REMKO CLK SERIES Oil/gas heating systems
| Variant | EDV-Nr. | Rated thermal capacity |
|---|---|---|
| CLK 30 CLK 30 oil burner CLK 30 propane gas burner | 121500 121700 121600 | 26,5 kW |
| CLK 50 CLK 50 oil burner CLK 50 propane gas burner | 123500 123700 123600 | 42,0 kW |
| CLK 70 CLK 70 oil burner CLK 70 propane gas burner | 125500 125700 125600 | 62,0 kW |
| CLK 120 CLK 120 oil burner CLK 120 propane gas burner | 127500 127700 127600 | 105,0 kW |
| CLK 150 CLK 150 oil burner CLK 150 propane gas burner | 130500 130700 130600 | 138,0 kW |
| CLK 80-RV CLK 80-RV oil burner | 131100 131300 | 77,0 kW |
| CLK 170-RV CLK 170-RV oil burner | 131500 131700 | 144,0 kW |
REMKO CLK SERIES Oil/gas heaters
Versatile application possibilities for construction site heating
In case of sudden cold or undelayable, scheduled work, the heaters of the CLK series bring the necessary heat to wherever it is desired. This makes construction independent of the weather because construction on a deadline means that work may be performed during the cold season. Structures, materials, and workstations must then be protected. The mobile devices must be in place only during the desired operating time to provide immediate heat when needed without a preheating time.
- Oil burner, brand product of our choice, can be exchanged within minutes
- Extremely low exhaust gas losses and thus higher combustion-technical efficiency and optimum efficiency
- Plug connection for control of room thermostat
- Electrical oil preheating
- Automatic fan direction of rotation control (CLK 170-RV)
- Fork lift support rails (optional)
- Closed combustion chamber housing
For a flourishing and blossoming garden
No other heating system can be used so optimally in glass or plastic film greenhouses as our heating systems. This applies on the one hand for the exact determination of the appropriate device in regard to the size of the greenhouse and the heat output and for the desired operating time on the other. If required, the equipment creates heat without a preheating time as in the case of conventional warm water heating systems or other heating centres. This means a reduction in the energy requirement and thus considerable cost savings.
Numerous possibilities of hot air distribution with mobile power driver
The CLK equipment series can be called a true power driver without exaggeration. These units are the most efficient mobile REMKO heaters with specially optimised sickle fans. Efficient with high delivery pressure for the connection of hot air tubes.
CLK 80-RV and 170-RV with radial fan as standard
Easy-to-service fan burners
Switch and control panel in a protected arrangement
High-performance, noise-optimized sickle fans
Technical data
| Variant | CLK 30 | CLK 30 oil burner | CLK 30 propane gas burner | CLK 50 | CLK 50 oil burner | CLK 50 propane gas burner | CLK 70 | CLK 70 oil burner | CLK 70 propane gas burner | CLK 120 | CLK 120 oil burner | CLK 120 propane gas burner | CLK 150 | CLK 150 oil burner | CLK 150 propane gas burner | CLK 80-RV | CLK 80-RV oil burner | CLK 170-RV | CLK 170-RV oil burner |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Nominal heat load max. | 29 kW | 29 kW | 29 kW | 46 kW | 46 kW | 46 kW | 68 kW | 68 kW | 68 kW | 114 kW | 114 kW | 114 kW | 150 kW | 150 kW | 150 kW | 84 kW | 84 kW | 155 kW | 155 kW |
| Nominal heat power | 26,5 kW | 26,5 kW | 26,5 kW | 42 kW | 42 kW | 42 kW | 62 kW | 62 kW | 62 kW | 105 kW | 105 kW | 105 kW | 138 kW | 138 kW | 138 kW | 77 kW | 77 kW | 144 kW | 144 kW |
| Air volume | 1.760 m³/h | 1.760 m³/h | 1.760 m³/h | 3.050 m³/h | 3.050 m³/h | 3.050 m³/h | 4.920 m³/h | 4.920 m³/h | 4.920 m³/h | 8.050 m³/h | 8.050 m³/h | 8.050 m³/h | 9.710 m³/h | 9.710 m³/h | 9.710 m³/h | 6.140 m³/h | 6.140 m³/h | 10.340 m³/h | 10.340 m³/h |
