132-150W Medical Waterproof AC Adapter : FWM150 Series
FWM150 - 132-150 WATT Medical DeskTop Adapter DESKTOP TYPE MEDICAL Waterproof POWER SUPPLIES
Description
Waterproof Medical DeskTop Adapter
The FWM150 series of AC/DC switching power supplies are for 132-150 watts of continuous output power. They are enclosed in a 94V-0 rated polycarbonate case with an IEC320/C14, C6, C8 or C18 inlet to mate with interchangeable cord for world-wide use. All models meet EN55011 class B emission limits, and are designed for medical applications.Features
- No load power consumption less than 0.15W
- Meet Energy Star EPS2.0 /ErP EC No 278/2009 (Lot 7)
- Meet EU CoC EPS V5 Tier 2
- With PFC circuit
- Low profile at 28mm
- Operating altitude up to 5000 meters
- Wide input range 80 to 264 VAC
- Class II model meet IEC 60601-1-11 and IP54
- Optional output connectors
- 100% burn-in
- Overvoltage protection
- Overcurrent protection
- Compliant with RoHS requirements
Specification
Input voltage | 80-264 VAC |
Power derating | Derate linearly from 100% at 90 VAC to 90% at 85Vac and 80% at 80 VAC |
Input frequency | 47-63 Hz |
Input current | 1.8 A (rms) for 115 VAC ; 0.9 A (rms) for 230 VAC |
Earth leakage current | 220 μA max. @ 264 VAC, 63 Hz |
Touch current | 100 μA max. @ 264 VAC, 63 Hz |
Ripple and noise | 1% peak to peak maximum |
Over voltage protection | Provided and set at 112-140% of its nominal output voltage, latching by recycle input to reset |
Short circuit protection | Automatic recovery |
Over temperature protection | Latching by recycle input to reset |
Temperature coefficient | ±0.04% /℃ maximum |
Transient response | Maximum excursion of 4% or better on all models, recovering to 1% of final value within 500 us after a 25% step load change |
Operating temperature | -20℃ to +60℃ |
Atmospheric pressure | 540 hPa to 1060 hPa |
Storage temperature | -40℃ to +85℃ |
Relative humidity | 5% to 95% non-condensing |
Derating | Derate from 100% at +40℃ linearly to 50% at +60℃ |
Ingress protection | IP54 |
Switching frequency | 50-130 KHz |
Power factor | 0.98 Typical at 115 VAC |
Efficiency | 89% min. at full load |
Hold-up time | 20 ms minimum at 100 VAC |
Line regulation | ±0.5% maximum at full load |
Inrush current | 100 A @ 115 VAC or 200 A @ 230 VAC, at 25℃ cold start |
Withstand voltage | 4000 VAC from input to output (2 MOPP) ; 1500 VAC from input to ground (1 MOPP) ; 500 VAC from output to ground (For class II models, 4000VAC from input to output) |
MTBF | 100,000 hours at full load at 25℃ambient , calculated per MIL-HDBK-217F EMC Performance |
EN55011 | Class B conducted, class B radiated |
EN61000-3-2 | Harmonic distortion, class A and D |
EN61000-3-3 | Line flicker |
EN60601-1-2 | |
EN61000-4-2 | ESD, ±15 KV air and ±8 KV contact |
EN61000-4-3 | Radiated immunity, 9-28 V/m |
EN61000-4-4 | Fast transient/burst, ±2 KV |
EN61000-4-5 | Surge, ±1 KV diff., ±2 KV com. |
EN61000-4-6 | Conducted immunity, 10 Vrms |
EN61000-4-8 | Magnetic field immunity, 30 A/m |
EN61000-4-11 | Voltage dip immunity, 30% reduction for 500 ms (criteria A @ 230VAC, criteria B @ 100VAC), 60% reduction for 100 ms (criteria A @ 230VAC, criteria B @ 100VAC) and >95% reduction for 20 ms |
Model
Model No. | I/P Vol. | O/P Vol. | O/P Current | O/P Watts (max.) | DoE 6 | CoC 5 |
FWM150-S120-x | 80~264 VAC | 12.0VDC | 11.00A | 132W | VI | Tier 2 |
FWM150-S150-x | 80~264 VAC | 15.0VDC | 9.00A | 135W | VI | Tier 2 |
FWM150-S180-x | 80~264 VAC | 18.0VDC | 8.34A | 150W | VI | Tier 2 |
FWM150-S190-x | 80~264 VAC | 19.0VDC | 7.90A | 150W | VI | Tier 2 |
FWM150-S200-x | 80~264 VAC | 20.0VDC | 7.50A | 150W | VI | Tier 2 |
FWM150-S240-x | 80~264 VAC | 24.0VDC | 6.25A | 150W | VI | Tier 2 |
FWM150-S270-x | 80~264 VAC | 27.0VDC | 5.56A | 150W | VI | Tier 2 |
FWM150-S300-x | 80~264 VAC | 30.0VDC | 5.00A | 150W | VI | Tier 2 |
FWM150-S360-x | 80~264 VAC | 36.0VDC | 4.17A | 150W | VI | Tier 2 |
FWM150-S480-x | 80~264 VAC | 48.0VDC | 3.13A | 150W | VI | Tier 2 |
Ordering Information:
- Note : x for AC Inlet Type. It can be 4, 5, 6, or 8
4 = IEC C14 ; 5 = IEC C18 ; 6 = IEC C6 ; 8 = IEC C8