PowerFlex 7000 Medium Voltage AC Drives Selection Guide. Powerful Performance. Flexible Control.

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1 PowerFlex 7000 Medium Voltage AC Drives Selection Guide Powerful Performance. Flexible Control.

2 Powerful performance. Flexible control. PowerFlex Medium Voltage AC Drives Drive Productivity with the Medium Voltage PowerFlex Family of AC Drives Around the world, Allen-Bradley PowerFlex medium voltage AC drives from Rockwell Automation have built a reputation for providing efficient and reliable motor control for industry s most demanding applications. From the hardware designed to help optimize production to the power of networked control platforms, users can quickly and easily gain access to valuable information from their systems. Better information leads to higher asset availability, reduced energy and maintenance costs, and asset and personnel protection all resulting in an increased return on your investment and real bottom-line savings. Our flagship PowerFlex 7000 product line, rated from 2.4 kv to 6.6 kv, offers multiple configurations and high-performance, customizable options to meet the diverse needs of heavy industry from offshore oil platforms, natural gas or oil pipelines, mining sites, water/ wastewater facilities, to marine applications and beyond. No matter where your applications are located and whether your requirements are simple or complex, count on PowerFlex medium voltage AC drives for the optimal solution. 2

3 Energy Savings As the global economy continues to expand, constraints to growth arise as energy demands approach power generating capabilities. Smart and efficient energy use is critical to sustainable economic expansion and a better environment. Medium voltage motors are typically some of the largest consumers of power in many heavy industries. Applying variable frequency drives for these applications can dramatically reduce power consumption and energy costs, along with significantly better process control and information sharing across the enterprise. The environment also benefits as reductions in power use directly correspond to lower CO2 emissions and other pollutants from power plants. Rockwell Automation, as one of the world s leading suppliers of medium voltage variable frequency drives, can help to successfully implement these solutions. Trust Your Critical Applications to a Market Leader Rockwell Automation, a global leader in industrial automation, has been developing leading medium voltage motor control technology for over eighty years. Lower Line Harmonics and Better Power Quality The PowerFlex 7000 eases concerns of line-side harmonics, offering an Active Front End (AFE) rectifier which features a single rectifier bridge to keep component count and system complexity in check. Lower line harmonics improves power quality. Reap the Benefits of Motor-Friendly Waveforms Motor-friendly waveforms have been a hallmark of Allen-Bradley medium voltage drives since their introduction in All PowerFlex medium voltage drives are compatible with standard motors without derating and do not require an inverter duty motor. PowerFlex configurations have near sinusoidal output current and voltage waveforms at all speeds and loads. Minimal Additional Heating or Voltage Stress to Motor Insulation The pulse-width modulated (PWM) switching pattern reduces the harmonics going to the motor, especially at lower operating frequencies. The result is minimal additional motor heating or voltage stress to motor insulation compared to fixed speed operation. Quiet, Smooth Motor Operation Due to the quality of voltage and current waveforms, optimal voltage balancing and reduced speed, PowerFlex medium voltage drives operate the motor with less audible noise than an across-the-line starter. In 2005, we introduced the industry s first Active Front End (AFE) transformerless solution for medium voltage drives. Thanks to continuous enhancements, this revolutionary Direct-to-Drive technology maintains a leadership position today. In addition to our drive family, Rockwell Automation medium voltage solutions include Allen-Bradley motor controllers, soft starters and motor protection relays. 3

4 Powerful performance. Flexible control. Optimize Your Solution with Comprehensive Testing & Training When you select a PowerFlex medium voltage drive, you are assured of a solution that is thoroughly tested before it arrives at your facility. Rockwell Automation performs load testing of medium voltage drives on medium voltage induction motors installed in our test facilities, this test allows for simulation of two load profiles: Constant torque conveyor and reciprocating compressor applications Variable torque pump, fan and centrifugal compressor applications We can also conduct combined testing of your motor and the drive and test large transformers with the drive system. In addition, our testing facilities offer extensive hands-on training sessions focused on programming and safely operating and servicing your PowerFlex drive. To meet the needs of our global customers, testing facilities are located in Cambridge, Canada; Harbin, China; Jundiai, Brazil; and Katowice, Poland. Built Globally for Cost-Effective Delivery At Rockwell Automation, we build our PowerFlex medium voltage drives at manufacturing locations around the world in Asia Pacific, Europe, Latin America and North America. Building our drives locally shortens your delivery time and reduces shipping costs and is one more way we help lower your total cost of ownership. Benefit from the global support and services provided by Rockwell Automation with 24/7 technical phone support or local sales and support. Protect Your Investment By leveraging our global infrastructure of support centers and subject matter experts, we re here to help you protect your automation investment. Real-time access to our global network of technical support engineers and online resources or services performed at your site to supplement maintenance and engineering activities are available to help keep. Speed Delivery When time is of the essence, you now have the opportunity to receive select medium voltage PowerFlex 7000 drives more quickly than a traditional engineered to order project. With a shorter turnaround time *, you can receive a 4160 V Direct-to-Drive PowerFlex 7000 medium voltage drive between kw/ Hp. * Please be sure to discuss all details with your Rockwell Automation Specialist 4

5 Maximize Your Uptime with Virtual Support Engineer Keeping your system healthy is paramount. That s why we offer Virtual Support Engineer. Through this service, Rockwell Automation technical support engineers proactively monitor your drive s critical performance parameters both securely and remotely. If your system experiences a fault, warning or performs out of its defined tolerance, you are immediately notified via or text message. In addition, system data and analytics are available on the web, including from mobile devices. This scalable, cost-effective solution provides you the support you need and features simple and secure one-way connectivity through a standard Internet connection. Virtual Support Engineer Real-time Remote Monitoring and Alarming Guaranteed response time by Rockwell Automation Remote Support Engineers Immediate notification by a Rockwell Automation engineer of issues via or text message Data Collection & Analytics Data and analytics available on the web, including from mobile devices (iphone, ipad and Android devices) View alarm data and analytics, status, uptime and warning/fault queues through a single portal Look at multiple systems or locations in one portal Simple and Secure Connectivity Secure socket layer (SSL) through a standard internet connection No inbound packet transfer for a secure-connection Scalable, Cost-Effective Solution Remotely configurable interface Select only the support you need 5

