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1. Sees Features of the product offer gt General description gt Technical characteristics gt Power connection diagrams gt Control connection diagrams gt Selection guide gt Dimensions and weights gt Options Services gt Assistance with maintenance and management of your installed base gt Our services teams can guide you through your modernisation projects gt and tackle issues of cost lead times and quality gt Solutions for your DC drives A lasting partnership We have been at your side for more than 30 years offering DC solutions With all this experience we know that for reasons of cost performance and ease of maintenance these solutions are still the most suitable ones for you The new DCV offer satisfies all your requirements It incorporates a wealth of applications and a services offer to help you with the maintenance and modernisation of your existing installations General description Presentation Functions Programming terminal Options e Variable speed drives in the DCVe4eeee range are designed to control the speed or torque of compensated DC motors with separate excitation and a rated armature current of 40 to 3000 A They are all equipped with an excitation current regulator e The range consists of drives in 2 quadrants DCV94eeee and 4 quadrants DCV104eeee of the torque speed plane which can be supplied by a 3 phase 230 V or2. EN501 78 According to EN60068 2 2 Bd test EN60068 2 6 Fc test According to EN60529 CE marking Conforming to EEC low voltage directives UL certification DCVeD40S to M11S On request please consult your Regional Sales Office Degree of protection DCVeM14Y to M30e IP20 IPOO for the separate power bridge IP20 for the separate control module Relative humidity Operation C 5 to 85 during operation Ambient air temperature O to 40 without derating Storage C 40 to 55 with current derating of 1 25 per degree above 40 C m 25 55 Maximum operating altitude Current derating of 1 2 per additional 100 m of altitude Operating position 1000 Maximum angle 30 in relation to normal vertical mounting Drive characteristics Speed feedback Armature Depending on the output voltage Tacho V 302 9 max Incremental KHz 150 encoder Maximum speed Sinewave encoder KHz 150 Speed control Speed range tr mn 8000 accuracy Tacho 1 1000 0 1 Incremental 1 1000 0 02 encoder Sinewave encoder 1 10000 0 01 Torque control Range accuracy 1 500 0 2 Electrical power characteristics e e e e e Armature circuit Supply voltage DCVeceeeS V 3x230V 3x400V 3x440V 3x460V 3x480V 3x500V 10 DCVeMeey 3x690V 10 Frequency Hz 50 60 5Hz Armature output voltage DCV104e0eS V 240V 420V 460V 480V 500V 520V DCV94eeeS 260V 470
3. DCV104D40S RTV641D32Q S RTV84D32Q S DCV104D40S RTV641D48Q S RTV84D48Q S DCV104D70S RTV641D72Q S RTV84D72Q S DCV104C11S RTV641C18Q S RTV641C27Q S RTV641C40Q S RTV84018Q S RTV84C27Q S RTV84C40Q S DCV104C28S DCV104C28S DCV104C42S RTV641C65Q S RTV641C80Q S RTV84C65Q S RTV84C80Q S DCV104C77S DCV104M11S RTV641M12Q S RTV84M12Q S DCV104M15S RTV641M12Y RTV84M12Y DCV104M14Y RTV641M17Q S RTV641M17Y RTV641M30Q S Y RTV541D32Q S RTV541D48Q S RTV84M17Q S RTV84M17Y RTV84M30Q S Y RTV74D32Q S RTV74D48Q S DCV104M20S DCV104M20Y DCV104M30S Y DCV94D70S DCV94D70S RTV541D72Q S RTV74D72Q S DCV94C11S RTV541018Q S RTV74018Q S DCV94C28S RTV541C27Q S RTV74C27Q S DCV94C28S RTV541C40Q S RTV74C40Q S DCV94C42S RTV541C65Q S RTV74C65Q S DCV94C77S RTV541C80Q S RTV541M12Q S RTV74C80Q S RTV74M12Q S DCV94M10S DCV94M15S RTV541M12Y RTV74M12Y DCV94M14Y RTV541M17Q S RTV74M17Q S DCV94M20S RTV541M17Y RTV74M17Y DCV94M20Y RTV541M30Q S Y You are in charge of a modernisation project To satisfy your requirements we can offer you two complementary approaches Project management and Consultancy amp expertise Project management You are looking for a strong commitment from us to your modernisation project You are counting on RTV74M30Q S Y the experience
