MSR 2400R - Powernet
Contents
1. AZ AI oN RE Oa t5 NO x9 T COM R X4 18 Output 1 Uin ott 5 N L 220VAC F ON WAX 164 32 12 Der ON 1A 3B 14 1 OFF 24 fe X1 NC X6 8 0 t A Ta PE Output 2 PSU2 18 28 20 30 22 32 ne pa oN X ON u e T4 OEE so 16 COM gl ING 5E Output 3 OFF 24 48 X2 NC 1A 5B J gt 83 NC HA 6 COM 2a He 4 NO X8 PSUS i 18 ze 28 20 30 22 O i 32 12 ri Peg 5 ON __ w i 14 l EF Alarms s3 6 COM gle i OFF 2A 4B x3 NC 9 8 NC a amp l6 COM _ 4 NO o We reserve the right to change the specification without notice Created 21 09 2012 TR amp RLi Update 17 03 2015 HLI File 711cROf doc aw POWERNET DATASHEET USER MANUAL Electrical connections in the sub rack Voltage versions 72VDC and 96VDC AZ AI 14 NC Buaran ERES Ks Popstcom a 51 1 X4 OFF 40N ie act Output 1 Uia L2. 200VAC or 78 200VDC Powernet Oy Martinkyl ntie 43 Fl 01720 VANTAA Tel 358 10 2890 700 E mail marketing powernet fi service powernet fi Internet www powernet fi We reserve the right to change the specification without notice Created 21 09 2012 TR amp RLi Update 17 03 2015 HLI File 711cROf doc ww POWERNET INPUT Input voltage 55 264 VAC 78 360 VDC max 600W Frequency Safety Input current Inrush current Soft start Isolation Input ground Input outputs Output ground Mains switch Mains input connector OUTPUT Voltage Nominal voltages Current Nominal current per module Short circuit protection Rectifier modules MCBs on front panel ADC7110R 48 sub rack ADC7110R 96 sub rack 3 terminal groups on rear panel Output connector Hot swap Series parallel operations CONTROLS Input On the front panel Output On the front panel ALARMS Input failure U innom lt appr LSOVAC Output failure Module failure or output switch off Alarm connector Rear panel Pin configurations AADNBRWNe ENVIRONMENTAL Temperature range Operating Storage ADC7180R modules IEC60068 2 Cooling Shock and vibration We reserve the right to change the specification without notice Front panel with light Common input for each rectifier Series diode in each rectifier 55 200VAC reduced power see module datasheet 78 200VDC reduced power see module datasheet 45 65Hz According to EN6095
3. 0 Class I Max 4 5A per module max 7A 10ms peak otherwise less than 4 5A 1500VAC 3750VAC S00VDC 12 24 48VDC One per PSU 72 96VDC One per sub rack max 10A current IEC320 C14 male connector 12 120VDC max 800W per module 0 30A max 800W per module Short circuit protected electronic current limit 3 x 30A MCB in negative output 3 x 10A MCB in negative output 3 pole 10mm screw terminal for each rectifier PE Hot swap allowed Input and output switch at OFF position All modules can be connected in series or in parallel Power switch with ON OFF light MCB ON OFF safety switch Normally open and closed relay contacts Relay contact and MCB auxiliary relay Removable 12 pole 2 5mm screw terminal Mains alarm COMMON Mains alarm NO Mains alarm NC Parallel output alarm COMMON Parallel output alarm NO Series output alarm PSU1 COMMON Series output alarm PSU1 NC Series output alarm PSU2 COMMON Series output alarm PSU2 NC Series output alarm PSU3 COMMON Series output alarm PSU3 NC Not in use Normally Mains PSU OK 40 C 70 C de rating at 50 C 70 C 40 C 85 C Temperature controlled fan in front panel See approvals below Created 21 09 2012 TR amp RLi Update 17 03 2015 HLI File 71 1cROf doc aw POWERNET STANDARDS APPROVALS Safety EMC emissions EMC immunity Product Family Standard Environmental Vibration sinusoidal Vibr broad band random B
