MODULAR HIGH POWER SERIES

Transcription

1 MODULR HIGH POWER SERIES FROM 00 TO 000 WTTS RELIILITY Demonstrated DC output module MTF of greater than million hours. Ruggedized C input sections incorporate extensive transient protection. Vibration tested at GRMS, axis, 0Hz to 000Hz. Two year warranty. FLEXIILITY Modular construction; over 0 million configurations available. Up to outputs per power supply from.0 to 8VDC. Parallelable outputs with current sharing. System inhibit and individual module output inhibit capability. Metric mounting available on selected models. PERFORMCE Single outputs fully regulated and isolated. PFC models meet E000-- and E0-. E090/UL90 approved. CE Marked to the Low Voltage Directive. o minimum loads required on most outputs. MODULR HIGH POWER SERIES PRODUCT OVERVIEW METRIC MOUTIG SMF HMF HMF SMM SMM SMM HMM HMM7 RMM CHSSIS STDRD SPF HPF HPF SPM SPM SPM HPM HPM7 RPM OUTPUT POWER D POWER FCTOR.99 PFC to meet E0 YES YES YES / / / / / / Max output wattage at high range line input Max output wattage at low range line input* / / / IPUT GE SPECIFICTIOS** High range VC input Low range VC input / / / VC input selection Wide Range Wide Range Wide Range Manual Manual Manual / / / VC input phases single single single single single single single single three OUTPUT MODULE SPECIFICTIOS Max # of outputs # of module slots 7 MECHICL SPECIFICTIOS Chassis size H x W x L, inches x. x. x. x. x 8 x x x x. x x 8 x x 8 x x x x 8 x Chassis size H x W 7 x 0 7 x 0 7 x 0 7 x 7 7 x 0 7 x 0 7 x 0 7 x 80 7 x 0 x L, millimeters x 8 x 8 x 80 x 80 x 80 x 80 x 80 x 0 x 8 IPUT TRSIET PROTECTIO SPECIFICTIOS ESD Immunity Level Level Level Consult Level Level Level Level Level E000--, kv/8kv kv/8kv kv/8kv Factory kv/8kv kv/8kv kv/8kv kv/8kv kv/8kv RF Susceptibility Level Level Level Consult Level Level Level Level Level E V/m 0V/m 0V/m Factory 0V/m 0V/m 0V/m 0V/m 0V/m Fast Transient/urst Level Level Level Consult Level Level Level Level Level E kv +kv +kv Factory +kv +kv +kv +kv +kv Surge Immunity Class Class Class Consult Class Class Class Class Class E000-- (Line-Line) kv kv kv Factory kv kv kv kv kv Surge Immunity Class Class Class Consult Class Class Class Class Class E000-- (line-gnd) kv kv kv Factory kv kv kv kv kv *Maximum wattage above 00VC input for SPF/HPF **utorange input denotes continuous operation from 8 to VC UCLER D MEDICL PPLICTIOS Power-One products are not authorized for use as critical components in life support systems, equipment used in hazardous environments, or nuclear control systems without the express written consent of the President of Power-One, Inc. TECHICL REVISIOS The appearance of products, including safety agency certifications pictured on labels, may change depending on the date manufactured. Specifications are subject to change without notice. Rev. 0/000

2 MODULR HIGH POWER SERIES FROM 00 TO 000 WTTS SPF/SMF* 0 WTTS.99 PFC SPM/SMM* 00 WTTS HPM/HMM* 000 WTTS HPF/HMF* 000 WTTS.99 PFC SPM/SMM* 000 WTTS HPM7/HMM7* 00 WTTS HPF/HMF* 000 WTTS.99 PFC SPM/SMM* 00 WTTS RPM/RMM* 000 WTTS PHSE IPUT *Metric mounting models meet all performance specifications of models with SE mounting inserts.

