Variable speed drives

Transcription

1 Altivar and Altivar Plus for asynchronous motors from 0. to 00 kw Catalogue 0 October

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5 Contents 0 Altivar and Altivar Plus variable speed drives IP 0 variable speed drive selection guide page IP or IP variable speed drive selection guide page Altivar Plus variable speed drive selection guide page b Presentation page 0 b Altivar variable speed drives v 00 0 V power supply, IP page v 0 0 V power supply: - IP page - IP0, water-cooled page 0 - IP page - IP, with Vario switch disconnector page v V power supply, IP page v 00 0 V power supply: - IP page - IP 0, water-cooled page v Variants page v Accessories page v Dialogue and confi guration tools page v SoMove setup software page b Drive/option combinations page b Options v Encoder interface cards page v I/O expansion cards page v Multi-pump card page v Controller inside programmable card page v Communication buses and networks page v Resistance braking units page v Braking resistors page v Reduction of current harmonics: - DC chokes page - line chokes page - passive fi lters page - Active Front End page v Additional EMC input fi lters page v Output fi lters: - motor chokes page - sinus fi lters page b Motor starters page b Altivar Plus variable speed drives v Pre-equipped IP fl oor-standing enclosure kit page 0 v Ready to use IP fl oor-standing enclosure page 0 v Ready to use IP or IP fl oor-standing enclosure with harmonic fi ltering page 0 v IP or IP fl oor-standing enclosure with separate air fl ows page v IP or IP fl oor-standing enclosure (compact version) page v Options page 0 b Index of references page 0

6 Selection guide IP 0 or IP variable speed drives for asynchronous and synchronous motors Type of machine Simple machines Pumps and fans (building (HVAC)) () 0 Power range for 0 0 Hz (kw) line supply Single-phase 00 0 V (kw) Single-phase 00 0 V (kw) Three-phase 00 0 V (kw) Three-phase 00 0 V (kw) Three-phase 0 0 V (kw) 0. Three-phase 0 00 V (kw) 0. Three-phase V (kw) Three-phase 00 V (kw) 0. Three-phase 00 0 V (kw) Degree of protection IP 0 IP Type of cooling Heatsink Drive Output frequency Hz Hz Hz Type of control Asynchronous motor Standard (voltage/frequency) Performance (sensorless fl ux vector control) Pump/fan (Kn quadratic ratio) Synchronous motor Transient overtorque 0 0% of the nominal motor torque Standard (voltage/frequency) Performance (sensorless fl ux vector control) Energy saving ratio 0 00% of the nominal motor torque Sensorless fl ux vector control Voltage/frequency ratio ( points) Energy saving ratio 0% of the nominal motor torque Functions Number of functions Number of preset speeds Number of I/O Analog inputs Logic inputs Analog outputs Logic outputs Relay outputs Communication Integrated Modbus Modbus and CANopen Modbus, METASYS N, APOGEE FLN, BACnet Available as an option CANopen Daisy Chain, DeviceNet, PROFIBUS DP, Modbus TCP, Fipio LONWORKS Cards (available as an option) Dialogue tools IP or IP remote terminal IP or IP remote terminal IP remote graphic display terminal Configuration tools IP or IP remote graphic display terminal Setup software SoMove PCSoft for ATV Confi guration tools Simple Loader, Multi-Loader Multi-Loader Standards and certifications IEC 00-- IEC 00- (environments and, categories C to C, cat. C with option for ATV ) EN 0: Group, class A e, UL, CSA, C-Tick, NOM, GOST e, UL, CSA, DNV, C-Tick, NOM, GOST and class B with option card. e, UL, CSA, C-Tick, NOM References ATV ATV ATV Catalogues Altivar variable speed Altivar variable speed drives drives () Heating, Ventilation and Air Conditioning Altivar variable speed drives

7 Pumps and fans (industrial) Complex machines IP 0 Heatsink or water-cooled system Heatsink, base plate or water-cooled system Hz for the entire range Hz for the entire range 0. Hz up to kw at 00 0 V a and 0 0 V a 0. Hz up to kw at 00 0 V a and 0 0 V a Sensorless fl ux vector control Flux vector control with or without sensor Voltage/frequency ratio ( or points) Voltage/frequency ratio ( or points) Energy saving ratio ENA System Vector control without speed feedback Vector control with or without speed feedback 0% of the nominal motor torque for 0 seconds 0% of the nominal motor torque for seconds 0% for 0 seconds > 00 > Modbus and CANopen Modbus TCP Daisy Chain, Modbus/Uni-Telway, EtherNet/IP, DeviceNet, PROFIBUS DP V0 and V, INTERBUS, CC-LINK, LONWORKS, METASYS N, APOGEE FLN, BACnet I/O extension cards, Controller Inside programmable card, multi-pump cards, encoder interface cards IP or IP remote graphic display terminal Modbus TCP Daisy Chain, Modbus/Uni-Telway, EtherNet/IP, DeviceNet, PROFIBUS DP V0 and V, INTERBUS, CC-LINK Interface cards for incremental, resolver, SinCos, SinCos Hiperface, EnDat or SSI encoders, I/O extension cards, Controller Inside programmable card SoMove Simple Loader, Multi-Loader IEC 00-- IEC 00- (environments and, categories C to C), IEC 000--/-/-/-/-/- e, UL, CSA, DNV, C-Tick, NOM, GOST ATV ATV Page Altivar and Altivar Plus variable speed drives 0

8 Selection guide IP or IP variable speed drives for asynchronous and synchronous motors Type of machine Simple machines Pumps and fans (building (HVAC)) () Power range for 0 0 Hz (kw) line supply Single-phase 00 0 V (kw) 0.. Three-phase 0 0 V (kw) 0. Three-phase 0 00 V (kw) 0. Degree of protection IP IP Variants Enclosure user-defi nable up to kw: Vario switch disconnector, LEDs, selector switch, potentiometer Drive Output frequency Hz Hz Type of control Asynchronous motor Sensorless fl ux vector control Voltage/frequency ratio Sensorless fl ux vector control Voltage/frequency ratio ( points) Energy saving ratio Synchronous motor Transient overtorque 0 00% of the nominal motor torque 0% of the nominal motor torque for 0 seconds Functions Number of functions 0 0 Number of preset speeds Number of I/O Analog inputs Logic inputs Analog outputs Logic outputs Relay outputs Communication Integrated Modbus and CANopen Modbus, METASYS N, APOGEE FLN, BACnet Available as an option Modbus TCP, Fipio, PROFIBUS DP, DeviceNet LONWORKS Cards (available as an option) Dialogue tools IP remote terminal IP or IP remote graphic display terminal Configuration Setup software SoMove PCSoft for ATV drive tools Confi guration tool Simple Loader Multi-Loader Standards and certifications IEC 00--, IEC 00- (environments and, categories C to C) e, UL, CSA, C-Tick, GOST References ATV C ATV W 0 Catalogues Altivar C variable speed drives Altivar variable speed drives () Heating, Ventilation and Air Conditioning

9 Pumps and fans (industrial) Complex machines IP Equipped with a Vario switch disconnector Equipped with a Vario switch disconnector 0. Hz from 0. to kw Hz from 0 kw Sensorless fl ux vector control Voltage/frequency ratio ( or points) Energy saving ratio Vector control without speed feedback 0. Hz from 0. to kw Hz from to kw Sensorless fl ux vector control Voltage/frequency ratio ( or points) ENA System Vector control with or without speed feedback 0% of the nominal motor torque for 0 seconds 0% of the nominal motor torque for seconds 0% for 0 seconds >00 > Modbus and CANopen Modbus TCP Daisy Chain, Modbus/Uni-Telway, EtherNet/IP, DeviceNet, PROFIBUS DP V0 and V, INTERBUS, CC-LINK, LONWORKS, METASYS N, APOGEE FLN, BACnet I/O extension cards, Controller Inside programmable card, multi-pump cards, encoder interface cards Modbus TCP Daisy Chain, Modbus/Uni-Telway, EtherNet/IP, DeviceNet, PROFIBUS DP V0 and V, INTERBUS, CC-LINK Interface cards for incremental, resolver, SinCos, SinCos Hiperface, EnDat or SSI encoders, I/O extension cards, Controller Inside programmable card IP or IP remote graphic display terminal SoMove Simple Loader, Multi-Loader IEC 00--, IEC 00- (environments and, categories C to C), IEC 000--/-/-/-/-/- e, UL, CSA, DNV, C-Tick, NOM, GOST ATV W ATV E ATV W ATV E Pages et Altivar and Altivar Plus variable speed drives 0

10 Selection guide Altivar Plus and Altivar Plus Integrated solutions Type of machine Pumps and fans (industrial) Power range for 0 0 Hz (kw) line supply Three-phase 0 V Three-phase 00 V Three-phase 0 V Main characteristics With enhanced protection With enhanced protection and integrated cooling circuit Variants Ready to use Standard offer Modular with integrated options User-definable on request Drive Output frequency Hz Type of control Asynchronous motor Sensorless fl ux vector control Voltage/frequency ratio or points Energy saving ratio Transient overtorque Synchronous motor Flux vector control without speed feedback 0% of the nominal motor torque for 0 seconds Communication Embedded Modbus and CANopen Cards (available as an option) As an option Modbus TCP, Modbus/Uni-Telway, EtherNet/IP, DeviceNet, PROFIBUS DP V0 and V, InterBus, CC-LINK LonWorks, METASYS N, APOGEE FLN, BACnet Controller Inside programmable card Multi-pump cards Degree of protection IP with separate air fl ows, ATV ES IP compact version, ATV EXC IP compact version, ATV EXC IP with separate air fl ows, ATV EXS With integrated air-cooled circuit: IP : ATV EXA IP : ATV EXA With external water-cooled system: IP, on request References ATV Plus 0 Catalogues Page 0

11 Complex machines (industrial and infrastructure) With enhanced protection With enhanced protection and integrated cooling circuit Ready to use Standard offer Modular with integrated options User-definable on request Hz Flux vector control with or without sensor Voltage/frequency ratio ( or points) ENA System Vector control with or without speed feedback 0% of the nominal motor torque for seconds 0% of the nominal motor torque for 0 seconds Modbus and CANopen Modbus TCP, Modbus/Uni-Telway, EtherNet/IP, DeviceNet, PROFIBUS DP V0 and V, InterBus, CC-LINK Controller Inside programmable card IP with separate air fl ows, ATV ES IP compact version, ATV EXC IP compact version, ATV EXC IP with separate air fl ows, ATV EXS IP, with integrated air-cooled circuit, ATV EXA IP, with integrated air-cooled circuit, ATV EXA IP, with external water-cooled system (on request) ATV Plus Altivar and Altivar Plus variable speed drives 0

12 Presentation Altivar PF00 PF0 ATV HCN, ATV HDMX, ATV HUN ATV W0N, ATV W0NC Presentation The Altivar drive is a frequency inverter for 0. kw to 00 kw three-phase synchronous and asynchronous motors. It has been designed for the most common fl uid management applications in industrial and commercial buildings and infrastructures. The Altivar can increase the performance of equipment and reduce operating costs in buildings by optimizing energy consumption whilst improving user comfort. Environmentally-friendly and energy-saving The drive is designed to be environmentally-friendly: b Energy saving with a reduction in energy consumption of 0% for ventilation applications and 0% for pumping applications b Reduction of fl uid losses in distribution networks b Use of 0% recyclable materials - the Altivar drive conforms to environmental standard ISO 00 which defi nes a critical analysis of the product's impact on the environment An environmental report is available for the Altivar drive on our website Compliance with international standards and certifications The Altivar drive has been developed to meet the requirements of directives regarding the protection of the environment (RoHS, REACH, WEEE, etc.) as well as those of European Directives to obtain the e mark. The entire range is UL, CSA, DNV, C-Tick, NOM and GOST certifi ed and conforms to international standards relating to electrical industrial control equipment IEC/EN 00- and IEC/EN The need for electromagnetic compatibility was taken into account at the outset when designing the drive. The entire range conforms to international standard IEC/EN 00-. The Altivar drive complies with the requirements of safety standards for applications in explosive atmospheres (ATEX). Please refer to the ATEX guide which is available on our website An extensive range The Altivar range offers numerous variants to meet the requirements of applications in a wide variety of fi elds and in very harsh environments. With these variants, the Altivar range offers ready-to-use or modular solutions that can adapt perfectly to your needs. Its numerous and comprehensive options enable it to be adapted and incorporated into electrical installations, sophisticated control systems, infrastructures and building management systems. They also create signifi cant energy savings and reduce line interference. A specifi c option, the Active Front End, enables the Altivar to be used in installations where particularly low harmonic levels are required. It also allows the Altivar drive to operate on unstable line supplies. 0 ATV EXSppppp : page Variants: page Accessories: page Options: page page 0

13 Presentation (continued) Altivar PF00 PF0 PF00 Air treatment application Air purifi cation application A wide range of applications The Altivar drive incorporates advanced functions for optimum effi ciency in the majority of applications in the industrial or commercial buildings sector: b Ventilation b Air conditioning b Air purifi cation, smoke extraction b Fluid management b Pumping and booster stations b Irrigation stations b Off-shore drilling rigs b Etc. Advanced functions The Altivar drive meets the most stringent requirements due to its numerous integrated application functions, while ensuring the reliability of equipment with its protection and safety functions. Functions designed specifically for pump and fan applications b Energy saving ratio, or point quadratic ratio b Automatic catching a spinning load with speed detection b Adaptation of current limiting according to speed b Noise and resonance suppression due to the possibility of adjusting the switching frequency during operation up to khz depending on the rating and the possibility of making frequency skips b Preset speeds b Integrated PID regulator with preset PID references and automatic/manual (Auto/Man.) mode b Electricity and service hours meter b Fluid absence detection, zero fl ow and limited fl ow detection b Sleep function, wake-up function b Customer settings with display of physical measurements (bar, I/s, C, etc.) Protection functions b Motor and drive thermal protection, PTC thermal probe management b Protection against overloads and overcurrents in continuous operation b Machine mechanical protection via skip frequency function, output phase rotation b Protection of the installation by means of underload, overload and zero flow detection b Protection via management of multiple faults and confi gurable alarms Safety functions b Machine safety via the integrated Power Removal function This function stops the motor and prevents accidental restarts; it complies with machine safety standard ISO -, category and the standard for functional safety IEC/EN 0, SIL capability (safety control-signalling applied to processes and systems). This safety function means that the drive can be installed as part of the safety system for an Electrical/Electronic/Programmable Electronic control system relating to the safety of a machine or industrial process. b Installation safety is assured by means of the forced operation function with confi gurable fault inhibiting, direction of operation and references. Water treatment application 0 : page Variants: page Accessories: page Options: page page

14 Presentation (continued) Altivar An open-ended offer to adapt to your applications The Altivar and Altivar Plus offers cover motor power ratings from 0. kw to 00 kw with several types of power supply: Three-phase power supply Motor power Reference V 0. kw 0 kw ATV HpppM ATV HpppMX 0... V kw 0 kw ATV EXCppppNH 0 kw 0 kw ATV ESpppN ATV EXSpppN ATV EXCppppN 0 kw 00 kw ATV EXAppppN V 0. kw 0 kw ATV HpppN 0. kw 0 kw ATV WpppN ATV WpppNC 0 kw 0 kw ATV QpppN 00 V 0 kw 0 kw ATV EXSpppN ATV EXCppppN 0 kw 00 kw ATV EXAppppN V. kw kw ATV HpppSX V. kw 00 kw ATV HpppY 0 kw 0 kw ATV QpppY 0 V 0 kw 00 kw ATV EXCppppY ATV EXSpppY 00 kw 00 kw ATV EXAppppY Altivar drives with 00 0 V three-phase supply voltage can also be used with motor power ratings from 0. kw to. kw single-phase, if the motor is derated. Flexibility in control systems and building management systems The Altivar drive has numerous logic and analog inputs and outputs that can be configured to adapt better to applications. Its functions can be extended by using I/O expansion cards (see page ). Extended functions using option cards It includes the Modbus and CANopen protocols as standard to enhance the performance of your control systems. It is open to other control system architectures for industry and and integrates easily into building management systems (HVAC) using communication option cards (see page ). All communication protocols for use in industry (Modbus TCP, Ethernet/IP, Modbus/ Uni-Telway, PROFIBUS DP V0 or V, DeviceNet, INTERBUS and CC-LINK) or in building management (LonWorks, METASYS N, APOGEE FLN, BACnet) are available. It can be open to a distributed architecture by using a Controller Inside programmable card which allows the drive to be adapted to specifi c applications, quickly and in an open-ended manner, by decentralizing the control system functions (programming in IEC - compliant languages) (see pages to ). It can also be used to manage several pumps using multi-pump cards (see pages and ). The Controller Inside and multi-pump cards have their own I/O and can manage the drive's I/O as well as those of the I/O expansion cards. They can also use drive parameters such as speed, current, torque, etc. The Altivar drive can also take an encoder interface card to increase the safety of the application (see page ). Note: The Altivar can accommodate a maximum of two option cards simultaneously; please refer to the summary table of possible combinations to fi nd out which options are available for each drive (see pages to ). 0 : page Variants: page Accessories: page Options: page page

15 Presentation (continued) Altivar An open-ended offer to adapt to your applications (continued) Electromagnetic compatibility (EMC) The need for electromagnetic compatibility was taken into account at the outset when designing the drive. The incorporation of EMC fi lters in ATV HpppM, ATV ppppn and ATV ppppy drives and the observance of requirements in respect of EMC simplifi es installation and provides an economical means of ensuring equipment meets e marking requirements. ATV WpppNC drives have integrated EMC filters, which make them compliant with the requirements of EN 0 (class B group ) and IEC/EN 00- (category C) standards. ATV HpppMX, ATV HpppSX and ATV Qppppp drives have been designed without an EMC fi lter. Filters are available as an option and can be installed by the customer to reduce the level of emissions (see page ). A wide range of options A large number of external options can be combined with the Altivar : b Braking units and resistors (see pages to ) b DC chokes, line chokes and passive fi lters (see pages to ) and the Active Front End option for reducing current harmonics (see pages to ) b Additional EMC input fi lters for reducing conducted emissions on the line (see pages and ) b Motor chokes and sinus fi lters for long cable runs or to remove the need for shielding (see pages to ) Mounting options The Altivar drive can be mounted in a variety of ways to adapt to the various needs of an installation. Mounting without an enclosure The Altivar drive can be mounted directly on a wall without having to be installed inside an enclosure. UL Type conformity can be achieved by using kit VW A pp, or IP or IP conformity with kit VW A pp (see pages and ). ATV HUN fl ush-mounted Flush-mounting in dust and damp proof enclosure The Altivar drive has been designed to reduce the size of enclosures (floor-standing, wall-mounted, etc.). Flush-mounting kit VW A pp makes it possible to mount the power section outside the enclosure and limit the temperature rise inside the enclosure (see page ). This variant also allows side-by-side mounting, if operating conditions require it. 0 : page Variants: page Accessories: page Options: page page

16 Presentation (continued) Altivar PF00 Altivar drive equipped with a Vario switch disconnector Solutions for all environments The offer includes numerous variants which make it possible to further broaden the Altivar drive's range of applications. It is designed to meet the requirements of each application as closely as possible, and offers ready-to-use or modular solutions. Reinforced version variant This reinforced version variant enables the Altivar drive to be used for applications in diffi cult ambient pollution conditions (see page ). Variant with Vario switch disconnector IP Altivar drives can be supplied equipped with a Vario switch disconnector. This ready-equipped offer, ATV EpppN, is specially designed for applications that require an accessible drive as close as possible to the motor (such as in fl uid, waste water and air treatment applications). It covers motor power ratings from 0. kw to 0 kw (see page ). Variant for medium voltage motors This variant enables the Altivar drive to be used for applications involving medium voltage motors (see page ). Variant for industrial environments and infrastructure To facilitate set-up in industrial environments and infrastructure contexts (such as tunnels, subways, smoke extraction and pumping), an enclosed drive solution is available, enhanced by a wide range of options. Altivar Plus drive in IP or IP ready-assembled, compact floor-standing enclosure This enclosed drive solution (ATV EXCppppp) provides IP or IP protection. It is supplied ready-assembled and ready to connect. A common air circuit provides enclosure ventilation. In addition to a standard version, a modular version is available with a choice of options to suit the requirements of your installation. The offer covers a range of drives from 0 kw to 00 kw (see page ). Altivar Plus variant with harmonic fi ltering in ready to use IP or IP fl oor-standing enclosure Variant for applications requiring a very low harmonic level Altivar Plus drive with harmonic filtering in Ready to use IP or IP floor-standing enclosure This enclosed product has been designed to offer, in a compact ready-to-use version, a range of drives designed to meet the requirements of applications requiring very low harmonic distortion factors (THDI y %). This enclosed drive solution provides, depending on the model, degree of protection IP (ATVEXCpppNH) or IP (ATVEXCpppNH). In addition to a standard version, a modular version is available with a choice of options to suit the requirements of your installation. The offer covers a range of drives from kw to 0 kw. 0 : page Variants: page Accessories: page Options: page page

17 Presentation (continued) Altivar PF0 PF00 PF00 Pre-equipped IP kit Altivar Plus variant in ready to use IP fl oor-standing enclosure Solutions for all environments (continued) Variant for environments requiring greater ruggedness Water-cooled Altivar drive With their internal water-cooled system, Altivar Q (ATV QpppN and ATV QpppY) drives represent the optimum solution for applications in which rugged versions are essential. The integrated water-cooled system circuit can dissipate heat at its source and hence offers optimum integration of the whole electrical control system. Evacuation of thermal losses by this system also avoids the need to install an expensive air conditioning system. The Altivar Q offer is also perfectly suited to frequent start-up applications. It covers motor power ratings between 0 kw and 0 kw (see pages 0 and ). These variants offer enclosed drive solutions with cooling systems specially designed to allow the Altivar drive to operate in diffi cult environmental conditions. Variants for harsh and highly polluted environments These variants offer enclosed drive solutions with cooling systems specially designed to allow the Altivar drive to operate in diffi cult environmental conditions. Pre-equipped IP kit This straightforward and cost-effective solution, which is available by quoting a single reference, provides you with all the mechanical components you need to create an IP certifi ed fl oor-standing enclosure (VW A VW A ) (see page 0). The cooling systems enable the equipment to be installed in a variety of diffi cult environments ( or air circuits, depending on the model). The overall dimensions, reduced to a minimum, allow assembly in extremely confined spaces. The kit is available for IP 0 Altivar drives from 0 kw to 0 kw (see page 0). Altivar Plus drive in ready-to-use IP floor-standing enclosure This enclosed drive solution (ATV ESpppN) provides IP protection. It is supplied ready-assembled and ready to connect. Optimum enclosure ventilation is ensured by two separate cooling circuits. The offer covers a range of drives from 0 kw to 0 kw (see page 0). Altivar Plus drive in IP or IP floor-standing enclosure with separate air flows These fl oor-standing enclosures are designed to operate in harsh and highly polluted environments, by using two separate cooling circuits, one for the control section and one for the power section, to optimize enclosure ventilation. Depending on the model, they provide IP protection (ATV EXSpppp) and IP or IP (ATV EXAppppp). It includes a standard version, a modular version via the addition of numerous options and a fully customizable version to suit your requirements. The offer covers a range of drives from 0 kw to 0 kw (ATV EXSpppp) and 0 kw to 00 kw (ATV EXAppppp) (see page ). Altivar Plus variant in an IP or IP enclosure with separate air fl ows 0 : page Variants: page Accessories: page Options: page page

18 Presentation (continued) Altivar Dialogue and configuration tools Remote graphic display terminal The Altivar drive is supplied with a remote graphic display terminal. This terminal provides a user-friendly interface with fast and easy access, on-line help screens, text in the user's language ( languages factory-installed, plus others available via fl ash memory). It can be customized for the user or the machine. The advanced functions on the display unit allow easy access to the more complex confi guration, setup or maintenance functions. It can be located remotely on an enclosure door with IP or IP degree of protection on IP 0 drives, or built-in on IP drives. See page. SoMove Mobile Software SoMove Mobile software is particularly suitable for maintenance operations. It can be used to edit the drive parameters from a mobile phone, save confi gurations, import them from a PC and export them to a PC via a Bluetooth wireless connection. See page. or or Dialogue and confi guration tools for Altivar drive SoMove setup software SoMove setup software for PC is used to confi gure, adjust and debug the Altivar drive with the Oscilloscope function, as well as for drive maintenance, in the same way as for all other Schneider Electric drives and starters. For presentation, description and references, see page. Simple Loader and Multi-Loader configuration tools The Simple Loader tool enables the configuration from one powered-up drive to be duplicated on another powered-up drive. The Multi-Loader tool enables configurations from a PC or drive to be copied and duplicated on another drive; Altivar drives do not need to be powered up. See page. Quick programming tools With its macro-confi gurations and its Simply Start menu, the Altivar drive gets applications up and running immediately. Macro-configuration The Altivar drive offers quick and easy programming using macro-confi gurations corresponding to different applications or uses: start-stop, pumping and ventilation, general use, connection to communication networks, PID regulator. Each of these configurations is still fully modifi able. Simply Start menu Simply Start menu The Simply Start menu can be used to ensure that the application is working correctly, maximize motor performance and ensure motor protection. The architecture, the hierarchical parameter structure and the direct access functions all serve to make programming quick and easy, even for the more complex functions. 0 : page Variants: page Accessories: page Options: page page

