Indirect fuel gas hot blast stove

NegotiableUpdate on 02/09

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Indirect fuel gas hot air stove $r $n drying: suitable for dehydration and drying processes in industries such as food, textile, printing and dyeing, painting, wood, chemical, pharmaceutical, papermaking, and grain. HVAC: Suitable for ventilation and heating in large places such as shopping malls, mines, underground mines, and underground engineering

Product Details

Indirect fuel gas hot blast stove

Working Principle:

Fuel is burned through a burner to produce high-temperature combustion. And with the help of a hot blast stove with enhanced heat exchange measures, the heat of the high-temperature gas is conducted to the heated air. After the heat is dissipated, the temperature of the high-temperature gas is reduced to below 250 ℃ and discharged into the atmosphere by the induced draft fan. The air that needs to be heated is forcefully sent into the hot air stove through the optional blower. After absorbing heat, the temperature rises to the rated value and is sent out from the hot air outlet. When the hot air temperature reaches the rated temperature *, the burner will automatically stop burning or switch to small flame combustion. When the hot air temperature drops to the rated lower limit temperature, the burner will ignite and run again or switch to high flame combustion. The heating speed can be adjusted by adjusting the opening of the inlet valve.

Product features of indirect fuel gas hot blast stove:

>Can be used for heat recovery with high thermal efficiency.
>Adopting * strengthening technology and heat-resistant steel materials, the structure is compact and has a long service life.
>Stable operation, safe and reliable, with wind temperature adjustable between 60 ℃ and 350 ℃.
>High degree of automation, capable of automatically detecting, adjusting, and controlling the combustion process without the need for dedicated furnace attendants.
>Directly heating and drying without the need for a dedicated boiler room, it can be placed on or next to heating equipment. Less auxiliary equipment, low investment cost, and good operating environment.
>There is no refractory heat storage material in the furnace, and the start-up and shutdown are rapid.

Application scope:

>Drying: Suitable for dehydration and drying processes in industries such as food, textile, printing and dyeing, painting, wood, chemical, pharmaceutical, papermaking, and grain.
>HVAC: Suitable for ventilation and heating in large places such as shopping malls, mines, underground mines, and underground engineering

Technical Specifications:

model	Burner model	fuel quantity kg/h	Heating capacity 104kcal/h	Overall dimensions L×W×Hmm	Hot air outlet L × Wmm	Total weight kg
RLY1	QYC5	1.3-1.6	1	1000×1000×1600	φ200	150
RLY4	QYC5	5-6.5	4	1700×1000×1600	140×160	1100
RLY10	Y1	13-16	10	2100×1300×1600	180×200	1970
RLY20	YL3	26-32	20	2800×1400×1700	200×250	2260
RLY30	YL3	39-48	30	3400×1500×1800	250×300	3160
RLY40	YL3	52-64	40	4020×1700×1900	300×400	4750
RLY60	YL7	78-96	60	4800×1900×2100	400×500	5650
RLY100	YL8	130-160	100	5400×2100×2300	550×650	6550
RLY200	YB10	260-320	200	6000×2500×2400	750×900	7980
RLY360	YB11	468-720	360	7200×2900×2600	900×1200	9860