FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 DC filter for photovoltaic converters Description Applications Standards Weblinks - Compact DC filter for photovoltaic systems - High symmetrical and asymmetrical attenuation - In the frequency range from 150kHz up to 300MHz - Voltage up to 1200 VDC for world wide acceptance - UL approved 1000VDC, 250 - 2300A and 600VDC, 25 - 150A - Helps to meet international EMC standards - IEC 60939 - UL 1283, Edition 5, CSA 22.2 No. 8-M1986, @ Ta 55 (75) °C pdf-datasheet, html-datasheet, General Product Information, Approvals, CE declaration of conformity, RoHS, CHINA-RoHS, e-Shop, SCHURTER-Stock-Check, Distributor-Stock-Check, Detailed request for product Approvals - UL File Number: E72928 Technical Data Rated Current Rated voltage Approval for Overload Current Number of Filter Stages Weight Material: Housing Sealing Compound 25 - 2300 (1200) A @ Ta 55 (75) °C 1200 VDC MAX. 25 - 2300 A @ Ta 55 °C / 1200 VDC 1.5 x Ir 1-stage 1 - 32 kg Metal UL 94V-0 Mounting Terminal Operating Temperature [°C] Climatic Category Degree of Protection Protection Class EMC Products Screw-on mounting on chassis, from top Screw clamps for types up to 150 A and copper bars for types upwards of 250 A. -40 °C to 100 °C 40/100/21 acc. to IEC 60068-1 IP 20 (25A-150A types), IP 00 (250A-2300A types) acc. to IEC 60529 Suitable for appliances with protection class I acc. to IEC 61140 1 FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 Dimensions Case 2P max. 80 max. 175 13 40 max. 65 40 M5x13; 2-2.5 Nm 23 40 20 140 20 170 0 10mm2; 1.5-1.8Nm 45 ±0.3 60 ±0.3 5.4 ±0.3 (6x) 150 –2 1) 2) 1) PV module 2) Inverter Case 2Q 15 max. 95 45 M6x14; 3-4 Nm 200 0 5.4 ±0.3 (4x) 180 –2 60 ±0.3 75 ±0.3 25mm2; 2-2.2 Nm 1) 2) 1) PV module 2) Inverter 2 EMC Products 50 20 max. 80 170 30 15 45 max. 210 FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 Case 2R max. 275 35 16 60 60 M8x25; 6-10 Nm 35 55 190 max. 95 30 max. 125 220 0 5.4 ±0.3 (6x) 200 –2 100 ±0.3 80 ±0.3 50mm2; 6-8 Nm 1) 2) 1) PV module 2) Inverter Case 2S max. 140 max. 320 220 45 40 15 60 55 M10x30; 10-17 Nm 60 max. 115 25 250 0 5.4 ±0.3 (6x) 230 –2 100 ±0.3 120 ±0.3 95mm2; 15-20 Nm 1) 2) 1) PV module 2) Inverter EMC Products 3 FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 Case 2T max. 130 max. 415 max. 300 40 ±2 90 max. 110 M10x30; 10-17 Nm 50 90 50 70 ±2 15 ±1 20 15 ±1 ø 9 ±0.3 (4x) 5 ø 12.5 ±0.3 (6x) 240±1 155 ±1 max. 180 110 ±1 1) 2) 1) PV module 2) Inverter Case 2U1 max. 415 max. 140 15 ±1 70 ±2 40 ±2 90 max. 110 M10x30; 10-17 Nm ø 10.5 ±0.3 (4x) 6 165±1 max. 190 110 ±1 1) 2) 1) PV module 2) Inverter 4 EMC Products (6x) ø 12.5 ±0.3 240±1 25 90 max. 300 25 15 ±1 25 FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 Case 2U2 max. 415 max. 140 15 ±1 90 max. 110 M10x30; 10-17 Nm 40 ±2 25 70 ±2 90 max. 300 25 15 ±1 25 ø 10.5 ±0.3 (4x) 8 ±1 165 max. 190 110 ±1 (6x) ø 12.5 ±0.3 240±1 1) 2) 1) PV module 2) Inverter Case 2V max. 150 max. 430 65 20 ±1 70 ±2 20 ±1 max. 300 65 65 ±2 115 40 115 max. 140 M12x25; 14-30 Nm ø 14 ±0.3 (4x) 8 175 ±1 max. 200 110 ±1 1) (6x) ø 