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ima 400 watts power supply series for medical and industrial applications product data sheet
model variants model number 1) input voltage range main dc output auxiliary dc output remote on/off standard setting 2) ac (vac) dc (vdc) voltage (vdc) current (a) voltage (vdc) current (a) ima-x400-12-znpli 80 to 275 120 to 300 12 33.3 5 0.5 off ima-x400-12-znply on ima-x400-24-znpli 24 16.7 off ima-x400-24-znply on IMA-X400-48-ZNPLI 48 8.33 off ima-x400-48-znply on 1) ima-x400: x = s for standard version (e.g. ima-s400-24-znply), x = c for conformal coated version (e.g. ima-c400-24-znply) 2) model znpli and znply have different settings for remote on/off, see other features, p. 4 ac/dc input (j1) ima-x400-12 ima-x400-24 ima-x400-48 nominal input voltage 100 vac to 240 vac ac operating input voltage range 80 vac to 275 vac nominal input frequency 50 / 60 hz input frequency range 47 hz to 63 hz dc input voltage range 120 vdc to 300 vdc maximum input current 6 a at 80 vac / 3.8 a at 120 vdc effciency @ 100% load see fig. 16 to fig. 18, page 11 @ 230 vac 92% 94% 94% @ 115 vac 90% 92% 92% max inrush current 1) < 20 a input fuse dc input compliant, dual 10 a fuses used power factor 2) 0.9 (typical) 1) hot and cold turn on 2) en 61000-3-2, class a compliant 400 watts power supply series for medical and industrial applications features safety rated for medical, industrial and it wide operating input voltage range: 80 vac to 275 vac or 120 vdc to 300 vdc wide adjustable output voltage range (+/- 20%) 5 vdc standby output high effciency: up to 94% size: 4 x 6.96 x 1.6 in (1u design) low acoustic noise level of less than 30 db(a) active current sharing 2 mopp pmbus? compatible for control, programming and monitoring 500,000 hour mtbf optional conformal coating 3 years warranty data sheet ima x400 power supply series v2.0 2016-08-09 2 ima-x400 power supply series
main dc output (j2) ima-x400-12 ima-x400-24 ima-x400-48 nominal output voltage 12 v 24 v 48 v output voltage adjustment range 9.6 v to 14.4 v 19.2 v to 28.8 v 38.4 v to 56.0 v maximum output power 400 w output voltage regulation total 2.25% over line full input range, full load 0.25% over load nominal input, full load range 1% over temperature nominal input, full load, full temperature 1% maximum output current 33.3 a 16.7 a 8.3 a maximum output capacitive load 10,000 f dynamic load regulation 1) < 5% pard (20 mhz) 2) < 1% peak to peak turn on overshoot < 2% output rising time < 150 ms hold up time 20 msec nominal start up time ac off --> on nominal input, max. load < 2.5 s remote off --> on nominal input, max. load < 150 ms output over voltage protection yes, latch mode 15 v to 17.5 v 30 v to 35 v 58.5 v to 63 v output over current protection yes, at 108% to 140% of nominal output current; auto recovery short circuit protection yes, auto recovery over temperature protection yes, auto recovery remote sense 3) total voltage drop com - pensation for +v_sense and -v_sense connec - tions (j3 pins 13 and 14) to the output load 200 mv 1) 50% step from 5% load,1 a/s, 10 f tan and 1f ceramic capacitor 2) 10 f tan and 1f ceramic capacitor 3) do not short or reversely connect +v_sense and -v_sense. doing this can cause damage to the power supply auxiliary dc output (j3) ima-x400-xx connector type molex, part number 87833-1420, 14 pin, see fig. 19, page 12 nominal output voltage 5 v output voltage adjustment range C output voltage regulation total 2.25% over line full input range, full load 0.25 % over load nominal input, full load range 1% over temperature nominal input, full load, full temperature 1% maximum output current 0.5 a maximum output capacitive load 1,000 f output over voltage protection yes, at 5.5 v to 6 v, latch mode output over current protection yes, at 1.0 a to 1.3 a, auto recovery short circuit protection yes, auto recovery over temperature protection yes, auto recovery 3 data sheet ima x400 power supply series v2.0 2016-08-09 ima-x400 power supply series
