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| | | TECHNICAL DATA | | |
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| | | OPALIS 6 | | |
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| | | | | | | | | | | | | • Output | (P)J | 9,65 | JkW__ | (32905_Bt_u/h_)_ | | | | • Efficiency | | _78_! | | | | | | • Minimum flow rate | | | J/min | (0.6 g/min) | | | | • Maximum flow rate | | _6_! | J/min | (1.3_g_/min) _ | | | | • Minimum water pressure | ipwL.................................................................... | | _bar_ _ | (9_lb/in!)__ | | | | • Maximum water pressure (') (pw).................................................................... | _i_o_! | _bar_ _ | (150 lb/in!) _ | | | | • Nominal rated heat input | (Q) ••.................................................................... | | JkW_~ | (42280_Bt_u/h_)_ | | | | • Temperature rise | | _25_! | | | | | | • Fresh air flow rate | | _24_ ~_ | | ----- | | | | Butane (G30) : Appliance inlet pressure............................................................ | 28/30 mbar | | | | | Propane (G31) : Appliance inlet pressure.......................................................... | 37 | mbar | | | | | • 0 pilot injector | | 0,18 | mm | | | | | • 0 Burner injector | | 0,70" | mm | | | | | • 0 diaphragm | | 8,00" | mm | | | | | • Nominal gas flow rate | | 0,88" | kg/h | | | | | | | | | | | | | |
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| | | Gas connection..................................................................................................................15 mm copper tail Cold water connection.....................................................................................................15 mm copper tail Hot water outlet..................................................................................................................12 mm copper tail | | |
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| | | OPALIS 5 | | |
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| | | | | | | | | | | | | • Output | (P)J | 8,7 | _kW__ | (29665__Bt_u/h_)_ | | | | • Efficiency | | _75_! | | | | | | • Minimum flow rate | | _2J5! | J/min | (0^55 g/min)_ | | | | • Maximum flow rate | | __5_! | J/min | g/min)_ | | | | • Minimum water pressure | ipwL.................................................................... | _0_,5[ | _bar_ _ | (7,5_lb/Ln!)_ | | | | • Maximum water pressure (1) (pw).................................................................... | __0L | _bar_ _ | ■ ib/in!)__ | | | | • Nominal rated heat input | (Q) ••.................................................................... | J17! | J<W_~ | (39895J_t_u/h_)_ | | | | • Temperature rise | | _25_! | | | | | | • Fresh air flow rate | | _ _ | _mJ/hh | ----- | | | | Natural (G20) : Appliance inlet pressure............................................................ | 20 | mbar | | | | | • 0 Base pilot injector | | 0,21 | mm | | | | | • 0 Vent pilot injector | | 0,35" | mm | | | | | • 0 Burner injector | | 1,20" | mm | | | | | • 0 diaphragm | | 3,00" | mm | | | | | • Nominal gas flow rate (2) | | 1,11" | m3 | | | | | | | | | | | | | |
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| | | Gas connection..................................................................................................................15 mm copper tail Cold water connection.....................................................................................................15 mm copper tail Hot water outlet..................................................................................................................12 mm copper tail | | |
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| | | (') These maximum water pressure values take into account the dilatation of the water. (2) All values for nominal gas flow rates expressed in m3/hr are given for a gas temperature of 15° C and an atmospheric pressure of 1013 mbar. | | |
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| | | ■ 5 | | |
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