19 Presentation (continued) Altivar Integrated functions for maintenance, monitoring and diagnostics The Altivar has numerous built-in maintenance, monitoring and diagnostic functions. The option of powering the control part separately enables communication to be maintained (monitoring, diagnostics) even if there is no power supply to the power part. Built-in function: fault log Example of functions: b Drive test functions with diagnostic screen on the remote graphic display terminal b I/O maps b Communication maps for the different ports b Oscilloscope function that can be viewed using the SoMove setup software b Management of the drive installed base via microprocessors with fl ash memory b Remote use of these functions by connecting the drive to a modem via the Modbus port b Identifi cation of all the drive's component parts as well as the software versions b Fault logs with display of the value of up to variables on occurrence of a fault b Downloading languages to the terminal via fl ash memory b Storage of a -line, -character message in the drive Documentation on the entire offer The Altivar range is also described in a DVD-ROM which includes all the Schneider Electric documentation on variable speed drives and soft start/soft stop units. The DVD-ROM includes: b Technical documentation (programming manuals, installation manuals, quick reference guides) b Brochures b Catalogues The content of the DVD-ROM is also available on our website Description Reference Weight kg Description of the Motion & Drives offer DVD-ROM VW A : page Variants: page Accessories: page Options: page page

20 References Altivar Supply voltage V 0/0 Hz PF0 IP 0 drives Motor Line supply Altivar Power indicated on rating plate () Line current () Apparent power Maximum prospective line Isc Maximum continuous current () Max. transient current for 0 s Reference Weight PF0 PF0 ATV H0M ATV HUMZ 00 V 0 V 0 V 0 V kw HP A A kva ka A A kg Single-phase supply voltage: 00 0 V 0/0 Hz ATV H0M ATV HUM ATV HUM ATV HU0M ATV HU0M () ATV HUM () ATV HUM ().000 Three-phase supply voltage: 00 0 V 0/0 Hz ATV H0M ATV HUM ATV HUM ATV HU0M ATV HU0M ATV HUM ATV HUM ATV HDMX () ATV HDMX () ATV HDMX () ATV HDMX () ATV HD0MX () ATV HDMX () ATV HDMX () ATV HDMX () ATV HDMX () ATV HD0MX () ATV HDMX Dimensions (overall) Drives W x H x D mm ATV H0M, HUM 0 x 0 x ATV HUM HU0M x 0 x ATV HUM x x ATV HUM 0 x x ATV HDMX, HDMX 0 x 00 x ATV HDMX, HDMX 0 x 0 x ATV HD0MX HDMX 0 x 0 x ATV HDMX, HDMX 0 x 0 x ATV HD0MX 0 x 0 x () These values are given for a nominal switching frequency of khz up to ATV HDMX or. khz for ATV HDMX HD0MX drives for use in continuous operation. The switching frequency is adjustable from khz up to ATV HDMX, from. khz for ATV HDMX and from. khz for ATV HDMX, HD0MX. Above. or khz, depending on the rating, the drive will reduce the switching frequency automatically in the event of an excessive temperature rise. For continuous operation above the nominal switching frequency, derate the nominal drive current, see derating curves on our website () Typical value for the indicated motor power and for the maximum prospective line Isc. () A line choke must be used (see page ). () Drive supplied without EMC fi lter. EMC fi lters are available as an option (see page ). Note: Consult the summary tables of possible drive, option and accessory combinations (see pages,, and ). 0 Variants: page Accessories: page Dialogue: page page

21 References (continued) Altivar Supply voltage V 0/0 Hz PF0 IP 0 drives with integrated category C or C EMC filter Motor Line supply Altivar Power indicated on rating plate () Line current () Apparent power Maximum prospective line Isc Maximum continuous current () Max. transient current for 0 s Reference Weight PF0 PF0 ATV HUN ATV HU0NZ 0 V 0 V 0 V 0 V (IEC) 0 V (NEC) kw HP A A kva ka A A kg Three-phase supply voltage: 0 0 V 0/0 Hz ATV H0N ATV HUN ATV HUN ATV HU0N ATV HU0N ATV HUN ATV HUN ATV HDN ATV HDN ATV HDN ATV HDN ATV HD0N ATV HDN ATV HDN ATV HDN ATV HDN ATV HD0N ATV HCN ATV HCN ATV HCN ATV HCN ATV HCN ATV HCN ATV HC0N ATV HC0N ATV HCN Dimensions (overall) Drives W x H x D mm ATV H0N HUN 0 x 0 x ATV HU0N, HU0N x 0 x ATV HUN, HUN x x ATV HDN 0 x x ATV HDN, HDN 0 x 00 x ATV HDN 0 x 0 x ATV HD0N, HDN 0 x 0 x ATV HDN HDN 0 x 0 x 0 ATV HD0N, HCN 0 x 0 x ATV HCN 0 x 0 x ATV HCN 0 x 0 x ATV HCN 0 x 0 x ATV HCN, HCN x 0 x ATV HC0N, HC0N 0 x 0 x ATV HCN 0 x 0 x () These values are given for a nominal switching frequency of khz up to ATV HDN, khz for ATV HD0N or. khz for ATV HCN HCN drives for use in continuous operation. The switching frequency is adjustable from khz up to ATV HDN and from khz for ATV HD0N ATV HCN drives. Above., or khz, depending on the rating, the drive will reduce the switching frequency automatically in the event of an excessive temperature rise. For continuous operation above the nominal switching frequency, derate the nominal drive current, see derating curves on our website () Typical value for the indicated motor power and for the maximum prospective line Isc. Note: Consult the summary tables of possible drive, option and accessory combinations (see pages,, and ). ATV HCN 0

22 References (continued) Altivar Supply voltage V 0/0 Hz PF000 Water-cooled IP 0 drives Motor Line supply Altivar Power indicated on rating plate () Line current () Apparent power Maximum prospective line Isc Maximum continuous current () Maximum transient current for 0 s Reference Weight 0 V 0 V 0 V 0 V (IEC) 0 V (NEC) kw HP A A kva ka A A kg Three-phase supply voltage: 0 0 V 0/0 Hz ATV QCN ATV QCN ATV QCN ATV QCN ATV QC0N ATV QCN ATV QCN ATV QC0N ATV QC0N ATV QCN Dimensions (overall) Drives W x H x D mm ATV QCN QCN 0 x 0 x ATV QC0N QCN x 0 x ATV QC0N QCN 0 x 0 x () These values are given for a nominal switching frequency of. khz, for use in continuous operation. The switching frequency is adjustable from. khz. Above. khz, the drive will reduce the switching frequency automatically in the event of excessive temperature rise. For continuous operation above the nominal switching frequency, derate the nominal drive current, see derating curves on our website () Typical value for the indicated motor power and for the maximum prospective line Isc. Note: Consult the summary tables of possible drive, option and accessory combinations (see pages,, and ). 0 Variants: page Accessories: page Dialogue: page page 0

23 References (continued) Altivar Supply voltage V 0/0 Hz Motor Line supply Altivar Power indicated on rating plate () Line current () Apparent power Maximum prospective line Isc Maximum continuous current () Max. transient current for 0 s Reference Weight 0 V 0 V 0 V 0 V (IEC) 0 V (NEC) PF0 kw HP A A kva ka A A kg IP drives with integrated category C EMC filter Three-phase supply voltage: 0 0 V 0/0 Hz ATV W0N ATV WUN ATV WUN ATV WU0N ATV WU0N ATV WUN ATV WUN.000 ATV W0N..... ATV WDN ATV WDN ATV WDN ATV WDN ATV WD0N ATV WDN ATV WDN ATV WDN ATV WDN.000 PF ATV WD0N.000 IP drives with integrated category C EMC filter Three-phase supply voltage: 0 0 V 0/0 Hz ATV W0NC ATV WUNC ATV WUNC ATV WU0NC ATV WU0NC ATV WUNC ATV WUNC ATV WDNC ATV WDNC ATV WDNC ATV WDNC ATV WD0NC ATV WD0NC ATV WDNC ATV WDNC ATV WDNC ATV WDNC ATV WD0NC.000 Dimensions (overall) Drives W x H x D mm ATV W0N (C) WU0N (C) 0 x 0 x ATV WU0N (C), WUN (C) 0 x 0 x ATV WUN (C), WDN (C) 0 x x ATV WDN (C) x 0 x ATV WDN (C), WDN (C) x x ATV WD0N (C) x 0 x ATV WDN (C), WDN (C) x 0 x ATV WDN (C) WD0N (C) x 000 x () These values are given for a nominal switching frequency of khz up to ATV WDN or ATV WDNC, or khz for ATV WDN WD0N or ATV WDNC WD0NC for use in continuous operation. The switching frequency is adjustable from khz for all ratings. Above or khz, depending on the rating, the drive will reduce the switching frequency automatically in the event of an excessive temperature rise. For continuous operation above the nominal switching frequency, derate the nominal drive current, see derating curves on our website () Typical value for the indicated motor power and for the maximum prospective line Isc. 0 Note: Consult the summary tables of possible drive, option and accessory combinations (see pages pages,, and ).

24 References (continued) Altivar Supply voltage V 0/0 Hz PF0 IP drives with integrated Vario switch disconnector and category C EMC filter Three-phase supply voltage: 0 0 V 0/0 Hz Motor Line supply Altivar Power indicated on rating plate () Line current () Apparent power Maximum prospective line Isc Maximum continuous current In () Maximum transient current for 0 s Reference Weight 0 V 0 V 0 V 0 V 0 V kw HP A A kva ka A A A kg ATV E0N ATV EUN.00 ATV EDN ATV EUN ATV EU0N ATV EU0N ATV EUN ATV EUN ATV EDN ATV EDN ATV EDN ATV EDN ATV ED0N.00 0.,... ATV EDN ATV EDN ATV EDN ATV EDN ATV ED0N.00 Dimensions (overall) Drives W x H x D ATV E0N U0N 0 x 0 x ATV EU0N, UN 0 x 0 x 0 ATV EUN, DN 0 x x 0 ATV EDN x 0 x ATV EDN, DN x x 0 ATV ED0N x 0 x ATV EDN, DN x 0 x ATV EDN D0N x 000 x 0 () These values are given for a nominal switching frequency of khz up to ATV EDN or khz for ATV EDN...ED0N drives for use in continuous operation. The switching frequency is adjustable from khz for all ratings. Above or khz, depending on the rating, the drive will reduce the switching frequency automatically in the event of an excessive temperature rise. For continuous operation above the nominal switching frequency, derate the nominal drive current, see derating curves on our website () Typical value for the indicated motor power and for the maximum prospective line Isc. 0 Variants: page Accessories: page Dialogue: page page

25 References (continued) Altivar Supply voltage V 0/0 Hz PF0 IP 0 drives Motor Line supply Altivar Power indicated on rating plate () Line current () Maximum prospective line Isc Maximum continuous current () () Reference Weight 00 V V 00 V 00 V 00 V V kw HP A A ka A A kg Three-phase supply voltage: V 0/0 Hz..... ATVHUSX ATVHU0SX ATVHU0SX ATVHUSX ATVHUSX.00 ATV HU0SX PF0 IP 0 drives with integrated category C EMC filter Three-phase supply voltage: 00 0 V 0/0 Hz Motor Line supply Altivar Power indicated on rating plate () Line current () Maximum prospective line Isc Maximum continuous current () () Reference () Weight PF0 PF0 ATV HDY 00 V V 0 V 00 V 00 V 0 V 00 V V 0 V kw HP kw A A A ka A A A kg ATV HU0Y ATV HU0Y ATV HUY ATV HUY ATV HDY ATV HDY ATV HDY ATV HDY ATV HD0Y ATV HDY ATV HDY ATV HDY ATV HDY ATV HD0Y ATV HCY () ATV HCY () ATV HCY () ATV HC0Y () ATV HCY () ATV HCY () ATV HC0Y () ATV HC0Y () ATV HCY () ATV HC0Y ().000 Dimensions (overall) Drives W x H x D mm ATV HUSX HUSX 0 x x ATV HU0Y HD0Y 0 x 0 x ATV HDY HD0Y 0 x 0 x 0 ATV HCY HC0Y 0 x 0 x ATV HCY HC0Y x 0 x ATV HC0Y HC0Y 0 x 0 x () These values are given for a nominal switching frequency of khz for ATV HUppSX and for ATV HU0Y HD0Y or. khz for ATV HDY HC0Y for use in continuous operation. The switching frequency is adjustable from. khz for ATV HUppSX and for ATV HU0Y HD0Y and from.. khz for ATV HDY HC0Y drives. Above. khz or khz, depending on the rating, the drive will reduce the switching frequency automatically in the event of an excessive temperature rise. For continuous operation above the nominal switching frequency, derate the nominal drive current, see derating curves on our website () Typical value for the indicated motor power and for the maximum prospective line Isc. () The maximum transient current for 0 seconds is equal to 0% of the maximum continuous current. () Line choke mandatory for ATV HCY HC0Y drives, unless a special transformer is used (-pulse) or when using the variant for medium voltage motors (see page ). The line choke must be ordered separately (see page ). Note: Consult the summary tables of possible drive, option and accessory combinations (see pages to ). ATV HCY + VW A (line choke mandatory) () 0

26 References (continued) Altivar Supply voltage V 0/0 Hz PF000 Water-cooled IP 0 drives Three-phase supply voltage: 00 0 V 0/0 Hz Motor Line supply Altivar Power indicated on rating plate () Line current () Maximum prospective line Isc Maximum continuous current () () 00 V V 0 V 00 V 00 V 0 V 00 V V 0 V Reference () Weight kw HP kw A A A ka A A A kg ATV QCY ATV QCY ATV QC0Y ATV QCY ATV QCY ATV QCY ATV QC0Y ATV QC0Y ATV QCY ATV QC0Y Dimensions (overall) Drives l x H x P mm ATV QCY QC0Y 0 x 0 x ATV QCY QC0Y x 0 x ATV QC0Y QC0Y 0 x 0 x () These values are given for a nominal switching frequency of. khz, for use in continuous operation. The switching frequency is adjustable from. khz. Above. khz, the drive will reduce the switching frequency automatically in the event of excessive temperature rise. For continuous operation above the nominal switching frequency, derate the nominal drive current, see derating curves on our website () Typical value for the indicated motor power and for the maximum prospective line Isc. () The maximum transient current for 0 seconds is equal to 0% of the maximum continuous current. () A line choke must be used (see page ). Note: Consult the summary tables of possible drives, options and accessories (see pages 0 to ). 0 Variants: page Accessories: page Dialogue: page page

27 Presentation, references Altivar Variants Variable speed drive with additional power supply When the power consumption table does not exceed 00 ma, ATV WpppN drives can be supplied with an additional V c power supply, which allows additional consumption of 0 ma. In this case, add A at the end of the reference. For example: ATV W0N becomes ATV W0NA. Variable speed drive in a reinforced version This variant enables variable speed drives to operate in diffi cult ambient pollution conditions and complies with standard IEC0-- class C. ATV HDMX HD0MX, ATV HD0N HCN, ATV HpppY and ATV WpppNA drives are supplied as standard in a reinforced version. To order ATV H0M HUM and ATV H0N HDN variable speed drives in a reinforced version, add S at the end of the reference. For example: ATV H0M becomes ATV H0MS. To order ATV HDMX HDMX drives in a reinforced version, add at the end of the reference. For example: ATV HDMX becomes ATV HDMX. In the reinforced version, the variable speed drive is supplied with a remote graphic display terminal. Variable speed drive with integrated terminal All drives come with a remote graphic display terminal and an integrated terminal as standard. ATV H0M HDMX and ATV H0N HDN drives can be ordered without a remote graphic display terminal. They will then have the integrated terminal only. In this case, add Z at the end of the reference. For example: ATV H0M becomes ATV H0MZ. Variable speed drive without DC choke ATV HD0N HCN drives are supplied with a DC choke as standard. They can be ordered without a DC choke for connections to the DC bus or when using a line choke (see page ), by adding D at the end of the reference. For example: ATV HD0N becomes ATV HD0ND. Variable speed drive with EMC plate conforming to NEMA type standard ATV WpppN drives are supplied as standard with a European version EMC plate. To order drives with an EMC plate conforming to NEMA type standard, add U at the end of the reference. This plate is supplied without a drill hole. For example: ATV W0N becomes ATV W0NU. Note: - ATV H0M HDMX, ATV H0N HDN, ATV HpppSX, ATV WpppNC and ATV HU0Y HD0Y drives are supplied as standard with a European version plate for EMC mounting - ATV HDMX HD0MX, ATV HD0N HCN and ATVHCY HC0Y drives are supplied as standard without a plate for EMC mounting. Depending on the reference, the European version EMC plate is included in the UL Type or IP kit (see pages and ). 0 : page Accessories: page Dialogue: page page

28 Presentation, references (continued) Altivar Variants Low voltage drive for medium voltage motors This variant is an optimized solution for a medium voltage installation since it allows a low voltage drive to be used to control a medium voltage motor, thus offering a signifi cant reduction in costs. Debugging and maintenance are also simpler and therefore less expensive. This variant is particularly suitable for pump and fan installations requiring low starting torque and/or long cable runs, such as submersible pumps, etc. The drive is supplied by a medium voltage/low voltage step-down transformer and controls the motor via a sinus fi lter and a low voltage/medium voltage step-up transformer. Medium voltage line supply L L M L MV/LV step-down transformer Altivar low voltage drive Sinus fi lter LV/MV step-up transformer Medium voltage motor This variant allows use of a low voltage drive covering motor ratings from 0 kw to 00 kw for a medium voltage line supply between 00 V and 00 V. To order ATV HCND HCND and ATV HCY HC0Y drives in this variant, add at the end of the reference. For example: ATV HCND becomes ATV HCND. The sinus fi lter must be ordered separately (see page ) by adding S at the end of the reference. For example: VW A 0 becomes VW A 0S. For sinus fi lters used with ATV HpppY variable speed drives, please contact our Customer Care Centre. To determine the size of the drive and the step-up/step-down transformers, please contact our Customer Care Centre. 0 : page Accessories: page Dialogue: page page

29 Presentation, references Altivar Accessories Kit for flush-mounting in a dust and damp proof enclosure (for ATV Hppppp drives) This kit is used to mount the power section of the drive outside the enclosure. This solution considerably reduces dissipated losses in the enclosure (). It is available for ATV HpppM, ATV HpppMX, ATV H0N HCN, ATV HpppSX, ATV HD0ND HCND and ATV HU0Y HC0Y drives. With this type of mounting, the maximum internal temperature in the enclosure can then reach 0 C without it being necessary to derate the drive current. Between 0 C and 0 C, a control card fan kit must be used for ATV HDN HDN and ATV HU0Y HD0Y drives to prevent hot spots (see page ). ATV HUN fl ush-mounted The back of the enclosure must be drilled and cut out for this type of mounting. The kit comprises: b A metal frame of the right size for the drive rating b Corner pieces b Seals b A fan support (this is used to re-position the fans so that they can be accessed from the front of the enclosure) b Fixing accessories b A manual References For drives Reference Weight kg ATV H0M, HUM VW A 0.00 ATV H0N HUN ATV HUM HU0M ATV HU0N, HU0N VW A 0.00 ATV HUM ATV HUN, HUN VW A 0.00 ATV HUM ATV HDN ATV HUSX HUSX ATV HDMX, HDMX ATV HDN, HDN VW A 0.00 VW A 0.00 ATV HDMX, HDMX ATV HDN ATV HU0Y HD0Y VW A 0.00 ATV HCND fl ush-mounted ATV HD0N, HDN VW A 0.00 ATV HD0MX HDMX VW A 0.00 ATV HDN HDN ATV HDY HD0Y VW A 0.00 ATV HDMX, HDMX ATV HD0N, HCN () ATV HD0ND, HCND VW A 0.00 ATV HD0MX ATV HCN () ATV HCND ATV HCN () ATV HCND ATV HCY HC0Y () VW A.00 VW A.00 ATV HCN () ATV HCND VW A.00 ATV HCN, HCN () ATV HCND, HCND ATV HCY HC0Y () Without braking unit VW A.00 With braking unit VW A.00 () Power dissipated in the enclosure for dust and damp proof fl ush-mounting: please consult our website () Drives supplied as standard with a DC choke: when mounting, cut out and drill the enclosure for the choke. () Drives supplied as standard with a transformer for the fan: when mounting, cut out and drill the enclosure for the transformer. 0 : page Variants: page Dialogue: page page

30 Presentation, references (continued) Altivar Accessories Kit for UL Type conformity (mounting outside the enclosure) When the drive is mounted directly on a wall outside the enclosure, this kit can be used to ensure UL Type conformity when connecting the cables with a tube. The shielding is connected inside the kit. For ATV HpppM, ATV HDMX HDMX, ATV H0N HDN, ATV HpppSX and ATV HU0Y HD0Y drives, the kit comprises: b All the mechanical parts including a pre-cut plate for connecting the tubes b Fixing accessories b A manual For ATV HDMX HD0MX, ATV HD0N HCN, ATV HD0ND HCND and ATV HCY HC0Y drives, the kit comprises: b An IP casing used to maintain the IP degree of protection for the power section b An EMC plate b A UL Type cover b A pre-drilled plate for connecting the tubes b Fixing accessories b A manual References For drives Reference Weight kg ATV H0M, HUM ATV H0N HUN VW A 0.00 ATV HUM HU0M ATV HU0N, HU0N VW A 0.00 ATV HUM ATV HUN, HUN ATV HUM ATV HDN ATV HUSX USX VW A 0.00 VW A ATV HDMX, HDMX ATV HDN, HDN VW A 0.00 ATV HDMX, HDMX ATV HDN ATV HU0Y HD0Y VW A ATV HD0N, HDN VW A ATV HD0MX HDMX VW A.000 ATV HDN HDN ATV HDY HD0Y VW A ATV HDMX, HDMX ATV HD0N, HCN () ATV HD0ND, HCND () ATV HD0MX ATV HCN () ATV HCND () VW A 0.00 VW A 0.00 ATV HCN () ATV HCND () ATV HCY HC0Y () ATV HCN () ATV HCND () VW A.00 VW A.00 UL Type conformity kits ATV HCN, HCN () Without braking unit VW A.00 ATV HCN, HCND () ATV HCY HC0Y () With braking unit VW A.00 () Drives supplied as standard with a DC choke. () Drives supplied as standard without DC choke. () Drives supplied as standard with a transformer for the fan. 0 : page Variants: page Dialogue: page page

31 Presentation, references (continued) Altivar Accessories 0 Kit for IP or IP conformity (mounting outside the enclosure) When the drive is mounted directly on a wall outside the enclosure, this kit can be used to ensure IP or IP degree of protection when connecting the cables with a cable gland. The shielding is connected inside the kit. For ATV HpppM, ATV HDMX HDMX, ATV H0N HDN, ATV HpppSX and ATV HU0Y HD0Y drives, the kit conforms to IP degree of protection. The kit comprises: b All the mechanical parts including a drilled plate for attaching the cable glands b Fixing accessories b A manual IP conformity kit For ATV HDMX HD0MX, ATV HD0N HCN, ATV HD0ND HCND and ATV HCY HC0Y drives, the kit conforms to IP degree of protection. The kit comprises: b An IP casing used to maintain the IP degree of protection for the power section b An EMC plate with cable clips b An IP cover b Fixing accessories b A manual References For drives ATV H0M, HUM ATV H0N HUN ATV HUM HU0M ATV HU0N, HU0N Degree of protection Reference Weight kg IP VW A 0.00 IP VW A 0.00 ATV HUM ATV HUN, HUN IP VW A 0.00 ATV HUM ATV HDN ATV HUSX ATV HUSX ATV HDMX, HDMX ATV HDN, HDN IP VW A IP VW A 0.00 ATV HDMX, HDMX ATV HDN ATV HU0Y HD0Y IP VW A ATV HD0N, HDN IP VW A ATV HD0MX HDMX IP VW A.000 ATV HDN HDN IP VW A ATV HDY HD0Y ATV HDMX, HDMX ATV HD0N, HCN () ATV HD0ND, HCND () IP VW A 0.00 ATV HD0MX ATV HCN () ATV HCND () ATV HCN () ATV HCND () ATV HCY HC0Y () IP VW A 0.00 IP VW A.00 IP conformity kit ATV HCN () ATV HCND () ATV HCN, HCN () ATV HCN, HCND () ATV HCY HC0Y () ATV HC0N, HC0N () ATV HC0ND, HC0ND () Without braking unit With braking unit IP VW A.00 IP VW A.00 IP VW A.00 IP VW A.000 ATV HCN () ATV HCND () ATV HC0Y HC0Y () IP VW A.000 () Drives supplied as standard with a DC choke. () Drives supplied as standard without DC choke. () Drives supplied as standard with a transformer for the fan. 0 : page Variants: page Dialogue: page page

32 Presentation, references (continued) Altivar Accessories DF0 DNV kit This kit enables Altivar variable speed drives to satisfy the requirements of the DNV certifi cation body. ATV HDMX drive mounted on DNV kit VW A DF00 ATV HDN drive mounted on DNV kit VW A b For the following variable speed drives: v ATV HpppM v ATV HDMX HDMX v ATV H0N HDN The kit comprises: v Shock-absorbing mounts v An EMC input fi lter v EMC fi lter supports v Fixing accessories It is mounted on the back of the variable speed drive on the additional EMC fi lter supplied with the DNV kit as standard. References For drives Reference Weight kg ATV H0M, HUM VW A.00 ATV H0N HUN ATV HUM HU0M VW A.00 ATV HU0N, HU0N ATV HUM VW A.00 ATV HUN, HUN ATV HUM VW A.00 ATV HDN ATV HDMX, HDMX VW A.00 ATV HDN, HDN ATV HDMX, HDMX VW A ATV HDN ATV HD0N, HDN VW A.00 ATV HD0MX HDMX ATV HDN HDN b For ATV HU0Y HD0Y variable speed drives The kit comprises: v Shock-absorbing mounts v An EMC input fi lter v Fixing accessories VW A.00 The shock-absorbing mounts are mounted on the back of the variable speed drive. The EMC fi lter is positioned beside the unit. Reference DF00 For drives Reference Weight kg ATV HU0Y HD0Y VW A.000 b For ATV HDY HD0Y variable speed drives The kit comprises: v Shock-absorbing mounts v An EMC input fi lter v A line choke v Fixing accessories The shock-absorbing mounts are mounted on the back of the variable speed drive. The EMC fi lter is positioned beside the unit. The line choke must be installed upstream of the drive. 0 ATV HpppY drive mounted on DNV kit VW A p Reference For drives Reference Weight kg ATV HDY HD0Y VW A.000 : page Variants: page Dialogue: page page 0

