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240-W single output power supplies deliver 200 percent peak power capability to drive high current start up devices

240-W single output power supplies deliver 200 percent peak power capability to drive high current start up devices

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By eeNews Europe



Based on the ZWS series, the ZWS-BP is 30% smaller than its predecessor which simplifies equipment design.  The device is offered in two mid-power output models – ZWS150BP (150W) and ZWS240BP (240W). With a 200% peak power capability, the ZWS-BP is ideal for use in electromechanical equipment, such as motors, disk drives, pumps, fans and actuators, which require a high initial start-up current. The ZWS-BP is equally well-suited for use in a wide range of light industrial equipment and front-end equipment for broadcast and communications applications, and for applications in indoor and outdoor LED lighting and signage and test & measurement.

Operating from a universal input of 85 to 265 Vac or 120 to 370 Vdc, the ZWS-BP series is a compact product that offers an efficiency of up to 91%. All models are convection cooled with an operating temperature of -10 to +50°C at 100% load, allowing 75% load operation at +60°C.

Rated with nominal outputs of 24 V, 36 V and 48 V, with each model being user adjusted by up to ±10%, the ZWS-BP series can accommodate a wide range of non-standard system voltages. Standard features include power factor correction (PFC) and over current and over voltage protection; options include a remote on/off feature, conformal coating of the PCB, L-plate or L-plate plus cover and an additional terminal block (240 W models only).

The ZWS-BP series from TDK-Lambda meets the conducted and radiated EMC requirements of EN55011/EN55022-B, FCC-B and VCCI-B, as well as IEC61000-4-2, -3, -4, -5, -6, -8, -11 immunity and safety approvals to UL/CSA/EN60950-1 and EN50178. Delivered with TDK-Lambda’s 5-year warranty, backed up with a 10-year electrolytic capacitor lifetime, the ZWS-BP series carries the CE mark, according to the LV Directive.

Visit TDK-Lambda at www.emea.tdk-lambda.com

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