4. DCV104D40S 263 DCVeD70S EA E DCvectis 263 36o 274 TE DCVeC18S 263 360 274 108 DCVec28S 3141 388 338 24 5 DCVeC42S 29 5 DCVeC65S 368 DCVeC77S 501 510 402 61 DCV104M11S_ 521 510 402 65 DCV94M10S 521 510 iz 65 Drives with separate bridge DCV a mm b mm c mm Weight Kg DCV104M15S 130 DCV104M14Y 130 DCV104M20S 130 DCV104M20Y 170 DCV104M27S 240 DCV104M27Y 240 DCV104M30S 460 330 DCV104M30Y 460 330 DCV94M15S 70 DCV94M14Y 275 DCV94M20S 275 DCV94M27S 140 DCV94M27Y 395 140 DCV94M30S eet 215 DCV94M30Y 960 415 215 L 2 5m inclus 263 L 2 5m inclus Control module 360 263 274 8 4 The network and motor armature connections are made via busbars located at the bottom of the separate power bridge Line chokes Ref a mm b mm c mm Dissipation Weight Kg b LDCVD70 110W 9g LDCVC15 280W 20 LDCVC25 26 LDCVC53 465 225 50 LDCVC65 730W___ 60 LDCVM10 1300W 65 LDCVM14 1450W LDCVM24 420 590 385 1860W 140 Connections via 6 busbars except for LDCVD70 connection via terminal blocks Lifting rings on chokes gt LDCVC53 14 Options I O extension cards DCVS5V62 4 discrete inputs 15 30V 3 2 6 4 mA 4 discrete transistor outputs 15 30V 20 mA Max 2 ANA outputs 10 V 5 mA CANopen communication card DCVS5Z27 CAN 2 0 protocol 11 bit identifier Transmission speed up to 1 Mbps
5. The future architecture will be designed with AC or DC motors Main steps in the project e Detailed diagnostics of the existing base Measurement of motor loads in static and dynamic mode communication modes used to manage references and operating modes e Feasibility study of AC solution motor sizing and definition of control diagrams e Presentation of possible solutions associated budgets and project implementation methods Customer benefits e Schneiders commitment to the system s overall performance e Total autonomy in implementation of the recommended solutions Project management Tools methods and experienced project leaders when you are looking for a strong commitment from us to your modernisation projects Consultancy and expertise Additional skills and methodology to identify opportunities nail down key points and simplify your project management 19 Solutions for your DC drives A high performance offer e Easy replacement of the old Rectivar ranges e Optimised developments by the provision of numerous built in application functions e Simplified integration in Schneider Electric architectures and services for your strategic machines e At your side 24 hours a day 7 days a week e A customized approach for transition of the Rectivar ranges to the new offer e The garantee to reduce the risks and costs of your modernisation projects This offer is included in our full range of ser
6. 104M20Y Top plug in a 3 DCVS7B24 1 replacement parts kit two thyristors head to tail 104M20Y Bottom plug in base 8 DCVS7B30_ 1 for each drive type For DCV94e two quadrant dri n a plug in ease 3 pee U Bottom plug in base 3 DCVS7B28 1 Mai 24 7 replacement iene teehee 104M27Y Top plug in base 3 DCVS7B25 1 aintenance contract of the faulty drive with Mae eieNe Iie 104M27Y Bottom plug in base 3 DCVS7B31 1 a new equivalent DCVS7B01 1 You are keen to ensure the longevity of your equipment optimise your This system also DCVS7B04 1 stocks of replacement parts rationalise your installed base and increase applies to the old type DE ee 2k your ratio of services to production VL1 RTV54 64 54 1 Our maintenance offer contract is based on 3 predefined contract 641 74 84 ranges for DCVS7B06 1 types Bronze Silver and Gold or can be tailored to meet your exact third party equipment 104M30S Top plug in base 3 DCVS7B34 1 requirements with an A la carte contract please consult your 104M30S Bottom plug in base 3 DCVS7B36 1 Regional Sales Office 104M30Y Top plug in base 3 DCVS7B35 1 104M30Y Bottom plug in base 3 DCVS7B37 1 94M30S Single phase plug in base 3 DCVS7B32 1 Bronze Silver Gold 94M30Y Single phase plug in base 3 DCVS7B33 1 contract contract contract Power section fans For separate control units DCVS7G76 1 San me a DCVS4B21 1 and DCVS4B22 1 and Phone