3 MODULR HIGH POWER SERIES FROM 00 TO 000 WTTS SYSTEM LOCK DIGRM The Modular High Power Series products are modular power systems using separate switch-mode DC Output Modules to provide the voltage and current ratings required by each specific application. The system is based on a 00 VDC System Power us derived from either the C utility line, or a user supplied 00 VDC source. This 00 VDC bus provides the bulk DC required by each output module for conversion to its specified output voltage and current ratings. s shown in the block diagram, this independent modular approach provides complete isolation between the outputs, as well as all other system elements. lso, the switching circuitry of each output module is clocked and synchronized by the Sync & ias Supply section to reduce electrical interference between the outputs. SELECTIO D COFIGURTIO The modularity of the International Series High Power products allows the user to specify a power system configured from a wide selection of standard off-the-shelf plug in modules. The power system is delivered completely assembled, burned in, and tested. part number comprised of a series designation, module listing, and options can be configured as follows:. Choose a chassis based on required wattage, number of outputs, and power factor.. Select modules following the guidelines in the configuration section.. Decide on the options. Standard options are listed in the configuration section. Please call the factory for special requirements, such as logic option cards. C IPUT 00VDC IPUT (OPTIOL) EMI FILTER IRUSH LIMIT & POLRIZTIO CTIVE SOFT STRT RECTIFIER & FILTER /0 VC SELECT 0 0 V D C MOSFET POWER SWITCH DC OUTPUT MODULE # RECTIFIER & FILTER DC OUTPUT # IS SUPPLY IVERTER SYC & IS SUPPLY # RECTIFIER/FILTER & SYC RECTIFIER/FILTER & SYC CIRCUITS #, #, # OMITTED FOR CLRITY S Y ST E M P O W ER MOSFET POWER SWITCH COTROL DC OUTPUT MODULES #, #, # OMITTED FOR CLRITY DC OUTPUT MODULE # RECTIFIER & FILTER DC OUTPUT # MODULE COTROL SIGLS RECTIFIER/FILTER U S COTROL MODULE COTROL SIGLS DC F # RECTIFIER/FILTER & SYC SYSTEM COTROL SYSTEM COTROL SIGLS

4 MODULR HIGH POWER SERIES SELECTIO D COFIGURTIO COFIGURTIO OTES Modules are designated in left to right in the part number but are installed right to left in the chassis. Single and double wide modules occupy one and two chassis slots respectively. Confirm that the total number of slots required does not exceed the chassis slot capacity. ot all modules can be used in all slots. Refer to the compatibility table below. Fill blank slots with K or L option. SLOT # # # # & # EXMPLE: OUTPUTS SELECTED STDRD OPTIOS SYSTEM IHIIT (OPT, & C) IPUT POWER FIL WRIG (OPT M, & P) IPUT K ll chassis slots are numbered in right to left sequence OTHER OPTIOS POWER OUTPUT OPTIO SIGL OUTPUT OPTIO SIGL OUTPUT DESCRIPTIO OPTIO IHIIT ELE K Single Width Slot lank Std Logic Low Open Ckt. or Logic High Logic High Open Ckt. or Logic Low Std Hi To Lo Transition Open Collector Conducts To Give Signal L Double Width Slot lank See Paralleled Module Configurations For dditional Options C Open Ckt. or Logic High Open Ckt. or Logic Low Logic Low Logic High M Lo To Hi Transition P Open Collector Opens To Give Signal MODULE D CHSSIS COMPTIILITY Confirm that the number listed in the compatibility column of the module selector guide is equal to or less than the lowest number specified for the module slots pictured below. Example: The SPF can only use modules with a slot compatibility of in SPF/SMF/HPF/HMF I P U T I P U T HPF/HMF the slot closest to the input section but can use any module with a compatibility number of four or less in the two other slots. old lines designate adjoining slots that can be used for double wide modules. I P U T RPM SPM SPM SPM/HPM HPM7 I P U T I P U T I P U T I P U T

5 MODULR HIGH POWER SERIES MODULE SELECTOR GUIDE SIGLE GE OUTPUT MODULES SEE MECHICL DRWIGS FOR OUTPUT COECTIO DETILS, STRTIG O PGE 9 OMIL CURRET (MPS) SLOTS SLOT OISE & RIPPLE (mv PK-PK) OISE & RIPPLE (mv PK-PK) OUTPUT 0 C (OTE G) MODULE USED COMPTIILITY TYPICL (OTE ) MXIMUM (OTE ) COECTIO.0V 0 ER 0 00 Type III.V/.8V T (ote K) 0 0 Type II.V/.8V 0 T (ote K) 0 0 Type I.V/.8V 0 T (ote K) 0 0 Type III.0V 80 F8 0 Type I V/.V F (ote J) 0 0 Type II V/.V 0 G (ote, J) 0 0 Type I V/.V 0 F (ote J) 0 0 Type I V/.V 0 F (ote J) 0 0 Type III V/.V 80 CS (ote J) 0 0 Type III V/.V 0 F (ote J) 0 0 Type III V/.V 0 F7 (ote J) 0 00 Type III V/.V 7 QF (ote, I) 0 0 Type III.V J 0 0 Type II.V H 0 0 Type II.V 0 H 0 0 Type I.V 80 H8 0 0 Type I.V 90 D 0 0 Type I.V 0 H 0 0 Type III.V 0 H 0 0 Type III.V 0 H Type III V 0 Type II V 0 0 Type I V Type I V 90 DT 0 Type I V Type III V 0/0 (ote H) / 0 0 Type III V Type III V 7 Q 0 0 Type III V U 90 Type II V 00 CT 0 0 Type I V 0 Y 0 0 Type III V 0 CU 0 00 Type III 8V J 80 Type III 0V 0 W 00 Type II 0V 0 E 0 0 Type I 0V 0 CV 00 Type I 0V Q 00 Type III 0V 0 CW Type III V Type II V Type I V 80 0 Type III V 80 C 80 0 Type III V DE 0 0 Type III V F (ote C) Type II V C 00 0 Type II V C 0 0 Type I V 0 C 00 0 Type I V C 00 0 Type III V 0 D 0 0 Type II V D 80 0 Type II V 9 D Type I V D 0 0 Type III V D 0 00 Type I 8V 8. E Type II 8V E Type I 8V 7 E 0 80 Type III 8V 9 E Type I V 0 J Type I V J Type III V J Type I 8V G Type II 8V. G (ote C) 0 0 Type I 8V G 00 Type III 8V G Type I 8V 9 G 0 00 Type I

