REMKO VRS E SERIES Universal heating systems in a modular system adapted for planning needs for oil and gas combustion

Variant EDV-Nr. Nominal thermal output
VRS 25 E (V)
VRS 25 E (H-L)
VRS 25 E (H-R)
370001
370050
370060
29,0 kW
VRS 50 E (V)
VRS 50 E (H-L)
VRS 50 E (H-R)
371001
371050
371060
50,0 kW
VRS 75 E (V)
VRS 75 E (H-L)
VRS 75 E (H-R)
372001
372050
372060
81,0 kW
VRS 100 E (V)
VRS 100 E (H-L)
VRS 100 E (H-R)
373001
373050
373060
110,0 kW
VRS 130 E (V)
VRS 130 E (H-L)
VRS 130 E (H-R)
374001
374050
374060
149,0 kW
VRS 170 E (V)
VRS 170 E (H-L)
VRS 170 E (H-R)
375001
375050
375060
193,0 kW
VRS 200 E (V)
VRS 200 E (H-L)
VRS 200 E (H-R)
376001
376050
376060
232,0 kW
VRS 270 E (V)
VRS 270 E (H-L)
VRS 270 E (H-R)
340000
340010
340020
254,0 kW
VRS 340 E (V)
VRS 340 E (H-L)
VRS 340 E (H-R)
341000
341010
341020
305,0 kW
VRS 440 E (V)
VRS 440 E (H-L)
VRS 440 E (H-R)
342000
342010
342020
405,0 kW
VRS 540 E (V)
VRS 540 E (H-L)
VRS 540 E (H-R)
343000
343010
343020
499,0 kW

Variant

REMKO VRS E SERIES

Rapid heat adapted to your needs

For economical heating in industrial halls and warehouses, workshops, sports centres and exhibition halls, or glass and plastic film greenhouses, these REMKO heaters are incomparable. Whether you use EL heating oil, propane or natural gas, VRS E heaters always generate the heat you need: quickly, safely, and economically. In contrast with conventional hot water heating systems, these heaters function without a preheating time. In addition, the decentralized setup lowers mounting and investment costs in rooms to be heated. The combustion-technical efficiency amounts to 93% maximum.

  • Space-saving installation with low mounting effort
  • Combustion chamber with stainless steel heat exchanger
  • Individual equipping with air filters and louvre dampers possible in the air intake
  • Air duct connection possibilities
  • Flexible usage possibilities
  • High quality and long service life
  • Noiseless radial fans
  • Easy access to all components due to maintenance-friendly design
  • Burner in two-stage design (VRS 75 E through VRS 540 E)

