MP300-2400 XPPOWER | Alldatasheet
Document overview
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- PDF pages: 6
Technical content
- C onfigurable for Fast Tim e to M arket
- 1 to 24 O utputs
- Floating O utputs
- Fully Featured Signal Set
- SEM I F47 C om pliant
- Extra Pow er Available at H igh Line
- 3 Year W arranty MP Series Input Input Voltage • 90-264 VAC Input Frequency • 47-63 H z Inrush C urrent • 40 A m ax at 230 VAC , cold start 25 °C Pow er Factor • C om pliant w ith EN 61000-3-2, C lass A Earth Leakage C urrent • <1.5 m A Input Protection • F3/FF: Internal T6.3 A /25 0 V fuse in line F4/F6: Internal T10 A /25 0 V fuse in line F7: Internal T12 A /25 0 V fuse in line F8 : Internal T15 A /25 0 V fuse in line FX: Internal T20 A /25 0 V fuse in line Output O utput Voltage • See m odule table O utput Voltage Trim • ±5 % typical all outputs H old U p Tim e • 20 m s m in Line R egulation • T ypically 0.1%, m axim um 0.3% Load R egulation • 1% m ax for single output m odules & V1 of dual & triple output m odules. 2% m ax for V2 & V3 of dual & triple output m odules. The E m odule requires up to 10% load & the K m odule up to 5 % load on V1 to achieve the specified regulation figures on V2 & V3 R ipple & N oise • 5 0 m V or 1% pk-pk, w hichever is greater,
20 M H z bandw idth
O vervoltage Protection • 115 -130% Vnom for single output and out - put 1 of dual & triple output m odules. N o O VP fitted to G m odules or H m odules. O verload Protection • <15 0% of nom inal rating Short C ircuit Protection • C ontinuous trip & restart (H iccup m ode) Tem perature • 0.03% /°C C oefficient R em ote Sense • See signals & controls page C urrent Share • Single w ire parallel current share. See signals & controls page Inhibit • TTL com patible. See signals & controls page xppow er.com General Efficiency • 75 % typical at nom inal input Isolation • 3000 VAC Input to O utput 15 00 VAC Input to G round 5 00 VAC O utput to G round Signals & C ontrols • AC O K , D C O K , C urrent share, G lobal Inhibit, M odule Inhibit, Rem ote Sense, Voltage Program m ing & 5 V Standby M TB F • 75 0 kH rs D em onstrated Environmental O perating Tem perature • 0 °C to +70 °C , derate linearly from 100% at +5 0 °C to 5 0% at +70 °C for standard m odels. D erate linearly from 100% at +40 °C to 5 0% at +60 °C for reverse air m odels. Storage Tem perature • -40 °C to +8 5 °C O perating A ltitude • 3000 m Shock • 30 g, 11 m s (half sine), 3 shocks each axis, 18 shocks total. C om pliant w ith EN 60068 - 2-27 Vibration • 2 g, 10-5 00 H z, 10 sw eeps 3 axes. C om pliant w ith EN 60068 -2-6 EMC & Safety Em issions • EN 5 5 022, level B conducted H arm onic C urrents • EN 61000-3-2, C lass A Voltage Flicker • EN 61000-3-3 ESD Im m unity • EN 61000-4-2, level 3 Perf C riteria A R adiated Im m unity • EN 61000-4-3, level 3 Perf C riteria A EFT/B urst • EN 61000-4-4, level 3 Perf C riteria A Surge • EN 61000-4-5 , level 3 Perf C riteria A C onducted Im m unity • EN 61000-4-6, level 3 Perf C riteria A D ips & Interruptions • EN 61000-4-11, 30% 10 m s, 60% 100 m s, 100% 5 000 m s, Perf C riteria A , B , B Safety A pprovals • EN 6095 0, U L 6095 0, C SA 22.2-N o 95 0 C E M ark LVD , SEM I F47 com pliant (high line only)