6 MODULR HIGH POWER SERIES MODULE SELECTOR GUIDE SIGLE OUTPUT, VRILE GE MODULES OMIL CURRET (MPS) SLOTS SLOT OISE & RIPPLE (mv PK-PK) OISE & RIPPLE (mv PK-PK) OUTPUT 0 C (OTE G) MODULE USED COMPTIILITY TYPICL (OTE ) MXIMUM (OTE ) COECTIO.0V to.8v 0 ER 0 00 Type III.V to.8v 7 QF (ote ) 0 0 Type III.9V to V Type III V to V 0 W 80 0 Type II v to V S 00 Type III DUL GE OUTPUT MODULES OMIL CURRET (MPS) SLOTS SLOT OISE & RIPPLE (mv PK-PK) OISE & RIPPLE (mv PK-PK) OUTPUT 0 C (OTE G) MODULE USED COMPTIILITY TYPICL (OTE ) MXIMUM (OTE ) COECTIO / 0/ M ote D) 0 0 Type II ± 0/0 (ote E) 0 0 Type II ± 8/8 C (ote E) 0 00 Type II ±0 / Q (ote E) Type II ± / D (ote E) 80 0 Type II TRIPLE OUTPUT GE MODULES (ote D) OMIL CURRET (MPS) SLOTS SLOT OISE & RIPPLE (mv PK-PK) OISE & RIPPLE (mv PK-PK) OUTPUT 0 C (OTE G) MODULE USED COMPTIILITY TYPICL (OTE ) MXIMUM (OTE ) COECTIO /./ 0/0/0 C / 00/00/0 Type II /./ 0/0/0 W / 00/00/0 Type II // 0/0/0 M / 0/0/0 Type II.// /8/8 / 00/80/80 Type II.// //7 E / 0/0/0 Type II // 0/0/ U / 0/0/0 Type II // 0/8/8 V / 0/0/0 Type II // 0// R / 0/0/0 Type II // 0/0/0 / 0/0/0 Type II // 0/8/0 EC / 0/0/0 Type II // /0/0 P / 0/0/0 Type II OTES: ) The output noise and ripple measurement is bandwidth limited to 0MHz. ) Module is designed to accommodate output cable losses of up to one volt. C) Module is designed for use in applications demanding low noise and ripple. Consult factory for further specifications. D) ll triple output modules, as well as the M dual output module, have floating outputs. Like voltages may be shared within the same module. ll triple output adjustments and interface signals are for output #. Consult factory for more information. E) The dedicated negative (-) output is quasiregulated. oth outputs require a small minimum load to perform to specification. Consult factory for more information. G) For ambient temperatures above 0 C, output current must be linearly derated to 0% at the maximum operational ambient temperature, 70 C. H) module provides 0 in chassis with slot compatibility rating of, and 0 in chassis with slot compatibility rating of. I) Module output is wide range adjustable from. to.8 volts, factory preset to.0 volts. J) Module output is factory set to.0 volts. Output voltage will adjust +0% to. volts. K) Modules do not adjust -0% below.v or +0% above.8v. Consult factory.

7 MODULR HIGH POWER SERIES PRLLELED MODULE COFIGURTIOS For applications that require an output current greater than listed in the Module Selector Guide, it is possible to achieve greater output through the paralleling of multiple single output modules. performance aspect of the high power modular construction allows for paralleling of common voltage modules of the same or different current ratings for increased output capability. y connecting additional modules in parallel, it is possible to attain output currents up to 70. ll paralleling designations include factory-installed bus bars, as well as internally connected current sharing. Please consult factory for paralleling configurarions not shown. Choose appropriate chassis and modules as shown in Selection and Configuration. ote the output connection type as shown in the Module Selector Guide. Select the paralleling suffix that corresponds to the selected output modules. OTE: Paralleling suffix follows after all other option codes. CHSSIS CHSSIS SLOT PRLLELIG 7 SUFFIX SLOT CHSSIS: SPM, SPF, SMF, HPF, HMF I I Y I I I Y II I I YC I III YD II III YE SLOT CHSSIS: SPM, HPM, HPF, HMF, RPM I I YF I I I YG I /U I I YJ I I I I YJ II I I I I YM I I I I I Y I III YP III III YH II III III YR I III III YS EXMPLE: REQUIREMET: 00 Select Chassis: HPF Select Modules: 0), 0) Choose Corresponding Paralleling Suffix: YD Final Part umber: HPFYD LIMITTIOS FOR STDRD PRLLELIG SYSTEM Single output modules only Ripple and oise limit will be 0% over the largest value paralleled LEGED Type I = #0- studs Type II = arrier lock Type III = /"-8 studs 7 SLOT CHSSIS: HPM7 I I YF I I I YG I /U I I YJ I I I I YJ I I I I I Y I III YP III III YH I III III YS III III III YT 7