galvanic isolation ima-x400-xx input to output reinforced 4000 vac; 2 x mopp input to case basic 1500 vac; 1 x mopp output to case basic 1500 vac; 1 x mopp leakage currents ima-x400-xx ac leakage current from input to earth ground measured at mains voltage at 60 hz at 63 hz normal condition (low line) 132 vac < 150 a < 150 a single fault condition (low line) 132 vac < 250 a < 260 a normal condition (high line) 264 vac < 300 a < 300 a single fault condition (high line) 264 vac < 500 a < 520 a ac leakage current from output to earth ground measured at mains voltage typical at 60 hz 1) maximum value at 63 hz 1) limit per iec 60601-1 normal condition 264 vac 45 a < 60 a 100 a single fault condition (neutral open) 264 vac 45 a < 80 a 500 a single fault condition (ground open) 264 vac 114 a < 150 a 500 a ac backdrive fault 264 vac < 450 a < 550 a 5000 a 1) meets iec 60601-1 bf leakage current limit other features ima-x400-xx current share bus pin j3 pin 11 (current share_v) voltage at cs pin will vary linearly with load current on main output, and will be 6 v at rated load current, when the output voltage is at its rated value. power good pin j3 pin 9 (pwr_good) open collector. as soon as ac input voltage and dc output voltage are in the predefned range, the pwr_good signal is set to high. green led will turn on as soon as pwr_good signal is set to high derating guideline refer to ipc 9592b and delta internal guideline or-ing redundant operation with active circuit sharing, see application note redundant operation, p. 10 sda, scl for i2c internal 10 k pull-up resistor to internal 3.3 v ima-x400-xx-znpli ima-x400-xx-znply remote on/off pin 1) j3 pin 10 (remote on/off) remote on/off (j3 pin 10) and 5vsb_rtn (j3 pin 3 or j3 pin 4 or j3 pin 7) main dc output remote on/off (j3 pin 10) and 5vsb_rtn (j3 pin 3 or j3 pin 4 or j3 pin 7) main dc output shorted off shorted on open on open off 1) logic can be switched with pmbus? data sheet ima x400 power supply series v2.0 2016-08-09 4 ima-x400 power supply series
environmental conditions ima-x400-12 ima-x400-24 ima-x400-48 ambient operating temperature range 1) -20 c ... +70 c (-4f to +158 f) (see fig. 7 to fig. 8, page 10) ambient storage temperature range -40 c ... +85 c (-40 f to +185 f) output power derating versus input voltage when ac input voltage is < 90 vac, the output power will be reduced by 4 w per 1 v. (see fig. 9, page 10) versus ambient temperature (see fig. 9, page 10) (see fig. 8, page 10) output current derating versus output voltage when output voltage is > 12 vdc, the output cur- rent is reduced by 2.292 a per 1 v (see fig. 10, page 10 ). when output voltage is > 24 vdc, the output cur- rent is reduced by 0.583 a per 1 v (see fig. 11, page 10 ). when output voltage is > 48 vdc, the output cur- rent is reduced by 0.148 a per 1 v (see fig. 13, page 11). relative humidity < 95% (non-condensing) operating altitude 1) 2) -200 m to 5,000 m (-650 ft to 16,400 ft) shock test (non-operating) iec 60068-2-27 compliant, 50 g, 11 msec, 3 shocks for each direction vibration (non-operating) iec 60068-2-6 compliant, 2.09 grms, 5 hz to 500 hz, 20 minutes per side (3 planes) pollution degree 2 1) ambient operating temperature decreases by 1 c per 305 m (1000 ft) altitude increase 2) maximum operating altitude requirements for different types of products, see safety standards and directives 1), p. 6 reliability ima-x400-xx cmtbf 1) 500,000 hours expected capacitor life time 2) 10 years warranty 3 years 1) telecordia sr-332, issue 3, 25 c, 90% confdence level 2) nominal input voltage, 45 c, 80% load 5 data sheet ima x400 power supply series v2.0 2016-08-09 ima-x400 power supply series
