Report in Accordance with BS EN ISO 10077-1:2006 Thermal ......D10) of BS EN ISO 10077-2:20012. The...
Transcript of Report in Accordance with BS EN ISO 10077-1:2006 Thermal ......D10) of BS EN ISO 10077-2:20012. The...
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Report for: I.D. Systems Page 1 of 11 Ref: 01-241114 / SF55 Bi-Fold TGU (Ug=0.7 W/m
2K)
U-Value Calculation
Report in Accordance with BS EN ISO 10077-1:2006
Thermal Performance of Windows, Doors & Shutters
Calculation of Thermal Transmittance Part 1: Simplified Method
CONFIDENTIAL
Report reference: 01-241114 SF55 Bi-Fold TGU (Ug=0.7 W/m2K)
Issue date: 24/11/14 Prepared for: I.D Systems
Sunflex House B2 Rhombus Park Diamond Road Norwich Norfolk
Prepared by: Simon Grant
S.G. Consultancy Ltd 26 Gardyn Croft Taverham Norwich Norfolk NR8 6UZ Tel: 01603 865694 E-mail: [email protected]
Approved Simulator No. 096
Associate Technical Member
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Report for: I.D. Systems Page 2 of 11 Ref: 01-241114 / SF55 Bi-Fold TGU (Ug=0.7 W/m
2K)
1 Introduction This document details the thermal performance calculation of the Bi-folding door configuration as detailed below. The frame profile results detailed below are provided by computer simulation using LBL software program THERM 5.2 and validated against proofs in Annex D (D1 to D10) of BS EN ISO 10077-2:20012. The frame profile results detailed below are provided from methods contained in BS EN ISO 10077-1:2006 and in accordance with thermal transmittance requirements detailed in BS EN 14351-1:2006 +A1:2010.
2 Summary of Results
2.1 Frame thermal transmittance (in accordance with BS EN ISO 10077-1: 2006)
Frame Profile Frame Thermal Transmittance (Uf)
Head & Base 2.8 W/m2K
Hinge Jamb 2.5 W/m2K
Closing Jamb 2.8 W/m2K
Mullion 2.5 W/m2K
2.2 Linear thermal transmittance (in accordance with BS EN ISO 10077-1:
2006)
Frame Profile Linear Thermal Transmittance (ψψψψ)
Head & Base 0.040 W/m.K
Hinge Jamb 0.042 W/m.K
Closing Jamb 0.040 W/m.K
Mullion 0.084 W/m.K
2.3 Centre pane U-Value of glazing calculated in accordance with BS EN 673:
Glazing unit Centre pane U-value (Ug)
4-12-4-12-4 Softcoat Low-E (En=0.05) uncorrected emissivity internal pane,
uncoated (En=0.89) middle pane, Softcoat Low-E (En=0.01) uncorrected emissivity external pane, both cavities 10% air filled,
90% argon filled cavity, Thermobar spacer (refer to annex)
0.715 W/m2K
2.4 U-Value The thermal performance of the door (UD) in accordance with EN ISO 10077-1:2006 is:
1.3 W/m2K
All profile calculations based on BS EN ISO 10077-2:2012
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3 Authorisation
Issued by:
Signature:
Name: Simon Grant
Date: 24th November 2014
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Report for: I.D. Systems Page 4 of 11 Ref: 01-241114 / SF55 Bi-Fold TGU (Ug=0.7 W/m
2K)
Figure 1. Technical drawing of Head & Base.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Stainless Steel, Annex A of BS 10077-2 (SE=0.3) 30.0
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
42mm
109mm
67mm
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Report for: I.D. Systems Page 5 of 11 Ref: 01-241114 / SF55 Bi-Fold TGU (Ug=0.7 W/m
2K)
Figure 2. Technical drawing of Hinge Jamb.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
57.5mm
97mm
39.5mm
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Report for: I.D. Systems Page 6 of 11 Ref: 01-241114 / SF55 Bi-Fold TGU (Ug=0.7 W/m
2K)
Figure 3. Technical drawing of Closing Jamb.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
63mm
131mm
68mm
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Report for: I.D. Systems Page 7 of 11 Ref: 01-241114 / SF55 Bi-Fold TGU (Ug=0.7 W/m
2K)
Figure 4. Technical drawing of Mullion.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
57.5mm
115mm
57.5mm
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Report for: I.D. Systems Page 8 of 11 Ref: 01-241114 / SF55 Bi-Fold TGU (Ug=0.7 W/m
2K)
Figure 5. Drawing of the door configuration and overall dimensions (from the internal face)
Internal projected frame area (Af,i) 1.698 m
2 External projected frame area (Af,e) 1.698 m
2 Glazed area of configuration (Ag) 5.114 m
2 Frame area of configuration (Af) 1.698 m
2
Perimeter length of the glazing (lg) 14.108 m
2725 mm
2500 mm
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Annex
Glazing unit 4-12-4-12-4 Low E 0.01 (external pane) & Low E 0.05 (internal pane) uncorrected, 2x 10% air 90% argon filled
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Report for: I.D. Systems Page 1 of 11 Ref: 03-241114 / SF55 Bi-Fold DGU (Ug=1.0 W/m
2K)
U-Value Calculation
Report in Accordance with BS EN ISO 10077-1:2006
Thermal Performance of Windows, Doors & Shutters
Calculation of Thermal Transmittance Part 1: Simplified Method
CONFIDENTIAL
Report reference: 03-241114 SF55 Bi-Fold DGU (Ug=1.0 W/m2K)
Issue date: 24/11/14 Prepared for: I.D Systems
Sunflex House B2 Rhombus Park Diamond Road Norwich Norfolk
Prepared by: Simon Grant
S.G. Consultancy Ltd 26 Gardyn Croft Taverham Norwich Norfolk NR8 6UZ Tel: 01603 865694 E-mail: [email protected]
Approved Simulator No. 096
Associate Technical Member
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Report for: I.D. Systems Page 2 of 11 Ref: 03-241114 / SF55 Bi-Fold DGU (Ug=1.0 W/m
2K)
1 Introduction This document details the thermal performance calculation of the Bi-folding door configuration as detailed below. The frame profile results detailed below are provided by computer simulation using LBL software program THERM 5.2 and validated against proofs in Annex D (D1 to D10) of BS EN ISO 10077-2:20012. The frame profile results detailed below are provided from methods contained in BS EN ISO 10077-1:2006 and in accordance with thermal transmittance requirements detailed in BS EN 14351-1:2006 +A1:2010.