8 SIGLE D DUL OUTPUT MODULES MODULR HIGH POWER SERIES DC OUTPUT MODULE SPECIFICTIOS PRMETER CODITIOS/DESCRIPTIO MI OM MX UITS Output Voltage djustment Range % Output Current t 0 C to 0 C ambient. See Module Selector Guide. mbient Temperature Range 00% rated load. 0 0 C Derated linearly to 0% load Initial Voltage Setting Factory set. - + % Output Voltage djustment % Margining/Remote Range % Voltage djustment Programming sensitivity from.0v %/V Remote Voltage Sense Total cable drop. 0. V Temperature Coefficient 0 to 0 C after initial hour warmup %/ C Long Term Voltage Drift 000 hours. 0.% Line Regulation Over input operating range % Volt Modules Load Regulation 0% to 00% load with remote sense. < 0 mv Single Output Modules 0% to 00% load without remote sense. < 0 mv Consult Factory For > Volt Modules Specific Ratings 0% to 00% load with remote sense. < 0 mv 0% to 00% load without remote sense. < 7 mv Cross Regulation etween Single Output Modules in One Chassis 0% to 00% load change. 0 % Load Regulation, Dual Output Modules Positive Output 0% to 00% load with remote sense. < 0 mv 0% to 00% load without remote sense. < 7 mv Load Regulation, Dual Output Modules egative Output 0% to 00% load. % Cross Regulation, Dual Output Modules Positive Output 0% to 00% load change. 0. mv Cross Regulation, Dual Output Modules egative Output 0% to 00% load change. % Minimum Load Current Dual output modules only. See factory data sheets. mp Current Limit Factory set. s a % of full rated Io. Dual output modules use primary power limiting. See module ratings. 0% % 0% mp Short Circuit Current s a % of full rated I0. 00% mp Current Sharing Current sharing accuracy as a % of full rated I0. % Overvoltage Protection Trip point as a % of V0 V. Resettable by recycling input. % 0% % V Reverse Polarity Protection Reverse current as a % of full rated Io. Reverse voltage externally applied. 00% mp Logic LO = off 0.9 V Inhibit Sink current. 0. m Logic HI = on V Source current. 0 µ Logic LO (when V0 deviates ±% to ±% from adjusted set point). 0.9 V Output Good Signal Sink current. 0 m Logic HI (with internal pull-up to V).. kω oise and Ripple 0MHz bandwith. See module ratings. mvpp Transient Response 7% to 00% load step. % 0% to 00% load step. % mvpk Recovering to % within 00 µsec, Slew rate = /µsec. Turn-On Delay fter input applied. Sec fter inhibit released. 0 ms Rise Time % to 9% of V0. 0 ms Overshoot Overshoot as a % of V0 at turn on. 0% V Turn-Off Delay fter inhibit or OVP trip. 00 µs Specifications in this section are general and may vary according to specific modules. 8