REMKO VRS E, horizontal design


Technical data

Variant VRS 25 E (V)
VRS 25 E (H-L)
VRS 25 E (H-R)
VRS 50 E (V)
VRS 50 E (H-L)
VRS 50 E (H-R)
VRS 75 E (V)
VRS 75 E (H-L)
VRS 75 E (H-R)
VRS 100 E (V)
VRS 100 E (H-L)
VRS 100 E (H-R)
VRS 130 E (V)
VRS 130 E (H-L)
VRS 130 E (H-R)
VRS 170 E (V)
VRS 170 E (H-L)
VRS 170 E (H-R)
VRS 200 E (V)
VRS 200 E (H-L)
VRS 200 E (H-R)
VRS 270 E (V)
VRS 270 E (H-L)
VRS 270 E (H-R)
VRS 340 E (V)
VRS 340 E (H-L)
VRS 340 E (H-R)
VRS 440 E (V)
VRS 440 E (H-L)
VRS 440 E (H-R)
VRS 540 E (V)
VRS 540 E (H-L)
VRS 540 E (H-R)
Nominal heat load max. 32 kW 54 kW 89 kW 120 kW 160 kW 208 kW 249 kW 277 kW 332 kW 442 kW 543 kW
Nominal heat power 29 kW 50 kW 81 kW 110 kW 149 kW 193 kW 232 kW 254 kW 305 kW 405 kW 499 kW
Minimum performance - kW - kW 56,7 kW 77 kW 104,3 kW 132 kW 162 kW 177,8 kW 213,5 kW 283,5 kW 349,3 kW
Air volume 3.880 m³/h 4.800 m³/h 5.270 m³/h 6.650 m³/h 9.080 m³/h 10.720 m³/h 13.280 m³/h 18.960 m³/h 22.680 m³/h 30.480 m³/h 37.170 m³/h
Sound pressure level 60 dB(A) 62 dB(A) 63 dB(A) 60 dB(A) 65 dB(A) 65 dB(A) 65 dB(A) 79 dB(A) 80 dB(A) 82 dB(A) 80 dB(A)
Fuel Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas Heizöl EL o. Erdgas
Fuel consumption max. 2,7 kg/h 4,5 kg/h 7,5 kg/h 10,1 kg/h 13,7 kg/h 17,7 kg/h 21,3 kg/h 23,4 kg/h 28,0 kg/h 37,3 kg/h 45,8 kg/h
Max. fuel consumption (natural gas H/L) 3,0 / 3,6 m³/h 5,2 / 6,1 m³/h 8,6 / 10,0 m³/h 11,6 / 13,6 m³/h 15,7 / 18,4 m³/h 20,3 / 23,8 m³/h 24,5 / 28,7 m³/h 26,7 / 31,4 m³/h 32,0 / 37,6 m³/h 42,7 / 50,0 m³/h 52,5 / 61,5 m³/h
Nozzle 0,75 USG 1,35 USG 1,75 USG 2,0 USG 3,0 USG 4,0 USG 4,5 USG 4,5 USG 5,5 USG 7,0 USG 9,0 USG
Supply pressure / pump pressure 12 bar 11 bar 10 / 15 bar 11 / 19 bar 10 / 16 bar 10 / 19 bar 10 / 17 bar 10 / 19 bar 10 / 19 bar 10 / 21 bar 10 / 19 bar
Exhaust gas flow (Öl): 49 kg/h (Öl:) 95 kg/h (Öl:) 140 kg/h (Öl:) 195 kg/h (Öl:) 250 kg/h (Öl:) 325 kg/h (Öl:) 390 kg/h 420 kg/h 506 kg/h 690 kg/h 865 kg/h
Exhaust gas loss max. 9 % 9 % 9 % 9 % 9 % 9 % 9 % 9 % 9 % 9 % 9 %
Power supply 230/1~/50 V/Ph/Hz 230/1~/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz 400/3~N/50 V/Ph/Hz
Electr. nominal power consumption 0,76 kW 0,76 kW 1,4 kW 1,85 kW 1,85 kW 1,85 kW 2,65 kW 4,45 kW 5,95 kW 9,4 kW 12,9 kW
Auxiliary power intake max. 0,21 kW 0,21 kW 0,3 kW 0,35 kW 0,35 kW 0,35 kW 0,45 kW 0,45 kW 0,45 kW 1,9 kW 1,9 kW
Auxiliary power intake min. 0,21 kW 0,21 kW 0,3 kW 0,35 kW 0,35 kW 0,35 kW 0,45 kW 0,45 kW 0,45 kW 1,9 kW 1,9 kW
Electr. nominal current consumption 6,4 A 7,8 A 2,8 A 3,7 A 3,7 A 3,7 A 5,2 A 8,8 A 11,4 A 15,5 A 22,8 A
Utilization efficiency at nominal heat output 86,2 % 87,3 % 85,9 % 85,9 % 85,8 % 86,1 % 86,0 % 86,2 % 86,2 % 86,1 % 86,1 %
Utilization efficiency at minimum performance - % - % 86,3 % 87,3 % 87,4 % 88,0 % 88,0 % 86,5 % 86,5 % 86,4 % 86,3 %
Efficiency heat emission 92,6 % 89,6 % 88,6 % 87,7 % 87,9 % 86,7 % 87,0 % 89,6 % 89,5 % 89,7 % 89,5 %
Space heating seasonal performance factor 73,0 % 72,2 % 72,0 % 72,1 % 72,4 % 72,1 % 72,3 % 73,5 % 73,5 % 72,8 % 72,8 %
Exhaust connection Ø 150 mm 150 mm 180 mm 180 mm 200 mm 200 mm 200 mm 300 mm 300 mm 350 mm 350 mm
Dimensions h/w/d 1200/600/850 mm 1.400/800/1.000 mm 1.400/800/1.250 mm 1.500/900/1.250 mm 1.735/1.010/1.530 mm 1.900/1.200/1.650 mm 1.900/1.200/1.650 mm 2.400/1.290/1.690 mm 2.400/1.290/1.690 mm 3.270/1.770/2.305 mm 3.270/1.770/2.305 mm
Weight without burner 150 kg 240 kg 310 kg 360 kg 550 kg 730 kg 820 kg 832 kg 874 kg 1.542 kg 1.792 kg

Accessories / Spare parts

Variant
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Downloads

Variant
Language
Pictures
REMKO VRS 25 E ohne Brenner jpg, 0.2 MB
Assembly drawings
REMKO VRS 25 E ohne Brenner jpg, 0.6 MB

Heat requirement chart

The diagram allows you to quickly determine the necessary heating power requirements of the hot air heating system to be used. It is based on a rough heat demand estimate for factories and similar buildings.

Heat requirement chart Determination of the necessary heating output

Heat requirement chart