emc ima-x400-xx applied standards criteria radiated emissions 1) en 55011, en 55022 and fcc, class b conducted emissions 1) en 55011, en 55022 and fcc, class b power line harmonics en 61000-3-2, class a voltage ficker en 61000-3-3 esd en 61000-4-2, level 4, 8 kv contact, 15 kv air a radiated immunity en 61000-4-3, level 3, 10 v/m a electrical fast transient en 61000-4-4, level 4, 4 kv a surge immunity en 61000-4-5, level 4, 2 kv dm, 4 kv cm a conducted rf immunity en 61000-4-6, level 3, 10 vrms a power frequency magnetic feld en 61000-4-8, level 3, 10 a/m a voltage dips and sags en 61000-4-11, 30%, 500 ms en 61000-4-11, 60%, 100 ms en 61000-4-11,100%, 10 ms en 60601-1-2, 30%, 500 ms en 60601-1-2, 60%, 100 ms en 60601-1-2, 100%, 10 ms en 60601-1-2, 100%, 5000 ms a b a a b a b ring wave en 61000-4-12, level 3, 1 kv dm, 2 kv cm a voltage fuctuations en 61000-4-14, class 3 a 1) power supply unit inside a dummy system safety standards and directives 1) ima-x400-xx iec/en 60950-1, edition 2 and all national devia - tions ul 60950-1/csa 22.2 no 60950-1, edition 2; 5,000 m (16,400 ft) altitude, 120 v to 300 vdc and 100 v to 240 10% vac (ul file e191395) iec/en 60601-1, edition 3 (tested against edition 2, too) and all national deviations iec 60601-1(2005), en60601-1(2006) ansi/aami es 60601-1(2005) can/csa c22.2 no. 60601-1 (2008); 3,000 m (9,800 ft) altitude, 100 v to 240 vac 10% (ul file e325662) protection class i 1) designed to support type b applied part end product requirements ecological characteristics ima-x400-xx weee (waste electrical and electronic equipment directive) 2012/19/eu rohs (restriction of hazardous substances directive) 2011/65/eu data sheet ima x400 power supply series v2.0 2016-08-09 6 ima-x400 power supply series
mechanical data ima-x400-xx dimensions (l x w x d) 176.8 x 101.6 x 40.6 mm (6.96 x 4 x 1.6 in) weight 0.960 kg (2.12 lb) indicator green led cooling system system airfow cooling or natural convection cooling ac/dc input port block m3.5 x 3 pins main dc output port block m5 x 2 pins auxialary dc output + signals port connector x 14 pins noise 1) < 30 db(a) 1) at 1 hz to 20 khz and a distance of 1 m. test conditions: 100 vac, 100% load, ambient temperature 30 c (86 f) options model main output voltage standby output leakage current main output adjustable open frame u channel enclosed convection cooling fan fan, airfow from end to front fan, airfow from front to end top fan solution active current sharing remote on/off coated 1) ima-s400-12v 12 v 5 v/0.5 a 300 a - ima-s400-24v 24 v 5 v/0.5 a 300 a - ima-s400-48v 48 v 5 v/0.5 a 300 a - ima-c400-12v 12 v 5 v/0.5 a 300 a ima-c400-24v 24 v 5 v/0.5 a 300 a ima-c400-48v 48 v 5 v/0.5 a 300 a included on request - not available 7 data sheet ima x400 power supply series v2.0 2016-08-09 ima-x400 power supply series
mounting orientations fig. 1: standard mounting orientation connector side fig. 2: vertical mounting bottom to p fig. 3: mounting on the left side bottom to p fig. 4: mounting on the right side connector side side view bottom view mounting holes mounting holes mounting holes fig. 5: position of the mounting holes data sheet ima x400 power supply series v2.0 2016-08-09 8 ima-x400 power supply series
dimensional drawings led vr j2 j3 j1 pin2 pin1 176.8 mm +0.5 -0.5 (6.96 in ) +0.02 -0.02 101.6 mm +0.5 -0.5 (4.0 in ) +0.02 -0.02 m3*0.5 screw hole (2x) both sides m3*0.5 screw hole (4x) 155.0 mm (6.10 in) 15.0 mm (0.59 in) (0.79 in) 20.0 mm 40.6 mm +0.5 -0.5 (1.60 in ) +0.02 -0.02 144.5 mm (5.69 in) 17.0 mm (0.59 in) 10.8 mm (0.42 in) 80.0 mm (3.15 in) fig. 6: dimensional drawing ima-x400-xx notes: base plate mounting, m3 thread holes, maximum penetration 4.0 mm (0.16 in) (from outside face of chassis), maxi - mum torque 0.6 nm (5.31 lb-in) (j1) input terminal block, switchlab t14-emii03, m3.5 screw in 3 positions, maximum torque1.3 nm (11.5 lb-in) (j2) output terminal block, dinkle dt-7c-b01w-3943-02, m4 screw in 2 positions, maximum torque 1.5 nm (13.28 lb-in) (j3) signal connector and auxiliary dc output, mating connector for j3 is either molex, part number 51110-1450 (with - out locking ramp), or molex part number 51110-1451 (with locking ramp). the connector is not shipped with the power supply unit. general tolerance: 0.3 mm (0.012 in) 9 data sheet ima x400 power supply series v2.0 2016-08-09 ima-x400 power supply series