9 TRIPLE OUTPUT MODULES MODULR HIGH POWER SERIES DC OUTPUT MODULE SPECIFICTIOS PRMETER CODITIOS/DESCRIPTIO OUTPUT # OUTPUT # OUTPUT # MI. OM. MX MI. OM. MX MI. OM. MX UITS Output Current t 0 C to 0 C ambient. See module ratings. mbient Temperature Range 00% rated load C Derated linearly to 0% load Initial Voltage Setting Initial voltage set point as a % of V0. -% +% -% +% -% +% V Output Voltage djustment Range -0% +0% -0% +0% -0% +0% V Margining/Remote Range. -0% +0% V Voltage djustment Programming sensitivity, from.v %/V Remote Voltage Sense Total cable drop. 0. V Temperature Coefficient 0 to 0 C after initial hour warmup %/ C Long Term Voltage Drift 000 hours. 0.% 0.% 0.% Line Regulation Over input operating range % Load Regulation 0% to 00% load w/remote sense % 0% to 00% load w/o remote sense (ote ) mv/mp Cross Regulation 0% to 00% load change % Minimum Load Current mp Current Limit Factory set. s a % of full rated I0. 0% 0% 0% 0% 0% 0% mp Short Circuit Current s a % of full rated I0. 00% 00% 00% mp Current Sharing (ote ) Current sharing accuracy as a % of % full rated Io. Factory calibrated at 00% load. Reverse Voltage Protection Reverse current as a % of full rated 00% 00% 00% mp I0. Reverse voltage externally applied. Logic LO = off 0. V Inhibit Sink current. 0. m Logic HI = on. V Source current. 0 µ Logic low upon current limit Output Fault Signal detection, OVP, or shut down. Logic LO (with m sink) V Logic HI (with internal pull-up to V)... kω Turn-On Delay fter input applied. Sec fter inhibit released ms Rise Time % to 9% of V ms Overshoot Overshoot as a % of V0. % % % V Turn-Off Delay fter inhibit or OVP trip µs Overvoltage Protection Provided on output # only. V Output: 0%, ±% of V0. Trip point as a % of V0. V Output: 0%, ±% of V0. Resettable by recycling input. V Output: %, ±% of V0. Output Voltage V0 V V V V oise and Ripple 0 MHz bandwidth. OM MX mvpp 00 MHz bandwidth. OM MX mvrms Output Voltage V0 V V V V Transient Response 7% to 00% load 0./µS mvpp 0% to 00% load 0./µS Recovery to % within 00 µs OTES: ) 0 mv max below % load. ) Identical voltages can be paralleled at the factory. Please consult the factory. 9

10 SPF / SMF* HPF / HMF* HPF / HMF* IPUT PRMETER CODITIOS MI. OM. MX. UITS Input Voltage C Input 8 VC =70% VC; 000W.8 VC; 00W. RMS Input Current VC; 00W 9. 0 VC; 0W 8. 0 VC; 00W 9. 0 VC; 000W.8 Power Factor 8 - VC; >00W (SPF, HPF, HPF) VC; >00W (HPF, HPF) 0.98 W/V Inrush Surge Current Vin = VC (one cycle) 0 PK Vin = VC (one cycle) 0 Input Frequency C Input 7 Hz Start Up Time From time C is applied to Vout is in regulation. Sec Hold-up Time 8- VC at rated maximum power ms Input Power Fail Warning Logic signal time before regulation dropout due to loss of input power ms Overtemperature Warning dvance warning before shutdown 0 ms SFETY D EMI UL90 gency pprovals CS. o. 90 E090 (TÜV) Line Harmonic Disturbance E0- E000-- Dielectric Withstand Voltage Input to Output ( Y capacitors disconnected) 00 Input to Chassis 00 VDC Output to Chassis 00 Leakage Current Per UL90 and CS. o. 90. Per E090. m Electromagnetic Interference FCC CFR title 7 Part, Sub-Part Conducted E0 / CISPR, Conducted Level GEERL SPF Full Load, 8-00 VC input 87 SPF Full Load, 0-9 VC input 000 Output Power SPF Full Load, 0- VC input 0 HPF/HPF Full Load, 8-00 VC input 00 Watts HPF/HPF Full Load, 0-9 VC input 00 HPF/HPF Full Load, 0- VC input 000 Efficiency Full Load, ominal Line Input 7 % Vibration Random Vibration, 0Hz to Khz, axis GRMS Shock Operating, peak acceleration 0 GPK Operating Temperature t 00% load 0 0 Derate linearly above 0 C to 0% 70 C Storage Temperature -0 8 C ltitude Operating 0,000 Feet on-operating 0,000 Relative Humidity on-condensing 9 % coustical oise meter 0 d Cooling Static pressure through system enclosure 0.0 In of H O *Metric mounting chassis meet all specifications of non-metric models. 0

11 SPM / SMM* SPM / SMM* IPUT PRMETER CODITIOS MI. OM. MX. UITS C Input Input Voltage Low range 90 VC High range 7 0 VC Input Current Inrush Surge Current DC Input VDC SPM 00Watt Load Vin = 90 VC RMS Vin = 7 VC. RMS Vin = 0 VDC DC SPM 000Watt Load Vin = 90 VC RMS Vin = 7 VC RMS Vin = 0 VDC DC SPM Vin = VC 0 Vin = VC 0 PK SPM Vin = VC 9 Vin = VC 8 PK Input Frequency With C Input 7 0 Hz Hold-up Time fter last C line peak with /0 VC Input ms Input Power Fail Warning Logic signal before regulation dropout due to loss of input power ms Overtemperature Shutdown System shutdown due to excessive internal temperature 7 8 C Thermal Warning dvanced warning before overtemperature shutdown 0 ms SFETY D EMI UL90 gency pprovals CS. #90 E090 (TÜV) Input to Output 00 Dielectric Withstand Voltage Input to Chassis 00 VDC Output to Chassis 00 Input to Output 0 Insulation Resistance Input to Chassis 0 Meg Ω Output to Chassis Leakage Current SPM/SPM.7/. m Safety Spacing Electromagnetic Interference GEERL Primary to Secondary 8 Primary to Chassis FCC CFR title 7 Part, Sub-Part Conducted E0 / CISPR, Conducted Output Power (Max) SPM 00 SPM 000 Efficiency Full load, typical modules. 7 % Power Factor /0 VC input 0.7 W/V Vibration Random vibration from 0Hz to KHz, ( axis).0 GRMS Shock Operating: peak acceleration 0 GPK Operating Temp. Level t 00% Load 0 0 Derate to 0% at 70 C 70 Storage Temp. 0 8 C Operating 0,000 Feet ltitude (Consult factory for operation above 0,000 feet) on-operating 0,000 Feet Relative Humidity on-condensing 9 % coustical oise weighted, anechoic at meter 0 d Cooling Internal Fan Cooled (t Sea Level) SPM CFM SPM 0 *Metric mounting chassis meet all specifications of non-metric models. mm Watts C