MP Model Selection & Power Supply Construction STEP 1 In order to configure a m odel num ber for your M P Series pow er supply first select the appropriate chassis, dependent on your application’s continuous, m axim um output pow er requirem ents. STEP 2 N ext, from the ratings on the follow ing page, select the output m odules that suit your output voltage and current requirem ents. M odules can be positioned as denoted by the , and sequence show n below. STEP 3 O nce the chassis & output m odules have been selected, form the m odel num ber as show n below. M odule Position 654 3 21 O ption D enotes reverse air flow (For single slot, single O /P m odules ( ), insert highest pow er first and the low est voltage if pow er is equal.) Option Codes N o. O ption Function 01 2 x B m odules parallel connect in slots 1 & 2 02 2 x B m odules parallel connect in slots 2 & 3 03 2 x B m odules parallel connect in slots 3 & 4 04 4 x B m odules 2 x B m odules parallel connect in slots 1 & 2 and 2 x B m odules parallel connect in slots 3 & 4 05 2 x C m odules parallel connect in slots 1 & 2 (2 V to 8 V) 06 2 x C m odules parallel connect in slots 1 & 2 (18 V to 48 V) 21 2 x J m odules parallel connect in slots 1 & 2 22 2 x J m odules parallel connect in slots 2 & 3 23 2 x J m odules parallel connect in slots 3 & 4 24 2 x J m odules parallel connect in slots 4 & 5 25 2 x J m odules parallel connect in slots 5 & 6 1R Reverse A ir fans in exhaust configuration using standard fans 1S L ow N oise standard (air inflow ) configuration using low noise fans (F8 & FX only) 2R Reverse A ir fans in exhaust configuration using low noise fans (F8 & FX only) N ote: 1. C onsult sales for 1200-2400 W m odel num bers. C hassis Pow er M odule Position 1 M odule Position 3 M odule Position 5 M odule Position 6 M odule Position 4 M odule Position 2 Add the chassis code first. F7 = 700W C hassis Add M odule 1 B 3 = Single O /P
5 V @ 60 A
J 6 = Single O /P
24 V @ 8 A
F8 & FX only Add M odule 6 F8 & FX only O ption Add O ption C odes Add M odule 4 G 2 = D ual O /P
15 V @ 3 A
F4, F6, F7 , F8 & FX only Add M odule 3 J 6 = Single O /P
24 V @ 8 A D enotes
24 V @ 16 A
- O utput pow er can be increased by 200 W if used at 18 1-264 VAC input, FF chassis 175 W , F6 chassis 15 0 W . M odule Position 432 1 M odule Position 321 Model Number Construction
O utput Voltage & Current Ratings MP 1. M axim um available pow er is 150 W 2. 25% load required to m eet stated noise and ripple on V1 (or increases to 150 m V) VO LTS C U R R EN T (A ) M O D U LE C O D E M O D U LE SIZE VO LTS C U R R EN T (A ) M O D U LE C O D E M O D U LE SIZE VO LTS C U R R EN T (A ) M O D U LE C O D E M O D U LE SIZE VO LTS C U R R EN T (A ) M O D U LE C O D E M O D U LE SIZE VO LTS C U R R EN T (A ) M O D U LE C O D E M O D U LE SIZE 2 VO L TS 2.2 VO L TS 3 VO L TS 3.3 VO L TS 5 VO L TS 5 .0 100.0 C 3 5 .2 VO L TS 5 .5 VO L TS 6 VO L TS 8 VO L TS 10 VO L TS 5 .2 100.0 C C 5 .5 90.0 C D
11 VO L TS 12 VO L TS 14 VO L TS 15 VO L TS 18 VO L TS
20 VO L TS 24 VO L TS 28 VO L TS 30 VO L TS 33 VO L TS
