CERTIFICATE Am erica No. U8V 11 05 34962 118 Holder of Certificate: SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA Production Facility(ies): 34962 ► :41MMIH TAVi Certification Mark: Product: DC converter DC/DC Converter Model(s): PQ60wwwHxyzz (See attachments for additional model information) Parameters: Rated Input Voltage: 35-75 V DC Rated Output Voltage: 28 V DC 28 A max Rated Output Current: Rated Output Power: 728 W (see attachment for additional rating information, and License Conditions) Tested according to: CAN/CSA C22.2 No. 60950-1:2007 UL 60950-1:2007 EN 60950-1:A1:2010 The product was voluntarily tested according to the relevant safety requirements and mentioned properties. It can be marked with the certification mark shown above. The certification mark must not be altered in any way. This product certification system operated by TUV SOD America Inc. most closely resembles that described by ISO/IEC Guide 67, Conformity assessment Fundamentals of product certification, System 3. See also notes overleaf. Test report no.: Date, 090-1004376-200 2011-05-26 Page 1 of 11 TUV SOD AMERICA INC • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com Tun/ Attachment to Certificate Number: U8V 11 05 34962 118 Company: SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA Full Bricks PQ www F IV III 60 I II T V VI zz VII N VIII -G IX Product PQ = PowerQor Series WQ = WirelessQor II Input Voltage 24 = 18-36 vdc, Output 602 W, 21.5 A max 60 = 35-75 Vdc, Output 728 W, 28 A max III Output Voltage www = Three digits specifying output voltage in tenths of volts 280 = 28.0 Vdc maximum R/ Package Size F = Full Brick ✓ Performance level T = Tera VI Thermal design Examples of but not limited to: y = One character specifying packaging A = Open Frame B = Baseplate F = Non-threaded Baseplate VII Output Current zz = Two digits specifying output current in amperes 22 = 21.5 Amps 26 = 26.0 Amps Maximum VIII Options Three characters that denote non safety critical options such as, but not limited to, pin length, enable polarity, etc XI 6/6 RoHS G = 6/6 RoHS Compliance Typical Full Brick Model Numbers Maximum Output Example Vin lin Model Number VDC A Vdc Amp Watt PQ24280FTB22 PQ60280FTB26 18-36 35-75 37.5 22 28 28 21.5 26 602 728 Date: 2011-05-26 Page 2 of 11 TON/ SOD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com America Attachment to Certificate Number: U8V 11 05 34962 118 Company: SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA Half Bricks PQ I 60 II Product II www H III IV x V Y. VI zz VII N VIII -G IX BQ = BusQor Series PQ = PowerQor Series SQ = Semi-regulated BusQor Input Voltage 48 = 35-75 Vdc, Output 165 W, 60 A max (PQ only) 50 = 42-52 Vdc, Output 660 W, 60 A max (PQ only) 55 = 38-55 Vdc, Output 600 W, 52 A max (PQ only) 60 = 35-75 Vdc, Output 360 W, 30 A max (BQ only) 60 = 35-75 Vdc, Output 600 W, 100A max (PQ only) 60 = 35-75 Vdc, Output 600 W, 50 A max (SQ only) III Output Voltage www = Three digits specifying output voltage in tenths of volts 012 = 1.2 Vdc minimum 540 = 54.0 Vdc maximum IV Package Size H = Half Brick V Performance level x = One character specifying performance Z = Zeta E = Exa P = Peta T = Tera G = Giga M = Mega K = Kilo VI Thermal design Examples of but not limited to: y = One character specifying packaging A = Open Frame B = Baseplate C = Encased F = Non-threaded Baseplate L = Low Profile M = Standard Baseplate VII Output Current zz = Two digits specifying output current in amperes, A=10 04 = 4 Amps AO = 100 Amps maximum VIII Options Three characters that denote non safety critical options such as, but not limited to, pin length, enable polarity, etc XI 6/6 