LC Clients

• OXXX PDV4MW Sliding Patio Door
  • Model No.: EURC-7900SD-4MW-XX
  • Class LC – PG25 – Size tested: 4734 x 2426 mm (187 x 96 in) – Type SD
  • Thermal simulation performed for twenty-four glazing options.

Legend for Coding System and Energy Performance Values:

• ‘XX’ is the code denoting the glazing option details (24 options currently as shown below)

Model Codes:

• Option 01: LoE² 270 on 3mm Clear / 15.9mm Argon (90%) / 3mm Clear Glass
• Option 02: LoE³ 366 on 3mm Clear / 15.9mm Argon (90%) / 3mm Clear Glass
• Option 03: LoE² 270 on 3mm Clear / 15.9mm Argon (90%) / i89 on 3mm Clear
• Option 04: LoE³ 366 on 4mm Clear / 15.9mm Argon (90%) / i89 on 3mm Clear
• Option 05: LoE² 270 on 4mm Clear / 14.3mm Argon (90%) / 4mm Clear Glass
• Option 06: LoE³ 366 on 4mm Clear / 14.3mm Argon (90%) / 4mm Clear Glass
• Option 07: LoE² 270 on 4mm Clear / 14.3mm Argon (90%) / i89 on 4mm Clear
• Option 08: LoE³ 366 on 4mm Clear / 14.3mm Argon (90%) / i89 on 4mm Clear
• Option 09: LoE³ 366 on 3mm Clear / 11.1mm Argon (90%) / 3mm Clear Glass / 11.1mm Argon (90%) / LoE 180ESC on 3mm Clear
• Option 10: LoE³ 366 on 3mm Clear / 11.1mm Argon (90%) / LoE 180ESC on 3mm Clear / 11.1mm Argon (90%) / i89 on 3mm Clear
• Option 11: LoE³ 366 on 3mm Clear / 11.1mm Argon (90%) / 3mm Clear Glass / 11.1mm Argon (90%) / i89 on 3mm Clear
• Option 12: LoE³ 366 on 3mm Clear / 11.1mm Argon (90%) / 3mm Clear Glass / 11.1mm Argon (90%) / 3mm Clear Glass
• Option 13: LoE² 270 on 3mm Clear / 11.1mm Argon (90%) / 3mm Clear Glass / 11.1mm Argon (90%) / 3mm Clear Glass
• Option 14: LoE² 270 on 3mm Clear / 11.1mm Argon (90%) / 3mm Clear Glass / 11.1mm Argon (90%) / i89 on 3mm Clear
• Option 15: LoE² 270 on 3mm Clear / 11.1mm Argon (90%) / 3mm Clear Glass / 11.1mm Argon (90%) / LoE² 270 on 3mm Clear
• Option 16: LoE² 270 on 3mm Clear / 11.1mm Argon (90%) / LoE² 270 on 3mm Clear / 11.1mm Argon (90%) / i89 on 3mm Clear
• Option 17: LoE³ 366 on 4mm Clear / 9.5mm Argon (90%) / 4mm Clear Glass / 9.5mm Argon (90%) / LoE 180ESC on 4mm Clear
• Option 18: LoE³ 366 on 4mm Clear / 9.5mm Argon (90%) / LoE 180ESC on 4mm Clear / 9.5mm Argon (90%) / i89 on 4mm Clear
• Option 19: LoE³ 366 on 4mm Clear / 9.5mm Argon (90%) / 4mm Clear Glass / 9.5mm Argon (90%) / i89 on 4mm Clear
• Option 20: LoE³ 366 on 4mm Clear / 9.5mm Argon (90%) / 4mm Clear Glass / 9.5mm Argon (90%) / 4mm Clear Glass
• Option 21: LoE² 270 on 4mm Clear / 9.5mm Argon (90%) / 4mm Clear Glass / 9.5mm Argon (90%) / 4mm Clear Glass
• Option 22: LoE² 270 on 4mm Clear / 9.5mm Argon (90%) / 4mm Clear Glass / 9.5mm Argon (90%) / i89 on 4mm Clear
• Option 23: LoE² 270 on 4mm Clear / 9.5mm Argon (90%) / 4mm Clear Glass / 9.5mm Argon (90%) / LoE² 270 on 4mm Clear
• Option 24: LoE² 270 on 4mm Clear / 9.5mm Argon (90%) / LoE² 270 on 4mm Clear / 9.5mm Argon (90%) / i89 on 4mm Clear