24.0 21.0 C 6
36 VO L TS 42 VO L TS 48 VO L TS 5 4 VO L TS 60 VO L TS
O U TPU T V1 O U TPU T V2 M O D U LE C O D E M O D U LE SIZE
12 V @ 4 A 12 V @ 4 A G 1
15 V @ 3 A 15 V @ 3 A G 2
12 V @ 4 A 5 V @ 8 A G 3
15 V @ 3 A 24 V @ 2 A G 4
24 V @ 2 A 5 V @ 8 A G 5
5 V @ 8 A 5 V @ 8 A G 6
24 V @ 2 A 24 V @ 2 A G 7
5 V @ 10 A 5 V @ 10 A K 1
5 V @ 10 A 12 V @ 8 A K 2 (2)
5 V @ 10 A 15 V @ 6 A K 3 (2)
O U TPU T V1 O U TPU T V2 M O D U LE C O D E M O D U LE SIZE
24 V @ 5 A 5 V @ 10 A K 4 (1)
12 V @ 10 A 12 V @ 4 A K 5 (1)
15 V @ 8 A 15 V @ 4 A K 6 (1)
48 V @ 2 A 5 V @ 10 A K 7
3.3 V @ 10 A 6.5 V @ 10 A K 8
5 V @ 10 A 12 V @ 10 A D 1
12 V @ 10 A 12 V @ 10 A D 2
5 V @ 10 A 24 V @ 5 A D 3
15 V @ 8 A 15 V @ 8 A D 4
O U TPU T V1 O U TPU T V2 O U TPU T V3 M O D U LE C O D E M O D U LE SIZE
5 V @ 20 A 12 V @ 2 A 12 V @ 2 A E1
5 V @ 20 A 15 V @ 2 A 15 V @ 2 A E2
12 V @ 10 A 15 V @ 2 A 15 V @ 2 A E3
MP Signals & Controls AC OK/Power Fail M odule A , J, B , C , E & K. W hen fitted in m odule position 1 of the chassis, pins 10 and 2 provide a m inim um of 5 m s w arning of loss of output regulation. Current Share M odule A , J, B , C & V1 of E & K . C onnecting pins 2 & 4 of like part num ber m odules (3 m axim um ) w ithin the sam e chassis or separate chassis w ill force current share of the outputs. DC OK M odule A , J, B , C & V1 of D , E & K. Pins 8 and 2 provide notification that the output voltage is w ithin regulation via a logic 1. (Reverse logic option available, i.e. high or D C N O T O K ). Global Inhibit Inhibiting the m odule fitted in position 1 w ill inhibit all outputs of other m odules & the cooling fan. If individual inhibit is required on the m odule fitted in chassis postion 1 alternate configurations are available, please consult our application engineering team . Inhibit M odule A , J, B , C , E & K. Pins 6 and 2 (return) provide on/off control of the m odule. A pplying a logic ‘0’ betw een these pins turns the outputs off. (E m odule pins 6 and 7). O pen or logic high to enable. (Reverse logic option available, i.e. high for outputs off, low for outputs on). Reverse logic is standard for the ‘J ’ & ‘K ’ m odules via Pin 7 . Lower Earth Leakage Current A ll chassis can be supplied w ith less than 300 µA or 5 00 µA earth leakage current as an option, conducted EM C is C lass A w ith these options, consult sales for details and part num bering. Modules in Parallel Single output m odules w ith the sam e part num ber and V1 of dual and triple output m odules can be paralleled to obtain increased output current. These m odules can be either fitted in the sam e chassis or different chassis w ith their outputs connected directly together and current share connections m ade. Modules in Series Single output m odules can be connected in series to obtain alternate output voltages not available from a single m odule. For exam ple, a 10 V (AG m odule) can be connected in series w ith a 6 V (A E m odule) to obtain an output voltage of 16 V. For voltages >8 0 V consult sales for details. Output Voltage Programming M odule J The voltage of the ‘J ’ m odule can be rem otely program m ed via a 