4. 2A 1A 28 20 N 4B 3B 30 22 L 220VAC HS o ON WAX 16h 4 z 12 PT Seer 14 SS 16 COM STNG X1 Ng X6 8 NC 7 6 COM PE Output 2 4 NO PSU2 E 18 28 20 30 22 32 12 F2 ON X7 14 OFE 7 16 CO k NG BE Output 3 X2 NC 7a 3e NO 8 NC HHH A S4 4 l6 com Za NC P__ 4 NO PSUS a j 18 7 28 20 SH 30 22 O 4 32 12 F5 5 14 QFE 6 6 T k NO 7 Alarms 8 X3 NC 9 8 NC 6 l6 COM 4 NO Pin Configuration in rear panel Lead through position for analog control cable mE Inn X4 INPUT1 Lope 16A 50 60H2 2 1 x6 OUTPUT2 PE na 000 We reserve the right to change the specification without notice Created 21 09 2012 TR amp RLi Update 17 03 2015 HLI File 711cROf doc
5. LI File 711cROf doc ww POWERNET Operating and connecting the sub rack and modules General MSR7110R sub racks have be developed can be used to supply several output voltages from OV up to 400VDC in series connection MSR7110R sub racks can be used to supply several output voltages from OV up to 400VDC in series connection Modules can be connected in parallel series or to have multi output voltages from the same sub rack Units are hot swappable but the sub rack also have both input and output switch to make the change without power 1 3 pcs of modules can be installed in the sub rack Empty module places are covered by the cover plate Mounting the sub rack Sub rack is installed in 19 cabinet and mounted by 4pcs of M6 screws from the front panel Mounting the plug in module The plug in module is installed by pushing it to the bottom of sub rack as long as the connector in the rear panel have the contact with the mating connector in sub rack Mounting screws in modules front panel are fastened Removing the module is made in opposite order Mains connection The mains is supplied by IEC320 C14 male connector Use 1 phase power cords cross section 3 x 1 5mm The minimum mains fuse is 16A Make sure that both input and output are switched off in the front panel of sub rack before connecting the mains Turn the mains switch to up position The switch light indicates that mains is connected The unit is starting about 4 seconds The u
6. fication without notice Created 21 09 2012 TR amp RLi Update 17 03 2015 HLI File 71 1cROf doc aw POWERNET DATASHEET USER MANUAL Input alarm Input alarm is indicated when mains reduce below 150V Both normally open contact between pins 1 2 and normally closed contact between pins 1 3 are available Module fail or output MCB fail Each rectifier have module fail relay alarm NO and NC contact Standard sub rack includes NC contacts from each rectifier and parallel connected common alarm from whole system with NO contacts Parallel connected NO contacts are in use when switch S4 is in NO position Common alarm can be now connected between pins 4 5 If the switch S4 is in NC position serial alarm output alarms of each PSU can be used individually from pins 6 7 8 9 and 10 11 or to these individual alarms can be connected in series and the common NC output can be taken out between pins 6 11 The status normal means the normal operating condition for the power supply The cross section of alarm cable can be 0 22 0 75mm2 Electrical connections in the sub rack Voltage versions 12VDC 24VDC and 48VDC