7. 500 V mains supply class S or from a 690 V supply class Y e The drives come with a CD ROM containing multilingual setup documentation and any options the printed version of the user manual is available as an option The DCVse4 range incorporates without the addition of options a lot of application functions rationalizing the automation By way of example here is a list of the main functions integrated in the DCVe4eeee Basic functions e speed e Inching e 7 preset speeds e 5 configurable linear and S ramps e Motor thermal protection e Programmable overload monitoring e Current limiting according to the speed e Automatic toggle in U feedback on loss of speed feedback e Configurable torque control at zero speed DCVe4eeee drives are supplied with an alphanumeric programming terminal used for e Controlling the drive in local mode e Configuring the various parameters e Programming functions e Displaying the drive status and current values Programming and parameter setting can also be performed The options offered in the DCV 4 range can be used to enhance the application functions and to extend the drive communication capability on Schneider Electric architectures e Additional I O card 1 e CANopen communication card 1 e Profibus communication card 1 e Setup software and drive connection kit 1 Two different Communication I O cards can be installed simultaneously on the same drive e Th
8. Addresses 1 128 1 SDO for access to all drive parameters 1 PDO of 4 input output words Profibus communication card DAVI o Profibus protocol Transmission speed Up to 12 Mbauds Slaves 125 Max Exchange mode 4 PDC IN 4 PDC OUT 4 input PKW words 4 output PKW words Setup software and connection kit DCVCNF100 Configuration use diagnostics display of drive parameters on PC Windows 95 environment or later Including RS232 USB connection kit User files Read write all the parameters Help with programming on startup Oscilloscope function ieee a m A Up to 32 networked drives can be managed RS232 RS485 adaptator DCVS546Z Drive connected to a PC RS232 port RS485 interface in multidrop configuration Allows up to 32 RS485 connection points External power supply for bus RS485DCVS5Z40 External power supply for RS485 bus in multidrop configuration Up to 32 RS485 connection points 15 30 V power supply 5 V 1 A output Setup parameter setting and maintenance document Users Manual on CD supplied with the drive Printed User s Manual D0 DOOF Teel User s Manual in French DCVDOC100FR User s Manual in English DCVDOC100EN 15 Assistance with maintenance and management of your installed base Technical support repair and exchange Wearing parts and replacement subassembly Should you experience faults or malfunctions on our variable speed drives For DCV A dri
