Technical Datasheet SILFAB SLA 250/255/260/265/270/275/280/285 M Available in Black on Black 60 12 cells years Maximum Efficiency Highest Automation 60 of the highest efficiency, best quality monocrystalline cells result in a maximum power rating of 285 Wp. Strict quality controls during each step of one of the world’s most automated module production facilities. Positive Tolerance Increased Quality -0/+5W module sorting achieves the electrical performance of the PV system. maximum Top quality materials and 100% EL testing guarantee a trustworthy 25-year performance warranty. Industry Experts Reduced Weight Silfab’s technical team has specialized experience in the entire photovoltaic value chain, with modules produced and operating for over 30 years. Engineered to accommodate low load bearing structures while maintaining highly durable mechanical characteristics including a maximum loading of 5400 Pa. Electrical Specifications - Standard Test Conditions Module Power (Pmax) Open circuit voltage (Voc) Short circuit current (Isc) Maximum power voltage (Vpmax) Maximum power current (Ipmax) Module efficiency Maximum system voltage (UL) Series fuse rating Power tolerance Wp V A V A % VDC A Wp SLA250M SLA255M SLA260M 250 37.4 8.80 30.4 8.27 15.3 255 37.6 8.92 30.6 8.38 15.6 260 37.8 9.04 30.8 8.49 15.9 SLA265M SLA270M 265 270 38.0 38.2 9.16 9.28 31.0 31.2 8.60 8.71 16.2 16.5 600 or 1000 (on request) 15 -0/+5 SLA275M SLA280M SLA285M 275 38.4 9.36 31.4 8.80 16.8 280 38.7 9.43 31.7 8.86 17.1 285 39.1 9.47 32.0 8.91 17.4 Measurement conditions: STC 1000 W/m2 - AM 1.5 - Temperature 25 °C • Measurement uncertainty ≤ 3% • Sun simulator calibration with modules calibrated by Fraunhofer Institute. Electrical characteristics may vary by ±5% and power by -0/+5W. Temperature Ratings Temperature Coefficient Isc Temperature Coefficient Voc Temperature Coefficient Pmax NOCT (± 2°C) Operating temperature Mechanical Properties and Components Module weight (± 1 kg) Dimensions (H x L x D; ± 1mm) Maximum surface load (wind/snow) Hail impact resistance Cells Glass Encapsulant Backsheet Frame Bypass diodes Junction box and cables* Connectors SILFAB SLA Mono 0.03 -0.35 -0.46 45 -40/+85 %/K %/K %/K °C °C kg mm N/m2 SILFAB SLA Mono 19 1650 x 990 x 38 5400 ø 25 mm at 83 km/h 60 - Si monocrystalline - 3 busbar - 156 x 156 mm 3.2 mm high transmittance, tempered, antireflective coating (when required) EVA Multilayer polyester-based Anodized Al 6060 T5, 15 µm 3 diodes SL1515 (Tyco) or 6 diodes PS4512 (Renhe) Tyco or Renhe, 2 x 1000 mm ø 5.7 mm (4 mm2) Tyco or MC4 comparable * Tigo Energy module maximizer integrated junction box available on request SILFAB SLA Mono 12 years ≥ 97% end of 1st year ≥ 90% end of 12th year ≥ 82% end of 25th year Guaranteed power Certifications Product Factory SILFAB SLA Mono ULC ORD C1703, UL1703, IEC 61215, IEC 61730, CEC listed Product traceability ISO 9001:2008 Caution: Read the safety and installation manual before using this product. 990 ±1 115 ±0,5 38 + 1650 ±1 825 ±1 - 400 ±1 151 ±1 26 ±1 MOUNTING HOLE 7 ±0,2 Silfab Ontario Inc. 240 Courtneypark Drive East • Mississauga, Ontario Canada L5T 2S5 Tel +1 905-255-2501 • Fax +1 905-696-0267 info@silfab.ca • www.silfab.ca 950 ±1 W.B. MOUNTING HOLE Silfab SpA Via Trieste 33 - 35121 Padova Italy info@silfab.eu • www.silfab.eu DRAINAGE 400 ±1 GROUND CONNECTION HOLE 4±0,2 SLA_M_250-285_04 • No reproduction of any kind is allowed. Data and information is subject to modifications without notice. ©Silfab 2013 Warranties Module warranty