6 PowerFlex 7000 POWERFLEX AC DRIVES Description Air - Cooled Liquid - Cooled 2.4 kv kw 3.3 kv kw 4.16 kv kw kw 6.6 kv kw kw Motor Type Induction or Synchronous Motor Input Voltage Rating 2.4 kv, 3.3 kv, 4.16 kv, 6.6 kv 4.16 kv, 6.6 kv Input Voltage Tolerance Input Voltage Sag ±10% of Nominal -30% of Nominal, continuous with derating Input Frequency 50/60 Hz, ± 5% Input Power Factor Input Impedance Device VFD Efficiency VFD Noise Level >.95 (AFE Rectifier) Line Reactor (Direct-to-Drive AFE), Isolation Transformer (AFE), or Multiphase Isolation Transformer (18 Pulse) > 97.5% (Direct-to-Drive AFE), > 98% (18 Pulse) < 85 db (A) Output Voltage V, V, V, V V, V Overload Capacity Rectifier Configurations Rectifier Switch Inverter Configuration Inverter Switch Output Current THD (1st 49th) Output Waveforms to Motor Direct-to-Drive (transformerless AFE rectifier) AFE with separate isolation transformer AFE with integrated transformer 18 Pulse with separate isolation transformer 110% Overload for 1 min every 10 min (Normal Duty/Variable Torque Load) 150% Overload for 1 min every 10 min (Heavy Duty/Constant Torque Load) SCRs (18 Pulse), SGCTs (AFE) Pulse Width Modulated (PWM) power modules SGCTs < 5% Near Sinusoidal Current and Voltage Direct-to-Drive (transformerless AFE rectifier) AFE with separate isolation transformer 18 Pulse with separate isolation transformer 6

7 PowerFlex 7000 POWERFLEX AC DRIVES Description Air - Cooled Liquid - Cooled Medium Voltage Isolation Control Method Speed Regulation Output Frequency Range Acceleration/Deceleration time Flying Start Capability Regen Motor Braking Operator Interface Languages Fiber Optic Digital Sensorless Direct Vector Full Vector Control with Encoder Feedback (Optional) 0.1% without Encoder Feedback % with Encoder Feedback Hz (Standard) Hz (Optional) seconds Yes Yes 10 WinCE Color Touchscreen English, French, Spanish, Portuguese, German, Chinese, Italian, Russian, and Polish Control Power 220/240 V or 110/120 V, Single phase - 50/60 Hz (20 A) External Input Ratings External Output Ratings Hz AC or DC V 1 ma Hz AC or DC V 1 A Analog Inputs (3) Isolated, 4-20 ma or 0-10V Analog Outputs Communications Protocols (Optional) Motor Cable Length Enclosure Ambient Temperature (Operating) Ambient Temperature (Storage) Relative Humidity (1) Isolated: 4-20 ma, (8) Non-isolated: 0-10V (600 Ω) RI/O, DeviceNet, Lon Works, Ethernet I/P, Can Open, Profibus DP, RS485 HVAC, Modbus, RS485 DF1, Interbus, RS232 DF1, ControlNet, USB Up to 15 km IP21 (standard), IP42 (optional) 0-40 C (standard), 0-50 C (optional) -40 to 70 C Max 95% non-condensing Altitude m (standard), m (optional) Design Standards NEMA, ANSI, IEEE, UL, CSA, IEC, CE 7

8 Powerful performance. Flexible control. PowerFlex 7000 Medium Voltage AC Drives Efficient & Integrated High-Power Performance The Allen-Bradley PowerFlex 7000 family of medium voltage AC drives deliver flexibility and highly efficient performance in a single solution for motor control applications from 150 kw to 25,400 kw, rated from 2.4 kv to 6.6 kv. To reduce energy costs and motor wear and tear, PowerFlex 7000 drives enable soft-starting and variable-speed control of processes with high power demands. Our entire product line provides virtually perfect current and voltage waveforms to allow the use of standard or existing motors and motor cables. Thanks to advanced power semiconductor technology and a simple, straightforward design, the drive s component count is the lowest of any medium voltage drive available. The result? Increased reliability, less downtime and fewer spare parts and to achieve even more efficiency, choose a configuration with Direct-to-Drive technology and connect a motor directly to the drive without an isolation transformer. PowerFlex 7000 drives incorporate Intelligent Motor Control information and communication capabilities and an intuitive, easy-to-use, color touchscreen operator interface to monitor and control your processes and optimize performance and maintenance. Our PowerFlex 7000 portfolio includes: PowerFlex 7000 Air-Cooled Drives: For motors from 150 kw to 6000 kw at 2.4 kv to 6.6 kv, these drives offer different frame sizes and heat sink or heat pipe configurations to accommodate various power ranges. PowerFlex 7000 Liquid-Cooled Drives: For motors from 2240 kw to 6340 kw at 4.16 kv to 6.6 kv, this option uses a closed-loop liquid-cooling system with liquid-to-air or liquid-to-liquid heat exchanger options and provides redundant pumps as standard, for optimal reliability. PowerFlex 7000 Extended Power Configurations: Available up to 25,400 kw, these high power air-cooled and liquid-cooled drive modules are effective solutions for hot back-up and redundancy, Load Commutated Inverter (LCI) retrofits and power upgrades. PowerFlex 7000 Marine Drives: With power ratings from 600 kw to 24 MW, these liquid-cooled marine drives use Direct-to-Drive technology to conserve space and weight and are built to withstand the rigors at sea. PowerFlex 7000 AC Drives with TorqProve Control: PowerFlex 7000 medium voltage AC drives now offer the option for enhanced torque control capabilities with TorqProve control. Ideal for heavy industry applications, such as hoists, drag lines, winches and test stands, the PowerFlex 7000 can now deliver 100% torque at zero speed. This new capability continuously controls torque around zero speed and provides a higher drive speed and torque response required for these applications. This feature is a firmware option available for AFE rectifier configurations. HMI Capabilities: The PowerFlex 7000 features the userfriendly PanelView Plus interface with 10-inch touchscreen, built-in PDF viewer and consolidated control interface for synchronous transfer systems. One HMI can be used for multiple drives and includes multi-language support. Three Configurations Remote-Mounted: You can mount the HMI in almost any location using a Ethernet cable for communication back to the PanelView. The remote capability allows control and monitoring of the drive away from the application and can help reduce personnel exposure to operating equipment and potential hazards. Locally-Mounted HMI: Control and monitor your PowerFlex 7000 drive at it s source. All PanelViews are mounted on the low voltage door. No HMI: This is ideal for unmanned sites where an HMI would have no regular use. The user s laptop becomes a temporary HMI. Monitoring from Multiple Locations: Regardless of the HMI configuration, the Remote PanelView application allows the drive to be monitored in multiple locations. 8

9 Optimizing a Broad Range of Applications The PowerFlex 7000 drive is a flexible, easy-to-use solution designed to meet diverse application requirements across a wide spectrum of heavy industrial settings. Controls speed, torque and direction of induction or synchronous AC motors, normal duty or heavy duty. Broad power range: 150 kw to 25,400 kw. Achieves near unity power factor throughout the typical operating speed range for variable torque loads. Virtually perfect sinusoidal current and voltage waveforms allow use of standard motors. Accommodates motor cable lengths up to 15 km. EtherNet/IP communication interface. Optional interfaces for a variety of network protocols. Drive control: Sensorless vector control or full vector control with tachometer feedback (optional) Flexible input configurations: Direct-to-Drive (transformerless), Active Front End (AFE) rectifier or 18-pulse rectifier Patented PowerCage allows SGCT replacement in less than ten minutes. Incorporates safety elements: Key interlocks, remote drive control options, arc-resistant semiconductors. Intelligent Motor Control: Premier Integration of the PowerFlex 7000 drive with the Logix control platform reduces application development time, eases use and speeds maintenance. Configure, control and monitor with Studio Diagnostic tools provide real time motor and drive operating data. Synchronous by-pass and transfer to control multiple motor systems. Local and remotely mounted HMI options. Multi-language support. Remote Virtual Support Engineer service available. 9