7. nit s output led in front panel is lightning green Output connection Use minimum 4mm output cable 6mm preferred Connect cables to the screw terminal in the sub rack s rear panel via the cable clamp Output MCBs can be turned to the ON position after module s output led in front panel is green Outputs can be in stand alone parallel or series use 1 Stand alone use Connect minimum 4mm cables from modules and screw terminal to load 2 Parallel use Connect each module to the load by minimum 4mm cables To ensure proper load sharing the length and cross section of each output cable need to be the same and the output adjustment at each module should be equal 3 Series use The series connection is made by connecting the positive output of module 1 to the negative output of module 2 and connecting the load between the positive output of module 2 and negative output of module 1 Use minimum 4mm cables Output voltage adjustment The factory setting for the output is the nominal voltage for example 48 VDC Output of each module can be adjusted by turning Uadj trimmer The adjustment is made by small screw driver Output current limit adjustment The factory setting for the current limit is the nominal output current Output current limit max current can be adjusted from the Iadj trimmer Alarms Potential free change over relay contacts NO NC COM are included in system We reserve the right to change the speci
8. ump Shock Cold test Damp Heat Cyclic Dry Heat MECHANICAL Power Rack Dimensions Weight Enclosure EN60950 EN5008 1 1 EN55022 class B EN50082 2 EN61000 4 2 EN61000 4 3 ENV50204 EN61000 4 4 EN61000 4 5 EN61000 4 6 EN61000 4 8 EN61000 4 11 EN61000 3 2 EN61000 3 3 IEC60068 2 IEC60068 2 6 Test Fc IEC60068 2 64 Test Fh IEC60068 2 29 Test Eb JIEC60068 2 27 Test Ea IEC60068 2 1 Test Ab IEC60068 2 30 Test Db IEC60068 2 2 Test Bb 19 sub rack Height Width Depth Rack without rectifiers Rectifier Steel We reserve the right to change the specification without notice Class I Main standard Conducted emissions 150 kHz 30 MHz Radiated emissions 30 MHz 1000 MHz Main standard Electrostatic Discharge Electromagnetic field immunity Fast Transients Surge Conductive Immunity Power Frequency Magnetic Field Power Line Quality Harmonic Currents Emissions Voltage Fluctuation and Flicker Sensation Main Standard 20m s 2g 9 200Hz 50m s 5g 200 500Hz Spectral acceleration 3 57g rms 5 500Hz 250m s 25g 6ms 400m s 40g 6ms 40 C 3 C transportation and operation 55 C 2 C transportation and operation 70 C 2 C transportation and storage Positions for 3 pes of ADC7180 modules 2U 19 300mm excluding handles and connectors 5 5 kg 1 35kg IP20 Installation space for wires Created 21 09 2012 TR amp RLi Update 17 03 2015 H
9. ws POWERNET MSR 2400R Rugged Power System for Military and Heavy Duty Applications Powernet ADC 7180R 24 24 307 0 36 A Our 6130 417 3947 Serva CE 2400 W modular power system Approved for heavy environment Power supply or battery charging systems Vibration sin IEC60068 2 6 20 50m s 2 5 gn Parallel n 1 connection up to 90A Vibration broad band random IEC60068 2 64 Series connection up to 360VDC Bump IEC60068 2 29 250m s 25 gn Multi outputs outputs Shock IEC60068 2 27 400m s 40 g Hot swap plug in modules Cold test IEC60068 2 1 Module fail and mains alarms Damp heat cyclic IEC60068 2 30 Operating temperature 40 C 55 C Dry heat IEC60068 2 2 19 SUB RACK UNITS Type Voltage Modules Power Mechanics w x hx d versions per rack MSR7110R 48 24V 36V 48V_ 1 3 pes 800W 2400W 19 482mm 2U 88mm 360mm MSR7110R 96 72V 96V 1 3 pes 800W 1800W 19 482mm 2U 88mm 360mm 8171178A Cover plate for empty module place 25TE 2U RECTIFIER MODULES Type Input voltage Nominal Voltage Max Current Max Mechanics Output Setting Output Limit Power wx hxd Voltage Range Current Setting ADC7180R 12_ 50 260 VAC 12 VDC 12 15VDC 0 304 800W 800W _ 25TE 2U 230mm ADC7180R 96 50 260 VAC 96 VDC 90 144VDC 7 5A 0 7 5A 800W 25TE 2U 230mm Max power 600W at DC input reduced power 55
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