IP66 IP67 IP68 KEY FEATURES DESCRIPTION MARKET SEGMENTS AND APPLICATIONS. UV Resistant I/O Cabling

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1 SELED IP66/67/68, 600 W CDC, COMPCT, EFFICIENT, POWER SUPPLY KEY FETURES Sealed enclosure, IP66/67/68 Ingress Protection grade High efficiency (94% from 50% to 100% load) Low standby power consumption (< 0.35 W) Universal input voltage range ( V C) Input inrush current limiting (<30 ) 800 W peak power (up to 10 s) Single 24, 48 V DC voltages ctive PFC, EN compliant (Class C, >25% load) Low earth leakage current (typ. <400 µ, 264V C, 60 Hz) Over temperature, OV, OC and SC protections. Stand by +5 V, 1.5 output. Remote On / Off signal IT approval to IEC/EN LED lighting safety approval to UL8750 Package ingress protection grade IP66, IP67, IP68 UV resistant input / output cables RoHS 2 compliant (Directive 2011/65/EU) INDUSTRIL TELECOM LED LIGHTING LED VIDEO WLL DISPLY IP66 IP67 IP68 UV Resistant I/O Cabling DESCRIPTION The DDP600 SC Series of industrial grade CDC power supplies provides the compact form factor, ingress protection index and high efficiency that the marketplace demands. It provides a steady 600 W of regulated DC power through the full 85 to 305 V C input range, all in a 4.92 X 9.86 X 2.36 form factor. The DDP600 SC series is available in an aluminium extruded chassis having fins for an optimal heat dispersion via natural convection. Being its PW assembling full potted within the enclosure, it offers a base plate that, once installed in contact with a system metallic frame, can be an effective path to dispel heat also through conduction helping thermal management. The input / output connections are by flying wires fixed to the chassis through water tight glands which combined with the sealed enclosure give the power supply an IP66/67/68 ingress protection grade (IP68 characterized as 1 m depth for 40 days). By converting energy at up to 94% efficiency, the DDP600 SC series generates less heat, facilitating optimal thermal management in space constrained environments, resulting in very high reliability. The DDP600 SC standard variant comes in a 24 and 48 V DC single output voltages (28, 36, and 52 V DC can be developed upon project assessment). The option variant (S) offers in addition, a +5 V DC standby output and the following control signals: +/ remote sense, remote On/Off (PS_Inhibit), power good (PS_Ok), Ishare (ISHRE1+V_SLOGIC). The power unit can be operated in a 30 to 70 C ambient temperature being the output power derated above certain limits depending on the input C. It provides UV resistant Input / Output cabling. Protection features include High Breaking capacity fuses on both C lines, input under voltage lockout (IUV), output overcurrent (OC), output shortcircuit (SC), output overvoltage (OV) and overtemperature (OT). The DDP600 SC series comply with the 2 nd edition of the IEC standard for IT equipment and UL8750 standard for LED lighting applications. The DDP600 SC series meets the EN 55011, EN55032, EMC limits of Class B for conducted and radiated emissions as well as the IEC/EN610003, for harmonic and flicker, and IEC/EN , EN for EMC immunity standards. MRKET SEGMENTS ND PPLICTIONS Video Wall Display and SSL Lighting Industrial Process Control and utomation Telecommunications / Broadcasting Harsh environment supply Page 1

2 SELED IP66/67/68, 600 W CDC, COMPCT, EFFICIENT, POWER SUPPLY MODEL CODING ND OUTPUT RTINGS Model Grade and Output Power Output Voltages Packages ITE: DDP V DC: US24 28 V DC: US28 36 V DC: US36 48 V DC: US48 52 V DC: US52 Sealed Chassis: SC Standard Signals: S Model Code V1 Nominal [VDC] DDP600US24SC (S) DDP600US28SC (S) DDP600US36SC (S) DDP600US48SC (S) DDP600US52SC (S) (*) Rated currents and combined power are referred to 55 C ambient and VC 180 VRMS. OUTPUT DERTING CURVES I1 ISTBY Max Combined Rated (*) Rated (*) Cooling Output Power (*) [] [] [W] [LFM] 55 C 70 C 55 C 70 C 55 C 70 C The above derating curves are effective regardless mounting orientation Page 2