10 Powerful performance. Flexible control. PowerFlex 7000 AC Drives with Direct-to-Drive Technology Reduce the cost, size and weight of your medium voltage drive system with Allen-Bradley PowerFlex 7000 AC drives with Direct-to-Drive technology. This is the first technology introduced into the market that allows you to directly connect a medium voltage drive to utility power without the requirement of an isolation transformer. Direct-to-Drive technology combines an Active Front End (AFE) rectifier to dramatically lower line-side harmonics and a patented DC link inductor to address common mode voltage at its source. By addressing harmonics and common mode voltage, the isolation transformer becomes redundant. This reduces system complexity to maximize uptime and increases system efficiency to lower operational costs. Exceptional output voltage and current waveforms, true of our entire product line, make this ideal for retrofit applications and allow the use of standard motors for new applications. Reduce Capital, Installation and Operating Costs Reduce capital costs: No isolation transformer purchase required. Reduce Size and Weight of Drive System Reduced drive system size and weight are a strategic advantage for industries world-wide, where the use of transformers and control room space is challenging and expensive, such as on offshore oil and gas platforms or shipboard applications. PowerFlex 7000 with Direct-to-Drive technology: Typically smaller and lighter than drive technologies using isolation transformers. Ideal for retrofit, process improvement or energy-savings projects with existing motors, switches and control rooms. Mature, proven solutions. We ve installed thousands of Direct-to-Drive systems providing reliable solutions for a wide variety of applications, motors, industries, and power distribution systems. Reduce installation costs: No need for an isolation transformer protection relay, a dv/dt filter, sine filter, motor terminator or special line-side or motor-side power cables. Reduce shipping costs: A smaller, lighter drive system is easier to handle and less costly to ship. Reduce operating costs: Higher system efficiency and inherent regenerative capability that can return power to the utility. Reduce maintenance costs: Low parts count and many components are common between the rectifier and inverter. Improved Power Quality Active Front End (AFE) Rectifier The AFE rectifier meets IEEE and most global standard Harmonic Guidelines in the vast majority of cases, provides near unity power factor, and optimizes drive performance. This power quality solution is also available with an isolation transformer when stepping down from a higher distribution voltage, resulting in maximum flexibility. 10

11 Keeping It Simple with Direct-to-Drive Technology PowerFlex 7000 medium voltage drives simplify your system s power structure with Direct-to-Drive technology. This optional configuration combines an Active Front End (AFE) rectifier to reduce line-side harmonics, SGCT power semiconductors and How it works Historically, medium voltage motor AC drives (2.4 kv to 6.9 kv), use power topologies that generate common-mode voltage, which can cause premature failure of the motor winding insulation. Multi-pulse isolation transformers are typically used to address this common-mode voltage stress and also to mitigate harmonics. Direct-to-Drive technology applies the Symmetrical Gate Commutated Thyristor (SGCT) in both the inverter and rectifier to allow higher switching frequencies and minimize switching losses. The SGCT integrates the power semiconductor and its gate drive to achieve: Superior pulse-width modulation switching patterns that significantly reduce line current harmonics and minimize snubber requirements and switching losses. common mode voltage protection so you can connect directly to your power source without a bulky isolation transformer. You can also connect any new or existing motor directly to the drive without additional motor filtering. Total Harmonic Distortion (THD) of the input current within IEEE and most global harmonic guidelines in virtually every system. Current and voltage wave forms that are near sinusoidal, minimizing voltage stress on the motor winding, even if connected through long cables. The Active Front End (AFE) rectifier at the input stage uses active switching and Selective Harmonic Elimination (SHE) to reduce harmonics and provides near-unity power factor. Common Mode Voltage Protection is achieved via the integrated common mode choke, which provides very high impedance to the common mode current and mitigates motor neutral-to-ground voltage. 11

12 Powerful performance. Flexible control. PowerFlex 7000 AC Drive Configurations PowerFlex 7000 drives are available in air-cooled or liquid-cooled configurations to meet the requirements of your operating environment or installation. In addition to the cooling system options, drives are available in three configurations; Direct-to-Drive, AFE and 18-pulse to allow optimal flexibility for a variety of applications. PowerFlex 7000 Air-Cooled Drives Enhance motor control and increase energy efficiency for motor applications from 150 kw to 6000 kw with Allen-Bradley PowerFlex 7000 air-cooled medium voltage AC variable frequency drives. PowerFlex 7000 Liquid-Cooled Drives Users with higher power needs can reduce energy use and improve process control motors from 2240 kw to 6340 kw at 4.16 kv to 6.6 kv nominal supply voltage ratings. Increase reliability with the closed-loop liquid-cooling system with liquid-to air or liquid-to-liquid heat exchangers options and an integral pump cabinet. The patented PowerCage modules let you replace power devices in less than ten minutes. Installation costs are reduced by using a central cabling cabinet for the complete drive package. Direct-to-Drive technology directly connects to the utility power without an isolation transformer. This technology combines an active front end (AFE) rectifier to dramatically lower line-side harmonics and a patented DC link inverter to address common mode voltage at its sources. By addressing harmonics and common mode voltage at its source, the isolation transformer becomes redundant and unnecessary. Used when input voltage matches VFD/motor voltage requirements AFE rectifier ensures low line-side harmonics and near-unity power factor Integral line reactor provides input impedance Common Mode Choke addresses motor common mode/ displaced neutral issue No isolation transformer required 18 Pulse Rectifier The 18 Pulse rectifier uses an externally mounted isolation transformer. This allows for considerable size reduction and the capability of stepping down from higher distribution voltages. Indoor dry type, outdoor oil-filled or cast coil transformers can be used. Active Front End (AFE) Rectifier The AFE rectifier is available with an integral isolation transformer (up to 160A in most voltages) or configured for connection to a separately mounted isolation transformer (all sizes). This allows for considerable size reduction and the capability of stepping down from higher distribution voltages. The AFE rectifier meets IEEE and most global standard Harmonic Guidelines in the vast majority of cases, provides near unity power factor, and optimizes drive performance. AFE rectifier with a separate isolation transformer Used when input voltage does not match VFD/motor voltage requirements AFE rectifier ensures low line-side harmonics and near-unity power factor Isolation transformer: - provides input impedance - steps down distribution/input voltage - addresses motor common mode/displaced neutral issues - can be mounted outdoors to reduce air conditioning loads AFE rectifier with integral isolation transformer Used for upper amperage range of an A Frame configuration (smallest air-cooled drive offering) AFE rectifier ensures low line-side harmonics and near-unity power factor Isolation transformer: - provides input impedance - can step down distribution/input voltage - addresses motor common mode displaced neutral issues l8-pulse Rectifier meets IEEE Harmonic Guidelines in the majority of cases at the primary of the drive isolation transformer. Used for high power, constant torque applications 18 pulse rectifier ensures low line-side harmonics Isolation transformer: - provides input impedance - steps down distribution/input voltage - addresses motor common mode/displaced neutral issues - can be mounted outdoors to reduce air conditioning loads 12