curves ima-x400-12 ima-x400-24/48 output power [w] 290 200 ambient temperature [c] tested at 90 vac input 0 60 70 400 100 40 50 natural convection airflow > 0.8 m/s fig. 7: output power versus ambient temperature 12 v 300 200 0 55 70 400 100 40 output power [w] tested at 90 vac input natural convection airflow > 0.8 m/s ambient temperature [c] fig. 8: output power versus ambient temperature 24/48 v ima-x400-xx ima-x400-12 output power [%] 100 90 input voltage [vac] 80 90 275 fig. 9: output power versus input voltage output current [a] 33.3 27.8 output voltage [vdc] 9.6 12 14.4 fig. 10: output current versus output voltage 12 v ima-x400-24 ima-x400-48 output current [a] 16.7 13.9 output voltage [vdc] 19.2 24 28.8 fig. 11: output current versus output voltage 24 v output current [a] 8.33 7.14 output voltage [vdc] 38.4 48 56 fig. 12: output current versus output voltage 48 v data sheet ima x400 power supply series v2.0 2016-08-09 10 ima-x400 power supply series
curves (continued) ima-x400-12 ima-x400-24 hold-up time [msec] 20 17 output voltage [vdc] 9.6 12 14.4 fig. 13: hold-up time versus output voltage 12 v hold-up time [msec] 20 17 output voltage [vdc] 19.2 24 28.8 fig. 14: hold-up time versus output voltage 24 v ima-x400-48 ima-x400-12 hold-up time [msec] 20 17 output voltage [vdc] 38.4 48 56 fig. 15: hold-up time versus output voltage 48 v efficiency [%] 94 96 92 90 88 86 84 82 80 output power [%] 20 40 60 80 100 230 vac 115 vac fig. 16: typical effciency curves 12 v ima-x400-24 ima-x400-48 efficiency [%] 94 96 92 90 88 86 84 82 80 output power [%] 20 40 60 80 100 230 vac 115 vac fig. 17: typical effciency curves 24 v efficiency [%] 94 96 92 90 88 86 84 82 80 output power [%] 20 40 60 80 100 230 vac 115 vac fig. 18: typical effciency curves 48 v ima-x400 power supply series
pin assignment (j3) ima-x400-xx 1 2 3 5 7 9 11 13 6 8 10 12 14 4 fig. 19: pin assignment j3 terminal block pin assignment pin assignment 14 -v_sense 13 +v_sense 12 address 11 current_share_v 10 remote on/off 9 pwr_good 8 +5vsb 7 5vsb_rtn 6 sda 5 scl 4 5vsb_rtn 3 5vsb_rtn 2 +5vsb 1 +5vsb mating connector type: molex, part number 51110-145x circuit diagrams ima-x400-xx ima-x400-xx 1 k +5vsb power supply unit 5vsb_rtn remote on/off j3 fig. 20: circuit diagram j3 pin 10 (remote on/off) 1 k 3.3v_c power supply unit 5vsb_rtn pwr_good j3 fig. 21: circuit diagram j3 pin 9 (pwr_good) ima-x400-xx pwr_good main dc output ac input 10 ms 10 ms 20 ms 1) fig. 22: power good function timing 1) )rurwswyrowdjh1rpldorwswyrowdjhzloouhgfhdwrwswyrowdjh v1rpldorwswyrowdjh data sheet ima x400 power supply series v2.0 2016-08-09 12 ima-x400 power supply series
this page is intentially left blank. 13 data sheet ima x400 power supply series v2.0 2016-08-09 ima-x400 power supply series
data sheet ima x400 power supply series v2.0 2016-08-09 all information and specifcations are subject to change without prior notice sales contact europe delta electronics (netherlands) bv zandsteen 15 2132 mz hoofddorp the netherlands deu.sales@deltaww.com www.deltaenergysystems.com usa delta products corporation 46101 fremont blvd. fremont, ca 94538 usa na.sales@deltaww.com www.deltaenergysystems.com other regions delta energy systems (germany) gmbh tscheulinstrasse 21 79331 teningen germany im.sales@deltaww.com www.deltaenergysystems.com

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