3 SELED IP66/67/68, 600 W CDC, COMPCT, EFFICIENT, POWER SUPPLY INPUT SPECIFICTIONS Specification Test Conditions / Notes Min. Nominal Max. Units C Input Voltage PS starts and operates at 85 V C at all load conditions V RMS DC Input Voltage V DC Input Frequency Input Current Inrush Current Fusing 440 Hz with reduced PFC and output power rating Consult factory for details. RMS at 180 V C, maximum load, 50 / 60 Hz RMS at 85 V C, maximum load, 50 / 60 Hz Cold start, 25 C ambient, full load High breaking, 10, 250V on each C lines. 115 V C 230 V C 47 50/ Hz Efficiency t 115 V C, 20% rated load 50% rated load 100% rated load t 230 / 277 V C, 20% rated load 50% rated load 100% rated load Input Power Consumption Power on, 115 V C, no load Power on, 230 V C, no load Stand by, 115, 230 V C, no load Power Factor From 50 to 100% of rated load, 230, 115 V C, 50 / 60 Hz input voltages. THDi From 50 to 100% rated load, 115, 230, 277 V C 50 / 60 Hz. Harmonic Current Fluctuations and Flicker Earth Leakage Current Complies with EN at 230 V C, 50/60 Hz, Class, D. Complies with EN Class C at 230 V C, 50/60 Hz, >150 W load. Complies with EN at nominal voltages and full load. Normal conditions 115 V RMS, 60 Hz 230 V RMS, 50 Hz 264 V RMS, 60 Hz 277 V RMS, 60 Hz (worst case) % W 20 % µ Page 3

4 SELED IP66/67/68, 600 W CDC, COMPCT, EFFICIENT, POWER SUPPLY OUTPUT SPECIFICTIONS Specification Test Conditions / Notes Min. Nom. Max. Units V1 Output Voltages ±0.5% set point accuracy RS+ closed on +V1, RS closed on V1 RTN, at 20% load on option variant (S). V V1 Output Power Rating cooling 600 (Refer to the derating curves below) W Peak (less than 10 s, after P_OK high) 800 5V SB Output Voltage ±3% set point accuracy, 20% load. 5 V 5V SB Output Current 1.5 V1 Voltage djustment Range Factory calibration upon customer request ±5 %V1 V1 LoadLineCross Regulation V C: V RMS ; I1: 0 100% ±2 %V1 5V SB LoadLineCross regulation V C: V RMS ; I 5SB: 0 100% ±5 %5V SB V1 Line Regulation V C: V RMS ±0.1 %V1 Transient Response: V1, 5V SB Voltage Deviation V1 Ripple and Noise 25% load changes at 1 /µs 24V at 1000 µf load / I OUT> V at 1000 µf load / I OUT> V at 680 µf load / I OUT> V at 560 µf load / I OUT> V at 560 µf load / I OUT> V SB at 560 µf load / I OUT> 0.1 Rated load, Peaktopeak, 20 MHz BW. (100 nf ceramic, 10 µf tantalum at load) ±5 %V1 %5V SB 1 %V1 V1 Startup Rise Time 85<V IN<305, any load conditions ms Startup Delay V1 in regulation after deasserting PS_Inhibit V1 in regulation after C is applied (worst case: 85 V C) 5V SB in regulation after C is applied (worst case: 85 V C) Turnon Overshoot 10 %V1 10 %V SB V1 Holdup Time t nominal V IN, full load 16 ms Minimum Load V1 and 5V SB 0 Maximum Load Capacitance V1 Current Sharing ccuracy V1: 24 V DC V1: 28 V DC V1: 36 V DC V1: 48 V DC V1: 52 V DC Two units in parallel at I1 rated load. VSLogic and IShare signals connected together. RS +, RS signals connected together and to the load ms µf %I1 Page 4