RoHS G = 6/6 RoHS Compliance Date: 2011-05-26 Page 3 of 11 TUV SUD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com Attachment to Certificate Number: U8V 11 05 34962 118 Company: SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA Typical Half Brick Model Numbers Maximum Output Example Vin lin Model Number VDC A Vdc Amp Watt PQ48150HGA10 35-75 6.0 15 40 150 PQ48033HTA50 6.0 16.2 15 18 60 168 PQ50120HZB55 35-75 44-52 60 660 PQ55070HZB52 38-55 19.0 55.6 52 600 PQ60120HZB50 35-75 20.0 52.5 100 600 SQ60120HZB50 35-75 20.0 52.5 100 600 Date: 2011-05-26 Page 4 of 11 TUV SOD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com Attachment to Certificate Number: U8V 11 05 34962 118 SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA Company: Quarter Bricks I PQ II Product II www Q 60 III IV V x 1 VI VII zz N VIII IX -G BQ = BusQor Series PQ = PowerQor Series SQ = Semi-regulated BusQor WQ = WirelessQor Input Voltage 24 = 18-36 Vdc, Output 100 W, 25 A max (PQ only) 30 = 18-60 Vdc, Output 100 W, 30 A max (PQ only) 40 = 18-75 Vdc, Output 100 W, 30 A max (PQ only) 48 = 35-75 Vdc, Output 100 W, 25 A max (PQ only) 50 = 42-53 Vdc, Output 331 W, 25 A max (BQ only) 50 = 44-52 Vdc, Output 100 W, 11 A max (PQ only) 51 = 42-55 Vdc, Output 473W, 43 A max (BQ only) 55 = 36-55 Vdc, Output 575W, 60 A max (BQ only) 57 = 40-65 Vdc, Output 630 W, 60 A max (BQ only 60 = 35-75 Vdc, Output 396 W, 60 A max (PQ only) 60 = 36-75 Vdc, Output 396 W, 60 A max (SQ only) 60 = 36-75 Vdc, Output 420 W, 35 A max (WQ only) 65 = 40-75 Vdc, Output 100 W, 5.6 A max (PQ only) HI Output Voltage www = Three digits specifying output voltage in tenths of volts 010 = 1.0 Vdc minimum 480 = 48.0 Vdc maximum IV Package Size Q = Quarter Brick V Performance level x = One character specifying performance E = Exa P = Peta T = Tera G = Giga M = Mega Z = Zeta VI Thermal design Examples of but not limited to: y = One character specifying packaging A = Open Frame B = Baseplate C = Encased D = 0.080" Thick Baseplate L = Low Profile M = Standard Baseplate VII Output Current zz = Two digits specifying output current in amperes 03 = 3 Amps 60 = 60 Amps maximum VIII Options Three characters that denote non safety critical options such as, but not limited to, pin length, enable polarity, etc XI 6/6 RoHS G = 6/6 RoHS Compliance Date: 2011-05-26 Page 5 of 11 TUV SUD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com Attachment to Certificate Number: U8V 11 05 34962 118 Company: SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA Typical Quarter Brick Model Numbers Maximum Output Example Vin lin Model Number VDC A Vdc Amp Watt PQ24150QGA07 18-36 8.0 15 25 100 PQ30033QGA30 18-60 6.0 3.3 30 100 PQ40120QGB08 18-75 7.5 15 25 100 PQ48150QGA07 35-75 5.0 15 25 100 BQ50120QTC25 42-53 6.1 13.2 25 331 PQ50090QGB11 44-52 2.5 9 11 99 BQ51090QPA40 42-55 9.5 11 43 473 B055120QEA50 36-55 12.5 13.7 60 575 PQ60120QZB33 35-75 12.3 12 33 396 SQ60120QPA28 36-75 12.0 12 55 336 WQ60120QPA35 36-75 13.1 12 35 420 PQ65180QGB06 40-75 4.0 18 5.6 100 Date: 2011-05-26 Page 6 of 11 TON/ SOD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com Attachment to Certificate Number: U8V 11 05 34962 118 Company: PQ I 60 II I Product II Input Voltage SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA www E III IV V Eighth Bricks x I zz N VI VIII IX VII -G BQ = BusQor Series PQ = PowerQor Series SQ = Semi-regulated BusQor 30 = 18-60 Vdc, Output 66 W, 20 A max (PQ only) 55 = 35-55 Vdc, Output 297 W, 27 A max (BQ only) 60 = 35-75 Vdc, Output 100 W, 45 A max (PQ only) 60 = 35-75 Vdc, Output 240 W, 20 A max (SQ only) III Output Voltage www = Three digits specifying output