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Allen Bradley - Drives

PowerFlex 700S

PowerFlex 700S

1. Product Overview

The PowerFlex 700S AC drive provides exceptional performance in a user-friendly manner. For most of the in-demand applications, the PowerFlex 700S AC drive with Phase II control provides high-performance control of the drive, innate diagnostics, and comprehensive programming options. The PowerFlex 700S AC drive coupled with a DriveLogix controller combines PowerFlex AC drives' strong performance and flexible control with the efficient Logix engine to offer a well-functioning, economical drive and control system. The PowerFlex 700S AC drives are manufactured to provide advantages that are quite important to a user. Its main goal is to provide users with a customizable portfolio that will help users stay connected to their operations and eventually increase productivity since it is the goal in the industry.

The PowerFlex 700S drives' flexibility enables them to adapt to a wide range of application needs. PowerFlex 700S drives can handle the most straightforward to the most complex applications because they provide a variety of motor power and control solutions. To better meet users’ demands, the PowerFlex 700S offers a variety of safety, hardware, and packaging choices, as well as much more.

Flexibility allows users to minimize the cost of ownership by choosing the most suitable drive designed for the application's requirements. It increases output with specialized application control, such as Pump-Off for oil wells and much more. It also helps decide which safety features and application strategies are most effective for user applications.

Connectivity is essential for monitoring an application and taking the necessary steps to keep the system running smoothly. Flawless integration of real-time data of some applications can increase machines’ efficiency and agility. The characteristics that PowerFlex 700S drives offer can make data simple throughout the operation. The drive can perform a lot more than merely react to interlocking orders since they are a component of the Rockwell Automation Integrated Architecture. Furthermore, it has the ability to assist the user in multiple ways, including:

  • Acquiring more visibility for the machine-level data as well as for the system.
  • Software tools make setup easier and better.
  • The ability to provide remote monitoring for communications, visibility, and so on, between the plant floor and the control room.
  • Quicker troubleshooting with diagnostic data easily accessible from the controller.

When the user chooses a PowerFlex 700S drive with the appropriate features, it gives:

  • Safety features that safeguard people and property while enabling decreased downtime.
  • Better Integration inside the Logix atmosphere for streamlined configuration and programming.
  • Faster time to market with reduced development and commissioning time.
  • Defense against unexpected downtime with sophisticated diagnostics and alerts for abnormal operational parameters
  • Real-time data access enables informed decisions that lower downtime and maintain efficient production.

2. Technical Specifications

Easy-to-use Human Interface Tools

The PowerFlex 700S AC drives offer standard, user-friendly Human Interface tools. These consist of PC-based setup tools and LCD Human Interface Modules.

The human interface gives:

  • Wide range of languages (English, Spanish, French, etc.)
  • Alternative function keys for task shortcuts
  • Number pad that resembles a calculator for quick and simple data entry
  • Local start, speed, stop, and direction controls

Flexible Mounting and Packaging

The unique bookshelf design enables Zero-Stacking drives (or direct, side-by-side mounting). Because there is no minimum spacing requirement between drives, precious panel space is saved, and installation costs are minimized. Pull-apart control terminal bars provide for rapid disconnect and simple wiring.

The PowerFlex 700S is designed with verified noise-lessening elements on both the output and input sides of the drive. Many worldwide EMC requirements could be satisfied, and many noise-related application problems can be mitigated or removed, by utilizing a conventional "out-of-the-box" PowerFlex drive that requires no extra hardware or expense. Power conditioning problems and the requirement for extra hardware are considerably minimized by including higher-rated components and strong voltage-withholding devices for phase-to-ground as well as phase-to-phase and protection.

Space-Saving Hardware Features

  • Multiple algorithms of efficient control of motor: For sensor and sensorless induction motor control as well as brushless permanent magnet motor operation, Flux Vector Control makes use of the proprietary FORCE Technology. This maximizes application flexibility.
  • Feedback options: The precision of speed and position regulators is enhanced by a variety of feedback choices, including a basic incremental encoder, an optional incremental encoder, a resolver, and high-resolution encoder feedback interface cards. There are also interfaces for linear feedback devices from Temposonics and Stahl SSI.
  • Integral EMC Filtering: A small, all-in-one package is offered by integrated EMC filtering together with integrated DC bus choke common mode cores and common mode capacitors to satisfy EMC specifications, including CE in Europe.
  • Internal Communications: The drive may be integrated into the production process thanks to internal communications. All internal communication options include status indicators that are visible on the lid for simple setup and drive communication monitoring. Users may effortlessly operate, configure, and gather data as they seamlessly connect their whole system from the shop floor to the top level.
  • Integral dynamic brake transistors offer a cheap way to switch regenerative energy without the expense of additional chopper circuits. Power ratings for these intrinsic transistors range from 0.5 to 200 HP.
  • The Internal Dynamic Brake Resistor (up to 25 HP) uses no additional panel space and provides strong braking torque quickly.

