RECOM Power RACM90-K 90W Open-Frame/Enclosed AC/DC Converters
RECOM Power RACM90-K 90W Open-Frame/Enclosed AC/DC Converters are Limited Power Source (LPS)-rated according to medical, ITE, industrial, and household market safety standards. With an industry-standard 2” x 4” footprint, variants are available as an open card or with an enclosure. The RACM90-K converters feature a wide-range nominal input from 100VAC to 240VAC with a tightly regulated single output. Easy system integration is enabled by a wide compliance margin to EMC standard EN55032 class B. On-board dual fuses are included. The RACM90-K devices offer immunity to surges for installation class 3 and over-voltage category OVCIII. Certifications are maintained to 4000m altitude within a wide operating temperature range.Features
- Wide 85VAC to 264VAC input range
- Operating temperature from -40°C to +90°C
- OVC III and LPS-rated
- 2MOPP medical certified, B and BF compliant
- 4000m operating altitude
- Class B EMC filter built-in
- Reinforced insulation grade
- 2" x 4" Dimension
- Pollution Degree 2
- 3-year warranty
- RoHS and REACH compliant
Applications
- Industrial control equipment and terminals
- Medical monitoring
- Medical automation
- Test and measurement terminals and apparatus
- Household appliances
- Industrial test and workstations
Specifications
- 85VAC to 264VAC input voltage range
- 12VDC to 48VDC nominal output voltage range
- 1.2A (at 230VAC) or 2A (at 115VAC) input currents
- 1.87A to 7.5A output current range
- 30A (at 115VAC) or 40A (at 230VAC) cold start inrush currents
- 90W output power
- 200mW typical no-load power consumption
- 47Hz to 63Hz input frequency range
- 65kHz typical internal operating frequency
- 87% to 90% typical efficiency range
- 0% minimum load
- 150ms typical start-up time
- 25ms typical rise time
- 12ms to 70ms hold-up time range
- 4kVAC isolation voltage
- 1GΩ minimum isolation resistance
- 100pF maximum isolation capacitance
- -40°C to +90°C operating temperature range
- UL 94V-0 FR4 PCB
- Aluminum baseplate/case
Published: 2022-10-02
| Updated: 2023-10-02
