Certificate of Compliance Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 Issued to: TRACO Electronics AG Sihlbruggstrasse 111 Baar, Zurich 6340 SWITZERLAND Attention: Mr. Michael Bruderer The products listed below are eligible to bear the CSA Mark shown with adjacent indicators 'C' and 'US' for Canada and US or with adjacent indicator 'US' for US only or without either indicator for Canada only Issued by: Hades Lee PRODUCTS CLASS 5311 11 – POWER SUPPLIES - Component Type (For Canadian Certification) CLASS 5311 91 – POWER SUPPLIES - Component Type (For US Certification) Component type DC/DC Converter, Models TEN 40WIN Series, TEN 40WIN-HS Series, TEN 50 Series, TEN 50-HS Series, TMR 1 Series, TMR 1SM Series and TMR 3WIE Series. Ratings as follow: For TMR 1SM Series Model Number Transformer Number TMR 1-0511SM OB-MSCW0105S05-T1 TMR 1-0512SM OB-MSCW0105S12-T1 TMR 1-0513SM OB-MSCW0105S15-T1 TMR 1-0522SM OB-MSCW0105D12-T1 Input Voltage Range Nominal: 5Vdc Range: 4.59Vdc Input Fuse: 500mA Rated Input Current (mA) 256 Output Voltage (V dc) Output Current (mA) 5.0 200 252 12.0 83 248 15.0 67 255 ±12.0 ±42 FF0 002 DQD 507 Rev. 2012-05-22 Page 1 Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 TMR 1-0523SM OB-MSCW0105D15-T1 TMR 1-1211SM OB-MSCW0112S05-T1 TMR 1-1212SM OB-MSCW0112S12-T1 TMR 1-1213SM OB-MSCW0112S15-T1 TMR 1-1222SM OB-MSCW0112D12-T1 TMR 1-1223SM OB-MSCW0112D15-T1 TMR 1-2411SM OB-MSCW0124S05-T1 TMR 1-2412SM OB-MSCW0124S12-T1 TMR 1-2413SM OB-MSCW0124S15-T1 TMR 1-2422SM OB-MSCW0124D12-T1 TMR 1-2423SM OB-MSCW0124D15-T1 TMR 1-4811SM OB-MSCW0148S05-T1 TMR 1-4812SM OB-MSCW0148S12-T1 TMR 1-4813SM OB-MSCW0148S15-T1 TMR 1-4822SM OB-MSCW0148D12-T1 TMR 1-4823SM OB-MSCW0148D15-T1 For TMR 1 Series Model Number Transformer Number TMR 1-0511 TMR 1-0512 TMR 1-0513 TMR 1-0515 DQD 507 Rev. 2012-05-22 OB-MAW0105S05-T1 OB-MAW0105S12-T1 OB-MAW0105S15-T1 OB-MAW0105S24-T1 Nominal: 12Vdc Range: 9-18Vdc Input Fuse: 250mA Nominal: 24Vdc Range: 1836Vdc Input Fuse: 120mA Nominal: 48Vdc Range: 3675Vdc Input Fuse: 60mA Input Voltage Range Nominal: 5Vdc Range: 4.59Vdc Input Fuse: 500mA 248 ±15.0 ±33 105 5.0 200 105 12.0 83 102 15.0 67 104 ±12.0 ±42 103 ±15.0 ±33 53 5.0 200 51 12.0 83 51 15.0 67 51 ±12.0 ±42 50 ±15.0 ±33 26 5.0 200 26 12.0 83 26 15.0 67 26 ±12.0 ±42 25 ±15.0 ±33 Rated Input Current (mA) 263 Output Voltage (V dc) Output Current (mA) 5.0 200 259 12.0 83 254 15.0 67 265 24.0 42 Page 2 Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 TMR 1-0522 TMR 1-0523 TMR 1-1211 TMR 1-1212 TMR 1-1213 TMR 1-1215 TMR 1-1222 TMR 1-1223 TMR 1-2411 TMR 1-2412 TMR 1-2413 TMR 1-2415 TMR 1-2422 TMR 1-2423 TMR 1-4811 TMR 1-4812 TMR 1-4813 TMR 1-4815 TMR 1-4822 TMR 1-4823 OB-MAW0105D12-T1 OB-MAW0105D15-T1 OB-MAW0112S05-T1 OB-MAW0112S12-T1 OB-MAW0112S15-T1 OB-MAW0112S24-T1 OB-MAW0112D12-T1 OB-MAW0112D15-T1 OB-MAW0124S05-T1 OB-MAW0124S12-T1 OB-MAW0124S15-T1 OB-MAW0124S24-T1 OB-MAW0124D12-T1 OB-MAW0124D15-T1 OB-MAW0148S05-T1 OB-MAW0148S12-T1 OB-MAW0148S15-T1 OB-MAW0148S24-T1 OB-MAW0148D12-T1 OB-MAW0148D15-T1 For