Technical data of the IDS series

Technical data IDS-20 IDS-20 D IDS-30 IDS-30 D IDS-45 IDS-80 IDS-100 IDS-900
Article no. 1.430.000.120 1.430.000.020 1.430.000.125 1.430.000.025 1.430.000.130 1.430.000.135 1.430.000.140 1.430.000.160
Type of heating indirect direct indirect direct indirect indirect indirect indirect
Air flow rate 550 m³/h 350 m³/h 1,150 m³/h 605 m³/h 2,500 m³/h 4,300 m³/h 5,500 m³/h 12,500 m³/h
Fan Axial fan
Rated heat input 23.4 kW 20 kW 34.1 kW 34.1 kW 58.6 kW 90.6 kW 117.26 kW 235 kW
Heating capacity 19.6 kW
(16,853 kcal)		 20 kW
(17,200 kcal)		 28.8 kW
(24,764 kcal)		 38.4 kW
(33,020 kcal)		 52.5 kW
(45,142 kcal)		 80.2 kW
(68,960 kcal)		 105.54 kW
(90,748 kcal) 		211 kW
(181,427 kcal)
Temperature increase* ∆T 95 °C 100 °C 70 °C 75 °C 66 °C 77 °C 75 °C 47 °C
Input voltage 230 V / 50 Hz 230 V / 50 Hz 230 V / 50 Hz 230 V / 50 Hz 230 V / 50 Hz 230 V / 50 Hz 230 V / 50 Hz 230 V / 50 Hz
Current consumption 1.25 A 1 A 1.56 A 1.25 A 3.8 A 6.4 A 8.35 A 12 A
Fuel consumption max. 2.23 l/h 2.04 l/h 3.25 l/h 3.66 l/h 5.59 l/h 8.64 l/h 10.79 l/h 21.67 l/h
Air transport hose adaptor ø – – 1 x
300 mm*		 – 1 x
350 mm*,
2 x
300 mm* 		1 x
400 mm*
2 x
300 mm* 		1 x
500 mm*,
2 x
400 mm* 		1 x
700 mm,
2 x
500 mm*
4 x
300 mm*
Chimney connection ø 120 mm – 150 mm – 150 mm 150 mm 150 mm 200 mm
Thermostat connection standard
Tank capacity 42 l 17 l 42 l 42 l 65 l 105 l 135 l 208 l *
Sound level (distance 1 m) 70 dBA 67 dBA 75.3 dBA 69 dBA 72 dBA 75 dBA 76 dBA 81.3 dBA
Length** 1,050 mm 720 mm 1,175 mm 1,075 mm 1,310 mm 1,690 mm 1,870 mm 2,270 mm
Width** 400 mm 300 mm 400 mm 440 mm 510 mm 620 mm 660 mm 795 mm
Height** 520 mm 450 mm 605 mm 615 mm 965 mm 1,050 mm 1,210 mm 1,440 mm
Weight kg 45 kg 20 kg 55 kg 25 kg 95 kg 135 kg 174 kg 385 kg
*optionally available accessories necessary; **Dimensions incl. packaging;
∆T designates the increase in temperature. The air discharge temperature is calculated using ∆T + ambient air temperature.
Calculation example for IDS-100 oil heating units with an ambient temperature of 20 °C: ∆T (75) + 20 = 95. The air discharge temperature in this example equals 95 °C.