voltage in tenths of volts 010 = 1.0 Vdc minimum 240 = 24.0 Vdc maximum IV Package Size E = Eighth Brick V Performance level x = One character specifying performance T = Tera G = Giga M = Mega K = Kilo VI Thermal design Examples of but not limited to: y = One character specifying packaging A = Open Frame B = Baseplate C = Encased L = Low Profile M = Low Profile Baseplate VII Output Current zz = Two digits specifying output current in amperes 03 = 3 Amps 45 = 45 Amps maximum VIII Options Three characters that denote non safety critical options such as, but not limited to, pin length, enable polarity, etc XI 6/6 RoHS G = 6/6 RoHS Compliance Typical Eighth Brick Model Numbers Example Vin lin Model Number VDC A PQ30033ETB20 18-60 BQ55120ETA20 35-55 PQ60033ETL30 Maximum Output Vdc Amp 4.5 3.3 20 66 5.8 13.75 27 297 35-75 3.2 24 45 99 SQ60120ETA17 35-75 6.0 12 17 204 SQ60120ETA20 35-75 6.0 12 20 240 Watt Date: 2011-05-26 Page 7 of 11 TOV SOD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com Attachment to Certificate Number: U8V 11 05 34962 118 Company: SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA Sixteenth Bricks PQ 60 I www S III IV II zz VII Y. VI N VIII -G IX PQ = PowerQor Series Product II x V Input Voltage 60 = 35-75 Vdc, Output 66 W, 25 A max III Output Voltage www = Three digits specifying output voltage in tenths of volts 012 = 1.2 Vdc minimum 150 = 15.0 Vdcmaximum IV Package Size S = Sixteenth Brick V Performance level x = One character specifying performance G = Giga M = Mega K = Kilo VI Thermal design Examples of but not limited to: y = One character specifying packaging A = Open Frame C = Encased L = Low Profile VII Output Current zz = Two digits specifying output current in amperes 03 = 3 Amps 25 = 25 Amps maximum VIII Options Three characters that denote non safety critical options such as, but not limited to, pin length, enable polarity, etc XI 6/6 RoHS G = 6/6 RoHS Compliance Typical Sixteenth Brick Model Numbers Example Vin lin Model Number VDC A Vdc Amp Watt PQ60050SGL12 35-75 2.1 5 25 66 Maximum Output Date: 2011-05-26 Page 8 of 11 TUV SOD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com Attachment to Certificate Number: U8V 11 05 34962 118 SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA Company: Dual Output Quarter Bricks DQ I 6 II Q IV wwww III x V y VI zz VII N VIII I Product DQ = PowerQor Series H Input Voltage 6 = 35-75 Vdc, Output 100 W, 18 A max III Output Voltage wwww = Four digits specifying the two output voltages 2412 = 2.4 Vdc and 1.2 Vdc 3312 = 3.3 Vdc and 1.2 Vdc 3315 = 3.3 Vdc and 1.5 Vdc 3318 = 3.3 Vdc and 1.8 Vdc 3325 = 3.3 Vdc and 2.5 Vdc 5033 = 5.0 Vdc and 3.3 Vdc 1212 = +/- 12.0 Vdc maximum R/ Package Size Q = Quarter Brick V Performance level x = One character specifying performance G = Giga M = Mega K = Kilo VI Thermal design -G IX Examples of but not limited to: y = One character specifying packaging A = Open Frame B = Baseplate L = Low Profile VII Output Power zz = Two digits specifying output power in tens of watts 02 = 20 Watts 10 = 100 Watts maximum VIII Options Three characters that denote non safety critical options such as, but not limited to, pin length, enable polarity, etc XI 6/6 RoHS G = 6/6 RoHS Compliance Typical Dual Output Quarter Brick Model Number Example Model Number Vin VDC lin A Vdc Maximum Output Amp Watt DQ65033QGL10 35-75 3.2 12 16.0 100 Date: 2011-05-26 Page 9 of 11 TUV SOD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com America Attachment to Certificate Number: U8V 11 05 34962 118 Company: SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA The following part numbers are electrically and mechanically