12 SPM / SMM* HPM / HMM* HPM7 / HMM7* IPUT PRMETER CODITIOS MI. OM. MX. UITS C Input Input Voltage Low range-spm only 90 VC HPM/HPM7 Operate Only High range 7 0 VC On High Range DC Input DC Input Range VDC Vin = 90 VC RMS/00 Watts Load Input Current Vin = 7 VC RMS/00 Watts Load Vin = 0 VDC 0. DC/00 Watts Load Inrush Surge Current Vin = VC 9 Vin = VC 8 Input Frequency With C Input 7 0 Hz Hold-up Time Input Power Fail Warning fter last C line peak with /0 VC Input Logic signal before regulation dropout due to loss of input power PK 0 ms ms Thermal Warning Warning before overtemperature shutdown 0 ms SFETY D EMI UL90 gency pprovals CS. #90 E090 (TÜV) Dielectric Withstand Voltage Input to Output 00 Input to Chassis 00 VDC Output to Chassis 00 Input to Output 0 Insulation Resistance Input to Chassis 0 Meg Ω Output to Chassis 0 Leakage Current Per UL90 and CS. o. 90. m Per E090. Safety Spacing Electromagnetic Interference GEERL Primary to Secondary 8 Primary to Chassis FCC CFR Title 7 Part, Sub-Part Conducted E0 / CISPR, Conducted Output Power (Max) - SPM/HPM/HPM7 00/000/00 Watts Efficiency Full Load 7 % Power Factor /0 VC input, typical modules. 0.7 W/V Vibration Shock Operating Temp. MIL-STD-80D, Method., Category I, Proc I MIL-STD-80D, Method., Proc II, IV, VI Level t 00% Load 0 0 Derate to 0% at 70 C 70 mm GRMS 0 GPK Storage Temp C Operating ltitude (Consult factory for operation above 0,000 feet) 0,000 Feet on-operating 0,000 Feet Relative Humidity on-condensing 9 % coustical oise weighted, anechoic at meter 0 d Cooling Internal Fan 80 CFM *Metric mounting chassis meet all specifications of non-metric models. C

13 RPM / RMM* IPUT PRMETER CODITIOS MI. OM. MX. UITS Input Voltage C Input Three Phase with Ground Phase to Phase 80 0 VC DC Input VDC Input Current 80 VC 08 VC 0 RMS 0 VC 9 0 VDC DC Inrush Surge Current Vin = VC (one cycle) 8 PK Input Frequency With C Input 7 Hz Hold-up Time fter last C line peak 08 VC 0 ms 0 VC Input Power Fail Warning Logic signal before regulation dropout due to loss of input power ms Overtemperature Shutdown System shutdown due to excessive internal temperature C Thermal Warning dvanced warning before shutdown 0 ms SFETY D EMI UL90 gency pprovals CS. o. 90 E090 (TÜV) Input to Output 00 Dielectric Withstand Voltage Input to Chassis 00 VDC Output to Chassis 00 Input to Output 0 Insulation Resistance Input to Chassis 0 Meg Ω Output to Chassis Leakage Current Per UL90 and CS. o. 90. m Per E090. Electromagnetic FCC CFR title 7 Part, Sub-Part Conducted Interference E0/CISPR, Conducted Level GEERL Output Power Full Load, 0 VC 000 Watts Efficiency Full Load, 0 VC 7 % Power Factor > Hz, > Hz 0.9 W/V Vibration Random vibration from 0Hz to KHz, ( axis) GRMS Shock Operating, peak acceleration 0 GPK Operating Temp. t 00% Load 0 0 Derate linearly above 0 C to 0% 70 Storage Temp. 0 8 C ltitude Operating 0,000 Feet on-operating 0,000 Relative Humidity on-condensing 9 % coustical oise weighted at meter 0 d Cooling Static pressure through system closure 0.0 In of H 0 *Metric mounting chassis meet all specifications of non-metric models. C For the Most Up-To-Date Information Hours/Day 7 Days/Week