12.5 ±0.3 240±1 2) 1) PV module 2) Inverter EMC Products 5 FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 Case 2W max. 150 max. 500 17 ±1 65 43 ±1 43 ±1 max. 300 70 ±2 17 ±1 65 125 60 max. 150 60 ±2 26 ±1 125 M12x25; 14-30 Nm ø 14 ±0.3 (8x) 10 175 ±1 max. 200 110 ±1 1) (6x) ø 12.5 ±0.3 240±1 2) 1) PV module 2) Inverter Case 2Z max. 195 max. 600 400 100 100 ±2 38 100 ø 14 ±0.3 (16x) 70 (2x) max. 180 35 72 ±0.2 35 M16x40; 60-80 Nm 20 35 35 15 (2x) 340 ±1 225 ±1 max. 250 150 ±1 1) 2) 1) PV module 2) Inverter 6 ø 12 ±0.3 (6x) (190) 20 EMC Products FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 Diagrams Standard version Version with low leakage current 1) 2) PE PE 1) PE 1) Photovoltaic module 2) Frequency inverter 2) PE 1) Photovoltaic module 2) Frequency inverter A 2 3 4 1 1) Photovoltaic module 2) DC filter 3) Frequency inverter 4) AC filter A) Power grid Admissible operating current in % of In Derating Curves Permissible Working Current as a Function of Ambient Temperature 100 80 60 UL Listed 40 20 0 0 20 40 55 75 100 Ambient air temperature Ta °C EMC Products 7 FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 Attenuation Loss . . . . . 0.1/100Ω differential mode Standard version ........... 100/0.1Ω differential mode - - - - differential mode _____ common mode 25 A 50 A 75 A 100 A 150 A 250 A 400 A 600 A 800 A 1000 A 1500 A 2300 A 25 A 50 A 75 A 100 A 150 A 250 A 400 A 600 A 800 A 1000 A 1500 A 2300 A Low leakage current version 8 EMC Products FMER SOL 3-Phase AC Filters / DC Filters www.schurter.com/pg80 Variants Rated Current @ Ta 55°C (75°C) [A] Rated Voltage [VDC] cURus approval [VDC] Powerloss [W] Weight [kg] Housing Order Number 25 (19) 1200 50 (37) 1200 600 4,1 600 11,5 1 kg 2P FMER-G92P-2517 2 kg 2Q 75 (56) 1200 600 FMER-G92Q-5017 11,3 2 kg 2Q FMER-G92Q-7517 100 (75) 1200 150 (112) 1200 600 12,6 3 kg 2R FMER-G92R-J017 600 17,6 5 kg 2S 250 (186) FMER-G92S-J517 1200 1000 7,8 8 kg 2T FMER-G92T-K557 400 (298) 1200 1000 13,3 9 kg 2U1 FMER-G92U-M057 600 (447) 1200 1000 22,4 10 kg 2U2 FMER-G92U-U057 800 (596) 1200 1000 24,8 13 kg 2V FMER-G92V-Q057 1000 (745) 1200 1000 38,8 13 kg 2V FMER-G92V-S057 1500 (1118) 1200 1000 45,0 32 kg 2W FMER-G92W-S557 2300 (1200) 1200 1000 80,5 32 kg 2Z FMER-G92Z-T357 25 (19) 1200 600 4,1 1 kg 2P FMER-G62P-2517 50 (37) 1200 600 11,5 2 kg 2Q FMER-G62Q-5017 75 (56) 1200 600 11,3 2 kg 2Q FMER-G62Q-7517 100 (75) 1200 600 12,6 3 kg 2R FMER-G62R-J017 150 (112) 1200 600 17,6 5 kg 2S FMER-G62S-J517 250 (186) 1200 1000 7,8 8 kg 2T FMER-G62T-K557 400 (298) 1200 1000 13,3 9 kg 2U1 FMER-G62U-M057 600 (447) 1200 1000 22,4 10 kg 2U2 FMER-G62U-U057 800 (596) 1200 1000 24,8 13 kg 2V FMER-G62V-Q057 1000 (745) 1200 1000 38,8 13 kg 2V FMER-G62V-S057 1500 (1118) 1200 1000 45,0 32 kg 2W FMER-G62W-S557 2300 (1200) 1200 1000 80,5 32 kg 2Z FMER-G62Z-T357 13.05.2013 FMER-G62x-xxxx: low leakage current version without capacitor to ground The specifications, descriptions and illustrations indicated in this document are based on EMC Products current information. All content is subject to modifications and amendments. 9