Salda AMBERAIR COMPACT 7 RH E, Монтаж и инструкция по установке

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EN | 5 AMBERAIR COMPACT RH v2019.08
4.1.1. CASING
The casing of AmberAir Compact SD50+ unclear meaning and thermal characteristics. More detailed information is provided in the tables below.
EN 1886:2008 data
MODEL BOX MD50 SD50 MD50+ SD50+
Casing strength class D2(M) D1(M) D2(M) D1(M)
Casing air leakage class at - 400 Pa L1(M) L1(M) L1(M) L1(M)
Casing air leakage class at + 700 Pa L1(M) L1(M) L1(M) L1(M)
Filter bypass leakage class F9(M) F9(M) F9(M) F9(M)
Thermal transmittance class T3 T3 T3 T2
Thermal bridging factor class TB4 TB4 TB1 TB1
Casing profiles options
Aluminium Aluminium
Aluminium without
thermal break
Aluminium without
thermal break
Anodized aluminium Anodized aluminium
Anodized aluminium
without thermal break
Anodized aluminium
without thermal break
Corners Plastic Plastic Plastic Plastic
Corners flammability (UL 94) HB HB HB HB
Thickness of double skin panel 45,5 [mm] 45,5 [mm] 45,5 [mm] 45,5 [mm]
Insulation material Stone wool Polyurethane foam Stone wool Polyurethane foam
Insulation material density <95 [kg/m
3
] 45 [kg/m
3
] <95 [kg/m
3
] 45 [kg/m
3
]
Insulation material thermal conductivity 0,033 [W/mK] 0,024 [W/mK] 0,033 [W/mK] 0,024 [W/mK]
Insulation material fire reaction class (EN
13501-1:2007)
A1 B – s2 d0 A1 B – s2 d0
External sheet metal thickness and coating
options
0,7 [mm] AluZn 185
0,5 [mm] Zn polyester
painting RAL 7040
0,7 [mm] AluZn 185
0,5 [mm] Zn polyester
painting RAL 7040
Internal sheet metal thickness and coating
options
0,7 [mm] AluZn 185 0,7 [mm] AluZn 185 0,7 [mm] AluZn 185 0,7 [mm] AluZn 185
All AmberAir casing model boxes has rounded internal corners, which prevents accumulation of dust and dirt, facilitates cleaning and makes it
possible to use in a hygienic unit design.
AmberAir MD50+ and SD50+ has thermal bridging factor class TB1 – it eliminates possibilities for condensate occurrence on outer surface of the
unit. AmberAir MD50 and SD50 has thermal bridging factor class TB4 – under certain ambient conditions condensate may occur on outer surface
of the unit.
Below illustrates AmberAir MD50, AmberAir SD50, AmberAir MD50+ and AmberAir SD50+ cross-sections.
Figure 4.1.1.1 - AmberAir MD50 cross-section.
1 – Corner profile, 2 – intermediate profile, 3 – special corner profile for connection between two sections, 4 – double skin stone wool panel, 5 -
rounded profile corners, 6 – non-porous gasket fitted in special groove, 7 – panel block aluminium profile, 8 – panel block gasket
Figure 4.1.1.2 - AmberAir SD50 cross-section
1 – Corner profile, 2 – intermediate profile, 3 – special corner profile for connection between two sections, 4 – double skin polyurethane foam
panel, 5 - rounded profile corners, 6 – non-porous gasket fitted in special groove, 7 – panel block aluminium profile, 8 – panel block gasket