14 MODEL SPM SPM / SMM* SPM / SMM* OVERLL SIZE:.00" x.00" x.00" (7.0mm x 7.mm x 79.mm) WEIGHT: 8.0 LS (.0 kg) TYPICL OUTPUT MODULES SELECTIO (SHOW FOR REFERECE) SLOT SLOT # # 0.0" (.7mm).0" (88.9mm).00" (79.mm).7" (7.mm) 0.0" (.7mm) " (7.0mm) SIDE VIEW.00" (7.0mm).00" (0.mm) COTROL COECTOR SPM IPUT SECTIO 0.00" (7.mm) IPUT TERMIL LOCK - CPTIVE SCREWS O 0.7" (9.mm) SPCIGS C LIE C EUTRL CHSSIS GROUD STRP FOR } VC (~) OPERTIO COTROL FUCTIOS PI 0 FUCTIO POWER FIL WRIG OVER TEMP WRIG SIGL GROUD IHIIT MOLEX SERIES - #0-0- MTIG: - #0-0- COSULT FCTORY FOR OTHER VILLE COTROL FUCTIOS FOR MOUTIG USE 8- UC, MX PEETRTIO.0" (.8mm) IRFLOW OTTOM VIEW 0.0" (.7mm) 0.7"(9.mm).0".00" (8.mm) (7.mm) MODEL SPM OVERLL SIZE:.00" x.0" x.00" (7.0mm x 9.7mm x 79.mm) WEIGHT: 0.0 LS (.0 kg) TYPICL OUTPUT MODULES SELECTIO (SHOW FOR REFERECE) IPUT SECTIO SLOT # SLOTS # D #.0" (8.0mm).7" (7.mm).00" (79.mm).0" (8.8mm) 0.0" (.7mm) 0.0" (.mm) L " (7.0mm) SIDE VIEW.00" (0.mm).00" (7.0mm) 0 SPM IPUT SECTIO L 0 } STRP FOR VC (~) OPERTIO - CHSSIS GROUD L - C LIE - C EUTRL IPUT TERMIL LOCK - CPTIVE SCREWS O 0.8" (.mm) CETERS RECOMMEDED TORQUE - 8 ICH LS. COTROL COECTOR.0" (9.7mm)."." (.9mm) (.9mm) 0.9".7" (.mm) (7.mm) COTROL FUCTIOS PI 7 0 FUCTIO POWER FIL WRIG OVER TEMP WRIG 00m* SIGL GROUD IHIIT MOLEX SERIES - #0-0- MTIG: - #0-0- COSULT FCTORY FOR OTHER VILLE COTROL FUCTIOS * lesser current is available if a logic option board is used. Consult factory. IRFLOW OTTOM VIEW 0.0" (.7mm)." (8.mm).0" (9.7mm)." (8.mm) FOR MOUTIG USE #8- UC. MXIMUM PEETRTIO 0. (.8mm) (HOLES MRKED "" OTH SIDES, HOLES MRKED "" ERSIDE OLY) 8 PLCES I LL. RECOMMEDED MOUTIG TORQUE. ICH LS. MODEL SPM & SPM OUTPUT MODULES COFIGURTIOS D ITERFCE SIGLS *Metric mounting chassis meet all specifications of non-metric models.

15 SPF / SMF* HPF / HMF* OVERLL SIZE:.0" x.0" x.00" (7.mm x 9.7mm x 7.0mm) WEIGHT:. LS (.70 kg) TYPICL OUTPUT MODULES SELECTIO (SHOW FOR REFERECE) IPUT SECTIO SLOT # SLOTS # D #.0" (8.0mm).7" (7.mm).0" (7.mm).80" (.9mm) 0." (.mm) 0." (.mm) L " (7.0mm) SIDE VIEW.00" (0.mm).00" (7.0mm) 0.0" (9.7mm)."." (.9mm) (.9mm) 0.9".7" (.mm) (7.mm) IRFLOW (STDRD) OTTOM VIEW 0.8" (.mm)." (9.mm).0" (9.7mm)." (8.mm) SPF/SMF HPF/HMF IPUT SECTIO 7 0 L L - C LIE - C EUTRL - CHSSIS GROUD IPUT TERMIL LOCK - CPTIVE SCREWS O 0.8" (.mm) CETERS RECOMMEDED TORQUE - 8 ICH LS. COTROL COECTOR FOR MOUTIG USE #8- UC. (M X 0.7 FOR SMF D HMF) MXIMUM PEETRTIO 0. (.8mm) (HOLES MRKED "" OTH SIDES, HOLES MRKED "" ERSIDE OLY) 8 PLCES I LL. RECOMMEDED MOUTIG TORQUE. ICH LS. (0. /M). COTROL FUCTIOS PI 7 0 FUCTIO POWER FIL WRIG OVER TEMP WRIG 00m* SIGL GROUD IHIIT MOLEX SERIES - #0-0- MTIG: - #0-0- COSULT FCTORY FOR OTHER VILLE COTROL FUCTIOS * lesser current is available if a logic option board is used. Consult factory. *Metric mounting chassis meet all specifications of non-metric models.