TMR 3WIE Series Model Number Transformer Number DQD 507 Rev. 2012-05-22 Nominal: 12Vdc Range: 9-18Vdc Input Fuse: 250mA Nominal: 24Vdc Range: 1836Vdc Input Fuse: 120mA Nominal: 48Vdc Range: 3675Vdc Input Fuse: 60mA Input Voltage Range 262 ±12.0 ±42 254 ±15.0 ±33 108 5.0 200 108 12.0 83 105 15.0 67 109 24.0 42 106 ±12.0 ±42 106 ±15.0 ±33 54 5.0 200 52 12.0 83 52 15.0 67 55 24.0 42 53 ±12.0 ±42 52 ±15.0 ±33 27 5.0 200 27 12.0 83 27 15.0 67 28 24.0 42 27 ±12.0 ±42 26 ±15.0 ±33 Rated Input Current (mA) Output Voltage (V dc) Output Current (mA) Page 3 Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 TMR 31210WIE TMR 31211WIE TMR 31212WIE TMR 31213WIE TMR 31221WIE TMR 31222WIE TMR 31223WIE TMR 32410WIE TMR 32411WIE TMR 32412WIE TMR 32413WIE TMR 32421WIE TMR 32422WIE TMR 32423WIE TMR 34810WIE TMR 34811WIE TMR 34812WIE TMR 34813WIE TMR 34821WIE TMR 34822WIE TMR 34823WIE OB-MCWI0312S033-T1 OB-MCWI0312S05-T1 OB-MCWI0312S12-T1 OB-MCWI0312S15-T1 OB-MCWI0312D05-T1 OB-MCWI0312D12-T1 OB-MCWI0312D15-T1 OB-MCWI0324S033-T1 OB-MCWI0324S05-T1 OB-MCWI0324S12-T1 OB-MCWI0324S15-T1 OB-MCWI0324D05-T1 OB-MCWI0324D12-T1 OB-MCWI0324D15-T1 OB-MCWI0348S033-T1 OB-MCWI0348S05-T1 OB-MCWI0348S12-T1 OB-MCWI0348S15-T1 OB-MCWI0348D05-T1 OB-MCWI0348D12-T1 OB-MCWI0348D15-T1 Nominal: 12Vdc Range: 4.518Vdc Input Fuse: 1500mA Nominal: 24Vdc Range: 9-36Vdc Input Fuse: 700mA Nominal: 48Vdc Range: 1875Vdc Input Fuse: 350mA For TEN 40WIN Series and TEN 40WIN -HS Series Model Number Transformer Input Voltage DQD 507 Rev. 2012-05-22 260 3.3 700 320 5.0 600 313 12.0 250 313 15.0 200 313 ±5.0 ±300 313 ±12.0 ±125 313 ±15.0 ±100 128 3.3 700 156 5.0 600 154 12.0 250 154 15.0 200 158 ±5.0 ±300 156 ±12.0 ±125 154 ±15.0 ±100 65 3.3 700 79 5.0 600 79 12.0 250 79 15.0 200 79 ±5.0 ±300 79 ±12.0 ±125 78 ±15.0 ±100 Rated Input Output Voltage Output Current Page 4 Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 Number TEN 402410WIN TEN 402410WIN -HS TEN 402411WIN TEN 402411WIN -HS TEN 402412WIN TEN 402412WIN -HS TEN 402413WIN TEN 402413WIN -HS TEN 402415WIN TEN 402415WIN -HS TEN 402422WIN TEN 402422WIN -HS TEN 402423WIN TEN 402423WIN -HS TEN 404810WIN TEN 404810WIN -HS TEN 404811WIN TEN 404811WIN -HS TEN 404812WIN TEN 404812WIN -HS TEN 404813WIN TEN 40- DQD 507 Rev. 2012-05-22 Current (mA) 1240 (V dc) (mA) 3.3 8000 OB-MKWI4024S05-T1 1850 5.0 8000 OB-MKWI4024S12-T1 1870 12.0 3330 OB-MKWI4024S15-T1 1870 15.0 2670 MKWI4024S24 (PWB type) 1835 24.0 1670 OB-MKWI4024D12-T1 1890 ±12.0 ±1670 OB-MKWI4024D15-T1 1890 ±15.0 ±1330 620 3.3 8000 930 5.0 8000 OB-MKWI4048S12-T1 930 12.0 3330 OB-MKWI4048S15-T1 930 15.0 2670 OB-MKWI4024S033-T1 OB-MKWI4048S033-T1 OB-MKWI4048S05-T1 Range Nominal: 24Vdc Range: 9-36Vdc Input Fuse: 8000mA Nominal: 48Vdc Range: 1875Vdc Input Fuse: 4000mA Page 5 Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 4813WIN -HS TEN 40MKWI40918 4815WIN 48S24 (PWB TEN 40type) 4815WIN -HS TEN 40OB-MKWI40950 4822WIN 48D12-T1 TEN 404822WIN -HS TEN 40OB-MKWI40950 4823WIN 48D15-T1 TEN 404823WIN -HS Note: The suffix “-HS” meaning is the converter with heatsink. 