5 SELED IP66/67/68, 600 W CDC, COMPCT, EFFICIENT, POWER SUPPLY SIGNLS / CONTROLS ND TIMING Signal Notes Min Typ. Max Unit PS_Inhibit ctive low. Input low voltage V Input high voltage (I IN= 300 µ) V V1 disabled when PS_Inhibit is pulled low 5V SB not affected by PS_Inhibit V1 enabled when PS_Inhibit is floating or high P_OK* Logic level low (<10 m sinking) 0.7 V Logic level high (100 µ sourcing) V Low to high time after V1 in regulation ms Power down warning time 1 ms 5V SB Output ctive and in regulation after a 85<V C<264 is applied 1500 ms 5V SB not affected by PS_Inhibit * When V1 is On, a P_OK low may indicates V1 under voltage condition. When two MDP600 operate in parallel, P_OK low in one unit indicates that it is not sharing the expected amount of current (current sharing fault). 10 kω internal pull up to 5VSB is used; do not add any other external pull up. bove waveforms are expected with C Input ON/OFF: 5VSB On V1 On 250 ms T1 550 ms V1 rise time 10 ms T2 100 ms 5VSB rise time 3 ms T10 40 ms V1 On POWER_OK delay 200 ms T3 350 ms Power down warning T4 1 ms V1 Off 5VSB Off T5 0.5 s (V1 load > 25 W) C Off POWER_OK low T6 15 ms C_On 5VSB turn on time T7 1.5 s bove waveforms are expected with PS_Inhibit Signal On/Off state change: V1 rise time 10 ms T2 100 ms V1 On POWER_OK delay 200 ms T3 350 ms Power down warning T4 1 ms PS_Inhibit POWER_OK low timing T8 2 ms PS_Inhibit V1 On delay T9 450 ms Page 5

6 SELED IP66/67/68, 600 W CDC, COMPCT, EFFICIENT, POWER SUPPLY PROTECTION FETURES Specification Test Conditions / Notes Min. Nominal Max. Units Input Under Voltage utorecovering VC Input Fuse High breaking, 10, 250V on L and L1. 10 Over Current Short Circuit Over Voltage t nominal input voltages V1: Hiccup mode, autorecovering (>10 s) V1: Hiccup mode, autorecovering (<10 s) 5VSB: Hiccup mode, autorecovering: t nominal input voltages V1: Hiccup mode, autorecovering. 5VSB: Hiccup mode, autorecovering. V1, Power shut down, latch off. 5VSB, Hiccup mode, autorecovering. Shut down, latch off Over Temperature (on primary stage) C Over Temperature Hiccup mode, autorecovering. (on secondary side) C Isolation: PrimarytoSecondary Reinforced 5660 VDC 4000 VC Isolation: InputtoEarth Basic 2121 VDC Production tested at 2121 VDC 1500 VC Isolation: V1to5VSB Basic 100 VC Isolation: OutputtoEarth Basic 1500 VC Equipment Protection Class Class I %I1Rated %I1Rated %VNOM ENVIRONMENTL SPECIFICTIONS Specification Test Conditions / Notes Min Nominal Max Units Operating Temperature Range No derating up to 55 C, at 180 VC C Operating Temperature Range with See derating curves and conditions in the Output Derating Specifications section 70 C Storage Temperature C Humidity RH, Noncondensing Operating. 90 % Nonoperating 95 % Operating ltitude 5000 m Shock EN Operating: Half sine, 30 g, 18 ms, 3 axes, 6x each (3 positive and 3 negative). NonOperating: Half sine, 50 g, 11 ms, 3 axes, 6x each (3 positive and 3 negative). Vibration EN Operating: Sine, Hz, 1 g, 3 axes, 1 oct/min., 60 min. Random, Hz, 0.02 g 2 /Hz, 1 grms, 3 axes, 30 min. NonOperating: Hz, 2.46 grms ( g 2 /Hz), 3 axes, 30 min. MTBF Full Load, 40 C ambient 80% Duty cycle, Telcordia SR332 Issue Hours Useful Life Worst nominal VIN, 80% load, 40 C ambient 10 Years Page 6