16 SPM / SMM* HPF / HMF* HPM / HMM* OVERLL SIZE:.00" x 8.00" x.00" (79.mm x 0.mm x 7.0mm) WEIGHT:.0 LS (.7 kg) IPUT SECTIO SLOT # SLOT # SLOT # SLOTS # D #." (8.0mm).70" (7.mm).00" (79.mm).0" (8.8mm) 0." (.mm) 0." (.mm) L " (7.0mm) SIDE VIEW.000" (0.mm).00" (7.0mm) " (0.mm) FOR MOUTIG USE #8- UC. (M X 0.7 FOR HMF) MXIMUM PEETRTIO 0. (.8mm) (HOLES MRKED "" OTH SIDES, HOLES MRKED "" ERSIDE OLY) 8 PLCES I LL. RECOMMEDED MOUTIG TORQUE. ICH LS. (0. /M). 0.9" (.mm)." (.9mm).70" (7.mm)." (.9mm) 0.8" (.mm)." (9.mm) 8.00" (0.mm) IRFLOW OTTOM VIEW.7" (.mm).0" (7.9mm) SPM/HPM IPUT SECTIO L 0 } STRP FOR VC (~) OPERTIO - CHSSIS GROUD L - C LIE - C EUTRL IPUT TERMIL LOCK - CPTIVE SCREWS O 0.8" (.mm) CETERS RECOMMEDED TORQUE - 8 ICH LS. COTROL COECTOR HPF/HMF IPUT SECTIO 7 0 L L - C LIE - C EUTRL - CHSSIS GROUD IPUT TERMIL LOCK - CPTIVE SCREWS O 0.8" (.mm) CETERS RECOMMEDED TORQUE - 8 ICH LS. COTROL COECTOR COTROL FUCTIOS PI 7 0 FUCTIO POWER FIL WRIG OVER TEMP WRIG 00m* SIGL GROUD IHIIT MOLEX SERIES - #0-0- MTIG: - #0-0- COSULT FCTORY FOR OTHER VILLE COTROL FUCTIOS * lesser current is available if a logic option board is used. Consult factory. *Metric mounting chassis meet all specifications of non-metric models.

17 HPM7 / HMM7* OVERLL SIZE:.00" x.00" x.00" (0.mm x 79.mm x 7.0mm) WEIGHT:.0 LS (9.0 kg) L L IRFLOW *Metric mounting chassis meet all specifications of non-metric models. 7

18 RPM / RMM* OVERLL SIZE:.00" x 8.00" x.00" (8.0mm x 0.mm x 7.0mm) WEIGHT:.0 LS (9.0 kg) IPUT SECTIO L L L RPM SLOT LOCTIOS SHOW 0 SLOT # SLOT # SLOT # 8.00" (0.mm) SLOTS # D #.00" (7.0mm) RPM IPUT SECTIO L L L 0 - CHSSIS GROUD L - C LIE L - C LIE L - C LIE IPUT COECTOR IS MP# 88-, CUSTOMER'S MTIG SHOULD E MP# 879-, COTCTS, EED FOUR (), MP# COTROL COECTOR COTROL FUCTIOS PI 7 0 FUCTIO POWER FIL WRIG OVER TEMP WRIG 00m* SIGL GROUD IHIIT MOLEX SERIES - #0-0- MTIG: - #0-0- COSULT FCTORY FOR OTHER VILLE COTROL FUCTIOS * lesser current is available if a logic option board is used. Consult factory..0" (8.0mm).70" (7.mm).00" (8.0mm) 7.0" (8.mm) 0.8" (7.mm) 0." (.mm) C.00" (7.0mm) SIDE VIEW.000" (0.mm) C FOR MOUTIG USE #8- UC. MXIMUM PEETRTIO 0." (.8mm) (HOLES MRKED "" OTH SIDES, HOLES MRKED "" ERSIDE OLY, HOLES MRKED "C" FRSIDE OLY) 8 PLCES I LL. RECOMMEDED MOUTIG TORQUE. ICH LS. 0.9" (.mm)." (.9mm) IRFLOW (STDRD)." (.9mm).000" (.mm) C 0.8" (.mm) 0.0" (.0mm)." (9.mm) 8.00" (0.mm) OTTOM VIEW.00" (7.0mm).70" (.mm) C.0" (7.9mm).00" (0.7mm).0" 8.mm 0.8" (7.0mm) *Metric mounting chassis meet all specifications of non-metric models. 8