thermital THC 1000 GREY, Инструкция по установке, эксплуатации и обслуживанию

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ENGLISH
INSTALLER
INSTALLER
Hoses should also be fixed to the floor and suitably protected whenever possible
The flue gas exhaust and stack connection must be made in compliance with applicable laws and standards, using heat resist-
ant, condensate resistant and stress resistant rigid pipe and sealed joints.
The stack must be fitted with a condensate trap and drain and the flue gas exhaust pipe must be installed at a slope of at least
3° towards the boiler.
DIMENSIONS (mm)
THC GREY
150 210 270 350 450 600 800 1000 1250 1450
H - Height of flue gas outlet 515 515 545 545 645 645 680 680 720 805 mm
Ø i Diameter of flue gas fitting 200 200 250 250 300 300 350 350 400 450 mm
H
ø i
THERMITAL
THC
b
The stack must guarantee the minimum draught specified by applicable technical standards, assuming zero pressure at
the connection to the flue gas exhaust.
b
Inadequate or badly dimensioned stacks and flues can increase combustion noise and affect combustion parameters
b
Joints must be sealed using suitable materials (e.g. filler, mastic or silicon based sealant).
b
Uninsulated flues are potentially dangerous and can cause burns.
Installation in B23P configurationin
The B23P configuration may only be adopted with premix gas burners. The table below specifies maximum permissible flue
back-pressure. Make sure that flue pipes are of a suitable class for the values specified in the table.
BOILER model PREMIXED BURNER model
Flue exhaust tube maximum
pressure (*) (Pa)
Boiler noise (**) (db(A))
THC 150 GREY RX180S/PV 150 68
THC 210 GREY RX250S/PV 150 68
THC/C 270 GREY RX360S/PV 150 69
THC/C 350 GREY RX500S/PV 180 67
THC/C 450 GREY RX500S/PV 180 (***) 74 (***)
THC/C 600 GREY RX850S/PV 180 74
THC 800 GREY RX1000S/PV 200 76
THC 1000 GREY RX1000S/PV 200 76
(*) With B23P exhaust configuration (only with RX Series premix burners).
(**) Noise level measured as continuous sound pressure weighted according to scale A, at 1 metre from the appliance.
(***) The values indicated are valid only in working conditions with CO2 ≥ 9.2 % and at less than 300 metres above sea level.