13 Four Quadrant Operation The PowerFlex 7000 inherently provides four-quadrant drive operation. This is ideal for hoists, down-hill conveyors, and even very high inertia fans. Regeneration capabilities provide both the most efficient motor stopping method and the ability to regenerate power back to the distribution system. This feature eliminates the need, in many cases, for mechanical braking to slow or stop the load and further reduces mechanical wear and tear on the components. Braking Speed (SPD) Driving Long Cable Lengths Virtually Unlimited Motor Cable Distance While some variable frequency drives have limitations in motor cable distance due to high switching frequencies, high dv/ dt characteristics of the switching device, or capacitive coupling - the cable distance with the PowerFlex 7000 is virtually unlimited. This technology is capable of controlling motors as far away as 15 kilometers (9.3 miles) from the drive. This is ideal for land-based or offshore platform-based electro-submersible pumps applications, or any application requiring centrally located electrical control houses and discrete motor locations due to environmental, financial, or other factors. Clock wise Anti Clock wise SPD Driving SPD T T Clock wise SPD T Anti Clock wise SPD T Braking Torque (T) Reduced Mean Time To Repair (MTTR) with Low Parts Count The PowerFlex 7000 requires only six inverter SGCTs (at 2300V) the superior characteristics of the SGCT combined with the fewest number of components makes the PowerFlex 7000 drive inherently more reliable. Ideal for Retrofit Applications No Additional Heating or Voltage Stress to Motor Insulation Compared to Fixed Speed Operation. The PWM switching pattern in the PowerFlex 7000 reduces the harmonics going to the motor, especially at lower operating frequencies. The PWM pattern works in combination with a small integral capacitor to reduce the higher order harmonics at higher frequencies. The result is minimal additional motor heating or voltage stress to motor insulation compared to fixed speed operation. PowerFlex 7000 with TorqProve Delivers Zero Speed Holding Torque PowerFlex 7000 drives with TorqProve can be specifically tailored for applications requiring coordinated and sustained control of a load and brake. TorqProve helps to assure control of the load in lifting or dragline applications of all kinds. Control capability helps confirm that the mechanical brake has control of the load when stopping the drive and the drive has control of the load when releasing the brake during any move command. Combined with excellent low or zero speed performance with accurate torque and speed regulation, TorqProve helps eliminate concerns with brake timing. It can also significantly reduce wear and tear on the mechanical brake with smooth operation and reduced machine stress. TorqProve can be used in any application where coordination between the drive and the mechanical brake is required: Cranes Hoists, Draglines, Winders Material handling lifts (vertical conveyors) SAG, ball mills Underground mines 13

14 Powerful performance. Flexible control. Intelligent Motor Control Optimizing Performance, Protecting Investments Rockwell Automation defines Intelligent Motor Control as a reference architecture for the integration of motor control devices to your plant-wide control system. No matter what your application, the PowerFlex 7000 drive applies Intelligent Motor Control technology to: Maximize your uptime Simplify commissioning and start-up with installation and set-up wizards. Use one software tool to configure your entire system. Ease network communications and simplify integration Easily tap into your architecture and the Logix control environment to reduce development time and related costs and access information across your enterprise. Reduce time to troubleshoot and repair Use real-time diagnostic information to speed maintenance. Achieve efficient operations and energy savings Drive energy savings with efficient motor operation and inherent power regeneration, which provides the most efficient motor stopping method and the ability to regenerate power back to the distribution system. Efficiently control a multi-motor system with one drive Synchronous bypass and transfer capabilities allow you to synchronize multiple motors with one PowerFlex 7000 drive. Synchronous Bypass and Transfer Thanks to Intelligent Motor Control technology, you can reduce capital cost and energy usage by using one PowerFlex 7000 drive to start and synchronize multiple motors. Distribution Bus Transfers a load from one variable frequency bus to a fixed frequency bus by matching the voltage waveform frequency, amplitude and phase relation between the two sources. Prevents voltage drop, vibration problems and process disturbances. Bypass Bypass Bypass 3 VFD Reduces full-load current and optimizes processes. VFD Bus Complete system including MV output/bypass modules and control, are all supplied by Rockwell Automation. Ideal for oil or natural gas pipeline booster stations or any multi-motor application requiring an innovative, cost-effective variable speed solution. Output 3 M3 Output 3 M2 Output 3 M1 VFD with 3 Motor Synchronous Transfer Bypass 14

15 PowerFlex 7000 Medium Voltage Variable Frequency Drive a Bulletin Number Description 7000A A Frame (Air-cooled) 7000 B Frame (Air-cooled) 7000L C Frame (Liquid-cooled) b Service Duty/Altitude Description A Normal Duty, maltitude Maximum 40 º C Ambient B Normal Duty, m Altitude Reduced Ambient (from 40 C offering) m = 37.5 C m = 35 C m = 32.5 C m = 30 C C Heavy Duty, m Altitude Maximum 40 C Ambient D Heavy Duty, m Altitude. Reduced Ambient (from 40 C offering) same as B code above E Normal Duty, m Altitude. Maximum 35 C Ambient F Normal Duty, m Altitude Reduced Ambient (from 35 C offering) m = 32.5 C m = 30 C m = 27.5 C m = 25 C G Heavy Duty, m Altitude. Maximum 35 C Ambient J Normal Duty, m Altitude. Maximum 50 C Ambient L Heavy Duty, m Altitude. Maximum 50 C Ambient N Normal Duty, m Altitude. Maximum 20 C Ambient Z Custom Configuration (contact factory) c Power Cell Current Rating 1 Description Description Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp Amp (1) Not all amperages are available at all ambient/altitude configurations. Position A 40 D A RPDTD 1...etc. a b c d e f D T K U Frame Size Enclosure Type Description Type 1 w/gasket (IP21) Type 1 w/gasket (IP21) Seismic rated Type 12 w/vents and filters (IP42) Type 12 w/vents and filters (IP42) Seismic rated Enclosure Type Voltage Frequency Nominal Line Control (Hz) d e With a C.P.T 1 A Without a C.P.T 2 AD AA CY CDY CP CDP 110 EY EDY EP EDP 4160 A Frame 120 E ED EA 110 JY JDY JP JDP JAY 120 J JD JA 208 AHD ABD 600 ACD 230 CPD CND 400 CKD 230 EPD END B and C 400 EKD 4160 Frames 208 EHD EBD 600 ECD 230 JPD JND JKD 208 JHD JBD 600 JCD (1) A Control Power Transformer modification must be selected (6, 6B...etc.) to size the transformer. (2) Control Circuit Power is supplied from separate/external source. Rectifier Configuration/Line Impedance Type Description RPDTD AFE Rectifier with Integral Line Reactor and Direct-to-Drive DC Link RPTX AFE Rectifier with provision for connection to separate Isolation Transformer (standard DC Link) RPTXI AFE Rectifier with integral Isolation Transformer (standard DC Link) 1 R18TX 18 Pulse Rectifier with provision for connection to separate Isolation Transformer (standard DC Link) 2 (1) RPTXI configuration is only available for A Frame configurations. (2) R18TX configuration is only available for B and C Frame configurations. f 15