9. no Format Assignment 21 22 10V Motor speed 23 24 10V Motor current sie Anal tput TOR output Potentiometer nalog outputs outputs a 1 L i L i 1kQ min between OV and 10V or 10V 2 pole format for DCV104 only N Cad sS I Sinusoidal Incremental converter converter 1 Input for fast stop 0 fast stop m Power terminals 2 Input for external fault 0 external fault Control card terminals 3 DCV104 only Power interface card terminals 10 11 Selection guide 4 quadrant range S class Input voltage up to 3 x 500 V 10 Output voltage up to 520 V Y class Input voltage 3 x 690 V 10 Output voltage 720 DCV104eeee Continous Continous Max excit Line choke 3 Line circuit breaker Telemecanique input Line fuses Fuse carrier Armature fuse Fuse carrier Exciter fuse Fuse carrier Total 6 armature line current Merlin Gerin 3 4 A 2 cont 3 ORO ORG ORO ORO OEO 5 dissipation current DCV104D40S 9 40A 34A 10A LDCVD70 NS100N TM40D 25 LC1D32606 DCVF4M15 1 DF5FA61 DCVF4M17 1 DF5FA61 Built in Built in 186W DCV104D70S 1 70A 60A 10A LDCVD70 NS100N TM80D 25 LC1D50606 DCVF4M19 1 DF5FA61 DCVF4M21 1 DF5FA61 Built in Built in 254W DCV104C11S 110A 95A LC1D80 DCVF4M21 1 DF5FA61 DCVF4EAJ 2 DCVS7B77 Built in Built in 408W DCV104C18S 185A 160A 14A LDCVC25 NS250N TM200D 30 LC1D115e6 DCVF4G23 2 DCVS7B77 DCVF4G23 2 DCVS7B77 Bui
10. of our project managers and the support of our tools and methods Consultancy and expertise You are looking for additional skills and methodology DCV94M30S Y Our experts and consultants can help you to analyse your existing base and then define and implement the solution 18 and tackle issues of cost lead times and quality Mining industry modernising within a guaranteed timescale Customer situation Replacing a TSX7 Rectivar architecture on a 90 T overhead crane The work needs to be performed during production downtime In the event of a problem it must be possible to return to the original architecture and restart Main steps in the project e Detailed analysis of the existing system communication PLC programs drive control and conditions of use e Replacement of all the variable speed drives e Migration software creation of system restore kits installation of Unity CPUs and maintenance of the TSX 7 I O e Training the maintenance team and drawing up the technical support contract e Complete migration of the wiring Customer benefits e Reduction of risks due to the technical solution and the project management method e Commitment to 24 7 support on a tried and tested system with which we are completely familiar Metallurgy industry ensuring the best architecture Customer situation Definition of the best drive architecture for modernisation of an annealing line with the speed increased by 15
11. V 530V 560V 580V 600V DCV104MeeY 720V DCV94MeeY 810V Field coil circuit All drives V 1x230V 1x400V 1X460V 10 Supply voltage Hz 50 60 5Hz Frequency All drives V 200V 310V 360V Uexc 0 85 x U alimentation Field coil output voltage Max field coil current DCVeDeeS A 10 DCVeC1eS 14 DCVeC28S to C65S 20 DCV e4C77S to M11S 25 DCVe4M14Y to M30e 70 Electrical control characteristics e o o o o o o o o o o ooo ooo ooo o oOo oOo oOo oOo oOo Oooo amp ee OOl oOol OOl OOl OOlOlOOlOlTOOTO Control circuit Available internal supplies Analog inputs Number Analog outputs Logic inputs Temperature probe input 1x115V 15 1 2A ou 1x230V 15 0 7A 50 60 5Hz e 10 V supply for reference potentiometer max current 10 mA e 5 V supply for resolver max current 160 mA e 5 V 15 30 V supply for encoder and digital inputs max current 200 mA differential programmable 12 bits 10 V 0 10 V 0 20 mA 4 20 mA 10 V 12 bits 5 mA max per output 4 fixed 4 programmable common charact 15 24 V 5 mA per input PTC probe in accordance with DIN44081 DIN44082 Logic outputs Relay output Programmable 24 V 20 mA max per output 1 fixed 1 programmable switching capacity 1 A AC11 at 250V Acceleration and deceleration ramp Main protection and safety features 5 programmable linear or S ramps e 0 65535 secondes e Ramp for fast stop Internal supply fault Line supply unde