33 Presentation, references (continued) Altivar Accessories DF0 DNV kit (continued) b For the following variable speed drives: v ATV HDMX HD0MX v ATV HD0ND HCND v ATV HCY HC0Y The kit comprises: v Shock-absorbing mounts v The mechanical fi ttings (rails and brackets) required for mounting v Fixing accessories It is mounted on the back of the variable speed drive using the mechanical fi ttings. References For drives Line choke () EMC filter () ATV HDMX () ATV HDMX () Reference Weight kg VW A VW A 0 VW A.00 VW A VW A 0 VW A.00 ATV HD0ND VW A VW A 0 VW A.00 ATV HCND drive mounted on DNV kit VW A 0 ATV HCND VW A VW A 0 VW A ATV HD0MX VW A VW A VW A.000 () ATV HCND VW A 0 VW A 0 VW A.000 ATV HCND VW A VW A 0 VW A.000 ATV HCND Motor P VW A VW A VW A kw Motor P VW A VW A VW A kw ATV HCND VW A VW A VW A 0.00 ATV HCND VW A VW A VW A.000 ATV HC0ND VW A VW A VW A.000 ATV HC0ND x VW A x VW A VW A 0.00 ATV HCND x VW A x VW A VW A.000 ATV HCY, VW A 0 VW A.00 HCY () ATV HCY, VW A VW A.00 HC0Y () ATV HCY () VW A 0 VW A 0.00 ATV HCY, HC0Y () VW A VW A.00 ATV HC0Y () x VW A VW A.000 ATV HCY, x VW A VW A.000 HC0Y () () A line choke must be used. It must be ordered separately (see pages and ). () An EMC fi lter must be used. It must be ordered separately (see page ). () If using the DNV kit, do not mount the DC choke supplied as standard with the drive. () When using a DNV kit, the variable speed drive and the transformer for the fan are mounted separately, for the dimensions see our website 0 : page Variants: page Dialogue: page page

34 Presentation, references (continued) Altivar Accessories DF00 DNV shock-absorbing mounts These mounts are mounted on ATV H0N HDN and ATV HU0Y HD0Y drives. They are supplied with the fi xing accessories necessary for fi xing the shockabsorbing mounts on the back of the drive. DNV shock-absorbing mounts References Description For drives Reference Weight kg DNV shock absorbing mounts supplied with fi xing accessories ATV H0N HUN VW A 0 0. ATV HDN HDN VW A 0. ATV HDN HDN VW A 0.0 ATV HU0Y HD0Y VW A.00 ATV HDY HD0Y VW A.00 DF Control card fan kit This kit is required for ATV HDMX HDMX, ATV HDN HDN and ATV HU0Y HD0Y drives. It enables the drive to operate at an ambient temperature of 0 C to 0 C, for example if it is mounted in an IP enclosure. The circulation of air around the electronic cards prevents the formation of hot spots. To ascertain the derating to be applied to the drive nominal current, consult the curves on our website The kit is mounted on the upper part of the drive. It is powered by the drive. It comprises: b A fan subassembly b Fixing accessories b A manual References Control card fan kit For drives Reference Weight kg ATV HDMX, HDMX ATV HDN ATV HU0Y HD0Y VW A ATV HD0N, HDN VW A ATV HD0MX HDMX VW A ATV HDN HDN ATV HDY HD0Y VW A : page Variants: page Dialogue: page page

35 Presentation, references (continued) Altivar Accessories Adaptor for V a logic inputs This adaptor is used to connect V a logic signals to the logic inputs on the drive or an I/O extension card. logic inputs with capacitive impedance at 0 Hz of 0. μf are available for connecting the logic signals: b Maximum current: 00 ma b Response time: ms to change from state 0 to state, 0 ms to change from state to state 0 b Logic state 0 for a voltage below 0 V, logic state for a voltage between 0 V and V The power supply must be provided by a V a external supply (min. 0 V, max. V). Reference Description Reference Weight kg Adaptor for V a logic inputs VW A 0 DF Ready-assembled IP base plate (for ATV WpppN and ATV WpppNC drives) This plate can be used to increase the number of cable connections supported by the drive as standard from to. It is supplied with: b A metal cable gland for the motor cable b A special plastic cable gland for the network cable b Plastic cable glands for connection of the control cable or options such as communication cards, etc. Ready-assembled IP base plate References For drive Type of cable gland Reference Weight Metal Plastic Plastic for network cable kg ATV W0N WUN ATV W0NC WUNC (ISO ) (ISO ), (ISO ) (ISO 0), (ISO ) ATV WUN, WDN ATV WUNC, WDNC (ISO ) (ISO ), (ISO ) (ISO 0), (ISO ) ATV WDN (ISO ) (ISO ), (ISO ) ATV WDNC (ISO 0), (ISO ) ATV WDN, (ISO ) (ISO ), (ISO ) WDN (ISO 0), (ISO ) ATV WDNC, WDNC ATV WD0N (ISO 0) (ISO ), (ISO ) ATV WD0NC (ISO 0), (ISO 0) ATV WDN, (ISO 0) (ISO ), (ISO ) WDN (ISO 0), (ISO 0) ATV WDNC, WDNC ATV WDN, WDN (ISO 0) (ISO ), (ISO ) (ISO 0), (ISO 0) (ISO ) ATV WD0N (ISO 0) (ISO ), (ISO ) (ISO 0), (ISO ) ATV WDNC, (ISO 0) (ISO ), (ISO ) WDNC (ISO 0), (ISO 0) (ISO ) ATV WD0NC (ISO 0) (ISO ), (ISO ) (ISO 0), (ISO ) (ISO ) VW A 0.00 (ISO ) VW A 0.00 (ISO ) VW A 0.00 (ISO ) VW A 0.00 (ISO ) VW A 0.00 (ISO ) VW A 0.00 (ISO ) VW A 0.00 (ISO ) VW A 0.00 (ISO ) VW A 0.00 (ISO ) VW A : page Variants: page Dialogue: page page

36 Presentation, references (continued) Altivar Accessories Substitution kit for Altivar drives This kit is used to install an Altivar drive in place of an Altivar drive using the same fi xing holes. It includes the mechanical adaptors required for mounting. References Old drive Motor Replaced by Reference Weight Power kw HP kg Replacing an Altivar drive with integrated EMC filter Three-phase supply voltage: 0 0 V 0/0 Hz ATV HUN 0. ATV H0N VW A 0 ATV HUN. ATV HUN VW A 0 ATV HUN. ATV HUN VW A 0 ATV HUN ATV HU0N VW A 0 VW A 0 ATV HUN ATV HU0N VW A 0 ATV HU0N.. ATV HUN VW A 0 ATV HDN. 0 ATV HUN VW A 0 ATV HDN ATV HDN VW A 0 ATV HDN 0 ATV HDN VW A 0 ATV HDN. ATV HDN VW A 0 ATV HDN 0 ATV HDN VW A 0 ATV HDN 0 0 ATV HD0N VW A 0 ATV HDN 0 ATV HDN VW A ATV HDN 0 ATV HDN VW A ATV HDN ATV HDN VW A ATV HDN 00 ATV HDN VW A Replacing an Altivar drive without integrated EMC filter Three-phase supply voltage: 0 0 V 0/0 Hz ATV HDNX. ATV HDN VW A 0 ATV HDNX 0 ATV HDN VW A 0 ATV HDNX 0 0 ATV HD0N VW A 0 ATV HDNX 0 ATV HDN VW A ATV HDNX 0 ATV HDN VW A ATV HDNX ATV HDN VW A ATV HDNX 00 ATV HDN VW A Substitution kit for Altivar drives This kit is used to install an Altivar drive in place of an Altivar drive for variable torque applications, using the same fi xing holes. It includes the mechanical adaptors required for mounting. References Old drive Motor Replaced by Reference Weight Power VW A kw HP kg Three-phase supply voltage: 00 V 0/0 Hz ATV HDN 0 ATV HD0Y VW A 0 ATV HDN 0 0 ATV HDY VW A ATV HDN 0 ATV HDY VW A ATV HDN 0 ATV HDY VW A ATV HDN ATV HDY VW A ATV HDN 00 ATV HD0Y VW A 0 : page Variants: page Dialogue: page page

37 Presentation, references Altivar Option: dialogue PF00 Remote graphic display terminal (this display terminal can be supplied with the drive or ordered separately) This display terminal is attached to the front of the drive. It includes the integrated graphic terminal for drives ordered without a graphic display terminal (see page ). It can be: b Used remotely in conjunction with the appropriate accessories (see below) b Connected to several drives using multidrop link components (see page ) It is used to: b Control, adjust and confi gure the drive b Display the current values (motor, input/output values, etc.) b Save and download confi gurations; confi guration fi les can be saved. The maximum operating temperature of the terminal is 0 C and it has IP protection. Remote graphic display terminal Remote mounting accessories for the graphic display terminal Description Graphic display unit: - lines, 0 x 0 pixels - Large digits that can be read from m away - Supports display of bar charts Assignable function keys F, F, F, F: - Dialogue functions: direct access, help screens, navigation - Application functions: Local Remote, preset speed STOP/RESET key: local control of motor stop/fault reset RUN key: local control of motor operation Navigation button: - Press: saves the current value (ENT) - Turn ±: increases or decreases the value, or goes to the next or previous line FWD/REV key: reverses the direction of rotation of the motor ESC key: aborts a value, a parameter or a menu to return to the previous selection Note: Keys, and can be used to control the drive directly. Reference Description Item no. Reference Weight kg Remote graphic display terminal VW A Remote graphic display terminal accessories The following accessories are available: b A remote mounting kit for mounting on an enclosure door with IP degree of protection. It comprises: v All the mechanical fi ttings v Fixing accessories b A transparent door which attaches to the remote mounting mechanism to achieve IP degree of protection b A preassembled cordset with two RJ connectors for connecting the graphic display terminal to the Altivar drive (,, or 0 m cable lengths available) b A female/female RJ adaptor for connecting the graphic display terminal VW A 0 to the remote-mounting cordset VW A 0 Rppp References Description Item no. Length m Degree of protection Reference Weight kg Remote mounting kit IP VW A Provide remote-mounting cordset VW A 0 Rppp Door for remote mounting kit Remote-mounting cordsets with RJ connectors Female/female RJ adaptor IP VW A VW A 0 R VW A 0 R0 0.0 VW A 0 R VW A 0 R VW A

38 References (continued) Altivar Option: dialogue Multidrop connection accessories These accessories enable a graphic display terminal to be connected to several drives via a multidrop link. This multidrop link is connected to the Modbus terminal port on the front of the drive. ATV VW A 0 Connection accessories Description Item no. Sold in lots of Unit reference Weight kg Modbus splitter box 0 RJ connectors and screw terminal block LU GC 0.00 Modbus With integrated cable VW A 0 TF0 T-junction boxes (0. m) With integrated cable ( m) VW A 0 TF0 Modbus line terminator For RJ connector R = 0, C = nf Remote For graphic display mounting kit terminal VW A 0 VW A 0 RC 0.00 VW A ATV Example of connection via multidrop link Cordsets (equipped with RJ connectors) Used for Item no. Length m Remote operation of the Altivar and the graphic display terminal VW A 0 Reference Weight kg VW A 0 R VW A 0 R0 0.0 VW A 0 R VW A 0 R Modbus serial link 0. VW A 0 R0 0.0 VW A 0 R VW A 0 R : page Variants: page Accessories: page page

39 Presentation, references Altivar Option: confi guration tools PF00C Confi guration with SoMove Mobile software for mobile phones via Bluetooth SoMove setup software with Modbus-Bluetooth adaptor for PC SoMove Mobile software for mobile phones () The SoMove Mobile software converts any compatible mobile phone () into a remote graphic display terminal, offering an identical Human-Machine Interface. Particularly suitable for on-site or remote maintenance operations, SoMove Mobile software can be used to print out and save configurations, import them from a PC and export them to a PC, or a drive equipped with the Modbus-Bluetooth adaptor (TCSW AACFB) via the Bluetooth wireless link. The SoMove Mobile software and drive configuration fi les can be downloaded from our website References Description For drives Reference Weight kg SoMove Mobile software for mobile phones () ATV pppppp SoMove setup software Presentation SoMove setup software is used to confi gure, to adjust, to debug using the Oscilloscope function, and also for maintenance, like all other Schneider Electric drives and starters. The software communicates via Bluetooth wireless link with the drive which is equipped with the Modbus-Bluetooth adaptor (TCSW AACFB). It is compatible with Altivar drives from software version. upwards. For presentation, description and references, see page. Simple Loader and Multi-Loader configuration tools The Simple Loader tool enables one powered-up drive's confi guration to be duplicated on another powered-up drive. It is connected to the drive's RJ communication port. The Multi-Loader tool enables a number of confi gurations from a PC or drive to be copied and duplicated on another drive; the Altivar drives do not need to be powered up. References Description For drives Reference Weight kg Simple Loader configuration tool Supplied with a cordset fi tted with RJ connectors ATV pppppp VW A 0 Multi-Loader configuration tool Supplied with: - cordset fi tted with RJ connectors - cordset fi tted with one type A USB connector and one mini B USB connector - SD memory card - female/female RJ adaptor - AA/LR. V batteries - anti-shock protection - carrying handle ATV pppppp VW A Confi guration with Multi-Loader tool connected to the Altivar drive () SoMove Mobile software requires a mobile phone with minimum features; please consult our website 0 : page Variants: page Accessories: page page

40 Presentation, functions SoMove setup software SoMove start page Example of connecting SoMove software to an ATV drive SoMove control panel Presentation SoMove is user-friendly setup software for PC designed for confi guring the following Schneider Electric motor control devices: b ATV, ATV, ATV, ATV, ATV and ATV drives b ATS starters b TeSys U starter-controllers b TeSys T motor management system b Lexium servo drives SoMove software incorporates various functions for the device setup phases, such as: b Confi guration preparation b Start-up b Maintenance To facilitate setup and maintenance, SoMove software can use a direct USB/RJ cable link or a Bluetooth wireless link. SoMove software is also compatible with the Multi-Loader confi guration tool and SoMove Mobile software for mobile phones. These tools can save a signifi cant amount of time when loading, duplicating or editing confi gurations on a device. SoMove software and all the DTMs (Device Type Managers) associated with the devices can be downloaded from our website Functions Configuration preparation in disconnected mode SoMove software has a genuine disconnected mode which provides access to all the device parameters. This mode can be used to generate the device confi guration. The confi guration can be saved, printed and exported to offi ce automation software. SoMove software also checks the consistency of the parameters, validating the confi gurations created in disconnected mode. A large number of functions are available in disconnected mode, in particular: b The device confi guration software wizard b The confi guration comparison function b Saving, copying, printing and creating configuration fi les for export to Multi- Loader, SoMove Mobile or Microsoft Excel tools, and sending confi gurations by Setup When the PC is connected to the device, SoMove software can be used for: b Transferring the generated confi guration onto the device b Adjustment and monitoring, which includes such functions as: v The oscilloscope v Display of communication parameters b Easy control via the control panel user interface b Saving the fi nal confi guration Maintenance In order to simplify maintenance operations, SoMove software can be used to: b Compare the confi guration of a device currently being used with a confi guration saved on the PC b Transfer a confi guration to a device b Compare oscilloscope curves b Save oscilloscope curves and faults 0 : page Options: page page

41 Functions (continued) SoMove setup software SoMove oscilloscope function SoMove Safety function Functions (continued) User interface SoMove software provides fast, direct access to all information on the device via fi ve tabs: b My Device: Displays all the device information (type, reference, software versions, option cards, etc.) b Parameters: Displays all the device adjustment parameters, shown in a table or in the form of diagrams b Faults: Displays a list of the faults that may be encountered with the device, the fault log and any current faults or alarms b Monitoring: Provides a realtime display of the device status, its I/O and all the monitoring parameters. It is possible to create your own control panel by selecting your parameters and how they are to be represented. b Oscilloscope: Provides a high-speed oscilloscope (for recording traces in the device) or low-speed oscilloscope (for recording traces in the software for devices that do not have an integrated oscilloscope) SoMove's user interface automatically adapts to the specifi c confi gured device by offering additional tabs: b Safety: For confi guring the Safety functions on ATV variable speed drives and Lexium servo drives. It can also be used to: v Display the I/O v Compile and print a report b ATVLogic: For accessing the ATV drive's programmable function blocks. It can also be used to: v Develop a program and transfer it to the drive v Display and debug the program already on the drive b Auto-tuning: For accessing the servo control settings for the three different operating modes of the Lexium servo drive's auto-tuning function: v Automatic mode for quick setup, designed for simple applications v Semi-automatic mode for quick setup, with the option of optimizing the servo drive/servo motor combination (access to the mechanical and dynamic behaviour parameters) v Expert mode for optimizing the adjustment parameters, designed for complex applications Connections Modbus serial link The PC running SoMove software can be connected directly via the RJ connector on the device and the USB port on the PC using the USB/RJ cable. See the product references on page 0. Bluetooth wireless link SoMove software can communicate via Bluetooth wireless link with any Bluetooth enabled device. If the device is not Bluetooth enabled, use the Modbus-Bluetooth adaptor. This adaptor is connected to the terminal port or the Modbus network port on the device. It has a 0 m range (class ). If the PC does not have Bluetooth technology, use the USB-Bluetooth adaptor. See the product references on page 0. 0 : page Options: page page

42 References SoMove setup software SoMove setup software References Description Reference Weight kg SoMove Lite setup software Includes: b SoMove setup software for PC in English, French, German, Italian, Spanish and Chinese b DTMs (Device Type Managers) and technical documentation for variable speed drives, starters and servo motors () USB/RJ cable Used to connect a PC to the device. This cable is. m long and has a USB connector (PC end) and an RJ connector (device end). TCSM CNAM M00P PF00C TCSW AACFB: Bluetooth adaptor Modbus/Uni-Telway-Bluetooth adaptor Used to enable any non-bluetooth device to communicate via Bluetooth wireless link (). Includes: b Bluetooth adaptor (range 0 m, class ) with an RJ connector b For SoMove: x 0. m cordset with x RJ connectors b For TwidoSuite: x 0. m cordset with RJ connector and mini DIN connector USB-Bluetooth adaptor for PC Used to enable any non-bluetooth PC to communicate via Bluetooth wireless link (). It connects to a USB port on the PC. Range 0 m, class () Available on our website () Required for the following devices: - ATV, ATV, ATV, ATV and ATV drives - ATS starters - TeSys U starter-controllers - TeSys T motor management system - Lexium servo drives () Check the manufacturer's specifi cation. TCSW AACFB 0.0 VW A : page 0 Options: page page

43 Compatibility SoMove setup software Compatibility of SoMove software with specific devices Device Range Version of software on the device Variable speed drive ATV, ATV, ATV u.0 ATV u. ATV, ATV u. Starter ATS u.0 Starter-controller TeSys U u.0 Motor management system TeSys T u.0 Servo drive Lexium u.0 Environments SoMove operates in the following PC environments and confi gurations: b Microsoft Windows Professional () b Microsoft Windows XP Professional SP b Microsoft Windows Vista Business SP b Pentium IV (or equivalent), GHz, hard disk with GB available space, GB of RAM (minimum configuration) () Please contact our Customer Care Centre. 0 : page Options: page page

44 Combinations Altivar 00 0 V 0/0 Hz supply voltage Table showing possible combinations of ATV HpppM and ATV pppmx drive options Motor Drive Options DC choke Line choke Additional EMC input filter IP 0 kit for EMC filter Motor choke IP 0 kit for motor choke kw HP Single-phase supply voltage: 00 0 V 0/0 Hz ATV H0M VW A 0 VW A 0 VW A 0 0. ATV HUM VW A 0 VW A 0 VW A 0. ATV HUM VW A 0 VW A 0 VW A 0. ATV HU0M VW A 0 VW A 0 VW A 0, 0 ATV HU0M VW A 0 VW A0 VW A 0 VW A 0, 0 ATV HUM VW A 0 VW A0 VW A 0 VW A 0, 0.. ATV HUM VW A 0 VW A0 VW A 0 VW A 0, 0 Three-phase supply voltage: 00 0 V 0/0 Hz 0. ATV H0M VW A 0 VW A VW A 0 VW A 0. ATV HUM VW A 0 VW A VW A 0 VW A 0. ATV HUM VW A 0 VW A VW A 0 VW A 0 ATV HU0M VW A 0 VW A VW A 0 VW A 0, 0 ATV HU0M VW A 0 VW A VW A 0 VW A 0, 0.. ATV HUM VW A 0 VW A VW A 0 VW A 0, 0. 0 ATV HUM VW A 0 VW A VW A 0 VW A 0, 0 ATV HDMX VW A 0 VW A VW A 0 VW A 0 0 ATV HDMX VW A 0 VW A VW A 0 VW A 0. ATV HDMX VW A VW A VW A 0 VW A 0 0 ATV HDMX VW A VW A VW A 0 VW A ATV HD0MX VW A VW A VW A 0 VW A 0 VW A 0 ATV HDMX VW A VW A VW A 0 VW A 0 VW A 0 ATV HDMX VW A VW A VW A 0 VW A 0 VW A ATV HDMX VW A VW A 0 VW A 0 VW A 0 VW A 00 ATV HDMX VW A VW A 0 VW A 0 VW A 0 VW A 0 ATV HD0MX VW A VW A VW A 0 VW A 0 VW A Page 0 0 : page Variants: page Accessories: page Options: page

45 Sinus filter Braking resistor Kit for flushmounting (in a dust and damp proof enclosure) Kit for UL Type conformity (without enclosure) Kit for IP or IP conformity (without enclosure) DNV kit Control card fan kit VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A VW A VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A () VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A () VW A 0 VW A VW A VW A 0 VW A 0 VW A () 0 () If using a DNV kit, do not mount the DC choke supplied as standard with the drive. 0

46 Combinations (continued) Altivar 0 0 V 0/0 Hz supply voltage Table showing possible combinations of ATV HpppN drive options Motor Drive Options DC choke Line choke Passive filter Additional EMC input filter IP 0 kit for EMC filter Motor choke IP 0 kit for motor choke kw HP 0 Three-phase supply voltage: 0 0 V 0/0 Hz 0. ATV H0N VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0. ATV HUN VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0. ATV HUN VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0 ATV HU0N VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0 ATV HU0N VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0.. ATV HUN VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0 VW A. 0 ATV HUN VW A 0 VW A VW A p VW A 0 VW A 0. 0, 0 VW A ATV HDN VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0 VW A 0 ATV HDN VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0 VW A. ATV HDN VW A 0 VW A VW A p VW A 0 VW A 0, 0, 0 VW A 0 ATV HDN VW A 0 VW A VW A p VW A 0 VW A 0, 0 VW A 0 0 ATV HD0N VW A 0 VW A VW A p VW A 0 VW A 0, 0 VW A 0 ATV HDN VW A 0 VW A VW A p VW A 0 VW A 0, 0 VW A 0 ATV HDN VW A VW A VW A p VW A 0 VW A 0 VW A ATV HDN VW A VW A VW A p VW A 0 VW A 0 VW A 00 ATV HDN VW A VW A VW A p VW A 0 VW A 0 VW A 0 ATV HD0N VW A () VW A p VW A 0 VW A 0 VW A 0 VW A 0 0 ATV HCN VW A () VW A p0 VW A 0 VW A 0 VW A 0 VW A 00 ATV HCN VW A 0 () VW A p VW A 0 VW A 0 VW A 0 VW A 0 0 ATV HCN VW A () VW A p VW A 0 VW A 0 VW A 0 VW A ATV HCN VW A () VW A p VW A VW A 0 VW A 0 VW A 0 0 ATV HCN VW A () VW A p VW A VW A 0 VW A 0 VW A 0 00 ATV HCN VW A () VW A p VW A VW A 0 VW A 0 VW A 0 0 ATV HCN VW A () VW A p VW A VW A 0 VW A 0 VW A 00 ATV HCN VW A () VW A p VW A VW A 0 VW A 0 VW A ATV HC0N VW A () VW A p VW A VW A 0 VW A 0 VW A ATV HC0N VW A () VW A p VW A VW A 0 VW A 0 VW A ATV HC0N VW A () VW A p VW A VW A 0 VW A 0 VW A 0 00 ATV HCN VW A () VW A p VW A VW A 0 VW A 0 VW A 0 00 ATV HCN VW A () VW A p VW A VW A 0 VW A 0 VW A Page 0 Table showing possible combinations of ATV QpppN drive options Motor Drive Options kw HP DC choke Line choke Passive filter Additional EMC input filter IP 0 kit for EMC filter Motor choke IP 0 kit for motor choke Three-phase supply voltage: 0 0 V 0/0 Hz 0 0 ATV QCN VW A () VW A p0 VW A 0 VW A 0 VW A 0 VW A 00 ATV QCN VW A 0 () VW A p VW A 0 VW A 0 VW A 0 VW A 0 0 ATV QCN VW A () VW A p VW A 0 VW A 0 VW A 0 VW A ATV QC0N VW A () VW A p VW A VW A 0 VW A 0 VW A 0 0 ATV QCN VW A () VW A p VW A VW A 0 VW A 0 VW A 0 00 ATV QCN VW A () VW A p VW A VW A 0 VW A 0 VW A 0 0 ATV QCN VW A () VW A p VW A VW A 0 VW A 0 VW A 00 ATV QCN VW A () VW A p VW A VW A 0 VW A 0 VW A ATV QC0N VW A () VW A p VW A VW A 0 VW A 0 VW A ATV QC0N VW A () VW A p VW A VW A 0 VW A 0 VW A ATV QC0N VW A () VW A p VW A VW A 0 VW A 0 VW A 0 00 ATV QCN VW A () VW A p VW A VW A 0 VW A 0 VW A 0 00 ATV QCN VW A () VW A p VW A VW A 0 VW A 0 VW A Page 0 0 () For VW A,,, and line chokes, order a drive without a DC choke, by adding a D at the end of the reference. Example: ATV HD0N becomes ATV HD0ND (see page ).