Control and Performance

Performance may be adapted to the needs of the application owing to many motor control algorithms:

  • For straightforward Fan and Pump applications, use Volts/Hertz.
  • Sensorless vector control for generating strong torque over a wide speed range.
  • Vector control for superb low-speed/zero-speed performance and torque management (with Vector Control cassette).

The Allen-Bradley patented Force is utilized in the PowerFlex 700S drive Vector Control. Technology that, whether used with or without feedback, offers superb low-speed performance. This market-leading control offers the best drive performance while being just as simple to operate as any other general-purpose drive.

Drive Features

Following are the distinctive features of the drive.

  • Maximum deceleration and acceleration are achieved without tripping owing to the active and vigilant bus voltage and current limit regulation.
  • Drive responsiveness to torque or speed directives is improved by high-speed analog inputs.
  • The drive may link settings due to programming freedom.
  • Without requiring any speed input, Flying Start provides a smooth and immediate connection into spinning loads, independent of the requested direction.
  • An independent process loop controller may be unnecessary with integrated process PI control.
  • Inertia Ride-Through uses the spinning energy stored in high-inertia, low-friction loads to provide trip-less operation during a lengthy power outage.
  • Toto offers point-to-point positioning or velocity profiling based on encoder counts, digital inputs, parameter levels, or time, the Position Indexer/Speed Profiler employs a 16-step indexer.

Incredible Network Communications Capability

PowerFlex 700S drives are completely compatible with a wide range of communication adapters and provide the following advantages:

  • Unconnected Messaging allows other network devices, such as PanelView-series products, to interact directly with a disc without the need of the network scanner.
  • Adapter Routing - Connect a PC to one drive and communicate with all other Allen-Bradley drives on the same network without going via a network scanner.
  • Over the network, users have complete control over all settings.
  • Initial connections are easier when Autobaud is available.
  • Change-of-State configures control messages that should be directed specifically upon customer-defined states, considerably reducing network traffic. Each node setting is quite configurable (for instance, "reference must vary by more than 5%").
  • Peer Control offers master-slave kind control amongst drives, allowing one or more slave drives, or consumers, to operate by the state of a master drive, also known as the producer. It may also greatly lessen network traffic.
  • ADR (“Automatic Device Replacement”) saves effort and time when substituting a drive by configuring a scanner for automatically recognizing any new drive and downloading the necessary parameter settings.
  • Fault Configuration Flexibility - Adapters may be configured to perform fault-based actions i.e., ramp-to-stop, and hold the last state, coast-to-stop as well as communicate user-customizable speed reference values and logic control. Furthermore, different measurements can be taken depending on whether the network encountered a significant incident (broken cable, for example) or was idle (PLC set to "Program").

Environmental Considerations

The maximum altitude without derating for the PowerFlex 700S drive is 1000 m. Additionally, the atmospheric temperature of the surrounding area without derating for the PowerFlex 700S should range from 0 degrees Celsius to 50 degrees Celsius. However, for the heatsink and the front of the backplane, it is 0 to 40 degrees Celsius and 0 to 65 degrees Celsius, respectively. Its storage temperature should range from -40 to 70 degrees Celsius. The PowerFlex 700S AC drive should not be put in an environment that contains volatile or corrosive gases, fumes, or dust. If the drive will not be installed for an extended period, it must be stored in a corrosive-free environment. The relative humidity range for the drive is between 5 percent and 95 percent.

Installation

The PowerFlex 700S is often installed with input fuses or a circuit breaker. Additional restrictions for these systems may be imposed by national and local industrial safety rules and/or electrical codes.

Protection Against Peak Voltage for the Motors Having Lower Insulation Systems

Even though the PowerFlex 700S Phase II drive uses the best-reflected wave reduction technologies, few motors may possess systems of insulation that fall well short of NEMA/UL requirements. These motors could function as expected, but they still need to be guarded against the reflected wave transients that are generated by PWM drives.

An Appropriate Grounding System and Related Noise Reduction

Any solid drive installation should begin with correct grounding procedures. The majority of noise issues may be readily solved with good installation techniques.

Single-phase Input Power

The most common input supply for PowerFlex 700S drives is a six-pulse, three-phase supply.