7 ELECTROMGNETIC COMPTIBILITY (EMC) EMISSIONS SELED IP66/67/68, 600 W CDC, COMPCT, EFFICIENT, POWER SUPPLY Phenomenon Conditions / Notes Standard Equipment/Performance Class Conducted 115, 230, 277 V RMS. Maximum load. EN (ITE) EN (ISM) FCC Part 15 B Radiated The S variant compliance to the Class B is EN (ITE) conditioned by the use of a common EN (ISM) ground plane between the power supply FCC Part 15 and its load B Line Voltage Fluctuation t 20%, 50% and 100% maximum load. EN and Flicker Harmonic Current Emission Nominal input voltages 230 V C input voltage, 50 / 60 Hz 230 V C 50 / 60 Hz, >150 W load EN EN , D C ELECTROMGNETIC COMPTIBILITY (EMC) IMMUNITY Phenomenon Conditions / Notes Standard Test Level Criteria Reference standards for ITE Reference standard for Industrial/IMS equipment EN EN ESD 15 kv air discharge, 8 kv contact, at any point of the system. EN Radiated Field 10 V/m, MHz, 1 KHz, 80% M. EN Electric Fast Transient ±2 kv on C power port EN Surge ±2 kv line to line; ± 4 kv line to earth on C power port EN Conducted RF Immunity 10 V RMS, 0,1580 MHz, 1 khz, 80% M EN Dips and Interruptions V C: Dropout to 0% for 10 ms Dip to 40% for 5 cycles (100 ms) Dip to 70% for 25 cycles (500 ms) Dropout to 0% for 5 s EN EN EN EN B V C: Dropout to 0% for 10 ms Dip to 40% for 5 cycles (100 ms) Dip to 70% for 25 cycles (500 ms) Dropout to 0% for 5 s EN EN EN EN (derate to 150 W) (derate to 400 W) B SFETY GENCIESPPROVLS Certification Body Safety Standards and file numbers Category CS/UL CS C22.2 No , UL ; 2007, 2 nd edition Information Technology Equipment IEC IECEE CB Certification CE UL8750, CS C22.2 No IEC/EN nd edition Directive 2014/35/EU: Electrical Safety: Low Voltage electrical equipment (LVD) Directive 2014/30/EU: Electromagnetic Compatibility (EMC) Directive 2011/65/EU: RoHS 2 Designed to meet IEC/EN/UL/CS nd edition Lighting Information Technology Equip. Information Technology Equipment Page 7

8 SELED IP66/67/68, 600 W CDC, COMPCT, EFFICIENT, POWER SUPPLY OUTLINE DRWING ND CONNECTIONS Overall dimensions: (125.0 X X 60.0) mm; (4.92 X 9.86 X 2.36) in Weight: 2770 g; 6.11 lb (Standard); 2850 g; 6.28 lb (Signals S) Input cable Output Cable 24, 28V Signal Cable 36, 48, 52V 24, 28V 36, 48, 52V Specifications appearing in EFORE s catalogues and brochures as well as any oral statements are not binding. ll descriptions, drawings and other particulars (including dimensions, materials and performance data) given by EFORE are as accurate as possible but, being given for general information, and are not binding on EFORE. EFORE makes thus no representation or warranty as to the accuracy of such material. We assume no liability other than as agreed in the terms of the individual contracts and we reserve the right to make technical modifications in the course of our product development. Our product information solely describes our goods and services and is in no way to be construed or interpreted as a quality or condition guarantee. The aforesaid shall not relieve the customer of its obligation to verify the suitability of our Products for the use or application intended by the purchaser. Customers are responsible for their products and applications. EFORE assumes no liability from the use of its products outside of specifications. No license is granted to any intellectual property rights by this document. Page 8