47 Resistance braking unit Braking resistor Sinus filter Kit for flushmounting (in a dust and damp proof enclosure) Kit for UL Type conformity (without enclosure) Kit for IP or IP conformity (without enclosure) DNV kit Control card fan kit VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A () VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 () VW A VW A 0 VW A VW A 0 VW A 0 VW A () VW A VW A 0 VW A VW A VW A VW A () VW A VW A 0 VW A VW A VW A VW A () VW A VW A 0 VW A VW A VW A VW A () VW A 0 VW A VW A 0 VW A, VW A, VW A, VW A () VW A 0 VW A VW A 0 VW A, VW A, VW A, VW A () VW A 0 VW A VW A 0 VW A, VW A, VW A, VW A () VW A 0 VW A VW A 0 VW A VW A () VW A 0 VW A VW A VW A VW A () VW A 0 VW A VW A VW A VW A 0 () VW A 0 VW A VW A VW A VW A () VW A 0 VW A VW A VW A VW A () 0 0 Resistance braking unit Braking resistor Sinus filter Kit for flushmounting (in a dust and damp proof enclosure) Kit for UL Type conformity (without enclosure) Kit for IP or IP conformity (without enclosure) DNV kit Control card fan kit VW A 0 VW A 0 VW A VW A 0 VW A VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A VW A VW A 0 VW A VW A VW A 0 VW A VW A VW A 0 VW A VW A 0 () For VW A, 0, and kits, order a drive without a DC choke, by adding a D at the end of the reference. Example: ATV HD0N becomes ATV HD0ND (see page ). 0

48 Combinations (continued) Altivar 0 0 V 0/0 Hz supply voltage Table showing possible combinations of ATV WpppN and ATV WpppNC drive options Motor Drive Options Line choke Passive filter Motor choke kw HP Three-phase supply voltage: 0 0 V 0/0 Hz 0. ATV W0N VW A VW A p VW A 0, 0, 0 ATV W0NC. ATV WUN VW A VW A p VW A 0, 0, 0 ATV WUNC. ATV WUN VW A VW A p VW A 0, 0, 0 ATV WUNC ATV WU0N VW A VW A p VW A 0, 0, 0 ATV WU0NC ATV WU0N VW A VW A p VW A 0, 0, 0 ATV WU0NC.. ATV WUN VW A VW A p VW A 0, 0, 0 ATV WUNC. 0 ATV WUN VW A VW A p VW A 0, 0, 0 ATV WUNC ATV WDN VW A VW A p VW A 0, 0, 0 ATV WDNC 0 ATV WDN VW A VW A p VW A 0, 0, 0 ATV WDNC. ATV WDN VW A VW A p VW A 0, 0, 0 ATV WDNC 0 ATV WDN VW A VW A p VW A 0, 0 ATV WDNC 0 0 ATV WD0N VW A VW A p VW A 0, 0 ATV WD0NC 0 ATV WDN VW A VW A p VW A 0, 0 ATV WDNC 0 ATV WDN VW A VW A p VW A 0 ATV WDNC ATV WDN VW A VW A p VW A 0 ATV WDNC VW A VW A p VW A 0 00 ATV WDN VW A VW A p VW A 0 00 ATV WDNC VW A VW A p VW A 0 0 ATV WD0N VW A VW A p VW A 0 0 ATV WD0NC VW A VW A p VW A 0 Page 0 0 : page Variants: page Accessories: page Options: page

49 Braking resistor Ready-assembled IP base plate IP 0 kit for motor choke Sinus filter VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A VW A : page Variants: page Accessories: page Options: page

50 Combinations (continued) Altivar V 0/0 Hz supply voltage Table showing possible combinations of ATV HpppSX drive options Motor Drive Options Line choke Motor choke Braking resistor 00 V V kw HP Three-phase supply voltage: V 0/0 Hz. ATV HUSX VW A VW A 0, 0, 0 VW A 0 ATV HU0SX VW A VW A 0, 0, 0 VW A 0 ATV HU0SX VW A VW A 0, 0, 0 VW A 0.. ATV HUSX VW A VW A 0, 0, 0 VW A 0. 0 ATV HUSX VW A VW A 0, 0, 0 VW A 0 Page 0 : page Variants: page Accessories: page Options: page

51 Kit for flush-mounting (in a dust and damp proof enclosure) Kit for UL Type conformity (without enclosure) Kit for IP or IP conformity (without enclosure) VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 VW A 0 0 : page Variants: page Accessories: page Options: page

52 Combinations (continued) Altivar V 0/0 Hz supply voltage Table showing possible combinations of ATV HpppY drive options Motor Drive Options Line choke Motor choke IP 0 kit for motor choke 00 V V 0 V kw HP kw Resistance braking unit Braking resistor Three-phase supply voltage: 00 0 V 0/0 Hz. ATV HU0Y VW A VW A 0, 0, 0 VW A VW A 0 ATV HU0Y VW A VW A 0, 0, 0 VW A VW A 0. ATV HUY VW A VW A 0, 0, 0 VW A VW A 0... ATV HUY VW A VW A 0, 0, 0 VW A VW A 0. 0 ATV HDY VW A VW A 0, 0, 0 VW A VW A 0 ATV HDY VW A VW A 0, 0 VW A VW A 0 0. ATV HDY VW A VW A 0, 0 VW A VW A 0. ATV HDY VW A VW A 0, 0 VW A VW A ATV HD0Y VW A VW A 0, 0 VW A VW A ATV HDY VW A VW A 0 VW A VW A 0 0 ATV HDY VW A VW A 0 VW A VW A 0 0 ATV HDY VW A VW A 0 VW A VW A 0 ATV HDY VW A VW A 0 VW A VW A ATV HD0Y VW A VW A 0 VW A VW A ATV HCY VW A 0 VW A 0 VW A VW A ATV HCY VW A 0 VW A 0 VW A VW A 0 0 ATV HCY VW A VW A 0 VW A VW A ATV HC0Y VW A VW A 0 VW A VW A ATV HCY VW A 0 VW A 0 VW A VW A 0 VW A ATV HCY VW A VW A 0 VW A VW A 0 VW A 0 00 ATV HC0Y VW A VW A 0 VW A VW A 0 VW A ATV HC0Y VW A VW A 0 VW A VW A 0 VW A ATV HCY VW A VW A 0 VW A VW A 0 VW A ATV HC0Y VW A VW A 0 VW A VW A 0 VW A Page Table showing possible combinations of ATV HpppY drive options Motor Drive Options Line choke Motor choke IP 0 kit for motor choke 00 V V 0 V kw HP kw Three-phase supply voltage: 00 0 V 0/0 Hz Resistance braking unit Braking resistor 0 0 ATV QCY VW A 0 VW A 0 VW A VW A 0 0 ATV QCY VW A VW A 0 VW A VW A ATV QC0Y VW A VW A 0 VW A VW A ATV QCY VW A 0 VW A 0 VW A VW A 0 VW A ATV QCY VW A VW A 0 VW A VW A 0 VW A 0 00 ATV QC0Y VW A VW A 0 VW A VW A 0 VW A ATV QC0Y VW A VW A 0 VW A VW A 0 VW A ATV QCY VW A VW A 0 VW A VW A 0 VW A ATV QC0Y VW A VW A 0 VW A VW A 0 VW A Page 0 : page Variants: page Accessories: page Options: page 0

53 Kit for flush-mounting (in a dust and damp proof enclosure) Kit for UL Type conformity (without enclosure) Kit for IP or IP conformity (without enclosure) DNV kit Control card fan kit VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A 0 VW A 0 VW A 0 VW A VW A 0 VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A, VW A, VW A, VW A VW A, VW A, VW A, VW A VW A, VW A, VW A, VW A VW A VW A VW A VW A VW A VW A 0 Kit for flush-mounting (in a dust and damp proof enclosure) Kit for UL Type conformity (without enclosure) Kit for IP or IP conformity (without enclosure) DNV kit Control card fan kit 0 : page Variants: page Accessories: page Options: page

54 Combinations (continued) Altivar List of options common to Altivar drives Description Reference Page Logic input adaptor Adaptor for V a logic inputs VW A 0 HMI terminal Remote graphic display terminal VW A 0 Encoder interface cards () With RS compatible differential outputs VW A 0 With open collector outputs VW A 0, 0 With push-pull outputs VW A 0 0 I/O expansion cards () Logic VW A 0 Extended VW A 0 Multi-pump cards () Multi-pump card VW A 0 Water solution multi-pump card VW A 0 Programmable card () Controller Inside programmable card VW A 0 SoMove setup software SoMove setup software Available on our website at 0 List of communication cards () Description Reference Page Modbus TCP Daisy Chain VW A 0D EtherNet/IP VW A DeviceNet VW A 0 INTERBUS VW A 0 CC-LINK VW A Modbus/Uni-Telway VW A 0 PROFIBUS DP V0 VW A 0 PROFIBUS DP V VW A 0S LONWORKS VW A METASYS N VW A APOGEE FLN VW A BACnet VW A () For card compatibility table, see opposite. 0 : page Variants: page Accessories: page Options: page

55 Combinations (continued) Altivar Card compatibility table () Type of card Encoder interface VW A 0p Logic I/O VW A 0 Extended I/O VW A 0 Multi-pump VW A 0, 0 Programmable Controller Inside VW A 0 Communication VW A pp Encoder interface VW A 0p Logic I/O VW A 0 Extended I/O VW A 0 Multi-pump VW A 0, 0 Programmable Controller Inside VW A 0 Communication VW A pp Combination possible Combination not possible () Maximum combination involving two types of card is. 0 : page Variants: page Accessories: page Options: page

56 Presentation, references Altivar Option: Encoder interface cards PF Presentation Encoder interface cards are used for machine safety, irrespective of the control type: b Overspeed detection b Load slip detection Three types of card are available depending on the encoder technology: b RS compatible differential outputs b Open collector outputs (NPN) b Push-pull outputs The Altivar variable speed drive can only take one encoder interface card. Please refer to the card compatibility table on page. The interface encoder card is inserted in a dedicated slot. It is protected against short circuits and overloads. VW A 0 encoder interface card References Description Encoder interface card with RS compatible differential outputs Encoder interface cards with open collector outputs Used with encoder () XCC pppppppx XCC pppppppr XCC ppppppprn Voltage Maximum current Maximum cable length Maximum operating frequency Reference Weight V ma m khz kg VW A VW A VW A Encoder interface cards with push-pull outputs XCC pppppppy VW A XCC pppppppk VW A XCC pppppppkn VW A () To determine the complete encoder reference, please refer to the Detection for automation solutions - OsiSense catalogue or our website 0 pages to

57 Presentation, references Altivar Option: I/O expansion cards PF0 Presentation VW A 0 extended I/O card Altivar variable speed drives can be adapted for more complex or extensive applications by installing I/O expansion cards. Two models are available: b Card with logic I/O featuring: v relay logic output ( C/O contact) v x V c positive or negative logic inputs v x V c positive or negative logic open collector outputs v input for PTC probes () b Card with extended I/O featuring: v differential current analog input 0 0 ma v software-confi gurable voltage (c 0 0 V) or current (0 0 ma) analog input v software-confi gurable voltage (± 0 V c, 0 0 V) or current (0 0 ma) analog outputs v relay logic output v x V c positive logic (Source) or negative logic (Sink) inputs v x V c positive or negative logic open collector outputs v input for PTC probes v frequency control input The Altivar variable speed drive can only take one I/O expansion card with the same reference. Please refer to the card compatibility table on page. References Designation Type of I/O Reference Weight kg Logic input Logic output Analog input Analog output Input for PTC probes () Frequency control input Logic I/O card VW A Extended I/O card VW A () This PTC probe input must never be used to protect an ATEX motor in applications in explosive atmospheres. Please refer to the ATEX guide which is available on our website 0 pages to

58 Presentation, description Altivar Option: Multi-pump cards Presentation The Altivar drive provides an automation solution that is ideal for the requirements of water treatment: b It incorporates all the application functions for managing your pumps, such as sleep, wake-up, zero fl ow detection, fl uid absence detection, underload or overload detection and PID regulator. b It is used to adjust the operating point of pumps using control profi les. b It protects your pumps: motor thermal protection, PTC management, low speed detection and time delay Multi-pump cards can adapt drive operation to the specific requirements of the installation. They reduce costs and increase the service life of equipment by intelligently managing the operating time of each pump. Various predefi ned confi gurable applications are sold by Schneider Electric and its partners. In order to protect our know-how, it is not possible to transfer the program from the card to a PC. A single multi-pump card can be installed in the Altivar. It can be combined with another option card (I/O expansion or communication). Please refer to the card compatibility table on page. Each multi-pump card consists of: b 0 x V c logic inputs, of which can be used for counters or of which can be used for incremental encoders b x 0 0 ma current analog inputs, impedance 0 b x V c positive logic (Source) open collector outputs b x 0 0 ma current analog outputs, impedance 00 b A master port for the CANopen machine bus If the power consumption does not exceed 00 ma, this card can be powered by ATV Hppppp drives. Otherwise, an external V c power supply must be used. ATV WpppNA drives incorporate a V c power supply, allowing additional consumption of 0 ma. Note: It is recommended that an OsiSense XM electronic pressure sensor, type XML F or XML G, is added to the installation. Please consult our Detection for automation solutions - OsiSense catalogue or our website PF0 Description -way male SUB-D connector for connection to the CANopen machine bus Connector with removable screw terminals, contacts at intervals of. for the V c power supply and logic inputs connectors with removable screw terminals, contacts at intervals of. for logic inputs, logic outputs, analog inputs, analog outputs and commons LEDs: b to indicate the presence of the V c power supply b to indicate a program execution fault b to indicate the CANopen machine bus communication status b controlled by the application program 0 pages to

59 Description (continued), references Altivar Option: Multi-pump cards Fixed speed auxiliary pumps Variable speed pump VW A 0 multi-pump card The VW A 0 multi-pump card ensures compatibility of pump applications developed for an Altivar drive with an Altivar, without reprogramming. With this card, a complete pumping installation (up to pumps) can be controlled with a single drive, providing constant pressure. It incorporates the following operating modes: b Single or multiple variable b Single or multiple variable with changeover of auxiliary pumps b Single or multiple variable with limitation of operating time between pumps These last two operating modes can be combined. Example confi guration of a pumping system with the VW A 0 multi-pump card Applications It is specially designed for applications such as: b Constant pressure water distribution and pumping systems b Booster stations VW A 0 Water solution multi-pump card The VW A 0 multi-pump card is not compatible with pump applications developed for an Altivar drive. With this card, a complete pumping installation (up to pumps) can be controlled with a single drive, providing constant pressure. It incorporates the single variable function as well as the Jockey management function which is primarily used to manage booster or priming pumps. It also compensates for losses in installations. Applications It is specially designed for applications such as: b Irrigation stations b Sprinkling stations Continuity of service for your installation If a pump is faulty (information on the LIx logic input) it is not taken into account and the start and stop conditions are provided by the other pumps. Each pump can: b Display the operating time b Reset the counter b Save the operating times Each card also incorporates an OFF mode, used during maintenance operations. References Description Reference Weight kg Multi-pump card Water solution multi-pump card Equipped with one -way male SUB-D connector Equipped with one -way male SUB-D connector VW A VW A pages to

60 Presentation, description Altivar Option: Controller Inside programmable card Presentation The Controller Inside programmable card is used to adapt the variable speed drive to specifi c applications by integrating control system functions. Various predefi ned confi gurable applications are sold by Schneider Electric and its partners. The PS software workshop is used for programming and debugging new applications, quickly and in an open-ended manner in accordance with standard IEC -. It is not possible to transfer the program from the card to the PC, therefore know-how is protected. A single Controller Inside programmable card can be installed in the Altivar drive. It can be combined with another option card (I/O expansion or communication). Please refer to the card compatibility table on page. The Controller Inside programmable card features: b 0 x V c logic inputs, of which can be used for counters or of which can be used for incremental encoder and/or counters b x 0 0 ma current analog inputs, impedance 00 b x V c positive logic (Source) open collector outputs b x 0 0 ma current analog inputs, impedance 00 b A master port for the CANopen machine bus, for controlling other drives and communication with I/O modules and sensors b A PC port for programming using the PS software workshop PF0 If the power consumption does not exceed 00 ma, the Controller Inside programmable card can be powered by Altivar drives. Otherwise, an external V c power supply must be used. ATV WpppNA drives incorporate a V c power supply, allowing additional consumption of 0 ma. The Controller Inside programmable card can also use: b The drive I/O b The I/O expansion card I/O b The encoder interface card points counter b The drive parameters (speed, current, torque, etc.) Description RJ connector for connecting the PS software workshop via an RS serial link Connection to the PC is via a cable and RS /RS converter included in the PC serial port connection kit, VW A 0. -way male SUB-D connector for connection to the CANopen machine bus Connector with removable screw terminals, contacts at intervals of. for the V c power supply and logic inputs connectors with removable screw terminals, contacts at intervals of. for logic inputs, logic outputs, analog inputs, analog outputs and commons LEDs: b to indicate the presence of the V c power supply b to indicate a program execution fault b to indicate the CANopen machine bus communication status b controlled by the application program 0 pages to

61 Presentation (continued) Altivar Option: Controller Inside programmable card ATV Modbus serial link Magelis XBT Sensors Independent machine with multiwire system Dialogue Human-machine dialogue with the application programmed in the Controller Inside programmable card is possible using: b The Altivar graphic display terminal: the graphic terminal has a menu dedicated to the Controller Inside programmable card. This menu can be customized by the program depending on the application. b A Magelis industrial HMI terminal, connected to: - The drive's Modbus port - The Modbus TCP network, if the drive is equipped with a Modbus TCP communication card Any industrial HMI terminal which supports the Modbus protocol can be used to display and modify the Controller Inside programmable card parameters. ATV Magelis XBT CANopen machine bus Master CANopen communication The master CANopen port on the Controller Inside programmable card can be used to extend the I/O capacity and to control other CANopen slave devices. ATV ATV Advantys STB distributed I/O Independent machine with CANopen bus FTB CN XCC encoder Modicon M0 () ATV Modbus TCP network ATV Magelis XBT Communication with a PLC An Altivar drive equipped with a Controller Inside programmable card integrates easily into complex architectures. Regardless of which bus, network or serial link is being used (Modbus TCP, Modbus/ Uni-Telway, PROFIBUS DP, INTERBUS, etc.), the PLC can communicate with the Controller Inside programmable card and the drive. The periodic variables can still be confi gured as required. XCC Sensors encoder ATV FTB CN Modular machine with Modbus TCP network Clock A clock backed up by a lithium battery makes it possible to keep a log of events. When the Controller Inside programmable card is installed in the drive, drive faults are automatically time and date-stamped without any special programming. () Please refer to the Modicon M0 Automation Platform catalogue. 0 pages to

62 Presentation (continued) Altivar Option: Controller Inside programmable card 0 Ladder language programming example Example runtime screen PS software workshop The PS software workshop conforms to international standard IEC/EN - and includes all the functions for programming and setting up the Controller Inside programmable card. It includes the CANopen configurator. It is designed for Microsoft Windows, Microsoft Windows NT.0, Microsoft Windows Millennium, Microsoft Windows 000 Professional and Microsoft Windows XP operating systems. It benefi ts from the user-friendly interface associated with these operating systems: b Pop-up menus b Function blocks b Online help The PS software workshop is available in both English and German. The programming and debugging tools can be accessed via the application browser. This provides the user with an overview of the program and quick access to all the application components: b Program editor b Function blocks editor b Variables editor b Animation tables editor b Runtime screens editor Modular structured programming The PS software workshop is used to structure an application into function modules consisting of sections (program code), animation tables and runtime screens. Each program section has a name and is programmed in one of six available languages: b Ladder Diagram (LD) b Structured Text (ST) b Grafcet (SFC) b Instruction List (IL) b Function Block Diagram (FBD) b Continuous Flow Chart (CFC) To protect know-how or prevent any accidental modifi cation, each section can be write-protected or read/write-protected. Function blocks The PS software workshop features pre-programmed function blocks which make up the standard library. Exchanges with the drive are performed by a function block available in the standard library. The software workshop also offers users the option of creating their own function blocks and thus creating a user library. The user library is also a means of protecting the know-how contained in the algorithms, as it is possible to lock access to the user function blocks program. Debugging tools The PS software workshop offers a complete set of tools for debugging the application: b Program execution for debugging (step-by-step execution, execution of a single cycle, etc.) b Realtime animation of the program with automatic display of the variables b Animation tables editor with the option of saving them b Oscilloscope (monitoring up to 0 variables) b Application runtime screens editor (graphic objects, messages, screen backgrounds, etc.) b Simulation function for testing the program without using the drive pages to 0

63 References Altivar Option: Controller Inside programmable card ATV (master drive) + VW A 0 card References Card Description Reference Weight kg Controller Inside programmable card equipped with one -way male SUB-D connector VW A CANopen machine bus ATV (slave drives) Master/slave application Connection accessories Description Item no. Length m CANopen adaptor for mounting on the RJ socket in the drive control terminals. The adaptor provides a -way male SUB-D connector conforming to the CANopen standard (CIA DRP 0-) CANopen connector -way female SUB-D with line terminator (can be disabled) Weight kg VW CAN A TSX CAN KCDF 0T Cables PF CANopen cables Standard cable, e marking. Low smoke zero halogen. Flame retardant (IEC 0-). 0 TSX CAN CA TSX CAN CA TSX CAN CA 00.0 PF00 VW CAN A TSX CAN KCDF 0 T CANopen cables UL certifi ed, e marking. Flame retardant (IEC 0-). CANopen cables Cable for harsh environments () or mobile installations, e marking. Low smoke zero halogen. Flame retardant (IEC 0-). PS software workshop 0 TSX CAN CB TSX CAN CB TSX CAN CB TSX CAN CD TSX CAN CD TSX CAN CD Description Reference Weight kg PS software workshop supplied on CD-ROM () PC serial port connection kit including various accessories such as: b One m cable with two RJ connectors b One RS /RS converter with one -way female SUB-D connector and one RJ connector VW A () Harsh environments: - Resistance to hydrocarbons, industrial oils, detergents, solder splashes - Relative humidity up to 00% - Saline atmosphere - Signifi cant temperature variations - Operating temperature between - 0 C and + 0 C () The product reference is provided during the Controller Inside programmable card training course. Consult your Customer Care Centre. 0 pages to

64 Presentation Altivar Communication buses and networks 0 Presentation The Altivar drive has been designed to meet all the confi guration requirements encountered within the context of networked industrial installations. Integrated communication protocols It includes Modbus and CANopen communication protocols as standard. Integrated communication for Modbus and CANopen protocols Two integrated communication ports enable direct access to the Modbus protocol: b One RJ Modbus terminal port located on the drive front panel, which is used to connect a Human Machine Interface or one of the following confi guration tools: v Remote graphic display terminal v Magelis industrial HMI terminal v SoMove setup software v Simple Loader and Multi-Loader configuration tools b One RJ Modbus network port located on the drive's control terminals This is assigned to control and signalling by a PLC or by another type of controller. It can also be used to connect a terminal or the SoMove setup software. The CANopen protocol can be accessed from the Modbus network port via the CANopen adaptor. In this case, terminal port must be used to access the Modbus protocol. The characteristics of the communication ports for Modbus and CANopen protocols are available on our website 00 Magelis XBT M logic controller ATV Osicoder encoder ATV Optional communication cards By adding one of the communication cards available as options, the Altivar drive can also be connected to other communication networks and buses used in various application areas, such as industry and building management (HVAC) (). Communication cards for industrial applications: b Modbus TCP Daisy Chain b Modbus/Uni-Telway (this card provides access to additional functions, which complement those of the integrated ports (Modbus ASCII and -wire RS )) b Ethernet/IP b DeviceNet b PROFIBUS DP V0 and V b INTERBUS b CC-LINK Sensors Example confi guration on CANopen machine bus Communication cards for building applications (HVAC): b LONWORKS b METASYS N b APOGEE FLN b BACnet The option of powering the control part separately enables communication to be maintained (monitoring, diagnostics) even if there is no power supply to the power part. The main communication functions of Altivar drives are compatible with the Altivar drive (): b Connection b Communication services b Drive behaviour (profi le) b Control and monitoring parameters b Standard adjustment parameters () Heating, Ventilation and Air Conditioning. () Please refer to the ATV /ATV Substitution Guide supplied on the documentation CD-ROM. 0 pages to