Thermal Simulation Results:

• Option 01: U-Value (W/m2 · K): 1.74; SHGC: 0.27; VT; 0.50; Air Leakage: 1.5; ER: 15
• Option 02: U-Value (W/m2 · K): 1.71; SHGC: 0.20; VT; 0.46; Air Leakage: 1.5; ER: 11
• Option 03: U-Value (W/m2 · K): 1.52; SHGC: 0.26; VT; 0.49; Air Leakage: 1.5; ER: 19
• Option 04: U-Value (W/m2 · K): 1.50; SHGC: 0.20; VT; 0.45; Air Leakage: 1.5; ER: 16
• Option 05: U-Value (W/m2 · K): 1.72; SHGC: 0.26; VT; 0.49; Air Leakage: 1.5; ER: 14
• Option 06: U-Value (W/m2 · K): 1.70; SHGC: 0.20; VT; 0.46; Air Leakage: 1.5; ER: 11
• Option 07: U-Value (W/m2 · K): 1.51; SHGC: 0.26; VT; 0.48; Air Leakage: 1.5; ER: 19
• Option 08: U-Value (W/m2 · K): 1.49; SHGC: 0.20; VT; 0.45; Air Leakage: 1.5; ER: 16
• Option 09: U-Value (W/m2 · K): 1.24; SHGC: 0.18; VT; 0.41; Air Leakage: 1.5; ER: 20
• Option 10: U-Value (W/m2 · K): 1.18; SHGC: 0.18; VT; 0.40; Air Leakage: 1.5; ER: 22
• Option 11: U-Value (W/m2 · K): 1.32; SHGC: 0.18; VT; 0.41; Air Leakage: 1.5; ER: 19
• Option 12: U-Value (W/m2 · K): 1.44; SHGC: 0.19; VT; 0.42; Air Leakage: 1.5; ER: 16
• Option 13: U-Value (W/m2 · K): 1.45; SHGC: 0.25; VT; 0.45; Air Leakage: 1.5; ER: 20
• Option 14: U-Value (W/m2 · K): 1.34; SHGC: 0.24; VT; 0.45; Air Leakage: 1.5; ER: 22
• Option 15: U-Value (W/m2 · K): 1.23; SHGC: 0.23; VT; 0.39; Air Leakage: 1.5; ER: 23
• Option 16: U-Value (W/m2 · K): 1.16; SHGC: 0.20; VT; 0.38; Air Leakage: 1.5; ER: 23
• Option 17: U-Value (W/m2 · K): 1.30; SHGC: 0.18; VT; 0.40; Air Leakage: 1.5; ER: 19
• Option 18: U-Value (W/m2 · K): 1.23; SHGC: 0.17; VT; 0.40; Air Leakage: 1.5; ER: 20
• Option 19: U-Value (W/m2 · K): 1.37; SHGC: 0.18; VT; 0.41; Air Leakage: 1.5; ER: 17
• Option 20: U-Value (W/m2 · K): 1.49; SHGC: 0.19; VT; 0.41; Air Leakage: 1.5; ER: 15
• Option 21: U-Value (W/m2 · K): 1.51; SHGC: 0.24; VT; 0.45; Air Leakage: 1.5; ER: 18
• Option 22: U-Value (W/m2 · K): 1.37; SHGC: 0.24; VT; 0.44; Air Leakage: 1.5; ER: 21
• Option 23: U-Value (W/m2 · K): 1.29; SHGC: 0.22; VT; 0.38; Air Leakage: 1.5; ER: 22
• Option 24: U-Value (W/m2 · K): 1.22; SHGC: 0.20; VT; 0.37; Air Leakage: 1.5; ER: 22

• AAMA/WDMA/CSA 101/I.S.2/A440:17
• CSA A440S1:19
• CSA A440.2:19

• Products are certified for Canadian Market only

General Note:

• Project no.: 22404
• LC Listing Report no.: 40.00.22404-9_Rev.0
• LC Certificate no.: LC22404-9