Steel Gas Boilers of Classic Series

The model range is from 7,5 to 100 kW. Maximum efficiency due to an increase in the heat exchange area and the use of an innovative design of turbulators for maximum delay of exhaust gases. Affordable price with the preservation of efficiency parameters due to the unification of equipment elements, standardization of components and robotization of production processes.

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Description

Description

The model range is from 7,5 to 30 kW

Maximum efficiency due to an increase in the heat exchange area and the use of an innovative design of turbulators for maximum delay of exhaust gases.

Operating pressure: from 12,5 to 30 kW - up to 3 atm, from 7,5 to 10 kW - up to 1 atm.

Improved safety systems against overheating of the heat exchanger, interruption of traction, soot formation, boilerblowing.

Affordable price with the preservation of efficiency parameters due to the unification of equipment elements, standardization of components and robotization of production processes.

Ease of maintenance of the boiler due to the use of an easily removable top panel.

The model range is from 35 to 40 kW with automatic 820 NOVA

The temperature regulator is located on the front panel of the boiler.

Working in conjunction with the Lemax monitoring and control device for remote monitoring and control of the gas boiler and heating system indicators through a mobile application.

Possibility of connecting a room thermostat to regulate the indoor temperature with high precision.

Work in conjunction with the External Fan of the Comfort SE series for forced exhaust gas removal in the absence of a stationary chimney.

A soft start system that provides acoustic comfort at the time of boiler start-up.

The model range is from 50 to 60 kW

Maximum efficiency due to an increase in the heat exchange area and the use of an innovative design of turbulators for maximum delay of exhaust gases.

Operating pressure - up to 3 atm.

Improved safety systems against overheating of the heat exchanger, interruption of traction, soot formation, boilerblowing.

Ease of maintenance of the boiler due to the use of an easily removable top panel.

The model range is from 70 to 100 kW

Maximum efficiency due to an increase in the heat exchange area and the use of an innovative design of turbulators for maximum delay of exhaust gases.

Operating pressure - up to 2 atm.

Two independently operating safety automatics 820 NOVA.

Improved safety systems against overheating of the heat exchanger, interruption of traction, soot formation, boilerblowing.

An overpressure valve is installed in the heating circuit for 3 atm, which allows to compensate for errors during the installation of the heating system.

Ease of maintenance of the boiler due to the use of an easily removable top panel.