2 Summary of Results
2.1 Frame thermal transmittance (in accordance with BS EN ISO 10077-1: 2006)
Frame Profile Frame Thermal Transmittance (Uf)
Head & Base 2.9 W/m2K
Hinge Jamb 2.5 W/m2K
Closing Jamb 2.8 W/m2K
Mullion 2.5 W/m2K
2.2 Linear thermal transmittance (in accordance with BS EN ISO 10077-1:
2006)
Frame Profile Linear Thermal Transmittance (ψψψψ)
Head & Base 0.048 W/m.K
Hinge Jamb 0.050 W/m.K
Closing Jamb 0.047 W/m.K
Mullion 0.101 W/m.K
2.3 Centre pane U-Value of glazing calculated in accordance with BS EN 673:
Glazing unit Centre pane U-value (Ug)
6-16-6 Softcoat Low-E (En=0.01) uncorrected emissivity internal pane, uncoated (En=0.89) external pane, 10% air filled, 90% argon filled
cavity Thermobar spacer (refer to annex)
1.040 W/m2K
2.4 U-Value The thermal performance of the door (UD) in accordance with EN ISO 10077-1:2006 is:
1.6 W/m2K
All profile calculations based on BS EN ISO 10077-2:2012
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2K)
3 Authorisation
Issued by:
Signature:
Name: Simon Grant
Date: 24th November 2014
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2K)
Figure 1. Technical drawing of Head & Base.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Stainless Steel, Annex A of BS 10077-2 (SE=0.3) 30.0
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
42mm
109mm
67mm
-
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Report for: I.D. Systems Page 5 of 11 Ref: 03-241114 / SF55 Bi-Fold DGU (Ug=1.0 W/m
2K)
Figure 2. Technical drawing of Hinge Jamb.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
57.5mm
97mm
39.5mm
-
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Report for: I.D. Systems Page 6 of 11 Ref: 03-241114 / SF55 Bi-Fold DGU (Ug=1.0 W/m
2K)
Figure 3. Technical drawing of Closing Jamb.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
63mm
131mm
68mm
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Report for: I.D. Systems Page 7 of 11 Ref: 03-241114 / SF55 Bi-Fold DGU (Ug=1.0 W/m
2K)
Figure 4. Technical drawing of Mullion.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
57.5mm
115mm
57.5mm
-
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Report for: I.D. Systems Page 8 of 11 Ref: 03-241114 / SF55 Bi-Fold DGU (Ug=1.0 W/m
2K)
Figure 5. Drawing of the door configuration and overall dimensions (from the internal face)
Internal projected frame area (Af,i) 1.698 m
2 External projected frame area (Af,e) 1.698 m
2 Glazed area of configuration (Ag) 5.114 m
2 Frame area of configuration (Af) 1.698 m
2
Perimeter length of the glazing (lg) 14.108 m
2725 mm
2500 mm
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Report for: I.D. Systems Page 9 of 11 Ref: 03-241114 / SF55 Bi-Fold DGU (Ug=1.0 W/m
2K)
Annex
Glazing unit 6-16-6 Low E 0.01 (internal pane) uncorrected, 10% air 90% argon filled
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2K)
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Report for: I.D. Systems Page 1 of 11 Ref: 02-241114 / SF55 Bi-Fold DGU (Ug=1.2 W/m
2K)
U-Value Calculation
Report in Accordance with BS EN ISO 10077-1:2006
Thermal Performance of Windows, Doors & Shutters
Calculation of Thermal Transmittance Part 1: Simplified Method
CONFIDENTIAL
Report reference: 02-241114 SF55 Bi-Fold DGU (Ug=1.2 W/m2K)
Issue date: 24/11/14 Prepared for: I.D Systems
Sunflex House B2 Rhombus Park Diamond Road Norwich Norfolk
Prepared by: Simon Grant
S.G. Consultancy Ltd 26 Gardyn Croft Taverham Norwich Norfolk NR8 6UZ Tel: 01603 865694 E-mail: [email protected]
Approved Simulator No. 096
Associate Technical Member
-
The legal validity of this report can only be claimed on presentation of the complete report.
