Floor convectors LINE LINE AIR LINE FAN LINE POOL

FLOOR CONVECTORS

HEATING EQUIPMENT About company Technologies Parameters Technical data Exchanger pressure losses Heating output recalculation Parameters Technical data FLOOR CONVECTORS FLOOR CONVECTORS WITH FRESH AIR SUPPLY Parameters Technical data FAN ASSISTED TRENCH CONVECTORS FAN ASSISTED TRENCH CONVECTORS FOR WET ENVIRONMENTS Parameters Technical data CB CONTROLLER® AC converters, additional options Exchanger pressure losses Noise level, wiring scheme Grills Atypical convectors Warrant, delivery Installation How to order convector How to order grill FLOOR CONVECTORS

FLOOR CONVECTORS

About company HEATMANN GmbH was founded in a small German town of Bückeburg in 2013. HEATMANN is a new, but rapidly developing manufacturer of heating equipment. We take pride in our team of experienced and highly qualified engineers, architects, designers and other partners who develop innovative heating solutions. OUR VISION Our main objective is to integrate ergonomic management, maintenance, cutting-edge technologies, energy efficiency and attractive and unique design. HEATMANN aims to manufacture heating equipment which would be not only energy efficient, but also outstanding in design and...

Technologies CLIMATE BALANCE responds to temperature, wind, or solar thermal changes and as if an assistant of yours handles heating, effectively uses energy resources and maintains temperature. CLIMATE BALANCE CLIMATE BALANCE technology was developed to bind the heating system with environmental climate. This technology helps in heating process automation and reacts instantly to thermal changes in the environment. Process automation aids in maintaining comfortable room temperature and decreasing heating costs. CLIMATE BALANCE technology which was developed at HEATMANN LABORATORY takes continual...

Unique composition and design of the heat exchanger make it cost effective, efficient, it uses little water, and heats the premises faster. Convection heating is based on the flow of water through the heat exchanger. The amount of water influences many factors associated with heating efficiency, energy consumption and costs. HEATMANN LABORATORY has designed ECO HEAT heat exchangers that are an important step in heating equipment evolution. ECO HEAT heat exchangers are designed in a way that they would consume smaller amounts of water than the standard convectors. Laboratory experts designing...

Floor convectors FLOOR CONVECTORS

“LINE” SERIES FLOOR CONVECTORS WITH NATURAL CONVECTION Floor convectors without a ventilator of a series “LINE” are devices functioning on the basis of a physical phenomenon called “natural convection”. Convection is understood as a vertical movement of a significant air flow generated by temperature difference of its macro-particles that move in upward direction during the temperature increase. Series “LINE” convectors are designed for heating residential and office space, salesroom, hotels, showrooms, etc., mostly places with different kinds of glass or stain-glass windows, walls installed....

Height adjustment Stainless trough galvanized steel covered with durable spray painting. Color: black matt or dark grey matt. Also stainless steel DIN 1,4301 (17 240) Grill type cross / linear Grill material Working overpressure Relative humidity Ambient temperature OPERATING CONDITIONS anodized aluminium, wood, stainless steel Heat medium connection

FLOOR CONVECTORS

Technical data HEATING OUTPUT FLOOR CONVECTORS

Technical data HEATING OUTPUT

Exchanger pressure losses Pressure loss 2 tubular heat exchanger Pressure loss 4 tubular heat exchanger Heat exchanger pressure loss, Pa/m Heat exchanger pressure loss, Pa/m Mass rate of flow, heating water flowing through exchanger, Kg/h 1 Mass rate of flow, heating water flowing through exchanger, Kg/h Pressure loss 6 tubular heat exchanger Pressure loss 8 tubular heat exchanger Heat exchanger pressure loss, Pa/m Heat exchanger pressure loss, Pa/m Mass rate of flow, heating water flowing through exchanger, Kg/h 1 Pressure loss 10 tubular heat exchanger Heat exchanger pressure loss, Pa/m 100000...

Heating output recalculation HEATING OUTPUT RECALCULATION FOR ANOTHER TEMPERATURE GRADIENT Convector heating output reckoning follows by recalculation of the standardized output Qn 75/65/20 °C Q = Qn × ψ × (∆T/50)m [W], where ∆T = (T1+T2)/2-Ti [°C] Qn [W] heating output for temperature gradient T1/T2/Ti = 75/65/20 °C ψ [-] mass rate of flow coefficient (for current flow rate ψ=1) T1 [°C] input water temperature T2 [°C] output water temperature Ti [°C] temperature in the room m [-] temperature exponent – If you want to learn convector output for the room temperature of 22 °C or for a corridor...

Floor convectors with fresh air supply FLOOR CONVECTORS

“LINE AIR” SERIES FLOOR CONVECTORS WITH FRESH AIR SUPPLY The convectors of the current series provide comfortable premises heating and ventilation solutions by means of floor-integrated convectors and the supply of fresh air from the ventilation system. LINE AIR series of simultaneous heating and ventilation convectors provide effective heating, fresh air supply, even distribution of fresh air throughout the premises, and cooling (if nec- The unit effectively insulates the premises against cold air flows coming in through windows with a large area of glazing in winter gardens, exhibition halls,...

Height adjustment Stainless trough galvanized steel covered with durable spray painting. Color: black matt or dark grey matt. Also stainless steel DIN 1,4301 (17 240) Grill type cross / linear – on buyers selection Grill material anodized aluminium, wood, stainless steel – on buyers selection Heat medium connection 2 × G1/2” inner * Possible to order any other dimensions OPERATING CONDITIONS Working overpressure Ambient temperature Relative humidity