12. V94M27S 2313A 70A LDCVM24 NS2500N LOGIC2 0 65 LC1BR33031 Built in DCVF4M19 DF5FA61 8700W DCV94M27Y 2313A 70A LDCVM24 NS2500N LLOGIC2 0 65 LC1BR33 31 Built in Built in DCVF4M19 DF5FA61 8700W DCV94M30S 2580A 70A 8 8 8 Built in Built in DCVF4M19 DF5FAG1 9000W DCV94M30Y 3000A 2580A 70A 8 8 8 Built in Built in DCVF4M19 DF5FA61 9000W Transient characteristics of drives in the DCV range IContinuous armature A 40 70 110 185 280 420 650 770 1000 1050 1400 1500 2000 2700 3000 lo A 20 34 50 125 175 260 425 520 520 520 750 750 1050 1620 1700 Ip A 54 96 154 231 350 525 780 900 1400 1485 2170 2325 3000 7 3500 7 3900 2740 6 3600 6 1 Multiples of 10 2 Multiples of 3 3 Protection of live parts against direct contact is mandatory for voltages lt 500 V accessories not supplied 4 Circuit breaker thermal release to be set by the customer motor In x 0 82 x 1 05 5 For the quantities required see diagrams on pages 6 7 6 DCV104 94M2eY drives 7 DCV104 94M2eS drives 8 Consult Schneider Electric 9 Addition of suffix V for varnished version Example DCV104D405V The values indicated in the table above must observe the following time limits t2 7 t1 t1 lt 15s for ratings D40 to C65 t1 lt 10s for ratings C77 to M27 For particular types of cyclical operation or for higher peak currents please consult your Regional Sales Office NNO 12 13 Dimensions and weights Compact drives
13. ese drives available in a compact version up to 1050 A and as a separate bridge thereafter satisfy the most demanding applications thanks to their robust construction the outstanding numerical control performance not to mention numerous integrated functions e Variable speed drives in the DCV 4 range are particularly suitable for hoisting and material handling applications winders unwinders extruders test benches special machines etc e Torque servo control function e Comparator block e Auto calibration of the speed and current loop e Variable gains e Modbus RTU JBUS communication port Advanced functions e Brake release sequence for hoisting movements e Dual configuration 2 motors e Winder unwinder function e PID regulato e Via serial link e Using the DCVCNF100 setup software e RS232 RS485 adapter for connection to a PC e External power supply for RS485 bus e Printed versions of multilingual user manuals e A tropicalised version DCVeeeVV Technical characteristics Environmental characteristics o o o o o o oo ooo oo ool ool ol ool ool Ool Ool Ool OOl OOl OOl OOl OOl OOl amp eee elle le Conforming to standards General standards EN61800 1 EN50178 EMC immunity Clearances EN61000 4 2 immunity to interference level 6KV CD 8KV AD EN61000 4 4 level 4 According to IEC 664 IEC 664 A degree 2 air pollution Safet Climate resistance Vibrations Degrees of protection
14. ives M14Y to M30e C28S to M11S C6ON bi 2A curve C C60N bi 1A curve D Q6 Merlin Gerin circuit breaker Type for 400V power supply D40S to D70S C6ON bi 10A curve C C11S to C18S C6ON bi 16A curve C Variateurs C28S to C65S C6ON bi 20A curve C C77S to M11S C6ON bi 25A curve C M14Y to M30 C6ON bi 63A curve C Q20 Telemecanique circuit breaker Type D77S to M11S GV2ME05 M20Y GV2ME05 M14Y to M20S GV2ME04 M27eM30 GV2ME06 Type for determining equipment F1 F2 F6 L1 Q1 KM1 See pages 10 11 Control connection diagrams Logic inputs Control inputs I O parameter factory settings KO KI 1 Logic inputs Terminal no Assignment 12 Run 13 Operation 14 Fast stop 15 External fault 31 Not assigned 32 Not assigned 33 Not assigned 34 Not assigned RS485 76 F 31 32 33 34 5 37 gt 12 A 13 gt 14 gt 15 b 16 J Logic outputs XS Il a fa i a 2 Terminal no Assignment p n J E z e z i 26 Acceleration ee T 2 7 7 l 27 Deceleration S 2 ee 28 Speed threshold attained Z cc l 9 PESO MESo attained l DCV1 04 0000 T E i l 29 Overload available LU CONTROL i gy l D j Terminal no Assignment g XE1 XE2 3 i 1 5 i 35 36 Drive ok F 3 I z a 75 76 Not assigned gt 25 Analog inputs Terminal no Format Assignment 10V Speed reference before ramp YY mA 10V Not assigned or 10V Not assigned 10V Analog outputs Analog inputs Terminal