Name of parameters		Classic-7,5	Classic-10	Classic-12,5/ Classic-12,5W	Classic-16/ Classic-16W	Classic-20/ Classic-20W	Classic-25/ Classic-25W	Classic-30/ Classic-30W	Classic-35/ Classic-35W	Classic-40/ Classic-40W	Classic-50	Classic-60	Classic-70	Classic-80	Classic-90	Classic-100
Type of gas burner equipment		Type of gas burner equipment GGY-9D	Type of gas burner equipment GGY-12D	Type of gas burner equipment GGY-15D	Type of gas burner equipment GGY-19D	Type of gas burner equipment GGY-25D	Type of gas burner equipment GGY-30D	Type of gas burner equipment GGY-35D	Type of gas burner equipment GGY-40D	Type of gas burner equipment GGY-45D	Type of gas burner equipment GGY-55D	Type of gas burner equipment GGY-65D	Type of gas burner equipment GGY-80D	Type of gas burner equipment GGY-90D	Type of gas burner equipment GGY-100D	Type of gas burner equipment GGY-115D
Automatic safety controls		Automatic safety controls 630 EUROSIT	Automatic safety controls 630 EUROSIT	Automatic safety controls 630 EUROSIT	Automatic safety controls 630 EUROSIT	Automatic safety controls 630 EUROSIT	Automatic safety controls 710 EUROSIT	Automatic safety controls 710 EUROSIT	Automatic safety controls 820 NOVA	Automatic safety controls 820 NOVA	Automatic safety controls 820 NOVA	Automatic safety controls 820 NOVA	Automatic safety controls 820 NOVA	Automatic safety controls 820 NOVA	Automatic safety controls 820 NOVA	Automatic safety controls 820 NOVA
Rated heat output, kW		Rated heat output, kW 7,5	Rated heat output, kW 10	Rated heat output, kW 12,5	Rated heat output, kW 16	Rated heat output, kW 20	Rated heat output, kW 25	Rated heat output, kW 30	Rated heat output, kW 35	Rated heat output, kW 40	Rated heat output, kW 50	Rated heat output, kW 60	Rated heat output, kW 70	Rated heat output, kW 80	Rated heat output, kW 90	Rated heat output, kW 100
Efficiency factor, %		Efficiency factor, % 88	Efficiency factor, % 88	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90	Efficiency factor, % 90
Approximate area of the heated space, m²		Approximate area of the heated space, m² 75	Approximate area of the heated space, m² 100	Approximate area of the heated space, m² 125	Approximate area of the heated space, m² 160	Approximate area of the heated space, m² 200	Approximate area of the heated space, m² 250	Approximate area of the heated space, m² 300	Approximate area of the heated space, m² 350	Approximate area of the heated space, m² 400	Approximate area of the heated space, m² 500	Approximate area of the heated space, m² 600	Approximate area of the heated space, m² 700	Approximate area of the heated space, m² 800	Approximate area of the heated space, m² 900	Approximate area of the heated space, m² 980
Volume of the heat carrier in the heat exchanger, l		Volume of the heat carrier in the heat exchanger, l 16,5	Volume of the heat carrier in the heat exchanger, l 16,5	Volume of the heat carrier in the heat exchanger, l 24	Volume of the heat carrier in the heat exchanger, l 24	Volume of the heat carrier in the heat exchanger, l 45	Volume of the heat carrier in the heat exchanger, l 43	Volume of the heat carrier in the heat exchanger, l 43	Volume of the heat carrier in the heat exchanger, l 62,5	Volume of the heat carrier in the heat exchanger, l 62,5	Volume of the heat carrier in the heat exchanger, l 63	Volume of the heat carrier in the heat exchanger, l 63	Volume of the heat carrier in the heat exchanger, l 100	Volume of the heat carrier in the heat exchanger, l 100	Volume of the heat carrier in the heat exchanger, l 118	Volume of the heat carrier in the heat exchanger, l 118
Natural gas consumption. m³/h	maximum	maximum 0,9	maximum 1,2	maximum 1,5	maximum 1,9	maximum 2,4	maximum 3,0	maximum 3,5	maximum 4,0	maximum 4,5	maximum 5,5	maximum 6,5	maximum 8,0	maximum 9,0	maximum 10,0	maximum 11,5
medium		medium 0,45	medium 0,6	medium 0,75	medium 0,95	medium 1,2	medium 1,5	medium 1,75	medium 2,0	medium 2,25	medium 2,75	medium 3,25	medium 4,0	medium 4,5	medium 5,0	medium 5,75
Process pressure of the heat carrier, MPa		Process pressure of the heat carrier, MPa 0,1	Process pressure of the heat carrier, MPa 0,1	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,3	Process pressure of the heat carrier, MPa 0,2	Process pressure of the heat carrier, MPa 0,2	Process pressure of the heat carrier, MPa 0,2	Process pressure of the heat carrier, MPa 0,2
Nominal pressure of natural gas. Pa		1300
The range of rarefaction under which stable operation of the boiler is ensured. Pa		The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-25	The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-25	The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-25	The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-25	The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-25	The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 3-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 4-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 4-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 4-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 4-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 4-40	The range of rarefaction under which stable operation of the boiler is ensured. Pa 4-40
Temperature of combustion products. No less than. C		Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110	Temperature of combustion products. No less than. C 110
Maximum temperature of the heat carrier at the boiler outlet. С		Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90	Maximum temperature of the heat carrier at the boiler outlet. С 90
Specific consumption of hot water at a temperature of 25 °С, lpm		Specific consumption of hot water at a temperature of 25 °С, lpm -	Specific consumption of hot water at a temperature of 25 °С, lpm -	Specific consumption of hot water at a temperature of 25 °С, lpm -/4	Specific consumption of hot water at a temperature of 25 °С, lpm -/5	Specific consumption of hot water at a temperature of 25 °С, lpm -/6	Specific consumption of hot water at a temperature of 25 °С, lpm -/7	Specific consumption of hot water at a temperature of 25 °С, lpm -/8	Specific consumption of hot water at a temperature of 25 °С, lpm -/9	Specific consumption of hot water at a temperature of 25 °С, lpm -/10	Specific consumption of hot water at a temperature of 25 °С, lpm -	Specific consumption of hot water at a temperature of 25 °С, lpm -	Specific consumption of hot water at a temperature of 25 °С, lpm -	Specific consumption of hot water at a temperature of 25 °С, lpm -	Specific consumption of hot water at a temperature of 25 °С, lpm -	Specific consumption of hot water at a temperature of 25 °С, lpm -
Diameter of the flue, mm		Diameter of the flue, mm 100	Diameter of the flue, mm 100	Diameter of the flue, mm 130	Diameter of the flue, mm 130	Diameter of the flue, mm 130	Diameter of the flue, mm 130	Diameter of the flue, mm 130	Diameter of the flue, mm 140	Diameter of the flue, mm 140	Diameter of the flue, mm 200	Diameter of the flue, mm 200	Diameter of the flue, mm 200	Diameter of the flue, mm 200	Diameter of the flue, mm 200	Diameter of the flue, mm 200
Linkage dimensions of the branch pipes to the gas supply system, inch		Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 1/2"	Linkage dimensions of the branch pipes to the gas supply system, inch 3/4"	Linkage dimensions of the branch pipes to the gas supply system, inch 3/4"	Linkage dimensions of the branch pipes to the gas supply system, inch 3/4"	Linkage dimensions of the branch pipes to the gas supply system, inch 3/4"	Linkage dimensions of the branch pipes to the gas supply system, inch 3/4"	Linkage dimensions of the branch pipes to the gas supply system, inch 3/4"
Linkage dimensions of the branch pipes to the heating system, inch		Linkage dimensions of the branch pipes to the heating system, inch 1 1/2"	Linkage dimensions of the branch pipes to the heating system, inch 1 1/2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"	Linkage dimensions of the branch pipes to the heating system, inch 2"

Overall dimensions, mm
height		height 677	height 677	height 744	height 744	height 926	height 926	height 926	height 1021	height 1021	height 1102	height 1102	height 1180	height 1180	height 1180	height 1180
width		width 282	width 282	width 410	width 410	width 451	width 451	width 451	width 530	width 530	width 581	width 581	width 754	width 754	width 975	width 975
depth		depth 474	depth 474	depth 505	depth 505	depth 568	depth 568	depth 568	depth 622	depth 622	depth 654	depth 654	depth 753	depth 753	depth 734	depth 734
Mass, kg, no more than		Mass, kg, no more than net gross	Mass, kg, no more than 31 33	Mass, kg, no more than 31 33	Mass, kg, no more than 46/48 48/50	Mass, kg, no more than 46/48 48/50	Mass, kg, no more than 67/70 69/73	Mass, kg, no more than 71/74 73/76	Mass, kg, no more than 71/74 73/76	Mass, kg, no more than 97/101 105/109	Mass, kg, no more than 97/101 105/109	Mass, kg, no more than 115 122	Mass, kg, no more than 115 122	Mass, kg, no more than 210 226	Mass, kg, no more than 210 226	Mass, kg, no more than 257 275

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