24.0 1670 ±12.0 ±1670 ±15.0 ±1330 Rated Input Current (mA) 3090 Output Voltage (V dc) Output Current (mA) 3.3 10000 4630 5.0 10000 OB-MKW5012S12-T1 4580 12.0 4170 OB-MKW5012S15-T1 4580 15.0 3330 MKW50-12S24 (PWB type) 4570 24.0 2080 1550 3.3 10000 2260 5.0 10000 OB-MKW5024S12-T1 2260 12.0 4170 OB-MKW5024S15-T1 2260 15.0 3330 For TEN 50 Series and TEN 50-HS Series Model Number Transformer Input Voltage Number Range TEN 50-1210 TEN 50-1210HS TEN 50-1211 TEN 50-1211HS TEN 50-1212 TEN 50-1212HS TEN 50-1213 TEN 50-1213HS TEN 50-1215 TEN 50-1215HS TEN 50-2410 TEN 50-2410HS TEN 50-2411 TEN 50-2411HS TEN 50-2412 TEN 50-2412HS TEN 50-2413 TEN 50-2413DQD 507 Rev. 2012-05-22 OB-MKW5012S033-T1 OB-MKW5012S05-T1 OB-MKW5024S033-T1 OB-MKW5024S05-T1 Nominal: 12Vdc Range: 9-18Vdc Input Fuse: 10000mA Nominal: 24Vdc Range: 1836Vdc Input Fuse: 5000mA Page 6 Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 HS TEN 50-2415 MKW50-24S24 2290 TEN 50-2415(PWB type) HS TEN 50-4810 OB-MKW50Nominal: 48Vdc 770 TEN 50-481048S033-T1 Range: 36HS 75Vdc Input Fuse: TEN 50-4811 OB-MKW501130 2500mA TEN 50-481148S05-T1 HS TEN 50-4812 OB-MKW501130 TEN 50-481248S12-T1 HS TEN 50-4813 OB-MKW501130 TEN 50-481348S15-T1 HS TEN 50-4815 MKW50-48S24 1150 TEN 50-4815(PWB type) HS Note: The suffix “-HS” meaning is the converter with heatsink. 24.0 2080 3.3 10000 5.0 10000 12.0 4170 15.0 3330 24.0 2080 Note: (1) The above models are intended for use with Information Technology Equipment, where the suitability of the combination is determined by CSA Group. (2) Maximum operating ambient: For TMR 1SM Series: Maximum ambient (Tma): +75°C (Power Derating Curve 100%, full load) Maximum ambient (Tma): +82°C (Power Derating Curve 50%, full load) For TMR 1 series: Maximum ambient (Tma): +85°C (Power Derating Curve 100%, full load) For TMR 3WIE Series: Maximum ambient (Tma): +71°C (Power Derating Curve 100%, full load) Maximum ambient (Tma): +85°C (Power Derating Curve 50%, full load) For TEN 40WIN Series: Power Derating Curve 100%, full load: Maximum ambient (Tma) for 3.3V output models: +66°C Maximum ambient (Tma) for TEN 40-2411WIN, TEN 40-4811WIN, TEN 40-4812WIN, TEN 40-4813WIN: +51°C Maximum ambient (Tma) for TEN 40-2412WIN, TEN 40-2413WIN: +45°C Maximum ambient (Tma) for TEN 40-2415WIN, TEN 40-4815WIN: +57°C DQD 507 Rev. 2012-05-22 Page 7 Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 Maximum ambient (Tma) for TEN 40-2422WIN, TEN 40-2423WIN, TEN 40-4822WIN, TEN 40-4823WIN: +40°C Power Derating Curve 50%, half load: Maximum ambient (Tma) for 3.3V output models: +85°C Maximum ambient (Tma) for TEN 40-2411WIN, TEN 40-4811WIN, TEN 40-4812WIN, TEN 40-4813WIN: +79°C Maximum ambient (Tma) for TEN 40-2412WIN, TEN 40-2413WIN: +75°C Maximum ambient (Tma) for TEN 40-2415WIN, TEN 40-4815WIN: +82°C Maximum ambient (Tma) for TEN 40-2422WIN, TEN 40-2423WIN, TEN 40-4822WIN, TEN 40-4823WIN: +72°C For TEN 40WIN-HS Series: Power Derating Curve 100%, full load: Maximum ambient (Tma) for 3.3V output models: +73°C Maximum ambient (Tma) for TEN 40-2411WIN-HS, TEN 40-4811WIN-HS, TEN 40-4812WIN-HS, TEN 40-4813WIN-HS: +61°C Maximum ambient (Tma) for TEN 40-2412WIN-HS, TEN 40-2413WIN-HS: +57°C Maximum ambient (Tma) for TEN 40-2415WIN-HS, TEN 40-4815WIN-HS: +66°C Maximum ambient (Tma) for TEN 40-2422WIN-HS, TEN 40-2423WIN-HS, TEN 40-4822WIN-HS, TEN 40-4823WIN-HS: +52°C Power Derating Curve 50%, half load: Maximum ambient (Tma) for 3.3V output models: +90°C Maximum ambient (Tma) for TEN 40-2411WIN-HS, TEN 40-4811WIN-HS, TEN 40-4812WIN-HS, TEN 40-4813WIN-HS: +84°C Maximum ambient (Tma) for TEN 40-2412WIN-HS, TEN 40-2413WIN-HS: +80°C Maximum ambient (Tma) for TEN 40-2415WIN-HS, TEN 40-4815WIN-HS: +86°C Maximum ambient (Tma) for TEN 40-2422WIN-HS, TEN 40-2423WIN-HS, TEN 40-4822WIN-HS, TEN 40-4823WIN-HS: +79°C For TEN 50 Series: Power Derating Curve 100%, full load: Maximum ambient (Tma) for 3.3V output models: +56°C Maximum ambient (Tma) for TEN 50-2411, TEN 50-2412, TEN 50-2413, TEN 50-4811, TEN 50-4812, TEN 50-4813: +53°C Maximum ambient (Tma) for TEN 50-1212, TEN 50-1213, TEN 50-1215, TEN 50-2415, TEN 50-4815: +46°C Maximum ambient (Tma) for TEN 50-1211: +38°C Power Derating Curve 50%, half load: Maximum ambient (Tma) for 3.3V output models: +80°C Maximum ambient (Tma) for TEN 50-2411, TEN 50-2412, TEN 50-2413, TEN 50-4811, TEN 50-4812, TEN 50-4813: +79°C Maximum ambient (Tma) for TEN 50-1212, TEN 50-1213, TEN 50-1215, TEN 50-2415, TEN 50-4815: +75°C DQD 507 Rev. 2012-05-22 Page 8 Certificate: 2661824 Master Contract: 226037 Project: 2661824 Date Issued: October 24, 2013 Maximum ambient (Tma) for TEN 50-1211: +70°C For TEN 50-HS Series: Power Derating Curve 100%, full load: Maximum ambient (Tma) for 3.3V output models: +64°C Maximum ambient (Tma) for TEN 50-2411-HS, TEN 50-2412-HS, TEN 50-2413-HS, TEN 50-4811-HS, TEN 50-4812-HS, TEN 50-4813-HS: +62°C Maximum ambient (Tma) for TEN 50-1212-HS, TEN 50-1213-HS, TEN 50-1215-HS, TEN 50-2415-HS, TEN 50-4815-HS: +56°C Maximum ambient (Tma) for TEN 50-1211-HS: +49°C Power Derating Curve 50%, half load: Maximum ambient (Tma) for 3.3V output models: +85°C Maximum ambient (Tma) for TEN 50-2411-HS, TEN 50-2412-HS, TEN 50-2413-HS, TEN 50-4811-HS, TEN 50-4812-HS, TEN 50-4813-HS: +84°C Maximum ambient (Tma) for TEN 50-1212-HS, TEN 50-1213-HS, TEN 50-1215-HS, TEN 50-2415-HS, TEN 50-4815-HS: +81°C Maximum ambient (Tma) for TEN 50-1211-HS: +79°C APPLICABLE REQUIREMENTS CAN/CSA-C22.2 No 60950-1-07 Incl. AM1 (2011) - Information Technology Equipment - Safety - Part 1: General Requirements ANSI/UL Std No 60950-1, 2nd Ed. Incl. AM1 (2011) - Information Technology Equipment - Safety - Part 1: General Requirements DQD 507 Rev. 2012-05-22 Page 9 Supplement to Certificate of Compliance Certificate: 2661824 Master Contract: 226037 The products listed, including the latest revision described below, are eligible to be marked in accordance with the referenced Certificate. Product Certification History Project Date Description 2661824 October 24, 2013 Original Certification. DQD 507 Rev. 2012-05-22 Page 1