15. lt in Built in 553W DCV104C28S 280A 241A 20A LDCVC25 NS250N TM250D 30 LC1F185e6 DCVF4G30 DCVS7B78 DCVF4G34 DCVS7B78 Built in Built in 781W DCV104C42S 2 420A 361A 20A LDCVC53 NS400N STR23SE 30 LC1F400606 DCVF4E30 DCVS7B78 DCVF4E31 DCVS7B78 Built in Built in 1038W DCV104C65S 650A 559A LDCVC65 NS630N STR23SE 30 LC1F500 DCVF4G85 DCVS7B78 DCVF4G85 DCVS7B78 Built in Built in 1693W DCV104C77S 3 770A 662A 25A LDCVM10 NS800N uLOGIC2 0 40 LC1F500 e Built in Built in 2143W DCV104M11S 1050A 903A LDCVM10 NS1000N uLOGIC2 0 LC1F630 Built in Built in 2590W DCV104M15S LDCVM14 NS1600N LOGIC2 0 40 LC1F780 Built in Built in 4900W DCV104M14Y 70A LDCVM14 NS1250H LOGIC2 0 42 LC1F78060e Built in Built in Built in Built in DCVF4M19 DF5FA61 4900W DCV104M20S LDCVM24 NS2000N uLOGIC2 0 65 LC1BP33031 Built in Built in Built in Built in DCVF4M19 DF5FA61 5400W DCV104M20Y 70A LDCVM24 NS2000N LOGIC2 0 65 LC1BP33031 Built in Built in Built in Built in DCVF4M19 DF5FA61 6800W DCV104M27S 70A LDCVM24 NS2500N LOGIC2 0 65 LC1BR33 31 Built in Built in Built in Built in DCVF4M19 DF5FA61 8700W DCV104M27Y 70A LDCVM24 NS2500N yLOGIC2 0 65 LC1BR33 31 Built in Built in Built in Built in DCVF4M19 DF5FA61 8700W DCV104M30S 3000A 2580A 70A 8 8 8 Built in Built in Built in Built in DCVF4M19 DF5FA61 9000W DCV104M30Y 3000A 2580A 70A 8 8 8 Built in Built in Built in Built in DCVF4M19 DF5FA61 9000W 2 quadrant range S class Input voltage up to 3 x 500 V 10 Output v
16. oltage up to 600 V Y class Input voltage 3 x 690 V 10 Output voltage 810 DCV94eeceecee Continous Continous Max excit Line choke Line circuit breake Telemecanique input Line fuses Armature fuse Exciter fuse Fuse carrier Total dissipation 3 armature line current 6 Merlin Gerin 8 4 cont 3 ORO 3 5 1 5 5 current DCV94D70S 70A 60A 10A LDCVD70 NS100N TM80D 25 LC1D50 DCVF4M19 1 DF5FA61 Built in Built in 254W DCV94C11S 1 110A 95A 14A LDCVC15 NS160 TM125D 25 LC1D80 e DCVF4M21 1 Built in Built in 408W DCV94C18S 185A 30 LC1D115 e6 DCVF4G23 2 DCVS7B77 Built in Built in 553W DCV94C28S 20A LDCVC25 NS250N TM250D 30 LC1F185e6 DCVF4G30 DCVS7B78 Built in Built in 781W DCV94C42S 20A LDCVC53 NS400N STR23SE 30 LC1F400 DCVF4E30 DCVS7B78 Built in Built in 1038W DCV94C65S 2 LDCVC65 NS630N STR23SE 30 LC1F500e6 DCVF4G85 DCVS7B78 Built in Built in 1693W OA DCV94C77S 3 770A 662A 25A LDCVM10 NS800N yLOGIC2 0 40 LC1F500e Built in Built in Built in Built in 2143W DCV94M10S 1000A 860A 25A LDCVM10 NS1000N yLOGIC2 0 40 LC1F630e Built in Built in Built in Built in 2590W DCV94M15S 40 LC1F780 ee Built in Built in DCVF4M19 DF5FA61 4900W DCV94M14Y 1205A 70A LDCVM14 NS1250H uLOGIC2 0 42 LC1F780e6 Built in Built in DCVF4M19 DF5FA61 4900W DCV94M20S 65 LC1BP33 31 Built in Built in DCVF4M19 DF5FA61 5400W DCV94M20Y 65 LC1BP33031 Built in Built in DCVF4M19 DF5FA61 6800W DC
17. rvoltage e Armature overvoltage Short circuit earth fault 2t thermal protection of motor with forced ventilation PTC prot drive overheating prot r Under excitation of the motor e Loss of tacho feedback automatic toggle in U feedback e Disconnection from the fieldbus Communication port characteristics e e e eo o o o o o o o o o o eee ee eee ee ee ee ee ee ee ooo oo Structure Physical interface 2 wire RS485 9 pin SUB D connector Protocols Transmission speed Line termination impedances Modbus RTU JBUS bps 1200 19200 Selectable using jumpers Electrical isolation Bus addresses No yes with option 0 to 127 PET ETT Cea aa Power connection diagrams 1 DCV104 94 up to C65S 2 DCV104 