Selection for Fan Voltage

A transformer is used by frames 5 and 6 to convert the incoming line voltage into the internal fan voltage. It might be essential to adjust the taps of the transformer if the line voltage differs from the voltage class shown on the nameplate of the drive.

The Voltage of the Cooling Fan for Common Bus Drives

The cooling fans on Common Bus drives must be powered by user-supplied 120V or 240V AC.

For drive installations, several cable types are permitted. An unshielded cable is sufficient for many installations, as long as it is kept away from critical circuits. Allow for spacing of 0.3 meters for every 10 meters of length. Long parallel runs should be prevented in all instances.

THWN, THHN, or equivalent wire can be used for the installation of drive-in dry sites if sufficient conduit fill rate limitations and/or free air space are supplied. THHN or similarly coated wire must not be utilized in moist locations. Any wire used must have an insulation thickness of 15 mils minimum and no significant deviations in insulation concentricity.

Shielded cable has multifaced advantages as multi-conductor wire plus a copper braided shield that may contain the noise produced by a standard AC drive. In installations containing sensitive components i.e., weighing machines, capacitive proximity, and other equipment that can be impacted by electrical noise in the distribution system, the shielded cable needs to be strongly considered. Applications that have a high extent of communications/networking-mandated EMC restrictions, or a large number of drives within a comparable area are also suitable candidates for shielded cables used.

Power Wiring

To aid with installation, the PowerFlex 700S encompasses the following safety features:

  • Ground fault prevention provides dependable operation throughout startup and operation.
  • Overload protection for electronic motors extends motor life.
  • Common mode capacitors to ground and the removable MOV to ground provide interactivity with un-grounded systems. On the other hand, if the drive is put on a resistive grounded distribution system, an impedance grounded system, and so on, then these devices must be unplugged. Furthermore, if the drive power source is a regenerative unit, or if the DC power is supplied via an active converter, then these devices should be unplugged as well.
  • 6-kilovolt (kV) transient protection increases the resilience of systems with a 380 to 480-volt rated voltage.

Browse our selection of PowerFlex 700S units

AutomationStop.com's online catalog offers one of the largest selections of preowned PowerFlex 700S units in the world.

20DD040A3EYNACNBN

This Allen Bradley 20DD040A3EYNACNBN unit will remain operational with continuous delivery of 480 voltages of Alternating Current power. This Allen Bradley drive identified as Catalog ID 20DD040A3EYNACNBN is a Flexible Frequency Alternating Current Industrial Drive. This Allen Bradley module is equipped with an HIM with a blank shell, enclosed in a Type 1, NEMA, and IP20-rated enclosure. Externally mounted brake resistors do not have any protection from the unit.

20DD040A3EYNACNNN

When the 20DD040A3EYNACNNN drive is not being used, the Logic Control Ride-Through rating of this drive is 0.25 seconds. The functionality of this device is able to function properly with input-ampere levels ranging from 52 to 480. As long as the drive is supplied with 480 volts of AC power, its operation will continue without interruption. Logical functions can be utilized without the requirement of a programmable logic controller (PLC) if the user function library is utilized.

20DD040A3EYNADAAE

This 20DD040A3EYNADAAE device is capable of controlling input-ampere values ranging from 52 - 480. It is necessary to supply the drive with 480 volts of alternating current in order for it to keep operating properly. 0.25 seconds is the duration of time that the Open Loop control Ride-Thru score is when the vehicle is completely stopped. Even without a programmable logic controller (PLC), it is feasible to use logic functions if the user function library is utilized.

20DD040A3EYNADACE

The 20DD040A3EYNADACE motor will only continue to work properly if it is constantly fed with 480 volts of alternating current (AC). Because of the customer function library, logic processes can be used autonomously by a programmable logic controller (PLC). The amperes of input that can be accepted by the gadget range from 52 all the way up to 480. This motor has a Logic Control Ride-Through evaluation of 0.25 seconds when it is in a state where it is not working.

20DD040A3EYNAEABE

In a state in which it is not functioning, the 20DD040A3EYNAEABE drive has a Logic Control Ride-Through value of 0.25 seconds. It is necessary to supply the drive with 480 volts of alternating electricity in order to keep it functioning properly. The range of acceptable input amperes for this devices is from 52 to 480. Logic operations can be accessed through the user functional library without the requirement of a PLC being present.

20DD040A3EYNAENNN

This 20DD040A3EYNAENNN drive has a Logic Management Ride-Through grade of 0.25 seconds when it is not being used. This value applies only when the drive is not being used. A wide range of input amperes, from 52 - 480, can be tolerated by the device. Because of the user function library, it is now possible to use logic functions even in the absence of a PLC. If the drive is given 480 volts of alternating current for power, it will continue to operate normally even in that scenario.