65 Presentation (continued) Altivar Communication buses and networks Functions All drive functions can be accessed via the network: b Confi guration b Adjustment b Control b Monitoring The Altivar drive's advanced functions provide excellent interfacing fl exibility. They enable the different control sources (I/O, communication networks, communication cards and HMI terminal) to be assigned to control functions that satisfy the requirements of numerous, extremely complex applications. Network confi guration is simplifi ed through the provision of confi guration software (confi gurator for SyCon networks, etc.). For the integrated Modbus and CANopen ports and for communication cards for industrial applications, the Altivar drive can be controlled: b According to the CiA 0 profi le b According to the I/O profile where control is as simple and adaptable as control via the I/O terminals The DeviceNet card also supports CIP AC Drive and Allen-Bradley drive profi les; PROFIBUS DP V0 and V cards also support the PROFIdrive profi le. Communication is monitored according to the specifi c criteria for each protocol. However, regardless of the protocol, it is possible to confi gure the drive reaction to a communication fault: b Freewheel stop, stop on ramp, fast stop or braked stop b Maintain last command received b Fallback position at a predefi ned speed b Ignore the fault A command from the CANopen machine bus is processed with the same priority as one of the drive terminal inputs. This results in excellent response times on the network port via the CANopen adaptor. 0 pages to

66 References Altivar Communication buses and networks DF000 Modicon M/Modicon M () () Optimized solution for daisy chain connection to the CANopen machine bus ATV CANopen machine bus Description Item no. Length m Reference Weight kg Connection via RJ connector (optimized solution for daisy chain connection to the CANopen machine bus) CANopen cordsets 0. VW CAN CARR equipped with RJ connectors VW CAN CARR 0.00 Daisy chain tap equipped with: b RJ connectors for connecting the CANopen bus in a daisy chain b cordset equipped with an RJ connector for connecting the drive 0. TCS CTN0FM0 Connection via SUB-D connector CANopen adaptor for mounting on the RJ port on the drive control terminals. The adaptor provides a -way male SUB-D connector conforming to the CANopen standard (CIA DRP 0-). VW CAN A DF00 M0 PLC () () CANopen connector () -way female SUB-D with line terminator (can be disabled). 0 cable outlet for CANopen cables. CAN-H, CAN-L, CAN-GND connection. VW CAN KCDF 0T ATV CANopen cables () () Standard cable, e marking Low smoke zero halogen Flame retardant (IEC 0-) 0 TSX CAN CA TSX CAN CA Example CANopen diagram with SUB-D connector CANopen cables () () UL certifi ed, e marking Flame retardant (IEC 0-) 00 TSX CAN CA TSX CAN CB TSX CAN CB TSX CAN CB 00.0 CANopen cables () () Cable for harsh environments () or mobile installations, e marking Low smoke zero halogen Flame retardant (IEC 0-) 0 TSX CAN CD TSX CAN CD TSX CAN CD DF0 Modicon M/Modicon M () CANopen machine bus () ATV Example CANopen diagram with daisy chain tap Connection via terminals Daisy chain tap equipped with: b spring terminal blocks for connecting the CANopen bus in a daisy chain b cordset equipped with an RJ connector for connecting the drive 0. TSC CTN0MM () Please refer to the Modicon M Logic Controller and M Logic Controller catalogues. () Cable dependent on the type of controller or PLC. () Please refer to the Modicon M0 Automation Platform catalogue. () For ATV HpppM, ATV HDMX, HDMX, ATV H0N HDN and ATV HpppY drives, this connector can be replaced by the TSX CAN KCDF 0T connector. () Harsh environments: - Resistance to hydrocarbons, industrial oils, detergents, solder splashes - Relative humidity up to 00% - Saline atmosphere - Signifi cant temperature variations - Operating temperature between - 0 C and + 0 C. pages to

67 References (continued) Altivar Communication buses and networks DF00 M0 PLC () Modbus serial link () ATV Example Modbus diagram with connection via splitter box and RJ connectors Modbus serial link Connection accessories Description Item no. Length m Modbus splitter box 0 RJ connectors and screw terminal block Cordsets for Modbus serial link equipped with RJ connectors Modbus T-junction boxes (with integrated cable) Line terminators for RJ connector () R = 0 C = nf Unit reference Weight kg LU GC VW A 0 R0 0.0 VW A 0 R VW A 0 R VW A 0 TF0 0.0 VW A 0 TF0 0.0 VW A 0 RC 0.00 R = 0 VW A 0 R 0.00 ) Please refer to the Modicon M0 Automation platform catalogue. () Cable depending on the type of controller or PLC. () Order in lots of. 0 pages to

68 References (continued) Altivar Communication buses and networks PF Modbus TCP Daisy Chain and EtherNet/IP network () () Description Communication cards Modbus TCP Daisy Chain Equipped with RJ connectors Modbus TCP 0/00 Mbps class C0 Length m Reference Weight kg VW A 0D 0.00 Communication card EtherNet/IP Equipped with RJ connectors VW A 0.00 ConneXium Modbus TCP (VW A 0D) or EtherNet/IP (VW A ) cordsets Straight shielded Equipped with RJ connectors 0 NTW twisted pair cordsets To be connected on a hub or on a switch 0 NTW NTW NTW NTW DeviceNet bus () () Description Reference Weight kg Communication card DeviceNet INTERBUS bus () () Equipped with a -way removable screw terminal block VW A Description Reference Weight kg Communication card INTERBUS Equipped with one -way male SUB-D connector and one -way female SUB-D connector To be connected using cordset 0 MCI ppp00 () VW A CC-LINK bus () () Description Reference Weight kg Communication card CC-LINK Equipped with a -way removable screw terminal block VW A 0.00 Modbus/Uni-Telway network () () Description Communication card Modbus/Uni-Telway Equipped with a -way female SUB-D connector Length m Reference Weight kg VW A Connection accessories for Modbus/Uni-Telway card (VW A 0) Subscriber socket Equipped with two -way female SUB-D connectors and two screw terminal blocks. For -channel junction box, trunk cable extension and line terminator TSX SCA 0.0 Cordset for TSX SCA subscriber socket Equipped with two and -way male SUB-D connectors VW A () The Altivar drive can only take one communication card. See the summary tables of possible drive, option and accessory combinations on pages to. () User manuals can be downloaded from our website For the DeviceNet card, the description fi les in gsd, eds or xif format can also be downloaded from our website () Please refer to the Automation Platform Modicon Premium and Unity - PL Software catalogue. 0 pages to

69 References (continued) Altivar Communication buses and networks PROFIBUS DP V0/V () () Description Communication cards PROFIBUS DP V0 Equipped with a -way female SUB-D connector Length m Reference Weight kg VW A PROFIBUS DP V Equipped with a -way female SUB-D connector VW A 0S 0.00 Connection accessories for PROFIBUS DP V0 (VW A 0) or V (VW A 0S) card Connectors: -way male SUB-D () Cable for 0 NAD pp connector () LONWORKS bus () () For middle of line 0 NAD 0 For end of line 0 NAD 0 00 TSX PBS CA00 00 TSX PBS CA00 Description Reference Weight kg Communication card LONWORKS Equipped with a -way removable screw terminal block VW A 0.00 METASYS N bus () () Communication card METASYS N APOGEE FLN bus () () Communication card APOGEE FLN Equipped with a -way removable screw terminal block for Open Style CANopen cable Equipped with a -way removable screw terminal block for Open Style CANopen cable VW A 0.00 VW A 0.00 BACnet bus () () Communication card BACnet Equipped with a -way removable screw terminal block for Open Style CANopen cable VW A 0.00 () The Altivar drive can only take one communication card. See the summary tables of possible drive, option and accessory combinations on pages to. () User manuals can be downloaded from our website For the PROFIBUS DP and LONWORKS cards, the description fi les in gsd, eds or xif format can also be downloaded from our website () Please refer to the Automation Platform Modicon Premium and Unity - PL Software catalogue. 0 pages to

70 Presentation, references Altivar Option: resistance braking units Presentation 00 L L L ATVHCN HCN ATVHCY HC0Y M Resistance braking enables the Altivar drive to operate while braking to a standstill or during "generator" operation, by dissipating the energy in the braking resistor. ATV HpppM, ATV HpppMX, ATV H0N HCN, ATV WpppN, ATV WpppNC, ATV HpppSX and ATV HU0Y HC0Y drives have a built-in dynamic brake transistor. Braking unit Braking resistor For ATV HCN HCN and ATV HCY HC0Y drives, a braking unit must be used. This is controlled by the drive: b For ATV HCN and HCN drives, the braking unit is mounted directly on the left-hand side of the drive b For ATV HC0N...HCN and ATV HCY HC0Y drives, the braking unit is an external module Braking units have IP 0 degree of protection. Thermal protection is provided by an integrated temperature probe. Application High-inertia machines. References For drives Power Losses Cable (drive - braking unit) Maximum At continuous power Maximum length Cable (braking unit - resistors) Continuous Crosssection Crosssection Maximum length Percentage of conduction time Reference kw kw W mm² m mm² m % kg Supply voltage: 0 0 V 0/0 Hz ATV HCN, HCN ATV QC0N QCN Internal connections Weight x 0 % at 0 kw VW A % at 0 kw 0% at 0 kw ATV HC0N HCN ATV QC0N QCN x 0 x 0 0 % at 0 kw VW A % at 0 kw 0% at 0 kw Supply voltage: 00 0 V 0/0 Hz ATV HCY x 0 x 0 0 % at 0 kw VW A HC0Y % at 00 kw ATV QCY QC0Y 0% at 0 kw ATV HC0Y HC0Y ATV QC0Y QC0Y x 0 x 0 0 % at 00 kw VW A % at 00 kw 0% at 00 kw Note: To increase the braking power, several braking resistors can be mounted in parallel on the same braking unit. In this case, do not forget to take the minimum resistance value to be associated with the braking unit into account, that is: b.0 ohm for the VW A 0 braking unit b 0. ohm for the VW A 0 braking unit b ohms for the VW A 0 braking unit b ohm for the VW A 0 braking unit 0 : page page

71 Presentation, references Altivar Option: braking resistors PF0 Presentation VW A 0 The braking resistor enables the Altivar drive to operate while braking to a standstill, by dissipating the braking energy. It enables maximum transient braking torque. The resistors are designed to be mounted on the outside of the enclosure, but should not inhibit natural cooling. Air inlets and outlets must not be obstructed in any way. The air must be free of dust, corrosive gas and condensation. There are two resistor models, depending on the rating of the drive: b With IP 0 casing and thermal protection provided by temperature-controlled switch or by the drive (VW A 0 0) b With IP casing and thermal protection provided by thermal overload relay (VW A p and pp). The internal circuits of Altivar drives rated 00 kw or less have a built-in dynamic brake transistor. Application Inertia machines. Braking resistors For drives Supply voltage: 00 0 V 0/0 Hz Degree of protection of the resistor Ohmic value at 0 C Average power available at 0 C () Reference Weight Ω kw kg ATV H0M IP VW A 0.00 ATV HUM, HUM IP VW A 0.00 ATV HU0M, HU0M IP 0 0. VW A 0.00 ATV HUM, HUM IP 0 VW A ATV HDMX IP 0 0 VW A ATV HDMX IP 0 VW A ATV HDMX, HDMX IP 0. VW A ATV HD0MX IP 0 VW A ATV HDMX, HDMX IP 0. VW A ATV HDMX, HDMX IP.. VW A ATV HD0MX IP. 0. VW A.000 () Load factor for resistors: the value of the average power that can be dissipated at 0 C from the resistor into the casing is determined for a load factor during braking that corresponds to the majority of normal applications: For VW A 0 0: - s braking with a 0. Tn braking torque for a 0 s cycle - 0. s braking with a. Tn braking torque for a 0 s cycle For VW A and : - 0 s braking with a Tn braking torque for a 0 s cycle 0 : page page

72 References (continued) Altivar Option: braking resistors PF0 Braking resistors (continued) For drives Degree of protection of the resistor Ohmic value at 0 C Average power available at 0 C () Reference Weight Ω kw kg Supply voltage: 0 0 V 0/0 Hz ATV H0N HU0N ATV W0N WUN ATV W0NC WUNC ATV HUN, HUN ATV WUN, WDN ATV WUNC, WDNC IP VW A 0.00 IP VW A 0.00 ATV HDN, HDN ATV WDN, WDN ATV WDNC, WDNC IP 0 0. VW A 0.00 VW A 0 ATV HDN HD0N ATV WDN WDN ATV WDNC WDNC ATV HDN ATV WDN ATV WDNC IP 0 VW A IP 0 0 VW A ATV WDN, WD0N IP 0 VW A ATV WDNC, WD0NC ATV HDN, HDN IP 0. VW A ATV HD0N, HCN ATV QCN IP. VW A ATV HCN, HCN ATV QCN, QCN IP. VW A.000 ATV HCN ATV QC0N ATV HCN ATV QCN IP. VW A IP.0 VW A.000 ATV HCN ATV QCN IP.0 VW A.000 ATV HC0N, HC0N ATV QC0N, QC0N IP 0. VW A.000 ATV HCN IP 0. 0 VW A ATV QCN () Load factor for resistors: the value of the average power that can be dissipated at 0 C from the resistor into the casing is determined for a load factor during braking that corresponds to the majority of normal applications: For VW A 0 0: - s braking with a 0. Tn braking torque for a 0 s cycle - 0. s braking with a. Tn braking torque for a 0 s cycle For VW A 0 and : - 0 s braking with a Tn braking torque for a 0 s cycle 0 : page page 0

73 References (continued) Altivar Option: braking resistors Braking resistors (continued) For drives Degree of protection of the resistor Supply voltage: V 0/0 Hz Ohmic value at 0 C Average power available at 0 C () Quantity per drive Reference Weight Ω kw kg ATV HUSX HUSX IP VW A 0.00 Supply voltage: 00 0 V 0/0 Hz ATV HU0Y HUY IP VW A 0.00 ATV HDY, HDY IP VW A 0.00 ATV HDY, HDY IP 0 0. VW A 0.00 ATV HD0Y HDY IP 0 VW A ATV HDY, HDY IP 0 0 VW A ATV HD0Y IP 0. VW A ATV HCY, HCY ATV QCY ATV HCY, HC0Y ATV QCY, QC0Y IP. VW A IP. VW A 0 ().000 ATV HCY ATV QCY ATV HCY ATV QCY IP. VW A 0 ().000 IP.0 VW A ().000 ATV HC0Y ATV QC0Y IP.0 VW A () ATV HC0Y ATV QC0Y ATV HCY ATV QCY IP 0. VW A ().000 IP 0. 0 VW A () ATV HC0Y ATV QC0Y IP 0. VW A ().000 () Load factor for resistors: the value of the average power that can be dissipated at 0 C from the resistor into the casing is determined for a load factor during braking that corresponds to the majority of normal applications. For VW A 0 0 and 0: - s braking with a 0. Tn braking torque for a 0 s cycle - 0. s braking with a. Tn braking torque for a 0 s cycle For VW A : - 0 s braking with a Tn braking torque for a 0 s cycle For VW A 0 and 0: - 00 s braking with a Tn braking torque for a 00 s cycle - 0 s braking with a. Tn braking torque for a 00 s cycle For VW A and : - 0 s braking with a Tn braking torque for a 0 s cycle - 0 s braking with a. Tn braking torque for a 0 s cycle () The two braking resistors must be connected in parallel. The dimensions of all the components must be taken into account as well as the required space of 00 mm to be left between each resistor: please consult our website () The two braking resistors must be connected in series. The dimensions of all the components must be taken into account as well as the required space of 00 mm to be left between each resistor: please consult our website 0 : page page

74 Presentation Altivar : reduction of current harmonics Option: DC chokes Depending on the line supply, the main solutions for reducing current harmonics are as follows: b DC chokes () (see below) b Line chokes () (see page ) b % and 0% passive fi lters () (see page ) b Use of passive fi lters with a DC choke (see pages 0 to ) These fi ve solutions can be used on the same installation (). It is always easier and less expensive to deal with current harmonics at installation level as a whole rather than at the level of each individual unit, particularly when using passive fi lters. L L L DC choke PO PA/+ ATV HpppM ATV HpppMX ATV HpppN PC/ M DC choke DC chokes are used to reduce current harmonics in order to comply with standard IEC for drives in which the line current is more than A and less than A. Using a DC choke with the drive complies with standard IEC provided that the RSCE u 0 at the point of connection to the public power supply. It is the responsibility of the installer or the user to ensure that the device is connected correctly to a connection point with an RSCE u 0. The DC choke is connected to the drive power terminals. The DC choke is supplied as standard with ATV HDMX HD0MX and ATV HD0N HCN drives, and integrated in ATV WpppN and ATV WpppNC drives. It provides IP 0 degree of protection. Applications Reduction of current harmonics. Reduction of the THDI to % or 0% when used with passive fi lters (pages to ). Maintaining the motor torque in relation to the line choke. () For ATV HpppSX and ATV HU0Y HD0Y drives, only line chokes are recommended. They are mandatory for ATV HCY HC0Y drives (see page ). 0 : page page

75 References Altivar : reduction of current harmonics Option: DC chokes References () For drives Inductance value Nominal current Losses THDI () Reference mh A W kg Three-phase supply voltage: 00 0 V 0/0 Hz ATV H0M... VW A 0.00 ATV HUM... VW A 0.00 ATV HUM... VW A 0.00 Weight ATV HU0M... VW A ATV HU0M.. VW A 0.00 ATV HUM. ATV HUM VW A 0.00 ATV HDMX 0... VW A 0.00 ATV HDMX 0.. ATV HDMX 0... VW A.0 ATV HDMX 0... ATV HD0MX 0.0. VW A ATV HDMX 0.0. ATV HDMX 0.0. Three-phase supply voltage: 0 0 V 0/0 Hz ATV H0N... VW A ATV HUN 0.. VW A ATV HUN.. VW A 0.00 ATV HU0N ATV HU0N. 0.. VW A 0.0 ATV HUN... VW A 0.00 ATV HUN... VW A 0.00 ATV HDN... VW A ATV HDN...0 VW A 0.00 ATV HDN... ATV HDN VW A 0.00 ATV HD0N ATV HDN ATV HDN 0... VW A.0 ATV HDN 0... ATV HDN 0... () The DC choke is supplied as standard with ATV HDMX HD0MX and ATV HD0N HCN drives. It is integrated in ATV WpppN and ATV WpppNC drives. () Total current harmonic distortion in accordance with IEC : page page

76 Presentation Altivar : reduction of current harmonics Option: line chokes 00 L L L Line choke Altivar M Line chokes A line choke can be used to provide improved protection against overvoltages on the line supply and to reduce harmonic distortion of the current produced by the drive. The recommended chokes limit the line current. They have been developed in line with standard IEC 00-- (VDE 00 level high-energy overvoltages on the line supply). The choke values are defi ned for a voltage drop between phases of between % and % of the nominal supply voltage. Values higher than this will cause loss of torque. Line chokes are mandatory: b For ATV HU0M HUM drives powered by a 00 0 V 0/0 Hz singlephase supply voltage b For ATV HCY HC0Y drives b For ATV QCY QC0Y drives Their use is recommended for ATV HpppSX and ATV HU0Y HD0Y drives. Line chokes can be used instead of a DC choke with ATV HpppM drives powered by a 00 0V 0/0 Hz three-phase supply voltage, and ATV HpppMX and ATV ppppn drives. Note: ATV HD0N HCN drives, supplied as standard with a DC choke, can be ordered without a choke by adding the letter D at the end of the reference (see page ). Chokes must be installed upstream of the drive. Applications The use of line chokes is recommended in particular under the following circumstances: b Close connection of several drives in parallel b Line supply with signifi cant disturbance from other equipment (interference, overvoltages) b Line supply with voltage imbalance between phases that is more than.% of the nominal voltage b Drive supplied by a line with very low impedance (in the vicinity of power transformers 0 times more powerful than the drive rating) b Installation of a large number of frequency inverters on the same line b Reduction of overloads on the cos correction capacitors, if the installation includes a power factor correction unit 0 : page page

77 References Altivar : reduction of current harmonics Option: line chokes References For drives Line supply Isc Line choke Inductance value Nominal current Saturation current Losses Quantity Reference per drive Weight ka mh A A W kg Single-phase supply voltage: 00 0 V 0/0 Hz ATV HU0M () VW A0.00 ATV HUM () 0 VW A0.00 ATV HUM () 0 VW A0.00 Three-phase supply voltage: 00 0 V 0/0 Hz ATV H0M 0 VW A.00 ATV HUM, HUM 0 VW A.000 ATV HU0M VW A.00 ATV HU0M 0 0 VW A.000 ATV HUM 0 0 VW A.000 ATV HUM, HDMX 0. 0 VW A.000 ATV HDMX VW A.000 ATV HDMX HDMX VW A.000 ATV HDMX 0. VW A.000 ATV HDMX VW A.000 ATV HD0MX VW A Three-phase supply voltage: 0 0 V 0/0 Hz ATV H0N, HUN ATV W0N, WUN ATV W0NC, WUNC 0 VW A.00 ATV HUN HU0N ATV WUN WU0N ATV WUNC WU0NC ATV HUN, HUN ATV WUN, WUN ATV WUNC, WUNC ATV HDN, HDN ATV WDN, WDN ATV WDNC, WDNC ATV HDN, HDN ATV WDN, WDN ATV WDNC, WDNC ATV HD0N HDN ATV WD0N WDN ATV WD0NC WDNC ATV HDN ATV WDN ATV WDNC ATV HD0ND ATV WD0N ATV WD0NC ATV HCND ATV QCN ATV HCND ATV QCN ATV HCND ATV QCN ATV HCND ATV QC0N ATV HCND ATV HCND ATV QCN 0 VW A.000 VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A VW A ATV HCND VW A.000 ATV QCN ATV HC0ND VW A.000 ATV QC0N VW A.000 ATV HC0ND VW A ATV QC0N VW A.000 ATV HCND VW A.000 ATV QCN VW A () Use of a line choke is mandatory. 0

78 References (continued) Altivar : reduction of current harmonics Option: line chokes PF0 References (continued) For drives Line Line choke supply Inductance Line Isc value Nominal current Saturation Losses current Quantity THDI per drive () Reference Weight ka mh A A W kg Three-phase supply voltage: V 0/0 Hz ATV HUSX () 0. VW A.00 VW A ATV HU0SX, HU0SX () 0. VW A.000 ATV HUSX () 0. VW A.000 ATV HUSX (). VW A.00 Three-phase supply voltage: 00 0 V 0/0 Hz ATV HU0Y () 0.0 VW A.00 ATV HU0Y () 0 ATV HUY () 0. ATV HUY () 0. VW A.000 ATV HDY () 0. ATV HDY (). VW A.00 ATV HDY (). ATV HDY () 0 0. VW A.000 ATV HD0Y () 0 0. ATV HDY () VW A.000 ATV HDY () ATV HDY () ATV HDY () VW A.000 ATV HD0Y () ATV HCY () VW A ATV HCY () ATV QCY ATV HCY () ATV QCY () VW A VW A.000 ATV HC0Y () ATV QC0Y () ATV HCY () ATV QCY () VW A VW A ATV HCY () ATV QCY () ATV HC0Y () ATV QC0Y () ATV HC0Y () ATV QC0Y () VW A VW A.000 ATV HCY () ATV QCY () ATV HC0Y () ATV QC0Y () VW A VW A () Total current harmonic distortion in accordance with IEC The values are given for a 00 V 0 Hz three-phase supply voltage. () Use of a line choke is recommended. () Use of a line choke is mandatory. : page page

79 Presentation Altivar : reduction of current harmonics Option: passive fi lters L L L ATV ppppn ATV WpppNC Passive filters A passive fi lter is used to reduce current harmonics with total harmonic distortion factors of less than % or 0%. These performance levels can be improved still further and the harmonic distortion reduced to less than 0% or % if the fi lter is used with a DC choke (see pages and ). Passive fi lter The reactive power increases at no load or low load. To eliminate this reactive power, the fi lter capacitors can be disconnected via the drive (see the diagrams on our website or refer to our programming manual). The degree of protection of the passive fi lters is IP 0. ATV HpppM, ATV HpppY and ATV HpppSX drives are not compatible with the use of passive fi lters. It is recommended or mandatory, depending on the rating, to use a line choke (see page ). Applications Reduction of current harmonics in order to use drives in the fi rst environment (restricted distribution, for domestic use, sale conditional on the competence of the user and the distributor in terms of reduction of current harmonics). 0 : page page

80 References Altivar : reduction of current harmonics Option: passive fi lters 0 Passive filters: 00 V 0 Hz three-phase power supply Motor rating For ATV drives Line supply Filter Quantity Line current In () per drive Reference Weight kw HP A A kg THDI % with ATV H0N HDN drives () 0. H0N. VW A HUN. VW A HUN VW A HU0N VW A HU0N. 0 VW A HUN 0 0 VW A HUN VW A HDN VW A HDN VW A HDN VW A HDN VW A HD0N VW A HDN VW A HDN 0 VW A HDN 0 VW A HDN VW A THDI 0% with ATV HD0N HCN and ATV W0N WD0N(C) drives 0. W0N, W0NC. VW A WUN, WUNC. VW A WUN, WUNC VW A WU0N, WU0NC VW A WU0N, WU0NC. 0 VW A WUN, WUNC 0 0 VW A WUN, WUNC VW A WDN, WDNC VW A WDN, WDNC VW A WDN, WDNC VW A WDN, WDNC VW A WD0N, WD0NC VW A WDN, WDNC VW A WDN, WDNC 0 VW A WDN, WDNC 0 VW A WDN, WDNC VW A HD0N VW A WD0N, WD0NC 0 0 HCN 0 VW A HCN VW A HCN VW A HCN. 0 VW A HCN 0 VW A HCN VW A HCN VW A HCN VW A.000 HC0N VW A HC0N VW A HC0N 0 VW A HCN 0 VW A HCN 0 0 VW A.000 () If a DC choke (see page ) is used with ATV H0N HDN drives, a THDI of 0% is obtained. These reduced current harmonics are achieved as long as the total voltage harmonic distortion (THDU) is < %, the shortcircuit ratio (RSCE) is > %, and only for the nominal current of the passive fi lter. () In: nominal fi lter current. : page page

