It is not just another product; it’s a game-changer, meticulously crafted to meet the evolving needs of our HVAC industry and for extreme weather conditions.
There are two basic options, the first is installing a split systems. which is hectic and the second option is to install a Dual Fuel Hot water generator.
BENEFIT:-
Fuel Option Electric / Oil / Gas
Sleek design: Uses Less space
Reduce Installation cost
Can switch to both fuel whenever demand increases
Suitable for extreme weather condition
Uses as a backup if one system fails
CAPACITY RANGE:-
50000 Kcal
1 Lakh Kcal
2 Lakh Kcal
4 Lakh Kcal
6 Lakh Kcal
BACKUP HEATING :-
One of the primary functions of a dual heat system is to provide a backup heat source. If one heat source fails or is insufficient, the system can switch to the alternative source to ensure continuous heating.
QUICK HEATING RESPONSE :-
Dual heat systems can provide quicker heating response times compared to single-source heating systems. This is because the backup heat source can provide rapid heating when needed, such as during extreme cold spells.
ENVIRONMENTALLY FRIENDLY:-
When designed and configured properly, dual heat systems can be more environment friendly than traditional heating systems. For example, using a electric heater based hot water generator, the carbon emissions are reduced as compared to relying solely on Diesel / LPG fuels for heating.
IMPROVED COMFORT:-
Dual heat systems can offer improved comfort by maintaining a more consistent indoor temperature, thereby reducing temperature fluctuations, and ensuring that the Building / Home stays warm even during very cold weather. It’s important to note that the specific features and benefits of a dual heat system can vary depending on the type of system, the combination of heat sources used, and the brand or model. When considering a dual heat system for your building / home, it’s advisable to consult with a qualified HVAC (heating, ventilation, and air conditioning) professional to assess your specific needs and design a system that suits your requirements.
| Make | Rapid Cool (Rapid Therm) |
| Type | Horizontal (Skid Mounted) |
| Model No. | Rapid Therm – RT-20 / E-250 |
| Capacity | 2 Lac / 250 KW |
| Water Temp. (In) | 50°C |
| Water Temp. (Out) | 55°C |
| Water Flow Rate | 12500 LPH |
| Type of Fuel Used | Oil / Electric |
| Fuel Consumption | 20.5 Kg/h / 250 Unit/h |
| Flue Gas Outlet | 200 mm (ID) – Flange Type |
| Working Pressure | 10 Kg/Cm² |
| Unit Efficiency | 93% / 98% |
| Material (Oil/Electric) | Carbon Steel (BS 3059) / Mild Steel |
| Vessel Code | Constructed as per ASME Standard |
| Vessel Sheet Thickness | 06mm Shell & 08mm Dish Ends |
| Front & Back Door | Openable, Lined with High Grade Insulation and Refractory |
| Electrical Load | 415 Volt AC, 50 Hz, 3 Phase 4 Wire (2.5 kW / 250 kW) |
| Water Inlet & Outlet | 100 mm dia, Flange End |
| Electrical Control Panel | Made from 18 Gauge CRC Sheet, Powder Coated Enamel Finish, Main Incomer, RYB Indicating Lights, Volt/Amp Meter (Digital), Hour Meter, Contactor, Control Module Card with Relays, Overload Relay, Single Phase Preventer, Fault Indications (Pressure, Temperature, Water & Flue), Burner Trip with Audio Alarm |
| Burner (Monoblock) | Ecoflame / Riello / Unigas |
| Heater Rating | 25 KW × 2 Nos = 50 KW × 5 Steps = 250 KW |
| Type of Heaters | Electrical Resistance, Water Immersion |
| Heater Material | Copper Tube, duly chrome plated |
| Safety Devices | Pressure Relief Valve, In/Out Pressure Gauge with Ball Valve, Inlet & Outlet Temperature Controller, Pressure Switch, Water & Flue High Temp Cut-Out, Low Level Cut-Out |
| Test Pressure | 250 P.S.I.G |
| Insulation Material | 50mm Thick Fiber Glass Wool (32 Kg Density) |
| Cladding | 22 Gauge G.I Sheet, Epoxy Coated (Red & Black) |
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