equivalent: Custom Part # SynQor Part # CQ0026200 PQ50033QPB60 BQ50120RHP20 BQ50120QTA20 DQ65033FHP06 DQ65033QMA06 PQ480157HP30 PQ48015HMA30 PQ480158HP20 PQ48015HKA20 PQ48015BHP25 PQ40015QGA25 PQ480184HP60 PQ40018HTA60 PQ480186HP25 PQ40018QGA25 PQ48018AHP40 PQ40018HGA30 PQ48018DHP40 PQ48018HGA40 PQ480333HP50 PQ48033HTA50 PQ480339HP30 PQ48033HMA30 PQ48033HHP25 PQ48033QGA25 PQ480501HP30 PQ48050HGA30 PQ481205HP08 PQ48120QGA08 PQ48120GHP14 PQ48120HTA14 PQ60015NHP20 PQ60015EGL20 PQ60015QHP40 PQ60015QTA40 PQ60018PHP15 PQ60018EML15 PQ60120SHP08 PQ60120QGA08 Date: 2011-05-26 Page 10 of 11 TON/ SUD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com Attachment to Certificate Number: U8V 11 05 34962 118 Company: SynQor Inc. 155 Swanson Road Boxborough, MA 01719-1316 USA License Conditions — When installed in the end product, consideration shall be given to the following: 1. The units should be installed per the manufacturer's specification. 2. Maximum output power is specified over ambient temperatures and 100 LFM to 1200 LFM airflow. 3. Abnormal and Component Failure Tests for Sixteenth Bricks were conducted with the power supply input protected by a 3AG 20 A, 250 V fuse. If a fuse rated greater than 3AG 20 A is used, additional testing may be required. 4. Abnormal and Component Failure Tests for Eighth Bricks(Except SQ60120ETA used 15 A fuse) were conducted with the power supply input protected by a 3AG 20 A, 250 V fuse. If a fuse rated greater than 3AG 20 A is used, additional testing may be required. 5. Abnormal and Component Failure Tests for Quarter Bricks(Except SQ60120PA28 used 15 A fuse) were conducted with the power supply input protected by a 3AG 20 A, 250 V fuse. If a fuse rated greater than 3AG 20 A is used, additional testing may be required. 6. Abnormal and Component Failure Tests for Half Bricks(Except Half Bricks greater than 400 W used 30 A fuse) were conducted with the power supply input protected by a 3AG 20 A, 250 V fuse. If a fuse rated greater than 3AG 20 A is used, additional testing may be required. 7. Abnormal and Component Failure Tests for Full Brick were conducted with the power supply input protected by an AGC 30 A, 250 V fuse for input voltages of 35-75 V. If a fuse rated greater than AGC 30 A is used, additional testing may be required. 8. Abnormal and Component Failure Tests for Full Brick were conducted with the power supply input protected by a JJN-50 50 A, 160 V fuse for input voltages of 18-36 V. If a fuse rated greater than JJN-50 50A is used, additional testing may be required. 9. If the input meets all of the requirements for SELV (V 5 60), the outputs may be considered SELV. Output voltages remain within SELV limits. 10. For base plate or heat sink units, the maximum operating base plate or heat sink temperature is 100°C. 11. All models are intended to be supplied from an isolated secondary circuit and have been evaluated for basic insulation between the input and output circuits. 12. These units are intended to be supplied from an isolated source of supply, such as a battery, or a source which meets the requirements for basic (ELV) or reinforced (SELV) insulation from primary (mains) circuitry, depending on output type desired. 13. The Output circuit of model PQ60525HTA meets all the requirements for ELV (V 5. 60), the output may be considered ELV. Output voltages remain within ELV limits under normal operating conditions. 14. If the input meets all the requirements for TNV-2, the outputs may be considered SELV achieved by basic insulation. Date: 2011-05-26 Page 11 of 11 TUV SUD AMERICA INC. • 10 Centennial Drive • Peabody, MA 01960 USA • www.TUVamerica.com