Radiant Panel KIT for Heating of Halls and Industrial Buildings

42% savings in operating costs

Pleasant working environment

Environmental protection

Payback within 5 years

KIT Radiant Panels represent an efficient solution for heating halls, production areas and other large-volume buildings. It is a ceiling-mounted hydronic radiant system that transfers heat directly to people, floors and building structures rather than primarily heating the air.
Thanks to the principle of radiant heat transfer, the system ensures even temperature distribution throughout the space and reduces temperature stratification, which is typical of warm-air heating systems. The system is suitable for connection to various heat sources and allows both full-area and zone heating of specific parts of a hall.

Why to choose Radiant panel KIT?

Sálavé panely Kotrbatý KIT instalované pod stropem průmyslové haly pro úsporné vytápění výrobních prostor.

Installing KIT radiant panels in an industrial hall ensures efficient, even and energy-saving heating of large spaces. KIT radiant panels are designed for operation in industrial environments where energy efficiency, reliability and long service life are key priorities.

Main benefits of the solution:

energy-efficient heating of high-ceiling halls
minimal heat accumulation under the ceiling
uniform thermal comfort in working zones
no dust circulation or air movement
possibility of connection to a gas boiler, heat pump or central heating source
low operating costs

Technical parameters

Basic element:	aluminum module 330 mm wide
Construction:	precise steel tube Ø 18 mm, embedded in aluminum sheet
Heat insulation:	30 mm thick with aluminum foil
Panel assembly:	modules are suspeded next to each other on common beams
Panel lengths:	2, 3, 4, 6 m
Connecting panels into strips:	pressfittings DN 18, type V
Piping configuration:	parallel, half parallel – solved by various pressable headers

Heat transfer material

warm, hot water up to 120 °C (PN 6)

Control options

three-way control valve + circulation pump
two-way control valve + circulation pump
jet pump + controller with optimization program

Detail KIT

aluminum heating surface
heating pipe
heat insulation
top aluminum coating
common suspension beam
carabine
ceiling suspension system, e.g. wire or knotted chain with stretching screw

Panel dimensions – length and all the possible suspension axis

Radiant panel KIT – 2 m
Radiant panel KIT – 3 m
Radiant panel KIT – 4 m
Radiant panel KIT – 6 m

Panel dimensions – width and standard suspension points

Radiant panel KIT I – 6 m
Radiant panel KIT II – 6 m
Radiant panel KIT III – 6 m
Radiant panel KIT IV – 6 m

Weights and standard number of suspension points

Width [mm]	Weight [kg]								Load per S.P.	Water volume	Number of suspension points per panel
	Panel L = 2 m		Panel L = 3 m		Panel L = 4 m		Panel L = 6 m		[kg]	[l/m]	Panel length [m]
	Operation	Construction	Operation	Construction	Operation	Construction	Operation	Construction			2 a 3	4 a 6
330	9,3	7,7	13,7	11,3	18,3	15,1	27,2	22,4	2,4 – 6,7	0,8	4	6
720	19,9	15,3	28,7	22,5	38,6	30,2	56,7	44,8	4,9 – 13,8	1,6	4	6
1110	29,9	23,0	43,1	33,8	57,9	45,2	84,6	67,1	7,3 – 20,7	2,4	4	6
1500	39,8	30,6	57,4	45,0	77,3	60,3	112,9	89,5	10,0 – 27,6	3,2	4	6

Operating weight includes the panel, standard crossbars and water content. Suspension components and headers are not included, as their weight depends on project-specific design and dimensions.

Thermal output – Heating (EN 14037-2)

Δt [K]	KIT I – 330		KIT II – 720		KIT III – 1110		KIT IV – 1500
	Panels	Headers	Panels	Headers	Panels	Headers	Panels	Headers
	[W/m]	[W/pair]	[W/m]	[W/pair]	[W/m]	[W/pair]	[W/m]	[W/pair]
10	30	5	60	9	91	14	121	19
12	38	6	75	12	113	18	150	23
14	45	7	90	14	135	21	181	28
16	53	8	106	17	159	25	212	34
18	61	10	122	20	183	29	244	39
20	69	11	138	22	208	34	277	45
22	78	13	155	25	233	38	310	51
24	86	14	172	28	258	42	344	56
26	95	16	189	31	284	47	379	62
28	103	17	207	34	310	51	414	69
30	112	19	225	37	337	56	450	75
32	121	20	243	41	364	61	486	81
34	131	22	261	44	392	66	522	88
36	140	24	280	47	419	71	559	94
38	149	25	298	51	447	76	596	101
40	159	27	317	54	476	81	634	108
42	168	29	336	57	504	86	672	115
44	178	30	355	61	533	91	711	122
46	187	32	375	64	562	97	750	129
48	197	34	394	68	592	102	789	136
50	207	36	414	72	621	107	828	143
52	217	38	434	75	651	113	868	150
54	227	39	454	79	681	118	908	158
55	232	40	464	81	696	121	928	161
60	258	45	515	90	773	135	1030	180
65	283	50	567	100	850	150	1134	200

Δt = (tm1 + tm2) / 2 – ti where: tm1 [°C] heat transfer medium – supply temperature | tm2 [°C] heat transfer medium – return temperature | ti [°C] internal design temperature