| Pressure, max. total | 90 Pa | 90 Pa | 90 Pa | 145 Pa | 145 Pa | 145 Pa | 165 Pa | 165 Pa | 165 Pa | 220 Pa | 220 Pa | 220 Pa | 260 Pa | 260 Pa | 260 Pa | 410 Pa | 410 Pa | 520 Pa | 520 Pa |
| Fuel | - | Heizöl EL/Diesel | Flüssiggas I3B/P | - | Heizöl EL/Diesel | Flüssiggas I3B/P | - | Heizöl EL/Diesel | Flüssiggas I3B/P | - | Heizöl EL/Diesel | Flüssiggas I3B/P | - | Heizöl EL/Diesel | Flüssiggas I3B/P | - | Heizöl EL/Diesel | - | Heizöl EL/Diesel |
| Fuel consumption max. | - l/h | 2,85 l/h | - l/h | - l/h | 4,5 l/h | - l/h | - l/h | 6,6 l/h | - l/h | - l/h | 11,8 l/h | - l/h | - l/h | 14,8 l/h | - l/h | - l/h | 8,3 l/h | - l/h | 15,5 l/h |
| Device connected load | - kg/h | - kg/h | 2,3 kg/h | - kg/h | - kg/h | 3,6 kg/h | - kg/h | - kg/h | 5,3 kg/h | - kg/h | - kg/h | 8,9 kg/h | - kg/h | - kg/h | 11,7 kg/h | - kg/h | - kg/h | - kg/h | - kg/h |
| Nozzle | - USG | 0,6/60°S USG | - USG | - USG | 1,00/60°S USG | - USG | - USG | 1,35/60°S USG | - USG | - USG | 2,25/80°S USG | - USG | - USG | 2,75/80°S USG | - USG | - USG | 1,75/60°S USG | - USG | 3,00/80°S USG |
| Operating gas pressure | - bar | 11,00 bar | 0,05 bar | - bar | 11,0 bar | 0,05 bar | - bar | 12,0 bar | 0,05 bar | - bar | 12,0 bar | 0,05 bar | - bar | 14,0 bar | 0,05 bar | - bar | 12 bar | - bar | 13 bar |
| Exhaust gas flow | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | - kg/h | 136 kg/h | - kg/h | 240 kg/h |
| Exhaust gas loss max. | - % | 9 % | 8 % | - % | 9 % | 8 % | - % | 9 % | 8 % | - % | 9 % | 8 % | - % | 9 % | 8 % | - % | 9 % | - % | 9 % |
| Power supply | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 230/1~/50 V/Ph/Hz | 400/3~N/50 V/Ph/Hz | 400/3N~/50 V/Ph/Hz |
| Total power input | 0,37 kW | 0,37 kW | 0,37 kW | 0,42 kW | 0,42 kW | 0,42 kW | 0,86 kW | 0,86 kW | 0,86 kW | 1,80 kW | 1,80 kW | 1,80 kW | 1,90 kW | 1,90 kW | 1,90 kW | 1,80 kW | 1,80 kW | 3,4 kW | 3,4 kW |
| Electr. nominal current consumption | 1,8 A | 1,8 A | 1,8 A | 2,0 A | 2,0 A | 2,0 A | 4,0 A | 4,0 A | 4,0 A | 8,2 A | 8,2 A | 8,2 A | 8,8 A | 8,8 A | 8,8 A | 9,5 A | 9,5 A | 8,4 A | 8,4 A |
| Fuse protection (on side) | 10 A | 10 A | 10 A | 10 A | 10 A | 10 A | 10 A | 10 A | 10 A | 16 A | 16 A | 16 A | 16 A | 16 A | 16 A | 16 A | 16 A | 16 A | 16 A |
| Sound pressure level | 54 dB(A) | 54 dB(A) | 54 dB(A) | 61 dB(A) | 61 dB(A) | 61 dB(A) | 61 dB(A) | 61 dB(A) | 61 dB(A) | 72 dB(A) | 72 dB(A) | 72 dB(A) | 72 dB(A) | 72 dB(A) | 72 dB(A) | 62 dB(A) | 62 dB(A) | 65 dB(A) | 65 dB(A) |
| Ø air-inlet, accessory HTL | - mm | - mm | - mm | - mm | - mm | - mm | - mm | - mm | - mm | - mm | - mm | - mm | - mm | - mm | - mm | 2 x 400 mm | 2 x 400 mm | 2 x 500 mm | 2 x 500 mm |
| Air outlet Ø | 300 mm | 300 mm | 300 mm | 300 mm | 300 mm | 300 mm | 400 mm | 400 mm | 400 mm | 500 mm | 500 mm | 500 mm | 500 mm | 500 mm | 500 mm | 400 mm | 400 mm | 500 mm | 500 mm |
| Exhaust connection Ø | 150 mm | 150 mm | 150 mm | 150 mm | 150 mm | 150 mm | 150 mm | 150 mm | 150 mm | 200 mm | 200 mm | 200 mm | 200 mm | 200 mm | 200 mm | 150 mm | 150 mm | 200 mm | 200 mm |
| Dimensions h/w/d | 1000/660/1450 mm | 1000/660/1450 mm | 1000/660/1450 mm | 1000/660/1450 mm | 1000/660/1450 mm | 1000/660/1450 mm | 1120/730/1610 mm | 1120/730/1610 mm | 1120/730/1610 mm | 1350/920/2100 mm | 1350/920/2100 mm | 1350/920/2100 mm | 1350/920/2100 mm | 1350/920/2100 mm | 1350/920/2100 mm | 1160/800/2000 mm | 1160/800/2000 mm | 1350/920/2380 mm | 1350/920/2380 mm |
| Weight | 112 kg | 126 kg | 125 kg | 118 kg | 132 kg | 131 kg | 158 kg | 172 kg | 171 kg | 275 kg | 296 kg | 295 kg | 291 kg | 312 kg | 311 kg | 220 kg | 234 kg | 354 kg | 375 kg |
Accessories / Spare parts
Downloads
Heat requirement chart for heating systems
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