0-5 V signal. C onsult sales for details. Remote Sense M odule A , J, B , C , K & V1 of E . Pins 1 (+ve) and 2 (-ve) provide com pensation for voltage drops in application w iring up to a m axim um of 0.5 V. M odule D . Pins 2 (V2 -ve) and 7 (V1 -ve) provide com pensation for voltage drops in the return of application w iring upto a m axim um of 0.25 V. M odule H , G & V2 , V3 of E . Rem ote sense not fitted. A C O K (H IG H ) A C N O T O K (LO W ) 5 V 330 Ω PIN 10 PIN 2 IN TER N A L TO PSU (O pen C ollector) M odule 1 M odule 2 M odule 3 Pin 4 Pin 4 Pin 2 Pin 4 Pin 2 Pin 2 D C O K (H IG H ) D C N O T O K (LO W ) 5 V 330 Ω PIN 8 PIN 2 IN TER N A L TO PSU (O pen C ollector) O U TPU TS O N O U TPU TS O FF 0 V PIN 6 PIN 2 5 V O R FLO ATIN G
AC-DC MP Mechanical Details F3 M odels do not have an integral fan & require system cooling W eight: 2.8 0 lb (1.27 kg) approx 300 (500) (1) Watt F3 Model 350 (525) (1) - 700 (900) (1) Watt FF Model AC INPUT CONNECTOR MOLEX PN 26-60-7050 MATING PLUG: MOLEX PN 09-91-0500 CONTACT: 18-20AWG, MOLEX PN 08-50-0106 GND N L
25 CFM MINIMUM AIRFLOW
REQUIRED IN DIRECTION SHOWN FOR FULL POWER OPERATION 4X M4 X 0.7 THD 0.15 (3.8) MAX SCREW PENETRATION 8.88 (225.6) 5.00 (127.0) 0.40 (10.16) 0.34 (8.6) 8.20 (208.3) 1.25 (31.8) 4.20 (106.7) 2X M4 X 0.7 THD 0.15 (3.8) MAX SCREW PENETRATION 2.38 60.5) 0.34 (8.6) 8.20 (208.3) 0.33 (8.4) MAX BEFORE ADDING TERMINAL LUGS AIRFLOW 4X M4 X 0.7 THD 0.15 (3.8) MAX SCREW PENETRATION 5.00 (127.0) 0.40 (10.2) 0.34 (8.6) A 1.250 (31.8) 4.20 (106.7) 0.34 (8.6) C B 0.33 (8.4) MAX BEFORE ADDING TERMINAL LUGS GND N L
350 Watt
2.44 (61.98) AC INPUT CONNECTOR MOLEX PN 26-60-7050 MATING PLUG: MOLEX PN 09-91-0500 CONTACT: 18-20AWG, MOLEX PN 08-50-0106 2X M4 X 0.7 THD 0.15 (3.8) MAX SCREW PENETRATION 400 & 600 Watt
700 Watt
VOLTAGE ADJUST, TYP 400, 600 & 700 Watt NEU LINE GND AC INPUT TERMINAL BLOCK N0. 6 HARDWARE,
0.375 CENTERS
TORQUE: 9-10 IN LB 2.50 (63.5) 5V, 1A STANDBY OUTPUT CONNECTOR MOLEX PN 39-01-4033 PIN 1: +5V, PIN 3: 5V RTN MATE: MOLEX 39-01-4030 CRIMP PIN: MOLEX 39-00-0055 5V SB + 5V, 1A STANDBY OUTPUT CONNECTOR MOLEX PN 39-01-4033 PIN 1: +5V, PIN 3: 5V RTN MATE: MOLEX 39-01-4030 CRIMP PIN: MOLEX 39-00-0055 LINE NEU GND 11.00 (279.4) 9.25 (235.0) 9.25 (235.0) 7.00 (177.8) 6.20 (157.5) 0.40 (10.2) 2X M4 X 0.7 THD 0.15 (3.8) MAX SCREW PENETRATION 0.40 (10.2) 0.40 (10.2) 1.25 (31.8) 4X M4 X 0.7 THD 0.15 (3.8) MAX SCREW PENETRATION AC INPUT TERMINAL BLOCK N0. 6 HARDWARE, 0.375 CENTERS TORQUE: 9-10 IN LB (0.104 - 0.115 KG-M) 2.50 (63.5) 0.33 (8.4) MAX BEFORE ADDING TERMINAL LUGS M4 X 0.7 THD OUTPUT 5V, 1A STANDBY OUTPUT CONNECTOR MOLEX PN 39-01-4033 PIN 1: +5V, PIN 3: 5V RTN MATE: MOLEX 39-01-4030 CRIMP PIN: MOLEX 39-00-0055 AIRFLOW W atts M easurem ents Inches (m m ) A B C 35 0 W 8 .20 (208 .3) 9.94 (25 2.5 ) 8 .20 (208 .3) 400 W 9.20 (233.7) 10.00 (25 4.0) 9.20 (233.7) 600 W 10.20 (25 9.1) 11.00 (279.4) 10.20 (25 9.1) 700 W 9.70 (246.4) 10.5 0 (266.7) 9.70 (246.4) 800 (1000) (1) Watt F8 & 1000 (1200) (1) FX Models 350 W - W eight: 3.95 lb (1.8 0 kg) approx 4 00 W - W eight: 2.5 6 lb (1.16 kg) approx 600 W - W eight: 2.94 lb (1.33 kg) approx 700 W - W eight: 2.8 0 lb 1.27 kg) approx 1. O utput pow er available w hen used w ith 18 0-264 VAC . 2. M ating connector kit available, order part num ber ‘F3,4,5 ,6,7 ,8 /X C O N N K IT’. 3. Supplies are SEM I F47 at high line input (18 0-264 VAC at 100% rated pow er). C ertification available upon request. 4. A ll dim ensions in inches (m m ). T olerance: X.XX = ±0.02 (0.05 ), Notes (applicable for 300-800 W) 800/1000 W - W eight: 3.96 lb (1.8 0 kg) approx