Report for: I.D. Systems Page 2 of 11 Ref: 02-241114 / SF55 Bi-Fold DGU (Ug=1.2 W/m
2K)
1 Introduction This document details the thermal performance calculation of the Bi-folding door configuration as detailed below. The frame profile results detailed below are provided by computer simulation using LBL software program THERM 5.2 and validated against proofs in Annex D (D1 to D10) of BS EN ISO 10077-2:20012. The frame profile results detailed below are provided from methods contained in BS EN ISO 10077-1:2006 and in accordance with thermal transmittance requirements detailed in BS EN 14351-1:2006 +A1:2010.
2 Summary of Results
2.1 Frame thermal transmittance (in accordance with BS EN ISO 10077-1: 2006)
Frame Profile Frame Thermal Transmittance (Uf)
Head & Base 2.9 W/m2K
Hinge Jamb 2.5 W/m2K
Closing Jamb 2.8 W/m2K
Mullion 2.5 W/m2K
2.2 Linear thermal transmittance (in accordance with BS EN ISO 10077-1:
2006)
Frame Profile Linear Thermal Transmittance (ψψψψ)
Head & Base 0.037 W/m.K
Hinge Jamb 0.039 W/m.K
Closing Jamb 0.036 W/m.K
Mullion 0.079 W/m.K
2.3 Centre pane U-Value of glazing calculated in accordance with BS EN 673:
Glazing unit Centre pane U-value (Ug)
4-20-4 Softcoat Low-E (En=0.05) uncorrected emissivity internal pane, uncoated (En=0.89) external pane, 10% air filled, 90% argon filled
cavity Thermobar spacer (refer to annex)
1.219 W/m2K
2.4 U-Value The thermal performance of the door (UD) in accordance with EN ISO 10077-1:2006 is:
1.7 W/m2K
All profile calculations based on BS EN ISO 10077-2:2012
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2K)
3 Authorisation
Issued by:
Signature:
Name: Simon Grant
Date: 24th November 2014
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2K)
Figure 1. Technical drawing of Head & Base.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Stainless Steel, Annex A of BS 10077-2 (SE=0.3) 30.0
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
42mm
109mm
67mm
-
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Report for: I.D. Systems Page 5 of 11 Ref: 02-241114 / SF55 Bi-Fold DGU (Ug=1.2 W/m
2K)
Figure 2. Technical drawing of Hinge Jamb.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
57.5mm
97mm
39.5mm
-
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Report for: I.D. Systems Page 6 of 11 Ref: 02-241114 / SF55 Bi-Fold DGU (Ug=1.2 W/m
2K)
Figure 3. Technical drawing of Closing Jamb.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.30
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
63mm
131mm
68mm
-
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Report for: I.D. Systems Page 7 of 11 Ref: 02-241114 / SF55 Bi-Fold DGU (Ug=1.2 W/m
2K)
Figure 4. Technical drawing of Mullion.
Material Thermal Conductivity W/(m.K) Aluminium, Annex A of BS 10077-2 (SE=0.9) 160.00
Aluminium, Annex A of BS 10077-2 (SE=0.3) 160.00
Soda Lime Glass, Annex A of BS 10077-2 1.00
Polysulfide, Annex A of BS 10077-2 0.40
Thermobar, BF Data Sheet No. 27 0.14
Polyamide 6.6, Annex A of BS 10077-2 0.3
EPDM, Annex A of BS 10077-2 0.25
External Environment Rsi Normal = 0.04 m
2K/W Rsi Reduced = 0.04 m
2K/W Temperature = 0 0C
Internal Environment Rsi Normal = 0.13 m
2K/W Rsi Reduced = 0.20 m
2K/W Temperature = 20 0C
Quad Tree Mesh Parameter 9
57.5mm
115mm
57.5mm
-
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Report for: I.D. Systems Page 8 of 11 Ref: 02-241114 / SF55 Bi-Fold DGU (Ug=1.2 W/m
2K)
Figure 5. Drawing of the door configuration and overall dimensions (from the internal face)
Internal projected frame area (Af,i) 1.698 m
2 External projected frame area (Af,e) 1.698 m
2 Glazed area of configuration (Ag) 5.114 m
2 Frame area of configuration (Af) 1.698 m
2
Perimeter length of the glazing (lg) 14.108 m
2725 mm
2500 mm
-
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Report for: I.D. Systems Page 9 of 11 Ref: 02-241114 / SF55 Bi-Fold DGU (Ug=1.2 W/m
2K)
Annex
Glazing unit 4-20-4 Low E 0.05 (internal pane) uncorrected, 10% air 90% argon filled
-
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2K)
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2K)