16 Powerful performance. Flexible control. W D H1 H2 H Wt Width Depth with no Fan Hood Fan Hood Height Total Height Weight H2 H H1 D W 16

17 PowerFlex 7000: QuickShip Program Specifications QuickShip PowerFlex 7000 Medium Voltage AC Drives, Air-Cooled Direct-to-Drive A-Frame: kw / V, 60 Hz What is included in the base value package: AFE rectifier design using Direct-to-Drive Technology Type 12 w/gaskets & Vents (IEC IP42) Sandtex Grey Finish Integral Starter (optional) Ethernet to DPI communication adapter plus two expansion slots for system interfaces 10 colour touchscreen HMI with built-in PDF viewer and Windows CE 6.0 Operating System Encoder Interface feedback for enhanced starting torque capabilities 4-20 ma input signal for speed reference 4-20 ma output signals for speed, current, voltage and load references Low voltage surge suppressors and distribution class lightning arrestors Pushbutton and pilot light package Emergency Stop Pushbutton LOCAL-REMOTE Selector Switch Cabinet space heater and thermostat supplied in each section of the unit Motor space heater circuit Provision for ducting VFD exhaust air outside control room (mutually exclusive with Redundant Fan Option) 10 k ohm, single turn speed potentiometer Twenty (20) extra unwired terminal blocks in the low voltage compartment Tec-System Temperature Monitor with eight (8) 100 Ohm Platinum RTD inputs (4) Form C auxiliary contact for remote indication Redundant Package Adder with Integral Starter Option Redundant cooling fan with automatic switchover in event of main fan failure Provisions for customer supplied UPS to provide 0-10 second power loss auto-restart Redundant AC/DC Power Supply Redundant Package Adder without Integral Starter Option Redundant cooling fan with automatic switchover in event of main fan failure Integral UPS to provide 0-10 second power loss auto-restart Redundant AC/DC Power Supply PowerFlex 7000 Direct-to-Drive: Normal Duty Configuration With Redundant Fan Without Redundant Fan 261 kw kw/ 350 Hp Hp Normal Duty: DTD with integral starter option 7000A-A DE_-RPDTD 71.9BF 71.9B 261 kw kw/ 350 Hp Hp Normal Duty: DTD without integral starter option 7000A-A DE_-RPDTD or or PowerFlex 7000 Direct-to-Drive: Heavy Duty Configuration With Redundant Fan Without Redundant Fan 261 kw kw/ 350 Hp Hp Heavy Duty: DTD with integral starter option 7000A-C DE_Y-RPDTD 71.9BF 71.9B 261 kw kw/ 350 Hp Hp Heavy Duty: DTD without integral starter option 7000A-C DE Y-RPDTD or BF Dimensions Drive Option Width (mm) Depth (mm) Height (mm) Typical Drive with redundant fan Drive without redundant fan

18 Powerful performance. Flexible control. PowerFlex 7000: Direct-to-Drive / Normal Duty 0 1,000 meters above sea level (m.a.s.l) / 0 40 º C 3.3kV 50Hz Direct-to-Drive without Starter A-A DC_Y-RPDTD or A-A DC_Y-RPDTD or A-A DC_Y-RPDTD or A-A DC_Y-RPDTD or A-A DC_Y-RPDTD or A-A DC_Y-RPDTD or A-A DC_Y-RPDTD or A-A DC_Y-RPDTD or A-A DC_Y-RPDTD or A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD E375DC D-RPDTD E430DC D-RPDTD E DC_D-RPDTD E DC_D-RPDTD E DC_D-RPDTD N720DC_D-RPDTD kV 60Hz Direct-to-Drive with Starter A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD

19 4.16kV 60Hz Direct-to-Drive without Starter A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A DE_-RPDTD A DE_-RPDTD A DE_-RPDTD A DE_-RPDTD A DE_-RPDTD A DE_-RPDTD E -DE_D-RPDTD E -DE_D-RPDTD E -DE_D-RPDTD E -DE_D-RPDTD E -DE_D-RPDTD N720E D-RPDTD kV 50Hz Direct-to-Drive with Starter A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD A-A DE_-RPDTD

20 Powerful performance. Flexible control. PowerFlex 7000: Direct-to-Drive / Normal Duty 0 1,000 (m.a.s.l) / 0 40 º C 4.16kV 50Hz Direct-to-Drive without Starter A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A-A DE_-RPDTD or A DE_-RPDTD A DE_-RPDTD A DE_-RPDTD A DE_-RPDTD A DE_-RPDTD A DE_-RPDTD E375-DE D-RPDTD kV 60Hz Direct-to-Drive with Starter A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD

21 6.6kV 60Hz Direct-to-Drive without Starter A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD kV 50Hz Direct-to-Drive with Starter A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD A-A DJY-RPDTD

22 Powerful performance. Flexible control. PowerFlex 7000: Direct-to-Drive / Normal Duty 0 1,000 (m.a.s.l) / 0 40 º C 6.6kV 50Hz Direct-to-Drive without Starter A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A-A DJY-RPDTD or A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD A DJ_D-RPDTD E DJ_D-RPDTD E DJ_D-RPDTD E DJ_D-RPDTD E DJ_D-RPDTD E DJ_D-RPDTD N_DJ_D-RPDTD

23 4.16kV 60Hz Direct-to-Drive Liquid No Starter L-A DE_D-RPDTD or L-A DE_D-RPDTD or L-A DE_D-RPDTD or L-A DE_D-RPDTD or L-A DE_D-RPDTD or kV 50Hz Direct-to-Drive Liquid No Starter L-A DE_D-RPDTD or L-A DE_D-RPDTD or L-A DE_D-RPDTD or L-A DE_D-RPDTD or kV 60Hz Direct-to-Drive Liquid No Starter L-A DJ_D-RPDTD or L-A DJ_D-RPDTD or L-A DJ_D-RPDTD or L-A DJ_D-RPDTD or L-A DJ_D-RPDTD or kV 50Hz Direct-to-Drive Liquid No Starter L-A DJ_D-RPDTD or L-A DJ_D-RPDTD or L-A DJ_D-RPDTD or L-A DJ_D-RPDTD or L-A DJ_D-RPDTD or