81 References (continued) Altivar Option: passive fi lters Passive filters: 00 V 0 Hz three-phase power supply (continued) Motor rating For ATV drives Line supply Filter Quantity Line current In () per drive Reference Weight kw HP A A kg THDI 0% with ATV QCN QCN drives 0 0 QCN 0 VW A QCN VW A QCN VW A QC0N. 0 VW A QCN 0 VW A QCN VW A QCN VW A QCN VW A.000 QC0N VW A QC0N VW A QC0N 0 VW A QCN 0 VW A QCN 0 0 VW A.000 () In: Nominal fi lter current. 0 : page page

82 References (continued) Altivar : reduction of current harmonics Option: passive fi lters 0 Passive filters: 00 V 0 Hz three-phase power supply (continued) Motor rating For ATV drives Line supply Filter Quantity Line current In () per drive Reference Weight kw HP A A kg THDI 0% with ATV H0N HDN drives () 0. H0N. VW A.000. HUN. VW A.000. HUN VW A.000 HU0N VW A.000 HU0N. 0 VW A HUN 0 0 VW A HUN VW A.000 HDN VW A HDN VW A HDN VW A HDN VW A HD0N VW A HDN VW A HDN 0 VW A HDN 0 VW A HDN VW A.000 THDI % with ATV HD0N HCN and ATV W0N WD0N(C) drives () 0. W0N, W0NC. VW A.000. WUN, WUNC. VW A.000. WUN, WUNC VW A.000 WU0N, WU0NC VW A.000 WU0N, WU0NC. 0 VW A WUN, WUNC 0 0 VW A WUN, WUNC VW A.000 WDN, WDNC VW A WDN, WDNC VW A WDN, WDNC VW A WDN, WDNC VW A WD0N, WD0NC VW A WDN, WDNC VW A WDN, WDNC 0 VW A WDN, WDNC 0 VW A WDN, WDNC VW A HD0N VW A.000 WD0N, WD0NC 0 0 HCN 0 VW A HCN VW A HCN VW A HCN. 0 VW A HCN 0 VW A HCN VW A HCN VW A HCN VW A.000 HC0N VW A HC0N VW A HC0N 0 VW A HCN 0 VW A HCN 0 0 VW A () If a DC choke (see page ) is used with ATV H0N HDN drives, a THDI of % is obtained. These reduced current harmonics are achieved as long as the total voltage harmonic distortion (THDU) is < %, the shortcircuit ratio (RSCE) is > %, and only for the nominal current of the passive fi lter. () In: nominal fi lter current. : page page 0

83 References (continued) Altivar Option: passive fi lters Passive filters: 00 V 0 Hz three-phase power supply (continued) Motor rating For ATV drives Line supply Filter Quantity Line current In () per drive Reference Weight kw HP A A kg THDI % with ATV QCN QCN drives 0 0 QCN 0 VW A QCN VW A QCN VW A QC0N. 0 VW A QCN 0 VW A QCN VW A QCN VW A QCN VW A.000 QC0N VW A QC0N VW A QC0N 0 VW A QCN 0 VW A QCN 0 0 VW A () In: Nominal fi lter current. 0 : page page

84 Presentation Altivar : reduction of current harmonics Option: Active Front End Presentation The Active Front End allows the Altivar drive to be used in applications requiring a particularly low harmonic level (THDI < %). It complies with standard IEEE -. It is available for a range of drives between 0. kw and 00 kw with three types of 0/0 Hz power supply: 0 0 V three-phase 0 V three-phase 00 0 V three-phase It has been developed to comply with European directives and to obtain e marking. Active Front End Active Front End Apart from the possibility of signifi cantly reducing the level of harmonics, this technology offers several benefi ts: - Increased application dynamics - Operation on unstable line supplies - Amplifi cation of the input voltage - Reduced EMC emissions The Active Front End consists of a set of three modules installed upstream of the drive between the line supply and the motor. It is made up of the following elements: A line filter module (LFM), used at the input, incorporating: A charging circuit A line contactor An EMC fi lter A line filter choke (LFC), consisting of three single-phase chokes, connected between the line fi lter module (LFM) and the active infeed converter (AIC) An active infeed converter (AIC) The Active Front End allows the Altivar drive to be powered via the common DC bus, while limiting the total current distortion factor (THDI) to less than %. It can also supply direct current to several drives of different power ratings, operating in parallel, should the installation require this. AFE (Active Front End) a LFM LFC AIC c Altivar drive M a M Active Front End + ATV HCND M M Active Front End + ATV HDN + ATV HUN The Active Front End offers IP 00 protection. The ambient air temperature during operation must be between - 0 C and + C (without derating, + 0 C with derating). It is imperative that the protection of the Active Front End on the line supply side is supplemented by fuses for semi-conductors (to protect against short-circuits or a system failure). The DC bus output only requires fuse protection if Active Front End modules are used in parallel. Applications Applications requiring a very low harmonic level Applications with high inertia and strong dynamics Applications on unstable line supplies 0 : page page

85 References Altivar : reduction of current harmonics Option: Active Front End References For drives Motor Line supply DC bus Active Front Power indicated on rating plate Nominal line current Maximum current Continuous power End () () Quantity per drive Reference 00 V 00 V kw A A kw kg Three-phase supply voltage: 0 0 V 0/0 Hz ATV H0N AIC VW A HD0N LFC VW A.000 LFM VW A ATV HCND 0 0 AIC VW A LFC VW A.000 LFM VW A ATV HCND 0 AIC VW A.000 LFC VW A.000 LFM VW A ATV HCND 0 AIC VW A LFC VW A.000 LFM VW A ATV HCND 0 AIC VW A LFC VW A.000 LFM VW A.000 ATV HCND 0 AIC VW A LFC VW A.000 LFM VW A.000 ATV HND AIC VW A LFC VW A.000 LFM VW A.000 ATV HC0ND 00 AIC VW A.000 LFC VW A.000 LFM VW A.000 ATV HC0ND AIC VW A.000 LFC VW A.000 LFM VW A.000 ATV HCND AIC VW A LFC VW A.000 LFM VW A.000 Dimensions (overall) Active infeed converter (AIC) W x H x D mm VW A 0 0 x 0 x VW A 0 x x VW A 0 x 0 x VW A 0 x 0 x VW A x 0 x VW A x 0 x VW A 0 x 0 x VW A 0 x 0 x VW A 0 x 0 x Line filter choke (LFC) W x H x D mm VW A x 0 x VW A x x VW A 0 x 0 x Line filter module (LFM) W x H x D mm VW A 0 0 x 0 x VW A 0 x 0 x VW A 0 x 00 x Weight 0 () For more information about the Active Front End, please refer to the programming manual or visit our website () AIC = active infeed converter; LFC = line fi lter choke; LFM = line fi lter module.

86 References (continued) Altivar : reduction of current harmonics Option: Active Front End 0 References For drives Motor Line supply DC bus Active Front Power indicated on rating plate Nominal line current Maximum current Continuous power End () () Quantity per drive Reference 0 V 0 V HP A A kw kg Three-phase supply voltage: 0 V 0/0 Hz ATV H0N 0 AIC VW A HD0N LFC VW A.000 LFM VW A ATV HCND 0 0 AIC VW A LFC VW A.000 LFM VW A ATV HCND 00 0 AIC VW A.000 LFC VW A.000 LFM VW A ATV HCND 0 AIC VW A LFC VW A.000 LFM VW A ATV HCND 0 AIC VW A LFC VW A.000 LFM VW A.000 ATV HCND 00 AIC VW A LFC VW A.000 LFM VW A.000 ATV HND 00 AIC VW A LFC VW A.000 LFM VW A.000 ATV HC0ND 00 AIC VW A.000 LFC VW A.000 LFM VW A.000 ATV HC0ND AIC VW A.000 LFC VW A.000 LFM VW A.000 ATV HCND AIC VW A LFC VW A.000 LFM VW A.000 Dimensions (overall) Active infeed converter (AIC) W x H x D mm VW A 0 0 x 0 x VW A 0 x x VW A 0 x 0 x VW A x 0 x VW A x 0 x VW A x 0 x VW A 0 x 0 x VW A 0 x 0 x VW A 0 x 0 x Line filter choke (LFC) W x H x D mm VW A x 0 x VW A x x VW A 0 x 0 x Line filter module (LFM) W x H x D mm VW A 0 0 x 0 x VW A 0 x 0 x VW A 0 x 00 x Weight () For more information about the Active Front End, please refer to the programming manual or visit our website () AIC = active infeed converter; LFC = line fi lter choke; LFM = line fi lter module.

87 References (continued) Altivar : reduction of current harmonics Option: Active Front End References For drives Motor Line supply DC bus Active Front Power indicated on rating plate Maximum nominal line current Maximum current Continuous power End () () Quantity per drive Reference 00 V 0 V 00 V 00 V 0 V kw A A kw kw kw kg Three-phase supply voltage: 00 0 V 0/0 Hz ATV HCY AIC VW A LFC VW A.000 LFM VW A ATV HCY AIC VW A LFC VW A.000 LFM VW A ATV HCY 0 0 AIC VW A LFC VW A.000 LFM VW A ATV HC0Y 00 AIC VW A LFC VW A.000 LFM VW A ATV HCY 0 0 AIC VW A LFC VW A LFM VW A.000 ATV HCY 0 0 AIC VW A LFC VW A LFM VW A.000 ATV HC0Y AIC VW A LFC VW A LFM VW A.000 ATV HC0Y AIC VW A LFC VW A LFM VW A.000 ATV HCY 0 0 AIC VW A LFC VW A LFM VW A.000 ATV HC0Y AIC VW A LFC VW A LFM VW A.000 Dimensions (overall) Active infeed converter (AIC) W x H x D mm VW A 0 0 x 0 x VW A 0 x 0 x VW A 0 x 0 x VW A x 0 x VW A x 0 x VW A x 0 x VW A 0 x 0 x VW A 0 x 0 x VW A 0 x 0 x Line filter choke (LFC) W x H x D mm VW A x x 0 VW A x 0 x 0 Line filter module (LFM) W x H x D mm VW A 0 x 0 x VW A 0 x 00 x () For more information about the Active Front End, please refer to the programming manual or visit our website () AIC = active infeed converter; LFC = line fi lter choke; LFM = line fi lter module. Weight 0 : page page

88 Presentation Altivar : EMC fi lters Integrated fi lters and optional additional fi lters 00 L L L M Integrated EMC filters Altivar drives, except for the ATV HpppMX, have built-in radio interference input fi lters to meet the EMC standard for variable speed electrical power drive products IEC/EN 00-, edition, category C or C in environment or and to comply with the European directive on EMC (electromagnetic compatibility). ATV HpppM ATV ppppn ATV HpppY ATV WpppNC with integrated fi lter Altivar drive with integrated EMC fi lter IP 0 drives Drives Maximum length of shielded cable () according to EN 0 class A Gr EN 0 class A Gr IEC/EN 00- cat. C IEC/EN 00- cat. C LF () () HF () () LF () () HF () () m m m m ATV H0M HUM L L L M ATV HU0M HUM 0 ATV H0N HU0N 0 ATV HUN HDN 0 ATV HDN HCN 0 ATV HU0Y HD0Y Additional EMC fi lter ATV HpppM ATV HpppMX ATV HpppN Altivar drive with additional EMC fi lter ATV HCY HC0Y 0 IP drives Drives Maximum length of shielded cable () according to EN 0 class A Gr EN 0 class B Gr IEC/EN 00- cat. C IEC/EN 00- cat. C LF () HF () LF () HF () PF00 khz khz khz khz khz khz m m m m m m ATV WpppN ATV W0NC WU0NC ATV WU0NC, WUNC ATV WUNC, WDNC ATV WDNC WDNC ATV WD0NC WDNC PF00 Mounting the EMC fi lter beside the Altivar drive ATV WDNC WD0NC Additional EMC input filters Applications When used with ATV HpppM, HpppMX and ATV HpppN drives, additional EMC input fi lters can be used to meet more stringent requirements and are designed to reduce conducted emissions on the line supply below the limits of standards EN 0 group, class A or B and IEC/EN 00- category C or C. For ATV H0M HDMX and ATV H0N HDN drives, the additional EMC fi lters can be mounted beside or under the device. They act as a support for the drives and are attached to them via tapped holes. For ATV HDMX HD0MX and ATV HD0N HCN drives, the additional EMC fi lters can only be mounted beside the drive. Use according to the type of line supply These additional fi lters can only be used on TN (neutral connection) and TT (neutral to earth) type systems. Standard IEC/EN 00-, appendix D., states that on IT systems (isolated or impedance earthed neutral), fi lters can cause permanent insulation monitors to operate in a random manner. Mounting the EMC fi lter under the Altivar drive If a machine has to be installed on an IT system, one solution is to insert an isolation transformer and connect the machine locally on a TN or TT system. () If motors are connected in parallel, it is the total length that should be taken into account. () LF: low switching frequency. HF: high switching frequency. () See note () on the next page. 0 : page page

89 References Altivar : EMC fi lters Option: additional input fi lters PF0 VW A pp Additional EMC input filters for ATV HpppM, HpppMX and HpppN drives Drives Maximum length of shielded cable () EN 0 class A Gr IEC/EN 00- category C EN 0 class B Gr IEC/EN 00- category C In () If () Loss () Reference Weight LF () HF () LF () HF () m m m m A ma W kg Three-phase supply voltage: 00 0 V 0/0 Hz ATV H0M, HUM VW A 0.00 ATV HUM HU0M VW A ATV HUM VW A 0.00 ATV HUM VW A ATV HDMX, HDMX VW A ATV HDMX, HDMX VW A ATV HD0MX...HDMX VW A ATV HDMX, HDMX VW A ATV HD0MX VW A.000 Three-phase supply voltage: 0 0 V 0/0 Hz ATV H0N HUN VW A 0.00 ATV HU0N, HU0N VW A ATV HUN, HUN VW A 0.00 ATV HDN VW A ATV HDN (), HDN VW A ATV HDN VW A ATV HD0N, HDN VW A ATV HDN HDN VW A ATV HD0N HCN VW A ATV QCN QCN ATV HCN HCN VW A.000 ATV QC0N QCN ATV HC0N, HC0N VW A.000 ATV QC0N, QC0N ATV HCN ATV QCN VW A.000 IP 0 protection kit VW A 0 additional input fi lters provide IP 00 degree of protection as standard. This kit can be used to provide IP 0 degree of protection. Note: The degree of protection of VW A 0 0 fi lters is IP 0 (IP on the upper part). Description For filters Reference Weight kg Mechanical device consisting of an IP 0 cover VW A 0, VW A 0 and cable clips VW A, VW A 0 () The maximum lengths are given as examples only, as they vary depending on the stray capacitance of the motors and the cables used. If motors are connected in parallel, the sum of the cable lengths must be taken into account. () Filter nominal current. () Maximum earth leakage current at 0 V and at 00 V 0 Hz on a TT system. () Via thermal dissipation. () LF: low switching frequency. HF: high switching frequency. These frequencies depend on the drive rating: For drives Switching frequency with integrated EMC filter Switching frequency with additional EMC filter LF HF LF HF khz khz khz khz ATV HpppM.. ATV H0N HDN ATV HDN HD0N..... ATV HDMX, HDMX.... ATV HDMX...HDMX.. ATV HDN...HDN.... ATV HDMX...HD0MX.. ATV HD0N...HCN.. ATV QCN QCN ATV HU0Y HD0Y.. ATV HDY HC0Y... () It is possible to use a special fi lter VW A 0 with a leakage current If () of ma which enables a maximum motor cable length of 00 m. 0

90 Presentation Altivar : output fi lters The Altivar drive includes as standard a software function used to limit overvoltages at the motor terminals. Depending on the cable lengths or the type of application, it may be necessary to use output fi lters: b Motor chokes used to limit the dv/dt b Sinus fi lters that are particularly effective for long cable runs or to reduce electromagnetic motor noise Cable length () 0 0 m 0 0 m 0 0 m 0 00 m 00 0 m 0 0 m 0 00 m m m Shielded cable ATV HpppM ATV H0N HDN ATV W0N WDN ATV W0NC WDNC ATV HpppMX ATV HDN HCN ATV WDN WD0N ATV WDNC WD0NC Software function () Motor choke Software function () Motor choke ATV HUSX HUSX Software function () Motor choke motor chokes in series ATV HU0Y HDY Software Motor choke ATV HDY HD0Y function () Motor choke motor chokes in series ATV HUY HD0Y Motor choke motor ATV HCY HC0Y chokes in series Unshielded cable ATV H0M, HUM ATV H0N...HUN ATV W0N WUN ATV W0NC WUNC Software function () Motor choke or sinus fi lter ATV HUM, HU0M ATV HU0N HUN ATV WU0N WUN ATV WU0NC WUNC ATV HU0M HUM ATV HUN HDN ATV WUN WDN ATV WUNC WDNC ATV HDMX HDMX ATV HDN HDN ATV WDN WD0N ATV WDNC WD0NC ATV HDMX HD0MX ATV HD0N HCN Software function () Motor choke Sinus fi lter Software function () Motor choke Sinus fi lter ( m) Software function () Motor choke Sinus fi lter ( m) Software function () Motor choke motor chokes in series ATV HUSX HUSX Software function () Motor choke motor chokes in series ATV HU0Y HDY ATV HDY HD0Y ATV HUY HD0Y Software function () Software function () Software function () Motor choke (above 0 m) Motor choke (above 0 m) Motor choke (above 0 m) motor chokes in series motor chokes in series motor chokes in series ATV HCY HC0Y Software function () Motor choke motor chokes in series () The cable length varies depending on the combination of variable speed drive/motor choke or sinus fi lter (see pages 0, and ). For an application with several motors connected in parallel, the cable length must include all cabling. Recommended cable types: b Shielded cables: GORSE cable, type GUOSTV-LS/LH; PROTOFLEX cable, type EMVYSL CY b Unshielded cables: GORSE cable, type H0 RN-FGXX; BELDEN cable, type 0X () The software function limits the overvoltage at the motor terminals to twice the DC bus voltage. For any application with braking cycles, the DC bus voltage rises to more than the supply voltage multiplied by. The electrical characteristics of the motor must be checked before using this function. 0 : page page

91 Presentation Altivar : output fi lters Option: motor chokes Motor chokes Altivar Motor choke M Altivar drives have been developed to operate with the following maximum motor cable lengths: For drives Maximum length of motor cable For a maximum switching frequency Shielded cable Unshielded cable ATV HpppM ATV HDMX, HDMX ATV H0N HDN ATV W0N WDN ATV W0NC WDNC ATV HDMX HD0MX ATV HDN HCN ATV QCN QCN ATV HDN, HD0N ATV WDN WD0N ATV WDNC WD0NC khz m m ATV HpppSX 0 0 ATV HU0Y HD0Y 0 0 ATV HDY HD0Y. 0 0 ATV HCY HC0Y ATV QCY QC0Y. 0 The motor choke enables operation with motor cables above these maximum lengths and/or limits the dv/dt at the motor terminals: b To 00 V/ s for V and 0 0 V three-phase line supplies b To 0 V/ s for 00 V three-phase line supplies b To 000 V/ s for 0 V three-phase line supplies It is also used to: b Limit overvoltages at the motor terminals to: v 000 V at 00 V a (rms value) v 00 V at 00 V a (rms value) v 00 V at 0 V a (rms value) b Filter interference caused by opening a contactor placed between the fi lter and the motor b Reduce the motor earth leakage current Choke performance is ensured by not exceeding the cable lengths given on pages 0 and. For an application with several motors connected in parallel, the cable length must include all cabling. If a cable longer than that recommended is used, the motor chokes may overheat. 0 : page page

92 References Altivar : output fi lters Option: motor chokes PF VW A 0 Motor chokes For drives Maximum length of motor cable Losses Nominal Maximum switching frequency Shielded Unshielded current Sold in lots of Unit reference Weight khz m m W A kg Three-phase supply voltage: 00 0 V 0/0 Hz ATV H0M HUM VW A 0.00 ATV HU0M HUM VW A VW A ATV HDMX, HDMX VW A ATV HDMX, HDMX VW A ATV HD0MX HDMX VW A 0.00 ATV HDMX, HDMX VW A ATV HD0MX VW A Three-phase supply voltage: 0 0 V 0/0 Hz ATV H0N HU0N ATV W0N WU0N ATV W0NC WU0NC 0 0 VW A VW A VW A ATV HUN HDN ATV WUN WDN ATV WUNC WDNC 0 VW A VW A VW A 0.00 ATV HDN, HD0N ATV WDN, WD0N ATV WDNC, WD0NC ATV WDN ATV WDNC VW A VW A VW A VW A 0.00 ATV WDN WDN VW A 0.00 ATV WDNC WDNC ATV WD0N VW A 0.00 ATV WD0NC ATV HDN. 0 0 VW A VW A ATV HDN HDN VW A 0.00 ATV HD0N VW A 0.00 ATV QCN ATV HCN, HCN. 0 0 VW A ATV QCN, QCN ATV HCN, HCN VW A ATV QC0N, QCN ATV HCN, HCN VW A ATV QCN ATV HC0N Motor P VW A kw Motor P VW A kw ATV QC0N VW A ATV HC0N, HCN ATV QC0N, QCN VW A : page page 0

93 References (continued) Altivar : output fi lters Option: motor chokes Motor chokes (continued) For drives Maximum length of motor cable Losses Nominal Maximum switching frequency Shielded Unshielded current Sold in lots of Unit reference Weight khz m m W A kg Three-phase supply voltage: V 0/0 Hz () ATV HUSX VW A HUSX VW A x VW A VW A x VW A Three-phase supply voltage: 00 0 V 0/0 Hz () ATV HU0Y HDY 0 0 VW A VW A x VW A VW A 0.00 ATV HDY HD0Y VW A x VW A VW A x VW A ATV HDY HD0Y VW A 0.00 ATV HCY HCY ATV QCY ATV HC0Y, HCY ATV QCY, QC0Y ATV HCY, HC0Y ATV QCY, QCY ATV HC0Y, HCY ATV QC0Y, QC0Y ATV HC0Y ATV QCY, QC0Y x VW A VW A x VW A VW A x VW A VW A x VW A VW A x VW A VW A x VW A IP 0 protection kits Description For motor chokes Reference Weight kg Mechanical kit including an IP 0 cover and cable clips () Maximum length given for a 00 V 0 Hz three-phase supply voltage. () Maximum length given for a 0 V 0 Hz three-phase supply voltage. VW A 0, 0 VW A VW A 0 0 VW A 0 : page page

94 Presentation Altivar : output fi lters Option: sinus fi lters Sinus filters Sinus fi lters allow Altivar drives to operate with long motor cables or signifi cant motor noise reduction. For ATV HpppM, ATV HDMX...HDMX, ATV H0N HDN, ATV W0N WD0N and ATV W0NC WD0NC drives, they also enable unshielded cables to be used, while still complying with the standards on radiated EMC emissions (EN 0 class A Gr and IEC/EN 00- category C). Sinus fi lters only operate with a voltage/frequency drive ratio. Sinus fi lters are never compatible with the voltage sensorless fl ux vector control profile. Applications For ATV HpppM, ATV HDMX...HDMX and ATV H0N...HDN drives, applications requiring: b Long cable runs b Mechanical restrictions preventing the use of shielded cables b An intermediate transformer between the drive and the motor b A reduction in motor noise b Motors connected in parallel For ATV HDMX...HD0MX and ATV HD0N...HDN drives, applications requiring: b An intermediate transformer between the drive and the motor b A reduction in electromagnetic motor noise 0 : page page

95 References Altivar : output fi lters Option: sinus fi lters Sinus filters For drives Nominal current Losses at 00 Hz Reference Weight A W kg Three-phase supply voltage: V 0/0 Hz ATV H0M, HUM () 0 VW A ATV HUM, HU0M 0 VW A ATV HU0M... HUM 0 VW A ATV HDMX, HDMX 0 VW A ATV HDMX, HDMX 0 VW A ATV HD0MX... HDMX 0 00 VW A ATV HDMX, HDMX 00 0 VW A ATV HD0MX VW A Three-phase supply voltage: V 0/0 Hz ATV H0N...HU0N () ATV W0N...WU0N ATV W0NC...WU0NC ATV HUN ATV WUN ATV WUNC ATV HUN...HDN ATV WUN...WDN ATV WUNC...WDNC ATV HDN...HD0N ATV WDN...WD0N ATV WDNC...WD0NC ATV HDN, HDN ATV WDN, WDN ATV WDNC, WDNC ATV HDN, HDN ATV WDN, WDN ATV WDNC, WDNC 0 VW A VW A VW A VW A VW A VW A ATV HD0N, HCN ATV WD0N ATV WD0NC ATV QCN ATV HCN, HCN ATV QCN, QCN ATV HCN ATV QC0N ATV HCN ATV QCN 00 VW A VW A VW A VW A ATV HCN ATV QCN ATV HC0N ATV QC0N ATV HC0N ATV QC0N 00 0 VW A Motor P kw 00 0 VW A Motor P 00 kw 00 0 VW A VW A ATV HCN ATV QCN 00 0 VW A () For ATV H0M, HUM, ATV H0N and HUN drives, it is advisable to use a lower power motor with a sinus fi lter. 0 : page page