up to C65S 3 DCV104 94C775S to M30 4 DCV104 94M14Y to M30 5 If there is no PTC probe monitoring wire up a 1 Kohm resistor mounted as standard 6 Choice of control voltage DCV104 94C28S to M11S CONTROL m Power terminals Control card terminals Power interface card terminals Q1 Q4 Q6 OK FUSES A 3 om FAN FAULT Al 35 A1 36 d pan 81 1 82 KO KO 1 second Q20 3 31 4 32 STOP START K4 q Al Al Ki __ i KM1 __ A2 A2 Determining the power equipment Q4 Merlin Gerin circuit breaker Type for 115V power supply Type for 230V power supply D40S to C18S C6ON bi 1A curve D C6ON bi 0 5A curve D Dr
18. support drives eD70S 1 eC11S 1 C18S 1 C28S 2 C42S 2 DCVS7G71 1 Software Web eC65S 2 DCVS7G78 1 C77S 3 to M11S 3 DCVS7G17 1 On site emergency stock Power bridges M14Y 2 eM15S 2 eM20S 2 DCVS7R24 1 Off site emergency stock Power bridges eM20Y 2 DCVS7R25_ 1 Power bridges eM27e 2 eM30e 2 DCVS7R26 1 On site support Control module for drives with separate 104MeeS 1 94MeeS 1 DCVS4B21 1 power bridges 104MeeY 1 94MeeyY 1 DCVS4B22 1 Maintenance amp Control card All drives 1 DCVS5N45_ 1 Modernisation consultancy Parameter setting terminal All drives 1 DCVS5POS 1 Modernisation Additional module A The values in brackets indicate the quantities fitted on B The values in each drive brackets indicate the Accordina to the customer choice 16 product packaging 17 Our services teams can guide you through your modernisation projects You need to replace an existing variable speed drive You want to replace a Rectivar drive quickly and safely with a device from the new range The table below lists the possible options depending on your budget For a more in depth study our service experts can guide you and suggest detailed costings for third party products and VD1 RTV44 RTV04 single phase drives please consult your Regional Sales Office Table of correspondence with the old ranges RTV84ee RTV74ee and RT V64ee RTV54e RTV641D16Q RTV84D16Q
19. ve R f rence Schneider Electric is well aware of the strategic importance of driven machines and can respond very promptly 24 hours a day 7 days a week Power fuses for drives with built in fuses 104C77S 6 DCVF4G59 104M11S 6 94C778S 3 Our service teams 104M14Y 6 DCVS7804 can offer you the 94M15S 6 104M30S 12 94M30S 12 94M30Y 12 DCVS7799 solution best suited to 94M14Y 6 DCVS7798 your situation 104M20S 6 94M20S 6 94M20Y 6 DCVS7802 i 104M20Y 12 DCVS7794 ek eet ance 94M27Y oe 94M275 12 104M27 12 DCVS7797 analysis to find the 104M27Y 12 DCVS7805 optimum solution 104M30S 12 94M30S 12 94M30Y 12 DCVS7799 Express repair of 104M30Y 12 DCVS7193 defective equipment Exciter fuses for drives with built in fuses D40S to C18S 2 DCV824B excluding weekends 2 thyristor subassemblies eC28S to 94MI0S ou 104M11S 2 DCV823B Preassembled with heatsink 104M15S Top plug in base 3 DCVS7B20 1 alls punue NoOs 104M15S Bottom plug in a 3 DCVS7B26 1 for drives lt 1000 A 104M14Y Top plug in base 3 DCVS7B23 1 24 7 service 104M14Y Bottom plug in base 3 DCVS7B29 1 response from a 104M20S Top plug in base 3 DOVSWB2A technician with For DCV104e four quadrant dri 104M20S Bottom plug in base 3 DCVS7B27 1 a predefined ves a plug in base consists of
20. vices for your installed base Contact us for further information Schneider Electric Industries SAS As standards specifications and designs change from time to time please ask for confirmation of the information given in this publication Head Office Ky 35 rue Joseph Monier ex 9 Printed on recycled paper CS 30323 92506 Rueil Malmaison Publication Schneider Electric Industries SAS All rights reserved Design Schneider Electric Industries SAS www schneider electric com Print SERED107028EN 11 2008
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