Custom Power Supplies for Industrial Applications High Power Standard Platform High reliability Compact, scalable design Custom-designed PBF introduces the new standard in industrial power supplies. Compact and cost effective, designed especially for the dynamic behaviour in Power systems. Easy to adapt to customer requirements. Power level: 1.5 kW – 12 kW, for a single unit Baseplate cooled Output voltage adjustment range: 10-60 VDC Parallel operation with active current sharing for increase of power levels (up to 120 kW) or have redundancy for critical processes • Voltage and/or current controllable • • • • Current capability up to 2000 A Pulse capability: 0 Hz to 200 kHz Interfaces for monitoring and control Universal mains: 1 Phase: 100-240 VAC, 3 Phase 200-480 VAC • SEMI F47, UL/CSA safety approvals • • • • www.pbfgroup.nl Technical Data Specification 1.5 kW version 3.5 kW version 12 kW version Output voltage 10 ... 50 VDC 10 ... 50 VDC 10 ... 60 VDC Output current 30 A 70 A 200 A Input voltage 90 ... 264 VAC 1 ph 180 ... 528 VAC 3 ph 340 ... 528 VAC 3 ph Power factor > 0.99 > 0.92 > 0.92 Efficiency > 93 % > 93 % > 94 % Holdup time > 20 ms > 20 ms > 10 ms Temperature range 0 ... 50 °C 0 ... 50 °C 0 ... 50 °C Dimensions (mm) 295 x 127 x 44 410 x 100 x 88 440 x 470 x 100 Cooling type baseplate baseplate baseplate Common modular system: Solution 1 4 Single units of 3.5 kW running in parallel. Total output power on system level is 14 kW. Can be used as a 3 + 1 redundant system of 10.5 kW. PBF can provide the complete solution including water cooling and housings or can provide single units that can be integrated into a customized design. 48 kW system, consists of 4 x a 12 kW power supply. The system can be scaled up to 10 units to have a total output power of 120 kW (2000 A). Integrated water cooling provides optimal usage of the available space. PBF Group B.V Twentepoort Oost 54 7609 RG Almelo The Netherlands T +31 546 540 030 [email protected] Wwww.pbfgroup.nl subject to modifications 1511-v1 Modular 19“ power system: Solution 2