24 Powerful performance. Flexible control. PowerFlex 7000: Direct-to-Drive / Heavy Duty 0 1,000 (m.a.s.l) / 0 40 º C 2.4kV 60Hz Direct-to-Drive with Starter A-C DA_-RPDTD A-C DA_-RPDTD A-C DA_-RPDTD A-C DA_-RPDTD A-C DA_-RPDTD A-C DA_-RPDTD A-C DA_-RPDTD A-C DA_-RPDTD kV 60Hz Direct-to-Drive without Starter A-C DA_-RPDTD or A-C DA_-RPDTD or A-C DA_-RPDTD or A-C DA_-RPDTD or A-C DA_-RPDTD or A-C DA_-RPDTD or A-C DA_-RPDTD or A-C DA_-RPDTD or C DA_D-RPDTD C DA_D-RPDTD C DA_D-RPDTD C DA_D-RPDTD C DA_D-RPDTD kV 50Hz Direct-to-Drive with Starter A-C DC_Y-RPDTD A-C DC_Y-RPDTD A-C DC_Y-RPDTD A-C DC_Y-RPDTD A-C DC_Y-RPDTD A-C DC_Y-RPDTD

25 3.3kV 50Hz Direct-to-Drive without Starter A-C DC_Y-RPDTD or A-C DC_Y-RPDTD or A-C DC_Y-RPDTD or A-C DC_Y-RPDTD or A-C DC_Y-RPDTD or A-C DC_Y-RPDTD or C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD G DC_D-RPDTD G DC_D-RPDTD kV 60Hz Direct-to-Drive with Starter A-C DE_Y-RPDTD A-C DE_Y-RPDTD A-C DE_Y-RPDTD A-C DE_Y-RPDTD A-C DE_Y-RPDTD A-C DE_Y-RPDTD kV 60Hz Direct-to-Drive without Starter A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or C DE_Y-RPDTD C DE_Y-RPDTD C DE_Y-RPDTD C DE_Y-RPDTD C DE_Y-RPDTD C DE_Y-RPDTD G DE_Y-RPDTD G DE_Y-RPDTD

26 Powerful performance. Flexible control. PowerFlex 7000: Direct-to-Drive / Heavy Duty 0 1,000 (m.a.s.l) / 0 40 º C 4.16kV 50Hz Direct-to-Drive with Starter A-C DE_Y-RPDTD A-C DE_Y-RPDTD A-C DE_Y-RPDTD A-C DE_Y-RPDTD A-C DE_Y-RPDTD kV 50Hz Direct-to-Drive without Starter A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or A-C DE_Y-RPDTD or C DE_D-RPDTD C DE_D-RPDTD C DE_D-RPDTD C DE_D-RPDTD C DE_D-RPDTD C DE_D-RPDTD C DE_D-RPDTD kV 50/60Hz Direct-to-Drive without Starter C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD C AJ_D-RPDTD kV 50Hz Direct-to-Drive without Starter G AJ_D-RPDTD G AJ_D-RPDTD

27 4.16kV 60Hz Direct-to-Drive Liquid No Starter CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY kV 50Hz Direct-to-Drive Liquid No Starter CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY kV 60Hz Direct-to-Drive Liquid No Starter CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY kV 50Hz Direct-to-Drive Liquid No Starter CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY

28 Powerful performance. Flexible control. PowerFlex 7000: AFE without Transformer / Normal Duty 0 1,000 (m.a.s.l) / 0 40 º C 2.4kV 60Hz AFE without Transformer A-A DAD_-RPTX A-A DAD_-RPTX A-A DAD_-RPTX A-A DAD_-RPTX A-A DAD_-RPTX A-A DAD_-RPTX A-A DAD_-RPTX A-A DAD_-RPTX A-A DAD_-RPTX A-A DAD_-RPTX A DA_D-RPTX A DA_D-RPTX A DA_D-RPTX A DA_D-RPTX A DA_D-RPTX E375-DA D-RPTX E430-DA D-RPTX kV 50Hz AFE without Transformer A-A DCDY-RPTX A-A DCDY-RPTX A-A DCDY-RPTX A-A DCDY-RPTX A-A DCDY-RPTX A-A DCDY-RPTX A-A DCDY-RPTX A-A DCDY-RPTX A-A DCDY-RPTX A-A DCDY-RPTX A DC_D-RPTX A DC_D-RPTX A DC_D-RPTX A DC_D-RPTX A DC_D-RPTX E375-DC D-RPTX E430-DC D-RPTX E DC_D-RPTX E DC_D-RPTX E DC_D-RPTX N720DC_D-RPTX

29 4.16kV 60Hz AFE without Transformer A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A DE_D-RPTX A DE_D-RPTX A DE_D-RPTX A DE_D-RPTX A DE_D-RPTX E375-DE D-RPTX E430-DE D-RPTX E430-DE D-RPTX E430-DE D-RPTX E430-DE D-RPTX N720E D-RPDTD kV 50Hz AFE without Transformer A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A-A DED_-RPTX A DE_D-RPTX A DE_D-RPTX A DE_D-RPTX A DE_D-RPTX A DE_D-RPTX A DE_D-RPTX E375-DE D-RPTX E430-DE D-RPTX

30 Powerful performance. Flexible control. PowerFlex 7000: AFE without Transformer / Normal Duty 0 1,000 (m.a.s.l) / 0 40 º C 6.6kV 60Hz AFE without Transformer A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX kV 50Hz AFE without Transformer A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A-A DJDY-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX A DJ_D-RPTX

31 4.16kV 60Hz AFE Liquid without Transformer CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY kV 50Hz AFE Liquid without Transformer CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY kV 50Hz AFE Liquid without Transformer CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY

32 Powerful performance. Flexible control. PowerFlex 7000: AFE without Transformer / Heavy Duty 0 1,000 (m.a.s.l) / 0 40 º C 2.4kV 60Hz AFE without Transformer A-C DA_-RPTX A-C DA_-RPTX A-C DA_-RPTX A-C DA_-RPTX A-C DA_-RPTX A-C DA_-RPTX A-C DA_-RPTX A-C DA_-RPTX A-C DA_-RPTX A-C DA_-RPTX C DA_D-RPTX C DA_D-RPTX C DA_D-RPTX kV 50Hz AFE without Transformer A-C DC_Y-RPTX A-C DC_Y-RPTX A-C DC_Y-RPTX A-C DC_Y-RPTX A-C DC_Y-RPTX A-C DC_Y-RPTX A-C DC_Y-RPTX A-C DC_Y-RPTX A-C DC_Y-RPTX A-C DC_Y-RPTX C DC_D-RPTX C DC_D-RPTX G DC_D-RPTX G DC_D-RPTX

