BSM550-540-BET-S00

550W High Power Density Medical Grade Power Supplies X ASM550/BSM550 Medical IEC 60601-1 3rd Edition Safety EN 60601-1-2 4th Edition EMC EN 55011 (CISPR11) Class B Emissions BF Leakage Current, 2 MOPP Isolation Class II Option Available for Home Medical Applications (BSM550 Models) 5V and 12V Auxiliary Outputs Current Sharing Capability Enables Parallel Operation for Higher Power Needs Remote Output Enable and Power Good Signal Remote Sense Input High Efficiency, up to 92% at 230 VAC Universal 80-275 VAC Input, 50/60 Hz Variable Speed Fan for Low Load Noise Reduction Available in Open Frame, U-Channel and Enclosed with Fan Configurations PRODUCT DESCRIPTION The Astrodyne TDI ASM550/BSM550 series power supplies are high power density, medical grade designs for both medical and industrial applications. Both the ASM550 series with Class I protection and the BSM550 series with Class II protection have 2 MOPP isolation and BF leakage current, crucial for patient safety either in the hospital or at home. These power supplies operate over the input voltage range of 80 to 275 VAC at 50-60Hz frequency and deliver up to 550 Watts of regulated DC output power in a low profile form factor that is 1U height compatible. A current sharing feature allows multiple units to be used in parallel for very high power delivery. These power supplies are compliant with DoE Level VI efficiency requirements and the RoHS directive. The ASM550/BSM550 series products have been certified to the IEC 60601-1 3rd Edition international medical safety standard. They are also certified to the collateral standard EN 60601-1-2 4th Edition for electromagnetic compatibility. ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 1 of 11 550W High Power Density Medical Grade Power Supplies Product Models Model (1) Output Voltage Output Current Forced Air / Convection(2,3) X ASM550/BSM550 5V Aux. Current Forced Air / Convection(2,3) 12V Aux. Current Forced Air / Convection(2,3,4) Efficiency (Typ) 230 /115 VAC 45.0A / N.A. 36.7A / N.A. 30.6A / N.A. 22.9A / N.A. 19.6A / N.A. 15.3A / N.A. 11.5A / N.A. 10.5A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 90% / 88% 90% / 88% 90% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% 45.0A / 20.8A 36.7A / 16.7A 30.6A / 13.9A 22.9A / 11.6A 19.6A / 10.0A 15.3A / 7.8A 11.5A / 5.8A 10.5A / 5.2A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 90% / 88% 90% / 88% 90% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% 45.0A / 20.8A 36.7A / 16.7A 30.6A / 13.9A 22.9A / 11.6A 19.6A / 10.0A 15.3A / 7.8A 11.5A / 5.8A 10.5A / 5.2A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 90% / 88% 90% / 88% 90% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% Enclosed Models (Integrated Fan) with Headers ASM550-120-BEH-S00 ASM550-150-BEH-S00 ASM550-180-BEH-S00 ASM550-240-BEH-S00 ASM550-280-BEH-S00 ASM550-360-BEH-S00 ASM550-480-BEH-S00 ASM550-540-BEH-S00 12 VDC 15 VDC 18 VDC 24 VDC 28 VDC 36 VDC 48 VDC 54 VDC Open Frame Models with Headers ASM550-120-BNH-S00 ASM550-150-BNH-S00 ASM550-180-BNH-S00 ASM550-240-BNH-S00 ASM550-280-BNH-S00 ASM550-360-BNH-S00 ASM550-480-BNH-S00 ASM550-540-BNH-S00 12 VDC 15 VDC 18 VDC 24 VDC 28 VDC 36 VDC 48 VDC 54 VDC U-Channel Models with Headers ASM550-120-BUH-S00 ASM550-150-BUH-S00 ASM550-180-BUH-S00 ASM550-240-BUH-S00 ASM550-280-BUH-S00 ASM550-360-BUH-S00 ASM550-480-BUH-S00 ASM550-540-BUH-S00 12 VDC 15 VDC 18 VDC 24 VDC 28 VDC 36 VDC 48 VDC 54 VDC Notes: 1. The “ASM” series has Class I protection; use the “BSM” prefix for Class II protection 2. The current ratings for Convection use are based on a 90 VAC Input at 25 degrees C only; refer to the derating curves for detail at other AC input voltages and ambient temperatures. 3. The current ratings for Forced Air are based on the presence of the minimum specified air flow requirements; refer to the derating curves for detail with other air flow rates. 4. The embedded fan in the enclosed models consumes 0.5 A of the available current from the 12V Aux. output. ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 2 of 11 550W High Power Density Medical Grade Power Supplies Model (1) Output Voltage Output Current Forced Air / Convection(2,3) X ASM550/BSM550 5V Aux. Current Forced Air / Convection(2,3) 12V Aux. Current Forced Air / Convection(2,3,4) Efficiency (Typ) 230 /115 VAC 45.0A / N.A. 36.7A / N.A. 30.6A / N.A. 22.9A / N.A. 19.6A / N.A. 15.3A / N.A. 11.5A / N.A. 10.5A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 2A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 0.5A / N.A. 90% / 88% 90% / 88% 90% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% 45.0A / 20.8A 36.7A / 16.7A 30.6A / 13.9A 22.9A / 11.6A 19.6A / 10.0A 15.3A / 7.8A 11.5A / 5.8A 10.5A / 5.2A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 2A / 1A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 1A / 0.5A 90% / 88% 90% / 88% 90% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% 92% / 88% Enclosed Models (Integrated Fan) with Terminal Blocks ASM550-120-BET-S00 ASM550-150-BET-S00 ASM550-180-BET-S00 ASM550-240-BET-S00 ASM550-280-BET-S00 ASM550-360-BET-S00 ASM550-480-BET-S00 ASM550-540-BET-S00 12 VDC 15 VDC 18 VDC 24 VDC 28 VDC 36 VDC 48 VDC 54 VDC U-Channel Models with Terminal Blocks ASM550-120-BUT-S00 ASM550-150-BUT-S00 ASM550-180-BUT-S00 ASM550-240-BUT-S00 ASM550-280-BUT-S00 ASM550-360-BUT-S00 ASM550-480-BUT-S00 ASM550-540-BUT-S00 12 VDC 15 VDC 18 VDC 24 VDC 28 VDC 36 VDC 48 VDC 54 VDC Notes: 1. The “ASM” series has Class I protection; use the “BSM” prefix for Class II protection 2. The current ratings for Convection use are based on a 90 VAC Input at 25 degrees C only; refer to the derating curves for detail at other AC input voltages and ambient temperatures. 3. The current ratings for Forced Air are based on the presence of the minimum specified air flow requirements; refer to the derating curves for detail with other air flow rates. 4. The embedded fan in the enclosed models consumes 0.5 A of the available current from the 12V Aux. output. ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 3 of 11 X ASM550/BSM550 550W High Power Density Medical Grade Power Supplies INPUT SPECIFICATIONS AC Input Voltage Range Input Frequency DC Input Voltage Range Input Current Inrush Current Power Factor Earth Leakage Current Touch Leakage Current Input Fuse SAFETY AND COMPLIANCE CERTIFICATIONS 100-240 VAC nominal 80-275 VAC tested 47-63 Hz (50/60 Hz nominal) 110-380 VDC 7.0A max at 100VAC, 60Hz 3.5A max at 240VAC, 50Hz 30A max at 100VAC, 60Hz 60A max at 240VAC, 50Hz 0.95 min at 230VAC, 50Hz 300uA max at 264VAC 60uA typ, 100uA max at 264VAC (BF Rating) 10A on both ACL and ACN MAIN OUTPUT SPECIFICATIONS Output Voltage Output Power Minimum Load Set Point Accuracy Load Regulation Line Regulation Efficiency Standby Power Hold-up Time Ripple and Noise see Product Model charts 550W max – see derating No minimum load required ±1% max ±1% max, no load to full load ±0.5% max, 90-264 VAC see Product Model charts 0.5W max 16ms typ., full load, 115VAC 1% pk-pk max, 20MHz BW, measured with 47uF Alum and 0.1uF Ceramic at output Safety Approvals IEC 60601-1 3rd Ed, Amend 1: TUV, CB/CE, CSA C22.2 EN60601-1-2, 4th Ed, Class B EN 55011 (CISPR11), Class B; EMC Overall Conducted and Radiated Emissions Harmonic Current Voltage Fluctuations ESD Immunity RF Field Immunity EFT Burst Immunity Surge Immunity Conducted Immunity Magnet Field Immunity Voltage Dips and Interruptions EN 61000-3-2, Class B EN 61000-3-3 EN 61000-4-2, Level 4 EN 61000-4-3, Level 3 EN 61000-4-4, Level 3 EN 61000-4-5, Level 3 EN 61000-4-6, Level 3 EN 61000-4-8, Level 4 EN 61000-4-11 ENVIRONMENTAL SPECIFICATIONS Operating Temperature -20 to +50°C at full load, (120VAC, 45 CFM air flow; up to +75°C at reduced load see derate charts for other See derating chart for detail input and airflow conditions) Cooling Storage Temperature* Operating Humidity* Operating Altitude Vibration Forced air or free air convection -40 to +85°C 0% to 95%, non-condensing 0-3000m / 0-10,000 ft 2G rms, 5-500Hz, 3 axes, 30min. ISOLATION Input to Output Input to Earth (Class I) Output to Earth (Class I) MECHANICAL SPECIFICATIONS 4000 VAC, 2 MOPP 1500 VAC, 1 MOPP 500 VAC Size ** Weight Connectors PROTECTION Over Current * Short Circuit * Over Voltage * Over Temperature * 105 to 135% Rated Current Hiccup Mode, Automatic recovery 130% Vo max, Latching; Recycle Input to Reset Automatic recovery 3.7” x 7.0” x 1.32” 94.0 x 177.8 x 33.6 mm 1.37 lbs / 620 g see Outline Drawings ** Open frame size only; for U-channel and enclosed, refer to Outline Drawings * These are stress ratings. Exposure of the devices to any of these conditions may adversely affect long term reliability. Operation under conditions other than the standard operating conditions is neither warranted nor implied. All specifications are typical at nominal input, full load, 25°C unless specified otherwise. ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 4 of 11 550W High Power Density Medical Grade Power Supplies X ASM550/BSM550 OPERATION GUIDE AND APPLICATION INFORMATION PS_ON: Power Supply Control – Enables/disables the main output and the 12V aux output • Connect the PS_ON signal (CN4, pin 6) to 5V_AUX_RTN (CN4, pin 1) to enable the main and 12V aux outputs. Disconnect to disable. • Note that the 5V aux output is always on when the AC input is applied. PWR_OK: Power Good Indicator – Indicates when the main output is in regulation • The PWR_OK connection (CN4, pin 4) is open-collector logic; the signal goes high (3.3V to 5V range) appromimately 160ms after the main output has achieved regulation. Logic low is less than 1V. REMOTE_SENSE: Output Voltage Compensation – Uses a separate connection to measure the output voltage at the load, and automatically adjusts the voltage at the output terminals to compensate for line voltage drop. • Connect the REMOTE_SENSE input (CN4, pin 8) to a separate wire that terminates at the point of load on the positive side. Parallel Operation of Multiple Units for N+1 Redundancy or High Output Power Applications up to 3kW • Up to six ASM550 or BSM550 units may be connected in parallel, to support N+1 redundancy or high output power applications up to 3 kiloWatts. • Each unit has an embedded ORing device, which eliminates the need for additional external components. • A voltage droop method is used to balance load current sharing. • The REMOTE_SENSE signal (CN4, pin 8) of each unit should be connected directly to the load point separately. Parallel and N+1 Operation Connection Diagram ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 5 of 11 550W High Power Density Medical Grade Power Supplies X ASM550/BSM550 THERMAL PERFORMANCE Jumper J6 defines the Over Current Protection threshold, and is factory-installed for operation to a 550 Watt load rating with forced air cooling. For a natural convection cooling application with an AC input voltage in the range of 90~120VAC, it is recommended to remove jumper J6 and limit operation to a maximum 300 Watt load. Refer to the Outline Drawings for the location of jumper J6. Jumper J6 Settings J6 Setting Maximum Load Power Installed 550 Watts (either using embedded fan or by providing up to 80 CFM airflow) Removed 300 Watts Cooled by free air convection * Application Cooled by forced air * On models with a DC output voltage of 24V to 54V, a nominal 230VAC input will support an output load power up to 380 Watts under free air convection. For such operation, jumper J6 must be installed. Note that operating the product in this manner at load powers above 380 Watts will degrade operating life. Output Power Derating – Enclosed Models (all rated input voltages) ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 6 of 11 550W High Power Density Medical Grade Power Supplies X ASM550/BSM550 Output Power Derating – Forced Air Cooling for Open Frame and U-Channel Models Thermal considerations for Open Frame and U-Channel models: ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 7 of 11 550W High Power Density Medical Grade Power Supplies X ASM550/BSM550 Output Power Derating – Free Air Convection Cooling for Open Frame and U-Channel Models Note: It is recommended that jumper J6 be removed for applications cooled by free air convection. Refer to Jumper J6 details, listed above. ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 8 of 11 550W High Power Density Medical Grade Power Supplies X ASM550/BSM550 OUTLINE DRAWINGS U-Channel with Terminal Blocks * * * CN2 is not populated on Class II (BSM) models. U-Channel with Headers * * * CN2 is not populated on Class II (BSM) models. ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 9 of 11 X ASM550/BSM550 550W High Power Density Medical Grade Power Supplies Enclosed with Terminal Blocks * * * CN2 is not populated on Class II (BSM) models. Enclosed with Headers * * * CN2 is not populated on Class II (BSM) models. ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 10 of 11 550W High Power Density Medical Grade Power Supplies X ASM550/BSM550 Open-Frame with Headers * * * CN2 is not populated on Class II (BSM) models. ASM550/BSM550 Series Rev 4 2046 www.astrodynetdi.com ©2020 Astrodyne Corporation Page 11 of 11