 2080 2060 1050 1410 230 0.61
STU 500 CF 500 501 <5mg/m
3
1925 2080 2260 1150 1679 230 0.61
STU 600 CF 600 650 <5mg/m
3
1925 2290 2510 1300 2001 230 0.61
STU 800 CF 800 800 <5mg/m
3
1925 2760 2165 1420 2659 230 0.98
STU 1000 Twin CF 1000 1200 <5mg/m
3
1925 3520 2915 2650 3317 230 1.22
Boiler Filter Induced Draught Fan Incoming Electrical Supply
Type Motor
kW
Absorbed power
kW
STU 150 CF 150 Halifax 1.5 0.89 3N ~50Hz 400/230V 10A (max)
STU 200 CF 200 Halifax 1.5 0.86 3N ~50Hz 400/230V 10A (max)
STU 250 CF 250 Halifax 2.2 1.06 3N ~50Hz 400/230V 10A (max)
STU 300 CF 300 Halifax 2.2 1.28 3N ~50Hz 400/230V 10A (max)
STU 350 CF 350 Halifax 2.2 1.64 3N ~50Hz 400/230V 10A (max)
STU 425 CF 425 Halifax 3.0 1.97 3N ~50Hz 400/230V 10A (max)
STU 500 CF 500 Halifax 3.0 2.20 3N ~50Hz 400/230V 10A (max)
STU 600 CF 600 Halifax 4.0 2.81 3N ~50Hz 400/230V 10A (max)
STU 800 CF 800 Halifax 5.5 3.40 3N ~50Hz 400/230V 10A (max)
STU 1000 Twin CF 1000 Halifax 5.5 4.00 3N ~50Hz 400/230V 10A (max)
Notes: 1 The maximum flue gas flow is based on typical combustion conditions at high fire.
2 A suitable compressed air supply is required for the automatic filter cleaning system (compressor available
as an optional extra). The consumptions stated above are based on a 4 bar supply and one full clean down
cycle of all filters per hour.
3
The maximum moisture content of the pellets should be no greater than 10%.
4
Equivalent to <2mg/MJ (2g/GJ).