96 Combinations for customer assembly Altivar Motor starters: 00 0 V supply voltage Applications Circuit-breaker/contactor/drive combinations can be used to ensure continuous service of the installation with optimum safety. The type of circuit-breaker/contactor coordination selected can reduce maintenance costs in the event of a motor short-circuit by minimizing the time required to make the necessary repairs and the cost of replacement equipment. The suggested combinations provide type or type coordination depending on the drive rating. Type coordination: A motor short-circuit will not damage the device or affect its settings. The motor starter should be able to operate once the electrical fault has been removed. The electrical isolation provided by the circuit-breaker will not be affected by the short-circuit. Welding of the contactor contacts is permissible if they can be separated easily. Type coordination: The electrical isolation provided by the circuit-breaker will not be affected by the incident and no other elements apart from the contactor are damaged as a result of the motor short-circuit. 0 PF0SE DF DF + + GV L0 + LC Dpp + ATV HUM The drive controls the motor, provides protection against short-circuits between the drive and the motor and protects the motor cable against overloads. Overload protection is provided by the drive's motor thermal protection. If this protection is removed, external thermal protection must be provided. Before restarting the installation, the cause of the trip must be removed. Motor starters for IP 0 drives Motor Drive Circuit-breaker Line contactor Power() Reference Reference () Rating Irm Reference () () kw HP A A Single-phase supply voltage: 00 0 V 0/0 Hz. Type coordination ATV H0M GV L 0 LC D0pp 0. ATV HUM GV L LC Dpp. ATV HUM GV L0 LC Dpp. ATV HU0M GV L LC Dpp ATV HU0M GV L LC Dpp () ATV HUM GV L0 0 LC D0App ().. ATV HUM () GV L0 0 LC D0App Single-phase supply voltage: 00 0 V 0/0 Hz. Type coordination ATV H0M GV L 0 LC D0pp 0. ATV HUM GV L LC D0pp. ATV HUM GV L0 LC D0pp. ATV HU0M GV L LC Dpp ATV HU0M GV L LC Dpp () ATV HUM GV L LC Dpp ().. ATV HUM () GV L LC Dpp () Standard power ratings for 0 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 0 V GV L, GV L 0 GV L0, GV L GV L0, GV L0 0 () Composition of contactors: LC D0 to LC D0A: poles + N/O auxiliary contact and N/C auxiliary contact. () Replace pp with the control circuit voltage reference indicated in the table below: Volts a LC Dpp 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. () A line choke must be added (see page ). : page Options: page page

97 Combinations for customer assembly (continued) Altivar Motor starters: 00 0 V supply voltage PDF0 DF PF0SE + + GV L0 + LC D0App + ATV HUM Motor starters for IP 0 drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 00 0 V 0/0 Hz. Type coordination 0. ATV H0M GV L0. LC D0pp. ATV HUM GV L LC Dpp. ATV HUM GV L0 LC Dpp ATV HU0M GV L LC Dpp ATV HU0M GV L LC Dpp.. ATV HUM GV L0 0 LC D0App. 0 ATV HUM GV L0 0 LC D0App ATV HDMX GV L LC DApp 0 ATV HDMX NS0HMA0 0 0 LC D0pp. ATV HDMX NS0HMA0 0 0 LC D0pp 0 ATV HDMX NSX00pMA LC Dpp 0 0 ATV HD0MX NSX0pMA0 0 0 LC D0pp 0 ATV HDMX NSX0pMA0 0 0 LC D0pp 0 ATV HDMX NSX0pMA0 0 0 LC Fpp ATV HDMX NSX0pMA0 0 0 LC Fpp 00 ATV HDMX NSX00p Micrologic.M 0 0 LC Fpp 0 ATV HD0MX NSX0p Micrologic.M LC F0pp Three-phase supply voltage: 00 0 V 0/0 Hz. Type coordination 0. ATV H0M GV L0. LC D0pp. ATV HUM GV L LC D0pp. ATV HUM GV L0 LC D0pp ATV HU0M GV L LC Dpp ATV HU0M GV L LC Dpp.. ATV HUM GV L0 0 LC Dpp. 0 ATV HUM GV L0 0 LC Dpp ATV HDMX GV L LC D0App 0 ATV HDMX NS0HMA0 0 0 LC D0App. ATV HDMX NS0HMA0 0 0 LC D0App 0 ATV HDMX NSX00pMA LC D0pp 0 0 ATV HD0MX NSX0pMA0 0 0 LC Dpp 0 ATV HDMX NSX0pMA0 0 0 LC Dpp 0 ATV HDMX NSX0pMA0 0 0 LC Dpp ATV HDMX NSX0pMA0 0 0 LC Dpp 00 ATV HDMX NSX00p Micrologic.M 0 0 LC Fpp 0 ATV HD0MX NSX0p Micrologic.M LC Fpp () Standard power ratings for 0 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 0 V B F N H S L GV L0 0 GV L L 0 GV L0 L NS0HMA 00 NSX00pMA NSX0pMA NSX00p, NSX0p () Composition of contactors: LC D0 to LC D0: poles + N/O auxiliary contact and N/C auxiliary contact. LC F to LC F0: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference indicated in the table below: Volts a LC D0 D0 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F, F 0 Hz (LX coil) B E F M P U 0 Hz (LX coil) E F M U 0 00 Hz (LX coil) E F M P U LC F, LC F Hz (LX coil) B E F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 0

98 Combinations for customer assembly (continued) Altivar Motor starters: 0 V supply voltage 0 DPF PF0 PF0SE + + NSX0pMA0 + LC Dpp + ATV HDN Motor starters for IP 0 drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 0 V 0/0 Hz. Type coordination 0. ATV H0N GV L0 LC D0pp. ATV HUN GV L0. LC D0pp. ATV HUN GV L 0 LC Dpp ATV HU0N GV L LC Dpp ATV HU0N GV L LC Dpp.. ATV HUN GV L LC Dpp. 0 ATV HUN GV L LC D0App ATV HDN GV L0 0 LC D0App 0 ATV HDN GV L0 0 LC DApp. ATV HDN GV L0 0 LC DApp 0 ATV HDN GV L LC DApp 0 0 ATV HD0N NS0HMA0 0 0 LC D0pp 0 ATV HDN NSX00pMA LC Dpp 0 ATV HDN NSX0pMA0 0 0 LC Dpp ATV HDN NSX0pMA0 0 0 LC D0pp 00 ATV HDN NSX0pMA0 0 0 LC Fpp 0 ATV HD0N NSX0pMA0 0 0 LC Fpp 0 0 ATV HCN NSX0pMA0 0 0 LC Fpp 00 ATV HCN NSX00p Micrologic.M 0 0 LC Fpp 0 0 ATV HCN NSX00p Micrologic.M 0 0 LC F0pp ATV HCN NSX0p Micrologic.M LC F00pp 0 0 ATV HCN NSX0p Micrologic.M LC F00pp 0 00 ATV HCN NSX0p Micrologic.M LC F00pp 0 0 ATV HCN NSX0p Micrologic.M LC F00pp 00 ATV HCN NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS00L Micrologic or (LR OFF) LC F00pp ATV HC0N NS000L Micrologic or (LR OFF) LC BLpp 0 00 ATV HCN NS000L Micrologic or (LR OFF) LC BMpp () Standard power ratings for 00 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 00 V B F N H S L GV L0 L () 0 GV L (), GV L 0 GV L L NS0HMA 0 NSX00pMA NSX0pMA NSX00p, NSX0p NS00L Micrologic or NS000L Micrologic or 0 () GV L: Icu of 0 when combined with an ATV HU0N, Icu of 0 when combined with an ATV HU0N. () Composition of contactors: LC D0 to LC D0: poles + N/O auxiliary contact and N/C auxiliary contact. LC Fppp, LC BL and LC BM: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference indicated in the table below: Volts a LC D0 D0 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F, F 0 Hz (LX coil) B E F M P U 0 Hz (LX coil) E F M U 0 00 Hz (LX coil) E F M P U LC F, F Hz (LX coil) B E F M P U LC F00 F Hz (LX coil) E F M P U LC BL, LC BM 0 00 Hz (WB coil) F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre.

99 Combinations for customer assembly (continued) Altivar Motor starters: 0 V supply voltage DF PF0 PF0SE + + NSX00pMA00 + LC Dpp + ATV HDN Motor starters for IP 0 drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 0 V 0/0 Hz. Type coordination 0. ATV H0N GV L0 LC D0pp. ATV HUN GV L0. LC D0pp. ATV HUN GV L 0 LC D0pp ATV HU0N GV L LC D0pp ATV HU0N GV L LC Dpp.. ATV HUN GV L LC Dpp. 0 ATV HUN GV L LC D0App ATV HDN GV L0 0 LC D0App 0 ATV HDN GV L0 0 LC D0App. ATV HDN GV L0 0 LC D0App 0 ATV HDN GV L LC DApp 0 0 ATV HD0N NS0HMA0 0 0 LC DApp 0 ATV HDN NSX00pMA LC Dpp 0 ATV HDN NSX0pMA0 0 0 LC Dpp ATV HDN NSX0pMA0 0 0 LC Dpp 00 ATV HDN NSX0pMA0 0 0 LC Fpp 0 ATV HD0N NSX0pMA0 0 0 LC Fpp 0 0 ATV HCN NSX0pMA0 0 0 LC Fpp 00 ATV HCN NSX00p Micrologic.M 0 0 LC Fpp 0 0 ATV HCN NSX00p Micrologic.M 0 0 LC F0pp ATV HCN NSX0p Micrologic.M LC F00pp 0 0 ATV HCN NSX0p Micrologic.M LC F00pp 0 00 ATV HCN NSX0p Micrologic.M LC F00pp 0 0 ATV HCN NSX0p Micrologic.M LC F00pp 00 ATV HCN NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS000L Micrologic or (LR OFF) LC F0pp 0 00 ATV HCN NS000L Micrologic or (LR OFF) LC F0pp 0 00 ATV HCN NS0 Micrologic or (LR OFF) LC F0pp () Standard power ratings for 00 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 00 V B F N H S L GV L0 L 0 GV L, GV L 0 GV L L NS0HMA 0 NSX00pMA NSX0pMA NSX00p, NSX0p NS00L Micrologic or 0 NS000L Micrologic or NS0 Micrologic or 0 () Composition of contactors: LC D0 to LC D: poles + N/O auxiliary contact and N/C auxiliary contact. LC F to F0: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference indicated in the table below: Volts a LC D0 D 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F, F 0 Hz (LX coil) B E F M P U 0 Hz (LX coil) E F M U 0 00 Hz (LX coil) E F M P U LC F, F Hz (LX coil) B E F M P U LC F00 F Hz (LX coil) E F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 0

100 Combinations for customer assembly (continued) Altivar Motor starters: 0 V supply voltage DPF PF0 PF0SE + + NSX0pMA0 + LC Dpp + ATV WDN Motor starters for IP drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 0 V 0/0 Hz. Type coordination 0. ATV W0N GV L0. LC D0pp ATV W0NC. ATV WUN GV L0 LC D0pp ATV WUNC. ATV WUN GV L0. LC D0pp ATV WUNC ATV WU0N GV L 0 LC Dpp ATV WU0NC ATV WU0N GV L 0 LC Dpp ATV WU0NC.. ATV WUN GV L LC Dpp ATV WUNC. 0 ATV WUN GV L LC D0App ATV WUNC ATV WDN GV L0 0 LC D0App ATV WDNC 0 ATV WDN GV L0 0 LC D0App ATV WDNC. ATV WDN GV L0 0 LC D0App ATV WDNC 0 ATV WDN GV L LC DApp ATV WDNC 0 0 ATV WD0N NS0HMA0 0 0 LC D0pp ATV WD0NC 0 ATV WDN NS0HMA0 0 0 LC D0pp ATV WDNC 0 ATV WDN NSX00pMA LC Dpp ATV WDNC ATV WDN NSX0pMA0 0 0 LC Dpp ATV WDNC 00 ATV WDN NSX0pMA0 0 0 LC D0pp ATV WDNC 0 ATV WD0N ATV WD0NC NSX0pMA0 0 0 LC Fpp () Standard power ratings for 00 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 00 V B F N H S L GV L0 L 0 GV L 0 GV L L NS0HMA 0 NSX00pMA 0pMA () Composition of contactors: LC D0 to LC D0: poles + N/O auxiliary contact and N/C auxiliary contact. LC F: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference given in the table below: Volts a LC D0 D0 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F 0 Hz (LX coil) B E F M P U 0 Hz (LX coil) E F M U 0 00 Hz (LX coil) E F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 0 : page Options: page page

101 Combinations for customer assembly (continued) Altivar Motor starters: 0 V supply voltage DF DF0 PF0SE + + GV L0 + LC D0pp + ATV W0N Motor starters for IP drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 0 V 0/0 Hz. Type coordination 0. ATV W0N GV L0. LC D0pp ATV W0NC. ATV WUN GV L0 LC D0pp ATV WUNC. ATV WUN GV L0. LC D0pp ATV WUNC ATV WU0N GV L 0 LC D0pp ATV WU0NC ATV WU0N GV L 0 LC Dpp ATV WU0NC.. ATV WUN GV L LC Dpp ATV WUNC. 0 ATV WUN GV L LC Dpp ATV WUNC ATV WDN GV L0 0 LC D0App ATV WDNC 0 ATV WDN GV L0 0 LC D0App ATV WDNC. ATV WDN GV L0 0 LC D0App ATV WDNC 0 ATV WDN GV L LC DApp ATV WDNC 0 0 ATV WD0N NS0HMA0 0 0 LC DApp ATV WD0NC 0 ATV WDN NS0HMA0 0 0 LC D0pp ATV WDNC 0 ATV WDN NSX00pMA LC D0pp ATV WDNC ATV WDN NSX0pMA0 0 0 LC Dpp ATV WDNC 00 ATV WDN NSX0pMA0 0 0 LC D0pp ATV WDNC 0 ATV WD0N ATV WD0NC NSX0pMA0 0 0 LC Fpp () Standard power ratings for 00 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 00 V B F N H S L GV L0 L 0 GV L 0 GV L L NS0HMA 0 NSX00pMA NSX0pMA () Composition of contactors: LC D0 to LC D0: poles + N/O auxiliary contact and N/C auxiliary contact. LC F: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. Replace pp with the control circuit voltage reference indicated in the table below: Volts a LC D0 D0 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F 0 Hz (LX coil) B E F M P U 0 Hz (LX coil) E F M U 0 00 Hz (LX coil) E F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 0 : page Options: page page

102 Combinations for customer assembly (continued) Altivar Motor starters: 0 0 V supply voltage 0 DPF PF0 PF0SE + + NSX00pMA0 + LC Dpp + ATV HDN Motor starters for IP 0 drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 0 0 V 0/0 Hz. Type coordination 0. ATV H0N GV L0 LC Dpp. ATV HUN GV L0. LC Dpp. ATV HUN GV L 0 LC Dpp ATV HU0N GV L 0 LC Dpp ATV HU0N GV L LC Dpp.. ATV HUN GV L0 LC Dpp. 0 ATV HUN GV L LC Dpp ATV HDN GV L LC D0App 0 ATV HDN GV L0 0 LC D0App. ATV HDN GV L0 0 LC D0App 0 ATV HDN GV L0 0 LC DApp 0 0 ATV HD0N GV L LC DApp 0 ATV HDN NS0HMA0 0 0 LC D0pp 0 ATV HDN NSX00pMA LC Dpp ATV HDN NSX0pMA0 0 0 LC Dpp 00 ATV HDN NSX0pMA0 0 0 LC Fpp 0 ATV HD0N NSX0pMA0 0 0 LC Fpp 0 0 ATV HCN NSX0pMA0 0 0 LC Fpp 00 ATV HCN NSX0pMA0 0 0 LC Fpp 0 0 ATV HCN NSX00p Micrologic.M 0 0 LC Fpp ATV HCN NSX0p Micrologic.M LC F00pp 0 0 ATV HCN NSX0p Micrologic.M LC F00pp 0 00 ATV HCN NSX0p Micrologic.M LC F00pp 0 0 ATV HCN NSX0p Micrologic.M LC F00pp 00 ATV HCN NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS000L Micrologic or (LR OFF) LC F0pp 0 00 ATV HCN NS000L Micrologic or (LR OFF) LC F0pp 0 00 ATV HCN NS000L Micrologic or (LR OFF) LC F0pp () Standard power ratings for 00 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 0 V B F N H S L GV L0 GV L () 0 GV L () L0 0 GV L L 0 NS0HMA NSX00pMA NSX0pMA NSX00pMA NSX0pMA NS00L Micrologic or NS000L Micrologic or 0 () GV L: Icu of 0 when combined with an ATV HUN, Icu of 0 when combined with an ATV HU0N. () Composition of contactors: LC D to LC D: poles + N/O auxiliary contact and N/C auxiliary contact. LC F to LC F0: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference given in the table below: Volts a LC D D 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F 0 Hz (LX coil) B E F M P U 0 Hz (LX coil) E F M U 0 00 Hz (LX coil) E F M P U LC F 0 00 Hz (LX coil) B E F M P U LC F00 F Hz (LX coil) E F M P U LC F Hz (LX coil) F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 00

103 Combinations for customer assembly (continued) Altivar Motor starters: 0 0 V supply voltage DPF PF0 PF0SE + + NSX0pMA0 + LC Dpp + ATV HDN Motor starters for IP 0 drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 0 0 V 0/0 Hz. Type coordination 0. ATV H0N GV L0 LC D0pp. ATV HUN GV L0. LC D0pp. ATV HUN GV L 0 LC D0pp ATV HU0N GV L 0 LC D0pp ATV HU0N GV L LC D0pp.. ATV HUN GV L0 LC D0pp. 0 ATV HUN GV L LC Dpp ATV HDN GV L LC Dpp 0 ATV HDN GV L0 0 LC D0App. ATV HDN GV L0 0 LC D0App 0 ATV HDN GV L0 0 LC D0App 0 0 ATV HD0N GV L LC DApp 0 ATV HDN NS0HMA0 0 0 LC D0pp 0 ATV HDN NSX00pMA LC Dpp ATV HDN NSX0pMA0 0 0 LC Dpp 00 ATV HDN NSX0pMA0 0 0 LC Dpp 0 ATV HD0N NSX0pMA0 0 0 LC D0pp 0 0 ATV HCN NSX0pMA0 0 0 LC D0pp 00 ATV HCN NSX0pMA0 0 0 LC Fpp 0 0 ATV HCN NSX00p Micrologic.M 0 0 LC Fpp ATV HCN NSX0p Micrologic.M LC F0pp 0 0 ATV HCN NSX0p Micrologic.M LC F0pp 0 00 ATV HCN NSX0p Micrologic.M LC F00pp 0 0 ATV HCN NSX0p Micrologic.M LC F00pp 00 ATV HCN NS00L Micrologic or (LR OFF) LC F00pp ATV HC0N NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS00L Micrologic or (LR OFF) LC F0pp ATV HC0N NS000L Micrologic or (LR OFF) LC F0pp 0 00 ATV HCN NS000L Micrologic or (LR OFF) LC F0pp 0 00 ATV HCN NS000L Micrologic or (LR OFF) LC F0pp () Standard power ratings for 00 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 0 V B F N H S L GV L0 L () 0 GV L () L0 0 GV L L 0 NS0HMA NSX00pMA NSX0pMA NSX00p, NSX0p NS00L Micrologic or NS000L Micrologic or 0 () GV L: Icu of 0 when combined with an ATV HUN, Icu of 0 when combined with an ATV HU0N. () Composition of contactors: LC D0 to LC D0: poles + N/O auxiliary contact and N/C auxiliary contact. LC F to LC F0: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference given in the table below: Volts a LC D0 D0 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F, LC F Hz (LX coil) B E F M P U LC F00 F Hz (LX coil) E F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 0 : page Options: page page 0

104 Combinations for customer assembly (continued) Altivar Motor starters: 0 0 V supply voltage DF PF0 PF0SE + + NSX00pMA0 + LC Dpp + ATV WDN Motor starters for IP drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 0 0 V 0/0 Hz. Type coordination 0. ATV W0N GV L0. LC D0pp ATV W0NC. ATV WUN GV L0 LC D0pp ATV WUNC. ATV WUN GV L0. LC D0pp ATV WUNC ATV WU0N GV L0. LC D0pp ATV WU0NC ATV WU0N GV L 0 LC Dpp ATV WU0NC.. ATV WUN GV L 0 LC Dpp ATV WUNC. 0 ATV WUN GV L LC D0App ATV WUNC ATV WDN GV L0 0 LC D0App ATV WDNC 0 ATV WDN GV L0 0 LC D0App ATV WDNC. ATV WDN GV L0 0 LC D0App ATV WDNC 0 ATV WDN GV L LC DApp ATV WDNC 0 0 ATV WD0N NS0HMA LC D0pp ATV WD0NC 0 ATV WDN NS0HMA0 0 0 LC D0pp ATV WDNC 0 ATV WDN NS0HMA0 0 0 LC D0pp ATV WDNC ATV WDN NSX00pMA LC Dpp ATV WDNC 00 ATV WDN NSX0pMA0 0 0 LC D0pp ATV WDNC 0 ATV WD0N ATV WD0NC NSX0pMA0 0 0 LC Fpp () Standard power ratings for 00 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 0 V B F N H S L GV L0 L () 0 GV L () 0 GV L L NS0HMA 0 NSX00pMA NSX0pMA () GV L: Icu of 0 when combined with an ATV WU0N, Icu of 0 when combined with an ATV WUN. () Composition of contactors: LC D0 to LC D0: poles + N/O auxiliary contact and N/C auxiliary contact. LC F: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference given in the table below: Volts a LC D0 D0 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F 0 Hz (LX coil) B E F M P U 0 Hz (LX coil) E F M U 0 00 Hz (LX coil) E F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 0 : page 0 Options: page page

105 Combinations for customer assembly (continued) Altivar Motor starters: 0 0 V supply voltage PF0SE DF PB0_SE + + NS0HMA0 + LC D0pp + ATV WDN Motor starters for IP drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw HP A A Three-phase supply voltage: 0 0 V 0/0 Hz. Type coordination 0. ATV W0N GV L0. LC D0pp ATV W0NC. ATV WUN GV L0 LC D0pp ATV WUNC. ATV WUN GV L0. LC D0pp ATV WUNC ATV WU0N GV L0. LC D0pp ATV WU0NC ATV WU0N GV L 0 LC Dpp ATV WU0NC.. ATV WUN GV L 0 LC Dpp ATV WUNC. 0 ATV WUN GV L LC Dpp ATV WUNC ATV WDN GV L0 0 LC D0App ATV WDNC 0 ATV WDN GV L0 0 LC D0App ATV WDNC. ATV WDN GV L0 0 LC D0App ATV WDNC 0 ATV WDN GV L LC DApp ATV WDNC 0 0 ATV WD0N NS0HMA LC DApp ATV WD0NC 0 ATV WDN NS0HMA0 0 0 LC DApp ATV WDNC 0 ATV WDN NS0HMA0 0 0 LC D0pp ATV WDNC ATV WDN NSX00pMA LC Dpp ATV WDNC 00 ATV WDN NSX0pMA0 0 0 LC D0pp ATV WDNC 0 ATV WD0N ATV WD0NC NSX0pMA0 0 0 LC Fpp () Standard power ratings for 00 V 0/0 Hz -pole motors. The values expressed in HP conform to the NEC (National Electrical Code). () For references to be completed, replace the dot with the letter corresponding to the circuit-breaker breaking performance (B, F, N, H, S or L). Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 0 V B F N H S L GV L0 L () 0 GV L () 0 GV L L NS0HMA 0 NSX00pMA NSX0pMA () GV L: Icu of 0 when combined with an ATV WU0N (C) and Icu of 0 when combined with an ATV WUN (C). () Composition of contactors: LC D0 to LC D0: poles + N/O auxiliary contact and N/C auxiliary contact. LC F: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference given in the table below: Volts a LC D0 D0 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F 0 Hz (LX coil) B E F M P U 0 Hz (LX coil) E F M U 0 00 Hz (LX coil) E F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 0 : page Options: page page 0

106 Combinations for customer assembly (continued) Altivar Motor starters: 0 V supply voltage DF DF PF0SE + + GV L0 + LC D0App + ATV HDY Motor starters for IP 0 drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw A A Three-phase supply voltage: 0 V 0/0 Hz. Type coordination ATV HU0Y GV L0. LC Dpp ATV HU0Y GV L 0 LC Dpp. ATV HUY GV L 0 LC Dpp. ATV HUY GV L LC Dpp ATV HDY GV L0 LC D0App ATV HDY GV L LC D0App. ATV HDY GV L LC D0App ATV HDY GV L LC DApp 0 ATV HD0Y GV L0 0 LC D0pp ATV HDY GV L0 0 LC D0pp ATV HDY GV L LC Dpp ATV HDY NS00LMA LC Dpp ATV HDY NS00LMA LC Dpp 0 ATV HD0Y NS00LMA0 0 0 LC Fpp 0 ATV HCY NS00LMA0 0 0 LC Fpp ATV HCY NS00LMA0 0 0 LC Fpp 0 ATV HCY NS00LMA0 0 0 LC Fpp 00 ATV HC0Y NS00LMA0 0 0 LC F0pp 0 ATV HCY NS0bLB Micrologic or (LR OFF) 0 0 LC F0pp ATV HCY NS0bLB Micrologic or (LR OFF) 0 00 LC F0pp 00 ATV HC0Y NS0bLB Micrologic or (LR OFF) 0 00 LC F0pp 00 ATV HC0Y NS0bLB Micrologic or (LR OFF) 0 00 LC F0pp 0 ATV HCY NS00LB Micrologic or (LR OFF) 00 0 LC F0pp () Standard power ratings for 0 V 0 Hz -pole motors. () Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 0 V GV L0 L GV L, GV L GV L0 L NSpppLMA NS0bLB Micrologic or NS00LB Micrologic or () Composition of contactors: LC D to LC D: poles + N/O auxiliary contact and N/C auxiliary contact. LC F to LC F0: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference given in the table below: Volts a LC D D 0 Hz B E F M P U 0 Hz B E F M U 0/0 Hz B E F M P U LC F, LC F Hz (LX coil) B E F M P U LC F Hz (LX coil) E F M P U LC F Hz (LX coil) F M P U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. 0 : page 0 Options: page page

