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Home Products Hot air generators Heating air heaters

FACI ARIA CALDA 215 hot air generator

FACI ARIA CALDA 215 hot air generator FACI ARIA CALDA 215 hot air generator
FACI ARIA CALDA 215 hot air generator
FACI ARIA CALDA 215 hot air generator
🧮Calculate heating costs
pellets vs diesel, gas and electricity · boiler model selection
Instant heating
Local heating possible
Easy setup
No liquid heat carrier system required
The ventilation system can be used as the main line for the heat carrier (hot air)
The safest fuel feed system
Specifications:
  • Output215 kW
  • Fuel typePellets, coal, wood chips. Backup fuel: firewood (manual mode)
  • Typeair heater
show all collapse
Fuel types:
Choose a configuration:
The package includes:
No additional options
Delivery within 10 days Available on lease
(see terms)
Price:
1 450 000 ₽
Get a commercial proposal

Description:

How to heat large spaces with high ceilings efficiently?
Do you need to heat a warehouse, workshop or hangar? That calls for an individual approach. Traditional heating with radiators and pipe registers is not suitable here, so warm-air heating is used.
Warm-air heating is also ideal for greenhouses, where an even air temperature throughout the whole volume is very important, as is the ability to control humidity more flexibly. This is especially important when crops are grown in containers rather than in open ground.
Why warm air?

● maintaining the required temperature at the height and in the area where it is needed;

●instant space heating;

●the ventilation system can be used as the main line for the heat carrier (hot air), and in summer the same system can be used for ventilation and air conditioning;

● installing warm-air heating takes on average two to three times less time and money than water heating;

●it is the only correct way to heat storage terminals with toxic substances;

●no need for regular pressure testing of the system;

●leaks in the heated premises are completely ruled out.

Conventional air-heating boilers have a couple of problems:

- the furnace burns out quickly because there is no liquid heat carrier;

- the boiler is difficult to set up to avoid condensation.

As a result, a huge amount of moisture and even water accumulates in the furnace during combustion. To solve these problems completely, we developed our own warm-air heating concept - ARIA CALDA

The concept ARIA CALDA combines all the advantages of air-heating and water-heating systems.

ARIA CALDA consists of a hot water boiler (pellet, coal or wood chip) and a water air heater. This allows the system to be set up as precisely and flexibly as possible.

With ARIA CALDA and its FACI Control controller you can easily set the system schedule. Your premises heat up instantly when staff arrive at work and the required temperature is maintained while they are away. There is no need to heat the whole space from floor to ceiling around the clock and pay real money for it. Heat only the area that needs it.

With ARIA CALDA and its FACI Control controller you can easily set the system schedule. Your premises heat up instantly when staff arrive at work and the required temperature is maintained while they are away. There is no need to heat the whole space from floor to ceiling around the clock and pay real money for it. Heat only the area that needs it.

The systems support all automatic solid fuel boilers: ARIA CALDA pellet, coal and wood chip.

 

Rest assured that the system ARIA CALDA will serve you for many years.


Certificates

See also:
FACI ARIA CALDA 105 hot air generator
FACI ARIA CALDA 105 hot air generator
  • Output: 105 kW
See also
FACI ARIA CALDA 130 hot air generator
FACI ARIA CALDA 130 hot air generator
  • Output: 130 kW
See also
FACI ARIA CALDA 258 hot air generator
FACI ARIA CALDA 258 hot air generator
  • Output: 258 kW
See also

Equipment features

The key element of the whole system is the air heater (gas air heater), to which the supply air duct is connected. Other ducts lead from the same space and return the air to the furnace chamber for reheating. In other words, the system runs on recirculated air. If necessary, a special damper can be used to draw in outdoor air. This modification solves two problems at once:
  • raising the temperature in the rooms;
  • ventilating them.
Heating air heaters can be used with special furnace filters installed in front of the heater; their main purpose is to trap dust and fine dirt. If air cooling is needed, evaporators can be connected to the system, while the compressor-condenser unit is installed outside the building. The temperature can be regulated by a thermostat that maintains the set parameters. A well-designed system solves many tasks related to heating, ventilation and air conditioning — and only one piece of equipment needs to be installed. To heat a very large area, more complex and powerful units are the better choice. Their special feature is that a single unit combines:
  • a compressor;
  • an evaporator;
  • a condenser for air conditioning;
  • a gas heat exchanger for heating;
  • a damper system for mixing in fresh air;
  • control automation.
The operating principle is exactly the same as in the system described above. Heating air heaters are designed so that they can be used both in new buildings and where existing heat supply systems need a major upgrade.

Air heaters: types and kinds

Heating air heaters can be classified by fuel type. Gas.This equipment is the most popular in its market segment. It runs on liquefied and mains gas. The main advantage is 100% combustion of the fuel without any residual combustion products. Gas is much more environmentally friendly than other fuels. Efficiency is 91%, the highest among all heat generator modifications. The units are sold in two configurations differing in heat exchanger type: closed or open. The closed model is safer but more expensive than the open one. Diesel.The unit is fuelled with diesel, which may be replaced with kerosene. There are two versions differing in nozzle type and diesel feed method: drip or atomising. The latter ensures perfectly even atomisation throughout the combustion chamber. Multi-fuel.These units can run on any fuel: vegetable or animal fat, waste oil, diesel. Such industrial heat generators are installed mainly at sites that need to process or dispose of oil and fats. Output is much lower, and slag may form after combustion. For this reason the models have two combustion chambers, so one can be cleaned without interrupting operation while combustion continues in the other. Solid fuel.These units combine a classic stove with a diesel or gas unit. They are equipped with a fuel chamber, grates and a reliable door. Firewood, coal and wood pellets can be used as fuel. Efficiency is 85%. Before buying, bear in mind that installation requires a lot of space and the combustion chamber must be periodically cleaned of accumulated slag. Vortex.The unit needs antifreeze or water to operate; they convert electrical energy into heat. Stationary units are divided into suspended and floor-standing. Suspended units are compact and can be installed outside or inside a building, on wall brackets or on the roof. Floor-standing hot air heat generators can be horizontal or vertical; horizontal ones are suitable for low-ceilinged rooms.

How to choose: what to look for

When buying heating air heaters, first consider the heat exchanger diameter. The best choice is one whose heat exchanger diameter is 1/5 larger than the burner. The output of a heat generator depends directly on the amount of kJ needed to reach a certain air temperature. The optimal option can be determined based on:
  • the floor area;
  • the thermal insulation of walls and ceilings;
  • the number of gates;
  • how often they are opened;
  • the climate of the region;
  • internal heat gains.
An accurate heat calculation can significantly reduce overpayment for excess or insufficient output. From the above, it follows that when choosing a heating unit you need to answer a number of important questions.
  1. What output is optimal?
  2. Where will the air heat generator be installed?
  3. How exactly will it be installed?
  4. Does the unit need to be connected to a duct system?
  5. Where will the duct connection be?
  6. Which fuel is preferable given the cost of air heating?
  7. What will the heat exchanger be made of?