33 4.16kV 50/60Hz AFE without Transformer A-C DE_Y-RPTX A-C DE_Y-RPTX A-C DE_Y-RPTX A-C DE_Y-RPTX A-C DE_Y-RPTX A-C DE_Y-RPTX A-C DE_Y-RPTX A-C DE_Y-RPTX A-C DE_Y-RPTX A-C DE_Y-RPTX C DE_D-RPTX C DE_D-RPTX G DE_D-RPTX G DE_D-RPTX kV 50/60Hz AFE without Transformer A-C DJ_Y-RPTX A-C DJ_Y-RPTX A-C DJ_Y-RPTX A-C DJ_Y-RPTX A-C DJ_Y-RPTX A-C DJ_Y-RPTX A-C DJ_Y-RPTX A-C DJ_Y-RPTX C DJ_Y-RPTX C DJ_Y-RPTX C DJ_Y-RPTX C DJ_Y-RPTX kV 50Hz AFE without Transformer C DJ_D-RPTX C DJ_D-RPTX

34 Powerful performance. Flexible control. PowerFlex 7000: AFE without Transformer / Heavy Duty 0 1,000 (m.a.s.l) / 0 40 º C 4.16kV 60Hz AFE Liquid without Transformer CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY kV 50Hz AFE Liquid without Transformer CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY kV 50/60Hz AFE Liquid without Transformer CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY CONTACT FACTORY

35 PowerFlex 7000: 18 Pulse / Normal Duty 0 1,000 (m.a.s.l) / 0 40 º C 2.4kV 60Hz 18P without Transformer A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX A DA_D-R18TX kV 50Hz 18P without Transformer A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD A DC_D-RPDTD

36 Powerful performance. Flexible control. PowerFlex 7000: 18 Pulse / Normal Duty 0 1,000 (m.a.s.l) / 0 40 º C 4.16kV 60Hz 18P without Transformer A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX kV 50Hz 18P without Transformer A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX A DE_D-R18TX

37 6.6kV 60Hz 18P without Transformer A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX kV 50Hz 18P without Transformer A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX A DJ_D-R18TX

38 Powerful performance. Flexible control. PowerFlex 7000: 18 Pulse / Normal Duty 0 1,000 (m.a.s.l) / 0 40 º C 4.16kV 60Hz 18P without Transformer L-A DE_D-RP18TX or L-A DE_D-RP18TX or L-A DE_D-RP18TX or L-A DE_D-RP18TX or L-A DE_D-RP18TX or L-A DE_D-RP18TX or kV 50Hz 18P without Transformer L-A DE_D-RP18TX or L-A DE_D-RP18TX or L-A DE_D-RP18TX or L-A DE_D-RP18TX or L-A DE_D-RP18TX or L-A DE_D-RP18TX or kV 60Hz 18P without Transformer L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or kV 50Hz 18P without Transformer L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or L-A DJ_D-RP18TX or

39 PowerFlex 7000: 18 Pulse / Heavy Duty 0 1,000 (m.a.s.l) / 0 40 º C 2.4kV 60Hz 18P without Transformer C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX C DA_D-R18TX kV 50Hz 18P without Transformer C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD C DC_D-RPDTD

40 Powerful performance. Flexible control. PowerFlex 7000: 18 Pulse / Heavy Duty 0 1,000 (m.a.s.l) / 0 40 º C 4.16kV 60Hz 18P without Transformer C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX kV 50Hz 18P without Transformer C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX C DE_D-R18TX

41 6.6kV 50/60Hz 18P without Transformer C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX C DJ_D-R18TX kV 60Hz 18P without Transformer L-C DE_D-RP18TX or L-C DE_D-RP18TX or kV 50Hz 18P without Transformer L-C DE_D-RP18TX or L-C DE_D-RP18TX or kV 50/60Hz 18P without Transformer L-C DJ_D-RP18TX or L-C DJ_D-RP18TX or

42 Powerful performance. Flexible control. PowerFlex 7000 Options Cat No. Option Description QuickShip* Engineered Drive 1EDSTP Red mushroom-head EMERGENCY STOP (Push-Pull) push button located on LV door. LV panel compartment mounted safety relay included. Y Y 1JOG Black JOG push button located on LV compartment door Y 1STP Red STOP push button located on LV compartment door Y Y 1STR Green START Push Button located on LV compartment door Y Y 3FF FORWARD-REVERSE selector switch located on LV compartment door. Y 3LL LOCAL-REMOTE selector switch located on LV compartment door. Y Y 4DRN DRIVE RUNNING Pilot Light Y Y 4DRY DRIVE READY Pilot Light Y Y 4FLT FAULT Pilot Light Y Y 4FOR FORWARD Pilot Light Y 4OFF OFF Pilot Light Y (3) 4ON ON Pilot Light Y (3) 4REV REVERSE Pilot Light Y 4SRY SYSTEM READY Pilot Light Y 4WRN WARNING Pilot Light Y Y 13CLXC Communication Adapter for ControlLogix to ControlNet. Y 13CLXD Communication Adapter for ControlLogix to DeviceNet. Y 13CLXE Communication Adapter for ControlLogix to EtherNet. Y 13CLXH Communication Adapter for ControlLogix to Modbus. Y 13CLXM Communication Adapter for ControlLogix to Modbus TCP/IP Y 13CLXP Communication Adapter for ControlLogix to Profibus. Y 13CLXR Communication Adapter for ControlLogix to Remote I/O or DH+. Y 13COMMC Communication Adapter for DPI to ControlNet. Y 13COMMD Communication Adapter for DPI to DeviceNet Y 13COMME Communication Adapter for DPI to Ethernet. Y Y 13COMMH Communication Adapter for DPI to RS485 HVAC (Modbus RTU/Metasys N2/Siemens P1). Y 13COMMI Communication Adapter for DPI to Interbus. Y 13COMMK Communication Adapter for DPI to CANopen. Y 13COMMM Communication Adapter for DPI to Modbus/HCP. Y 13COMMP Communication Adapter for DPI to ProfiBus-DP. Y 13COMMS Communication Adapter for DPI to RS485 (with DF1 Protocol). Y 13MOD 9300-RADES modem connected to drive Ethernet/IP DPI adapter Y 13SSS PowerFlex RS-232 DPI adapter mounted and connected to drive Y 14DP Diagnostic printer mounted on LV compartment door Y 14PVKRC Remote Mounted HMI / Ethernet switch in VFD c/w external cable port Y 14PVKRF Remote Mounted HMI / Ethernet switch in VFD c/w external fiber optic port Y 14PVKLC Locally Mounted HMI / Ethernet switch in VFD c/w external cable port Y Y 14PVKLF Locally Mounted HMI / Ethernet switch in VFD c/w external fiber optic port Y 14NOTERC No HMI supplied (provisions for using laptop as HMI) / Ethernet switch in VFD c/w external cable port Y 14NOTERF No HMI supplied (provisions for using laptop as HMI) / Ethernet switch in VFD c/w external fiber optic port Y 14NS Removal of Integral Input Starter on line reactor configurations Y (3) 14WS B Frame Direct-to-Drive configured for use with close-coupled input starter. Y (5) 14PS Spare AC/DC power supply. Drive will continue to run with DC fail warning if main power supply fails. Y (1) Y 14RF 14RD Redundant cooling fan with automatic switchover in event of main fan failure. Alarm signal is sent to operator interface terminal. (Overall drive height increases to (3030 mm). Provision for ducting VFD exhaust air outside control room. Customer is responsible for duct, installation, and required make-up air. Contact factory for specific VFD fan CFM and static pressure drop requirements. Y (1) Y (4) Y Y (4) 42