107 Combinations for customer assembly (continued) Altivar Motor starters: 0 V supply voltage PF0 Motor starters for IP 0 drives Motor Drive Circuit-breaker Line contactor Power () Reference Reference () Rating Irm Reference () () kw A A Three-phase supply voltage: 0 V 0/0 Hz. Type coordination 0 ATV HCY NS0bLB Micrologic or (LR OFF) 0 LC F00pp + ATV HCY NS0bLB Micrologic or (LR OFF) 00 ATV HC0Y NS0bLB Micrologic or (LR OFF) 00 ATV HC0Y NS0bLB Micrologic or (LR OFF) 0 LC F00pp 0 LC F0pp 0 LC BLpp DF0 0 ATV HCY NS00LB Micrologic (LR OFF) () Standard power ratings for 0 V 0 Hz -pole motors. () Breaking capacity of circuit-breakers according to standard IEC 0-: Circuit-breaker Icu (ka) for 0 V 00 LC BLpp NS0bLB Micrologic or NS00LB Micrologic + () Composition of contactors: LC F00 to LC F0, LC BLp: poles. To add auxiliary contacts or other accessories, please refer to the Motor-starter solutions - Control and protection components catalogue. () Replace pp with the control circuit voltage reference given in the table below: Volts a LC Fppp 0 00 Hz (LX coil) E F M P U PF0SE LC BLpp 0 00 Hz (WB coil) F M D U For other voltages available between V and 0 V, or a DC control circuit, please contact our Customer Care Centre. NSX0LMA00 + LC F00pp + ATV HCY 0 : page Options: page page 0

108 Presentation Altivar Pre-equipped IP fl oor-standing enclosure kit PF0SE Presentation The pre-equipped kit solution is used to create an IP certifi ed fl oor-standing enclosure for 0 kw to 0 kw IP 0 Altivar variable speed drives for a 0 0 V three-phase supply voltage. This kit has been designed to: b Reduce the setup time with: v Simplifi ed assembly v Optimized thermal and mechanical dimensioning The cooling systems used enable the equipment to be installed in diffi cult and dusty environments. The temperature must not exceed + C outside the enclosure or +0 C inside the enclosure; the temperature is monitored by a thermostat which can shut down the equipment if these limits are exceeded. IP fl oor-standing enclosure kit DF00 Cooling systems There are two types of cooling, depending on the model: b VW A and VW A enclosure kits with a single air circuit for the power section: v Air inlet via the plinth v Air outlet on the enclosure roof b VW A enclosure kits with three separate air circuits: v One for the power section: - Air inlet via the plinth - Air outlet on the enclosure roof v Two for the control section with cooling system using an air/air exchanger: - External air circuit for cooling the heat exchanger - Internal air circuit cooled by the heat exchanger This system makes it possible to isolate the air circulating in the power section from the control section, thereby ensuring better protection against the entry of contaminants (in hostile and dusty environments). Cooling system with a single air circuit DF000 Options There are two additional 00 and 00 mm empty enclosure kits VW A p for adding accessories or options. The additional empty enclosure kit must be installed on the left side of the pre-equipped IP enclosure kit. In this case, the left-hand panel of the pre-equipped IP enclosure kit is mounted on the left side of the additional empty enclosure kit, which is supplied without side panels. Cooling system with three separate air circuits 0

109 Description, references Altivar Pre-equipped IP fl oor-standing enclosure kit Description The kit consists of: b Air/air heat exchanger (except for enclosure kits VW A or VW A ) b IP graphic display terminal remote mounting kit b Handle with a pushbutton-operated opening mechanism b Document holder b Plinth b Lower air duct b EMC plate b Drive support rack b Roof extension b Upper air duct b V c 00 ma supplementary power supply b Fixing accessories, seals b Technical documentation containing parts lists, electrical diagrams and mechanical assembly drawings References Description For use with Dimensions Reference Weight W x H x D kg Pre-equipped IP floor-standing ATV HCN () 00 x x VW A enclosure kit ATV HCN () 00 x x VW A ATV HCN () 00 x x VW A.000 ATV HCN () 00 x x VW A.000 ATV HCN () without braking unit 00 x x VW A ATV HCN () without braking unit ATV HCN () with braking unit VW A 0 () 00 x x VW A ATV HCN () with braking unit VW A 0 () ATV HC0N () without braking unit 000 x x VW A ATV HC0N () without braking unit ATV HCN () without braking unit 00 x x VW A VW A 0 braking unit 00 x x VW A ().000 Additional empty enclosure kit 00 mm Options and accessories () 00 x 0 x VW A Additional empty enclosure kit 00 mm Options and accessories () 00 x 0 x VW A () Drive to be ordered separately (see page ). () Braking unit for drives ATV HCN, HCN, to be ordered separately (see page ). () Enclosure kit VW A is designed to take braking unit VW A 0 for high-power drives ATV HC0N HCN; it is mounted on the left of enclosure kit VW A or VW A. The braking unit must be ordered separately (see page ). () For any additional information, please contact our Customer Care Centre. 0

110 Presentation Altivar Plus Ready to use IP fl oor-standing enclosure PF00 Presentation Altivar variable speed drives can also be supplied in a ready to use IP certifi ed fl oor-standing enclosure, which makes it possible to achieve an IP degree of protection for IP 0 Altivar drives. The range has been designed to offer a simple and economical ready to use solution, with setup time reduced to a minimum. The enclosures are supplied ready-assembled and ready to connect, making wiring fast and easy. This standardized version enables the equipment to be made available very quickly. It covers motor power ratings from 0 kw to 0 kw for a 0 V three-phase supply. Ready to use IP fl oor-standing enclosure DF00 Cooling system The cooling system used ensures optimum ventilation of the equipment, even in diffi cult and dusty environments. Cooling is provided by two separate air circuits: v One for the power section: - Air entry via an intake grille on the plinth - Air outlet via a metal cover with protection against water splashes on the enclosure roof v One for the control section: - Air entry via an intake grille with fan (fi tted with a fi lter) on the enclosure door - Air outlet through a fi lter The incoming air temperature must be C. The temperature is monitored by a thermostat which can shut down the equipment. Cooling system with two separate air circuits : page 0 Options: page page

111 Description, references Altivar Plus Ready to use IP fl oor-standing enclosure DF Description The offer comprises: b A wired, ready-assembled Sarel Spacial SF enclosure b A drive on heatsink ATV HD0N HCN b An IP remote mounting kit for graphic display terminal b A DC choke b Motor terminals b A magnetic circuit-breaker b A plinth References Degree of Line supply With drive Dimensions Reference Weight protection Max. prospective line Isc () ka W x H x D kg Three-phase supply voltage 0 V 0/0 Hz IP 0 ATV HD0N 00 x x ATV ESD0N ATV HCN 00 x x ATV ESCN ATV HCN 00 x x ATV ESCN ATV HCN 00 x x ATV ESCN ATV HCN 00 x x ATV ESCN ATV HCN 00 x x ATV ESCN ATV HCN 00 x x ATV ESCN ATV HC0N 00 x x ATV ESC0N ATV HC0N 00 x x ATV ESC0N ATV HCN 00 x x ATV ESCN () These values are given for use with upstream fuses (see the characteristics on our website : page Options: page page 0

112 Presentation Altivar Plus - LH Ready to use IP or IP fl oor-standing enclosure with harmonic fi ltering Presentation The Altivar Plus - LH (Low Harmonic) offer has been designed with harmonic fi ltering to suit applications requiring a very low harmonic level (THDI y %). They comply with the conditions imposed by standard IEEE -. Altivar drives are supplied in an IP or IP certifi ed fl oor-standing enclosure, which makes it possible to achieve an IP or IP degree of protection for IP 0 Altivar drives. The enclosures are supplied ready-assembled and ready to connect, thus offering a simple and economical ready to use solution which keeps setup time to a minimum. Wiring is fast and easy, the setup parameters are factory-set. This standardized version enables the equipment to be made available very quickly. The standard offer is supplemented by a wide selection of options depending on the drive rating (see pages to ). The offer covers motor power ratings from kw to 0 kw for a 0 V, 0/0 Hz three-phase supply voltage. Ready to use IP or IP fl oor-standing enclosure with harmonic fi ltering The incoming air temperature must be between 0 and + 0 C. The internal temperature is monitored by a thermostat which can shut down the equipment. DF00 Harmonic filtering The harmonic fi ltering system is used to keep the harmonic level to less than %. Its design optimizes motor effi ciency and reduces energy consumption by signifi cantly decreasing harmonic distortions. A rms Harmonic level without harmonic fi ltering (THDI %) Harmonic level with harmonic fi ltering (THDI y %) It also offers the following advantages: b Maximum motor power maintained in the event of a weak line supply by boosted DC voltage b Power factor (cos ) independent of load or of return energy b Reduction in drive electromagnetic emissions in accordance with standard IEC/EN 00- category C due to the integrated fi lter b Confi gurable energy recovery onto the line supply, for example for an installation with diesel generator b Line supply short-circuits tolerated up to 00 ka : page 0 Options: page page

113 Description, references Altivar Plus - LH Ready to use IP or IP fl oor-standing enclosure with harmonic fi ltering DF0 Description The offer comprises: b A wired, ready-assembled Sarel Spacial SF enclosure b A drive on heatsink ATV HDN HCN b An IP remote mounting kit for graphic display terminal b An active infeed converter b Filter components including EMC fi lter b A switch, fast-acting fuses and motor terminals b A slot for optional motor choke References Degree of Line supply With drive Dimensions Reference Weight protection Max. prospective line Isc () ka W x H x D kg Three-phase supply voltage 0 V 0/0 Hz IP 00 ATV HDN 00 x x ATV EXCDNH ATV HDN 00 x x ATV EXCDNH.000 ATV HD0N 00 x x ATV EXCD0NH.000 ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH ATV HC0N 000 x x ATV EXCC0NH.000 ATV HC0N 000 x x ATV EXCC0NH.000 ATV HCN 00 x x ATV EXCCNH.000 IP 00 ATV HDN 00 x x ATV EXCDNH ATV HDN 00 x x ATV EXCDNH.000 ATV HD0N 00 x x ATV EXCD0NH.000 ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH ATV HCN 00 x x ATV EXCCNH.000 ATV HCN 00 x x ATV EXCCNH.000 ATV HC0N 000 x x ATV EXCC0NH ATV HC0N 000 x x ATV EXCC0NH ATV HCN 00 x x ATV EXCCNH () These values are given for use with a circuit-breaker, which is available as an option, or fuses placed upstream (see the characteristics on our website : page Options: page page

114 Presentation Altivar Plus IP or IP fl oor-standing enclosure with separate air fl ows Presentation The Altivar Plus offer with separate air fl ows has been designed to meet requirements for harsh and highly polluted environments (such as in tunnels, subways, smoke extraction and pumping applications, etc.). Altivar variable speed drives are supplied in an IP or IP ready-assembled fl oor-standing enclosure to facilitate their installation and setup, while ensuring optimum ventilation. The enclosures are supplied ready to connect. The offer comprises two versions: b The ATV EXSppppp version consists of a single enclosure providing IP protection. It covers motor power ratings from 0 kw to 00 kw with three types of power supply: v 0 V three-phase, 0 kw to 0 kw (ATV EXSpppN) v 00 V three-phase, 0 kw to 0 kw (ATV EXSpppN) v 0 V three-phase, 0 kw to 00 kw (ATV EXSpppY) Optimum enclosure ventilation is ensured by two separate cooling circuits for the control section and the power section. b The ATV EXApppppp version consists of a set of or more enclosures providing IP or IP protection, depending on the model. It covers motor power ratings from 0 kw to 00 kw with three types of power supply: v 0 V three-phase, 0 kw to 00 kw (ATV EXAppppN) v 00 V three-phase, 0 kw to 00 kw (ATV EXAppppN) v 0 V three-phase, 00 kw to 00 kw (ATV EXAppppY) Enclosure ventilation is also ensured by two separate cooling circuits, one for the control section and one for the power section. In addition, an water circuit integrated in the power enclosure ensures excellent cooling of the power electronics. DF00 The incoming air temperature must be between 0 C and + 0 C (- 0 C and + 0 C with enclosure heater) and may reach + 0 C with derating (class K according to IEC/EN 0--). The internal temperature is monitored by a thermostat which can shut down the equipment. The entire range includes the choice of: b A standard offer b A modular offer, in which a wide selection of options can be incorporated depending on the drive rating The standard ATV EXSppppp offer This consists of: b A wired, ready-assembled Sarel Spacial SF enclosure b A drive on heatsink ATV HD0N HCN or ATV HCY ATV HC0Y b An IP remote mounting kit for graphic display terminal b A DC choke (ATV EXSpppN) or a line choke in an additional enclosure (ATV EXSpppN and ATV EXSpppY) b Motor terminals b A switch and fast-acting fuses b A plinth See pages and. Standard ATV EXSppppp offer : page Options: page page

115 Presentation (continued) Altivar Plus IP or IP fl oor-standing enclosure with separate air fl ows DF0 The standard ATV EXApppppp offer The ATV EXApppppp offer is supplied in wired, ready-assembled Sarel Spacial SF enclosures. Standard ATV EXAppppp offer Confi guration example for a standard ATV EXApppppp offer: b An enclosure for the power supply with an IP remote mounting kit for graphic display terminal, a switch, terminals and fast-acting fuses b An enclosure for the power section cooled by an integrated water circuit b An enclosure with motor connection terminals b An enclosure for the power section cooling circuit with heat exchanger and fans See pages and. Modular offer This consists of: b The standard separate air fl ow offer ATV EXSppppp or ATV EXApppppp b One or more options (see pages 0 to ) As well as these specifi c options, all the options available for Altivar drives can be used, at the same rating, with the enclosed drives offer (see the summary tables of possible drive, option and accessory combinations on pages, and 0 to ). For any confi guration other than those shown on pages 0 to, please contact our Customer Care Centre. Common options These options can be integrated, whatever the enclosure model, without any need for modifi cations to the enclosure: b Adaptor for V a logic inputs b Encoder interface cards b I/O expansion cards b Multipump cards and Controller Inside programmable card b Modbus TCP Daisy Chain, EtherNet/IP, DeviceNet, INTERBUS, CC-Link, Modbus/ Uni-Telway, PROFIBUS DP V0 or V, LONWORKS, METASYS N, APOGEE FLN, BACnet communication cards b Preventa type AC or Preventa type ATE fault relay b PTC relays, PT00 relays b Motor heater b Additional V c power supply b Enclosure lighting b Emergency stop button b Key switch (Local/Remote) b Power supply circuit for external fan See pages 0 and. For all other options, please contact our Customer Care Centre. Options dependent on the drive rating These options depend on the drive rating. Some may lead to modifi cation of the size of the enclosure: b Braking unit b Isolating handle for switch b Circuit-breaker b Line contactor b Control transformer b Ammeter b Enclosure heater b Motor choke b Sinus fi lter b Air conditioning See pages to. For all other options, please contact our Customer Care Centre.

116 References Altivar Plus IP or IP fl oor-standing enclosure with separate air fl ows PF00 IP or IP floor-standing enclosure with separate air flows Degree of Line supply With drive Dimensions Reference () Weight protection Max. prospective line Isc () ka W x H x D kg Three-phase supply voltage 0 V 0/0 Hz IP 0 ATV HD0N 00 x x ATV EXSD0N ATV HCN 00 x x ATV EXSCN ATV HCN 00 x x ATV EXSCN.000 ATV HCN 00 x x ATV EXSCN.000 ATV HCN 00 x x ATV EXSCN.000 ATV HCN 00 x x ATV EXSCN ATV HCN 00 x x ATV EXSCN ATV HC0N 000 x x ATV EXSC0N.000 ATV HC0N 000 x x ATV EXSC0N.000 ATV HCN 00 x x ATV EXSCN ATV EXSppppp IP or IP 00 ATV ECN () 00 x 00 x ATV EXApCN ATV ECN () 00 x 00 x ATV EXApCN ATV EC0N () 00 x 00 x ATV EXApC0N.000 ATV EMN () 00 x 00 x ATV EXApMN.000 ATV EMN () 00 x 00 x ATV EXApMN.000 ATV EMN () 00 x 00 x ATV EXApMN.000 Three-phase supply voltage 00 V 0/0 Hz IP 0 ATV HCY 00 x x ATV EXSD0N.000 ATV HCY 00 x x ATV EXSCN.000 ATV HCY 00 x x ATV EXSCN.000 ATV HC0Y 00 x x ATV EXSCN.000 ATV HCY 00 x x ATV EXSC0N.000 ATV HCY 00 x x ATV EXSCN.000 ATV HC0Y 00 x x ATV EXSCN.000 ATV HC0Y 00 x x ATV EXSC0N.000 ATV HCY 00 x x ATV EXSC0N ATV HC0Y 00 x x ATV EXSCN IP or IP 00 ATV EC0Y () 00 x 00 x ATV EXApCN ATV EM0Y () 00 x 00 x ATV EXApC0N ATV EMY () 00 x 00 x ATV EXApC0N ATV EMY () 00 x 00 x ATV EXApMN.000 ATV EMY () 00 x 00 x ATV EXApMN.000 ATV EMY () 00 x 00 x ATV EXApMN.000 ATV EMY () 00 x 00 x ATV EXApMN.000 () To obtain the complete enclosure reference, replace the p with a for IP protection or a for IP protection. Example for IP protection: ATV EXApCN becomes ATV EXACN. () These values are given for use with upstream fuses (see the characteristics on our website () Reference of the drive mounted in the enclosure; this reference cannot be ordered on its own. : page Options: page page

117 References (continued) Altivar Plus IP or IP fl oor-standing enclosure with separate air fl ows PF00 IP or IP floor-standing enclosure with separate air flows (continued) Three-phase supply voltage 0 V 0/0 Hz Degree of Line supply With drive Dimensions Reference () Weight protection Max. prospective line Isc () ka W x H x D kg IP 0 ATV HCY 00 x x ATV EXSCY.000 ATV HCY 00 x x ATV EXSCY.000 ATV HCY 00 x x ATV EXSCY.000 ATV HC0Y 00 x x ATV EXSC0Y.000 ATV HCY 00 x x ATV EXSCY.000 ATV HCY 00 x x ATV EXSCY.000 ATV HC0Y 00 x x ATV EXSC0Y.000 ATV HC0Y 00 x x ATV EXSC0Y.000 ATV HCY 00 x x ATV EXSCY ATV HC0Y 00 x x ATV EXSC0Y ATV EXAppppp IP or IP 00 ATV EC0Y () 00 x 00 x ATV EXApC0Y ATV EM0Y () 00 x 00 x ATV EXApM0Y ATV EMY () 00 x 00 x ATV EXApMY ATV EMY () 00 x 00 x ATV EXApMY.000 ATV EMY () 00 x 00 x ATV EXApMY.000 ATV EMY () 00 x 00 x ATV EXApMY.000 ATV EMY () 00 x 00 x ATV EXApMY.000 () To obtain the complete enclosure reference, replace the p with a for IP protection or a for IP protection. Example for IP protection: ATV EXApCN becomes ATV EXACN. () These values are given for use with upstream fuses (see the characteristics on our website () Reference of the drive mounted in the enclosure; this reference cannot be ordered on its own. : page Options: page page

118 Presentation Altivar Plus IP or IP fl oor-standing enclosure compact version DF00 Presentation The ATV EXCpppppp offer consists of a compact fl oor-standing enclosure providing IP or IP protection for industrial environments and infrastructures (tunnels, subways, smoke extraction and pumping, etc.). Altivar variable speed drives are supplied in an IP or IP ready-assembled enclosure to facilitate installation and setup and, in particular, to ensure optimum ventilation. The enclosure is supplied ready to connect. One common air circuit provides enclosure ventilation, cooling the power section and the control section. A fan integrated in the drive provides ventilation for the power section. IP cooling circuit b IP air circuit: v Air intake is via a grille on the lower part of the enclosure door. v Air outlet is via a metal cover with protection against water splashes on the enclosure roof. v A separating plate prevents internal turbulence. DF00 b IP air circuit: v The grille on the lower part of the door is fi tted with a protective fi lter. v The air outlet on the enclosure roof is fi tted with a fan with fi lter. The incoming air temperature must be between 0 C and 0 C (- 0 C and 0 C with enclosure heater) and may reach + 0 C with derating (class K according to IEC/EN 0--). The internal temperature is monitored by a thermostat which can shut down the equipment. The ATV EXCpppppp offer covers motor power ratings from 0 kw to 00 kw with three types of power supply: b 0 V three-phase, 0 kw to 0 kw (ATV EXCppppN) b 00 V three-phase, 0 kw to 0 kw (ATV EXCppppN) b 0 V three-phase, 0 kw to 00 kw (ATV EXCppppY) IP cooling circuit It includes the choice of: b A standard compact offer b A modular offer, in which a wide selection of options can be incorporated depending on the drive rating DF0 The standard compact offer This consists of: b A wired, ready-assembled Sarel Spacial SF enclosure b A drive on heatsink ATV HD0ND HCND or ATV HCY HC0Y b An IP remote mounting kit for graphic display terminal b A switch and fast-acting fuses b Motor terminals b A line choke See pages and. The standard ATV EXCpppppp offer : page Options: page page

119 Presentation (continued) Altivar Plus IP or IP fl oor-standing enclosure compact version Modular offer This consists of: b The standard compact offer b One or more options (see pages 0 to ) As well as these specifi c options, all the options available for Altivar drives can be used, at the same rating, with the enclosed drives offer (see the summary tables of possible drive, option and accessory combinations on pages, and 0 to ). For any confi guration other than those shown on pages 0 to, please contact our Customer Care Centre. Common options These options can be integrated, whatever the enclosure model, without any need for modifi cations to the enclosure: b Adaptor for V a logic inputs b Encoder interface cards b I/O expansion cards b Multipump cards and Controller Inside programmable card b Modbus TCP, EtherNet/IP, DeviceNet, INTERBUS, CC-Link, Modbus/Uni-Telway, PROFIBUS DP V0 or V, LONWORKS, METASYS N, APOGEE FLN, BACnet communication cards b Preventa type AC or Preventa type ATE fault relay b PTC relays, PT00 relays b Motor heater b Additional V c power supply b Emergency stop button b Enclosure lighting b Key switch (Local/Remote) b Power supply circuit for external fan See pages 0 and. For all other options, please contact our Customer Care Centre. Options dependent on the drive rating These options depend on the drive rating. Some may lead to modifi cation of the size of the enclosure: b Braking unit b Isolating handle for switch b Circuit-breaker b Line contactor b Control transformer b Ammeter b Enclosure heater b Motor choke b Sinus fi lter b Plinth See pages to. For all other options, please contact our Customer Care Centre. : page Options: page page

120 References Altivar Plus IP or IP fl oor-standing enclosure compact version PF00 IP or IP floor-standing enclosure compact version Degree of Line supply With drive Dimensions Reference Weight protection Max. prospective line Isc () ka W x H x D kg Three-phase supply voltage 0 V 0/0 Hz IP 00 ATV HD0ND 00 x x ATV EXCD0N.000 ATV HCND 00 x x ATV EXCCN.000 ATV HCND 00 x x ATV EXCCN.000 ATV HCND 00 x x ATV EXCCN ATV HCND 00 x x ATV EXCCN ATV HCND 00 x x ATV EXCCN.000 ATV HCND 00 x x ATV EXCCN.000 ATV HC0ND 00 x x ATV EXCC0N ATV HC0ND 00 x x ATV EXCC0N ATV HCND 00 x x ATV EXCCN ATV EXCppppp IP 00 ATV HD0ND 00 x x ATV EXCD0N.000 ATV HCND 00 x x ATV EXCCN.000 ATV HCND 00 x x ATV EXCCN.000 ATV HCND 00 x x ATV EXCCN ATV HCND 00 x x ATV EXCCN.000 ATV HCND 00 x x ATV EXCCN.000 ATV HCND 00 x x ATV EXCCN.000 ATV HC0ND 00 x x ATV EXCC0N ATV HC0ND 00 x x ATV EXCC0N ATV HCND 00 x x ATV EXCCN.000 Three-phase supply voltage 00 V 0/0 Hz IP 00 ATV HCY 00 x x ATV EXCD0N.000 ATV HCY 00 x x ATV EXCCN.000 ATV HCY 00 x x ATV EXCCN.000 ATV HC0Y 00 x x ATV EXCCN.000 ATV HCY 00 x x ATV EXCC0N ATV HCY 00 x x ATV EXCCN.000 ATV HC0Y 00 x x ATV EXCCN.000 ATV HC0Y 00 x x ATV EXCC0N.000 ATV HCY 00 x x ATV EXCC0N.000 ATV HC0Y 00 x x ATV EXCCN.000 IP 00 ATV HCY 00 x x ATV EXCD0N.000 ATV HCY 00 x x ATV EXCCN.000 ATV HCY 00 x x ATV EXCCN.000 ATV HC0Y 00 x x ATV EXCCN.000 ATV HCY 00 x x ATV EXCC0N ATV HCY 00 x x ATV EXCCN.000 ATV HC0Y 00 x x ATV EXCCN.000 ATV HC0Y 00 x x ATV EXCC0N.000 ATV HCY 00 x x ATV EXCC0N.000 ATV HC0Y 00 x x ATV EXCCN.000 () These values are given for use with upstream fuses (see the characteristics on our website : page Options: page page