Products

Basic parameters:

Range of cooling capacity:	2,2 – 37,4 kW
Range of heating power:	3,1 – 65,4 kW
Air flow:	1150 – 4200 m³/h
Mass:	23,1 – 36,0 kg
Casing:	EPP (expanded polypropylene)
Colour:	grey, black

Control systems for LEO COOL

Basic files

Manual
2.54 MB
Catalogue cards
143.40 kB

Product index:
54914; 54913

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Short characteristic:

Fan cooler-heater units LEO COOL is 2 in 1 device that provides cooling in summer and heating in winter.

The devices are designed for indoor use where maximum air dustiness does not exceed 0,3 g/m3. It is an universal device which effectivelly cooperates with thermal sources such as condensing gas boilers, chillers or reversible heat pumps, characterized by low temperature of the heating medium.

The LEO COOL come with 3 step fans withan increased range of regulation of efficiency, cooling capacity (2,2-37,4 kW) and heat power (3,1-65,4 kW).
Two types of fan cooler-heaters are available: with 3-row water heat exchanger or with 4-row water heat exchanger.

More info about comprehensive solutions for heating and ventilation can be found on page FLOWAIR SYSTEM.

Purpose:

Fan cooler-heaters are used for heating industrial halls, mid-size and large facilities for instance logistic centers, production halls, food industry halls, sports halls, warehouses etc.

Control system:

Two control options for LEO COOL units:
- TS control – basic functionality and easy of use,
- T-box regulation – advanced functionality, control by the means of BMS or by T-box intelligent touch-screen controller.

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Technology/innovation/benefits:

Condensate drain system - droplet eliminator equipped with outlet blades prevents condensate droplets from escaping with supply air stream.

Air blades – enable to set the direction of the supply air stream,

Heat exchanger – a big heating and cooling capacity is provided thanks to 3-rows or 4-rows water heat exchanger with hydrophilic layers and thin lamellas spacing,

Casing – light and durable, made of EPP (expanded polypropylene),
Rotary console 170° - mounted vertically, ensures easy mounting to the wall

Technical data LEO COOL

	LEO COOL L3			LEO COOL XL4
Step	III	II	I	III	II	I
Max. airflow [m3/h]	2300	2050	1150	4200	3350	2000
Range of cooling capacity [kW]¹⁾	2,2 – 17,1			6,1 – 37,4
Nominal cooling capacity (7/12/26°C, 55%, III step) [kW]⁽²⁾	9,7			21,8
Range of heating power [kW]⁽³⁾	3,1 – 32,2			7,5 – 65,4
Nominal heating power (70/50/16°C, III step) [kW]⁴⁾	23,1			47,6
Power supply [V/Hz]	230/50
Max. current consumption [A]	1,5	1,2	0,6	2,4	1,8	1,4
Max. power consumption [W]	340	240	120	550	370	270
IP / Insulation class	54/F
Max. acoustic pressure level [dB(A)]⁽⁵⁾	64,1	54,5	42,1	67,5	61,1	52,3
Max. acoustic power level [dB(A)]⁶⁾	79,2	69,6	57,2	82,6	76,2	67,8
Isothermal horizontal airflow range [m]⁽⁷⁾	18,0	12,7	7,1	20,5	16,3	9,7
Max. heating medium temeperature [°C]	70 (water or max. 60% glycol solution)
Max. operating pressure [MPa]	1,6
Connection [”]	3/4
Type of casing	EPP (expanded polypropylene)
Colour	grey⁽⁸⁾,black
Usage	inside buildings
Max. working temperature [^oC]	55
Position of operation	horizontal installation
Weight of unit [kg]	23,1			36,0
Weight of unit filled with water [kg]	25,8			41,1

^{(1) Range of cooling capacity at given parameters: min. – I step of fan, temperature of cooling medium 10/15°C, air temperature/relative humidity at the supply to the device 24°C/55%; max. – III step of fan, temperature of cooling medium 3/8°C, air temperature/relative humidity at the supply to the device 32°C/40% (2) Nominal cooling capacity at given parameters: III step of fan, temperature of cooling medium 7/12°C, air temperature/relative humidity at the supply to the device 26°C/55%; (3) Range of heating power at given parameters: min. – I step of fan, temperature of heating medium 40/30°C, air temperature at the supply to the device 20°C; max. – III step of fan, temperature of heating medium 70/50°C, air temperature at the supply to the device 0°C. (4) Nominal heating power at given parameters: III step of fan, temperature of heating medium 70/50°C, air temperature at the supply to the device 16°C. (5) Acoustic pressure level has been measured 5 m from the unit in a 1500 m3 space with a medium sound absorption coefficient (6) Acoustic power level according to PN-EN ISO 3744:2011 (7) Horizontal isothermal range for 0,5 m/s boundry air stream speed 0,5 m/s (8) Similar to RAL 9007}