43 PowerFlex 7000 Options 14RT2 Internal UPS to provide 0-10s power loss auto-restart. Y 14RT3 Customer supplied UPS to provide 0-10s power loss auto-restart. Y (1) Y 14TF Tachometer Interface feedback. Note: This option does not include the tachometer. Customer is responsible for sourcing and mounting the tachometer. Y Y 14TS1 Isolated Analog Speed Reference Input (4-20 ma Input Signal) Signal Interface. Y 14TS2 Isolated Analog Speed Output (4-20 ma Output Signal) Signal Interface. Y Y 14TS3 Isolated Analog Voltage Output (4-20 ma Output Signal) Signal Interface. Y Y 14TS4 Isolated Analog Current Output (4-20 ma Output Signal) Signal Interface. Y Y 14TS5 Isolated Analog Load (kw) Output (4-20 ma Output Signal) Signal Interface. Y Y 14TS6 Isolated Analog Torque Output (4-20 ma Output Signal) Signal Interface. Y Y 17 Low voltage surge suppressor across each 120V coil in the control circuit. Y 24AST Synchronous transfer control circuit for one motor Y 24BST Synchronous transfer control circuit for two motors. Y 24CST Synchronous transfer control circuit for three motors. Y 24DST Synchronous transfer control circuit for four motors. Y 24EST Synchronous transfer control circuit for five motors. Y 24FST Synchronous transfer control circuit for six motors. Y 24AMB Isolated bypass control circuit (no synchronization) c/w DRIVE-OFF-BYPASS keylock selector switch Y 24AOP Output contactor control circuit. Y 24PD Drive Control for Parallel Drive operation Y 31LA Liquid-to-air heat exchanger Y (2) 31LL Liquid-to-liquid heat exchanger. Customer is responsible for any primary water supply, flow meters, valves, etc. Y (2) 80B Load cables exit through the bottom of the structure. Y 80T Load cables exit through the top of the structure. Y 84A1 Bulletin 817M manual reset. Y 84L, 87L_M TecSystem NT-538 temperature monitor/controller for use with up to eight (8), three-wire RTD inputs. Note: A separate channel scanner is not required. Y Y 85MV10 Panel mounted analog meters (cluster of 4) including output voltage, output amps (load current), output % speed, and output kilowatt Y 85MV11 Panel mounted analog meters (cluster of 4) including output voltage, output amps (load current), output (motor) RPM, and output kilowatt Y 89D5 Four (4) auxiliary contacts for remote indication for each of DRIVE RUNNING, DRIVE READY, FAULT AND WARNING Y Y 750S Type SIS tinned, low voltage control wire, where possible. Y 751HS Heat shrink tubing over standard sleeve type wire markers, where possible. Y 760A Speed control potentiometer mounted on LV compartment door. Y Y 804 Twenty (20) additional unwired terminal blocks where possible Y Y 860F Pilot device legend plates supplied in French. Y 860S Pilot device legend plates supplied in Spanish. Y 3995A m ( ft). Y 3995B m ( ft). Y 3995C m ( ft). Y 3995D m ( ft). Y 5010E Cabinet space heater, rated 120VAC, and thermostat supplied in each section of the unit. Power supplied from an external power source. Actual output wattage is 85W@110Vac, 100W@120Vac, 330W@220Vac. Y Y (2) 5025D Motor Space Heater Circuit, 110/120VAC, 2700W or less powered from external source. Y Y 5035D Motor Space Heater Circuit, 220/240VAC, 2500W or less powered from external source. Y * QuickShip avaliable for A Frame Air-Cooled drive only (1) Option available for redundant package only (2) Option available for Liquid-Cooled drive only (3) Option available for A Frame Air-Cooled drive only (4) Option available for Air-Cooled drives only (5) Option available for B Frame Air-Cooled drive only 43

44 Protect Your Investment Beyond our solution delivery capabilities, our global infrastructure of support centers and subject matter experts helps protect your automation investment. Whether it is meeting your everyday technical needs with our on-demand services, consulting services to help you determine where and how to get started or partnering with you to maximize your automation investment through personalized managed services, our services & support can help you optimize plant assets, increase productivity and improve your overall financial performance. For more information about our solutions & services, contact your local sales office. Maximize Your Uptime with Virtual Support Engineer Keeping your system healthy is paramount. That s why we offer Virtual Support Engineer. Through this service, Rockwell Automation technical support engineers proactively monitor your drive s critical performance parameters both securely and remotely. If your system experiences a fault, warning or performs out of its defined tolerance, you are immediately notified via or text message. In addition, system data and analytics are available on the web, including from mobile devices. This scalable, secure and cost-effective solution provides you the support you need to proactively monitor your assets critical performance parameters. Through a better understanding of your system s performance, you are able to reduce downtime, expedite troubleshooting, maximize productivity and optimize your automation investment. Real-time Remote Monitoring and Alarming Guaranteed response time by Rockwell Automation Remote Support Engineers Immediate notification by a Rockwell Automation engineer of issues via or text message Data Collection & Analytics Data and analytics available on the web, including from mobile devices (iphone, ipad and Android devices) View alarm data and analytics, status, uptime and warning/fault queues through a single portal Look at multiple systems or locations in one portal Simple and Secure Connectivity Secure socket layer (SSL) through a standard internet connection No inbound packet transfer for a secure-connection Scalable, Cost-Effective Solution Remotely configurable interface Select only the support you need Rockwell Automation Services & Support Global Support. Local Address. Peace of Mind. Providing the resources you need, when and where you need them, Rockwell Automation has an integrated, global network of ISO-certified repair centers, exchange hubs, field service professionals, IACET-recognized training centers, certified technical phone support centers and online tools. Helsinki tel info@klinkmann.fi St. Petersburg tel klinkmann@klinkmann.spb.ru Moscow tel moscow@klinkmann.spb.ru Yekaterinburg tel yekaterinburg@klinkmann.spb.ru Samara tel samara@klinkmann.spb.ru Кiev tel klinkmann@klinkmann.kiev.ua Riga tel klinkmann@klinkmann.lv Vilnius tel post@klinkmann.lt Tallinn tel klinkmann.est@klinkmann.ee Мinsk tel minsk@klinkmann.com