Grant Afinia GALU430 KIT Series, Руководство по установке

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Section 2: technical Data page 6
2.3 pERfORManCE Data
HEatinG CapaCity (Uni En 442-2)
Refer to Tables 2-3a to 2-3c for Standard (horizontal) radiators or Table 2-4 for Vertical radiators and Figure 2-1 for a representation of
the dimension references shown in these tables.
table 2-3a: Horizontal Radiators 430mm High - performance Data
product Code
number
of
Sections
Height
(a)
mm
Width
(B)
mm
Output
ΔT=20K
W
Output
ΔT=30K
W
Output
ΔT=50K
W
Exponent
n
GALU4306KIT 6 430 480 168 288 552 1.293
GALU4308KIT 8 430 640 224 384 736 1.293
GALU43010KIT 10 430 800 280 480 920 1.293
GALU43012KIT 12 430 960 336 576 1104 1.293
GALU43014KIT 14 430 1120 392 672 1288 1.293
table 2-3b: Horizontal Radiators 580mm High - performance Data
product Code
number
of
Sections
Height
(a)
mm
Width
(B)
mm
Output
ΔT=20K
W
Output
ΔT=30K
W
Output
ΔT=50K
W
Exponent
n
GALU5806KIT 6 580 480 228 366 744 1.295
GALU5808KIT 8 580 640 304 488 992 1.295
GALU58010KIT 10 580 800 380 610 1240 1.295
GALU58012KIT 12 580 960 456 732 1488 1.295
GALU58014KIT 14 580 1120 532 854 1736 1.295
GALU58015KIT 15 580 1200 570 915 1860 1.295
table 2-3c: Horizontal Radiators 680mm High - performance Data
product Code
number
of
Sections
Height
(a)
mm
Width
(B)
mm
Output
ΔT=20K
W
Output
ΔT=30K
W
Output
ΔT=50K
W
Exponent
n
GALU6806KIT 6 680 480 246 432 852 1.348
GALU6808KIT 8 680 640 328 576 1136 1.348
GALU68010KIT 10 680 800 410 720 1420 1.348
GALU68012KIT 12 680 960 492 864 1704 1.348
GALU68014KIT 14 680 1120 574 1008 1988 1.348
GALU68015KIT 15 680 1200 615 1080 2130 1.348
table 2-4: Vertical Radiators - performance Data
product Code
number
of
Sections
Height
(a)
mm
Width
(B)
mm
Output
ΔT=20K
W
Output
ΔT=30K
W
Output
ΔT=50K
W
Exponent
n
GALUV18426KIT 6 1842 480 474 816 1626 1.350
GALUV18428KIT 8 1842 640 632 1088 2168 1.350
GALUV20426KIT 6 2042 480 510 882 1758 1.346
GALUV20428KIT 8 2042 640 680 1176 2344 1.346
! nOtE !
ΔT = Mean Water Temperature – Design Room Temperature
Mean Water Temp =
(flow tempe Return temperature) ÷ 2
B
A
D
C
figure 2-1: Radiator Dimensions