MP Output Module Connection Details VOLTAGE ADJUST LOGIC CONNECTOR 10 9 2 1 N0. 6 HARDWARE, TORQUE: 9-10 IN LB (0.104-0.115 KG-M) OUTPUT HARDWARE M4 X 0.7 THD OUTPUT HARDWARE TORQUE: 12-14 IN LB (0.138-0.161 KG-M) VOLTAGE ADJUST LOGIC CONNECTOR 910 2x 1/4-28 BOLT TORQUE TO
40 IN-LBS MAX
+ _ LOGIC CONNECTOR M4 X 0.7 THD OUTPUT HARDWARE TORQUE: 12-14 IN LB (0.138-0.161 KG-M) VOLTAGE ADJUST 8 4 10 9 2 1 5 1 DUAL OUTPUT POWER CONNECTOR VOLTAGE ADJUST (V1) LOGIC CONNECTOR VOLTAGE ADJUST (V2) 1 5 10 4 8 2 MULTI OUTPUT POWER CONNECTOR LOGIC CONNECTOR M4 x 0.7 THD OUTPUT HARDWARE TORQUE: 9-10 IN LB (0.104-0.115 KG-M) VOLTAGE ADJUST (V2) VOLTAGE ADJUST (V1) VOLTAGE ADJUST (V3) NO. 6 HARDWARE TORQUE: 9-10 IN LB (0.104-0.115 KG-M) OUTPUT HARDWARE V1 OUTPUT V2 OUTPUT VOLTAGE ADJUST (V2) VOLTAGE ADJUST (V1) NO. 6 HARDWARE TORQUE: 9-10 IN LB (0.104-0.115 KG-M) OUTPUT HARDWARE VOLTAGE ADJUST M4 X 0.7 THD OUTPUT HARDWARE TORQUE: 12-14 IN LB LOGIC CONNECTOR VOLTAGE ADJUST 9 10 1 2 OUTPUT TERMINAL BLOCK NO. 6 HARDWARE .325 CTR TORQUE: 9-10 IN LB VOLTAGE ADJUST (V1) VOLTAGE ADJUST (V2) LOGIC CONNECTOR A M odule Single O utput M odule Size B M odule Single O utput M odule Size C M odule Single O utput M odule Size D M odule D ual O utput M odule Size E M odule Triple O utput M odule Size G M odule D ual O utput M odule Size H M odule Single O utput M odule Size J M odule Single O utput M odule Size K M odule D ual O utput M odule Size Logic C onnector A M P 87631-5 Pin Function 1 +sense 2 -sense 3 +sense
4 C urrent share
5 N ot used
6 Inhibit
8 D C O K
9 N ot used
10 Pow er fail
Logic C onnector A M P 87631-5 Pin Function Pin Function 1 +sense 6 Inhibit 2 -sense 7 -sense 3 +sense 8 D C O K
4 C urrent share 9 N ot used
5 N ot used 10 Pow er fail
Logic C onnector A M P 87631-5 Pin Function 1 +sense 2 -sense 3 +sense
1 N ot used
2 -sense (V2)
3 N ot used
4 N ot used
7 -sense (V1)
9 G N D
1 O utput V1+
2 O utput RTN V1
3 O utput V2+
4 O utput RTN V2
5 O utput V1+
6 O utput RTN V1
7 O utput V2+
8 O utput RTN V2
1 +sense (V1) 2 -sense (V1) 3 +sense (V1) 7 -sense (V1)
1 O utput RTN V3
5 O utput V3+
8 O utput V2+
Logic C onnector A M P 87631-5 Pin Function 1 +sense 2 -sense
3 Rem ote voltage A D J
5 C urrent m onitor
6 Inhibit L ow
7 Inhibit H igh
9 A lternate V Prog
Logic C onnector A M P 87631-5 Pin Function 1 +sense (V1) 2 -sense (V1) 5 +sense (V2)
8 D C O K (V1)
9 -sense (V2) W eight: 0.46 lb (209 g) approx W eight: 1.04 lb (473 g) approx W eight: 1.8 0 lb (8 18 g) approx W eight: 0.92 lb (418 g) approx W eight: 0.8 0 lb (364 g) approx W eight: 0.38 lb (173 g) approx W eight: 0.28 lb (127 g) approx W eight: 0.68 lb (309 g) approx W eight: 0.68 lb (309 g) approx