TDK-Lambda Israel
TDK-Lambda Israel
Change Language :
Change Location :
- TDK-Lambda France
- TDK-Lambda Germany
- TDK-Lambda Italy
- TDK-Lambda UK
- TDK-Lambda Israel
- TDK-Lambda Netherlands
- Switzerland Sales Office
- Austria Sales Office
- Denmark (Scandinavia) Sales Office
- TDK-Lambda Spain
- TDK-Lambda Portugal
- TDK-Lambda USA
- TDK-Lambda Japan
- TDK-Lambda China
- TDK-Lambda Singapore
- Other Countries
Get in touch!
Alternatively, you can contact us like this:
If you're not sure which product you need, try our Quick Product Finder
TDK-Lambda News
100W Class I and Class II 2”x 4” medical and industrial power supplies deliver 75W in an 85°C ambient
Posted : 26 Jul 2018
TDK Corporation (TSE 6762) announces the introduction of the 100W rated TDK-Lambda brand CUS100ME series of medical and industrial AC-DC power supplies. The series delivers 75W in ambient temperatures of up to 85°C with just 1m/s airflow, however, with conduction cooling, it can provide full power at up to 70°C. Target markets include home healthcare, medical, dental, test and measurement, broadcast and industrial equipment.
A choice of seven standard output voltages is offered; other voltage settings are available upon request. The input voltage range is 85 to 264Vac, 47‑63Hz with the capability of accepting 47‑440Hz. Operating efficiencies are up to 94%, with an average efficiency of > 87% and <0.5W no-load power consumption.
Available in four package types, the power supplies are designed for use in both Class I or Class II (double insulated) installations. The open frame CUS100ME measures 50.8 x 101.6 x 31.5mm (WxLxH), the U chassis 64 x 116 x 38.5mm, or 64 x 116 x 39.7mm with a cover. A 34.2mm high version with a metal baseplate can also be ordered. The U channel and baseplate models facilitate the very high ambient temperature conduction cooling ratings.
Like the 30W, 60W and 150W models in the series, the CUS100ME has an input to output isolation of 4,000Vac (2 x MoPP), an input to ground isolation of 1,500Vac (1 x MoPP) and an output to ground isolation of 1,500Vac (1 x MoPP) for suitability in B and BF rated medical equipment. The leakage current is <250µA and touch current is <100µA. The maximum operating, transportation and storage altitude is 5,000m.
Safety certifications include IEC/EN/ES 60601‑1, IEC/EN/UL 60950‑1, IEC 61010‑1 (designed to meet) with CE marking for the Low Voltage, EMC and RoHS2 Directives. A derivative meeting EN 60335‑1 can be supplied upon request. The units also comply with EN 55011‑B and EN 55032‑B conducted and radiated emissions (Class I and II), and meet the EN 61000‑3‑2 harmonics, IEC 60601‑1‑2 Edition 4 and IEC 61000‑4 immunity standards.
A choice of seven standard output voltages is offered; other voltage settings are available upon request. The input voltage range is 85 to 264Vac, 47‑63Hz with the capability of accepting 47‑440Hz. Operating efficiencies are up to 94%, with an average efficiency of > 87% and <0.5W no-load power consumption.
Available in four package types, the power supplies are designed for use in both Class I or Class II (double insulated) installations. The open frame CUS100ME measures 50.8 x 101.6 x 31.5mm (WxLxH), the U chassis 64 x 116 x 38.5mm, or 64 x 116 x 39.7mm with a cover. A 34.2mm high version with a metal baseplate can also be ordered. The U channel and baseplate models facilitate the very high ambient temperature conduction cooling ratings.
Like the 30W, 60W and 150W models in the series, the CUS100ME has an input to output isolation of 4,000Vac (2 x MoPP), an input to ground isolation of 1,500Vac (1 x MoPP) and an output to ground isolation of 1,500Vac (1 x MoPP) for suitability in B and BF rated medical equipment. The leakage current is <250µA and touch current is <100µA. The maximum operating, transportation and storage altitude is 5,000m.
Safety certifications include IEC/EN/ES 60601‑1, IEC/EN/UL 60950‑1, IEC 61010‑1 (designed to meet) with CE marking for the Low Voltage, EMC and RoHS2 Directives. A derivative meeting EN 60335‑1 can be supplied upon request. The units also comply with EN 55011‑B and EN 55032‑B conducted and radiated emissions (Class I and II), and meet the EN 61000‑3‑2 harmonics, IEC 60601‑1‑2 Edition 4 and IEC 61000‑4 immunity standards.