20DD040A3EYNANAAE

This Allen Bradley drive, Model ID 20DD040A3EYNANAAE, belongs to the category of Adjustable AC Drives. Brake resistors set up externally on the module do not have any protection provided by the unit. This unit features a blank cover Human Interface Machine enclosed in Type 1, NEMA, and IP20-rated enclosure. The Allen Bradley drive will continue to operate as long as the supply of 480 volts of AC remains constant.

20DD040A3EYNANABE

Because this 20DD040A3EYNANABE drive has received approvals for ATEX & Safe Torque-Off, this drive is capable of working in a risk-free fashion. The over-temperature trip of the processor makes it possible to perform direct monitoring of the embedded Heat Sink Thermistor. This motor is rated for a Power Ride-Thru of 15 millisecond while operating under full load conditions. The drive does not feature the DriveLogix extension functionality, a constructed communication slot, or a Synch connection. Neither of these features is available.

20DD040A3EYNANANL

As long as the 20DD040A3EYNANANL drive continues to be fed with 480 volts of alternating current, it will continue to function properly. The LCD human-machine interface (HMI) module enables users to obtain coding, diagnostics, starting information, and other reports in a format that is comprehensive and easy to understand. To confidently say the reliable working of even the most complex industrial applications, Allen-Bradley has supplied the PowerFlex 700S drive with cutting-edge developer tools, high-efficiency motor controls, and incorporated diagnostics as standard equipment.

20DD040A3EYNANBBE

This 20DD040A3EYNANBBE gear has received certifications from both ATEX & Safe Torque-Off, making it risk-free for use in any setting. The drive does not include a Synch link or an internal communications slot, and it does not have the DriveLogix expansion function. Additionally, the disk does not have the capacity to expand. When it is operating at its full load, this disk has a Power Ride-Thru score of 15 milliseconds. Through the use of the microprocessor's over-temp tripping, the incorporated Heat Sink Thermistor in the device may be directly monitored.

20DD040A3EYNANCAK

The Blank Cover Human Interface Unit and the IP20, NEMA Type 1 Enclosure are both built into this Allen Bradley 20DD040A3EYNANCAK system. The LCD HMI module provides a comprehensible interface for coding, startup data, graphs, charts, diagnostics, and reporting. The built-in communications adapter allows for two-way data transfer with host controllers via standardized interfaces. Computer chips have the capability to directly supervise the interconnected Heat Sink Thermistor for over-temperature tripping.

20DD040A3EYNANCBL

Through the internal adapter, the 20DD040A3EYNANCBL unit is provided with the capability to exchange files with host controllers over all common interfaces. The LCD HMI module offers startup information, programming, diagnostics, & reporting in a clear and comprehensive format. You are reading the descriptions for a unit featuring a Blank Cover HIM and an IP20, Type 1 NEMA Chassis at your disposal. Detecting over-temperature trips is possible for microprocessors through the direct monitoring of the in-built Heat Sink Thermistor.

20DD040A3EYNANCNL

The official communications adapter of the 20DD040A3EYNANCNL allows for data transfer with host controllers via standardized interfaces. With a Blank Cover Human Interface Device and an IP20, NEMA Type 1 Enclosure, this unit is ready to go to work right out of the box. Microprocessors can use the Heat Sink Thermistor for direct over-temperature trip tracking. The LCD HMI module provides comprehensive and legible access to scripting, startup data, diagnostics, and reporting.

20DD040A3EYNANCSL

The internal communication adapter within the 20DD040A3EYNANCSL unit allows for data exchange with host controllers over popular interfaces. The NEMA IP20 Type 1 , Chassis, and Blank Cover HIM are provided in the unit for enhanced performance. Full and unambiguous programming, launch information, inspection, & reporting can be accessed in a clear format with the LCD human-machine interface (HMI) module. Directly monitoring the embedded Heat Thermistor allows the microprocessors to detect over-temp trips.

20DD040A3EYNANDEL

The 20DD040A3EYNANDEL unit is capable of communicating with host controllers using standard interfaces for data exchange thanks to the integrated communications port that is included in the gadget. Microprocessors are able to recognize when the temperature reaches an unsafe level by immediately monitoring the inbuilt Heat Sink Thermistor. Users are able to obtain rich and succinct programming, starter information, diagnostics, & reporting in a format that is easily understandable thanks to the LCD human-machine interface (HMI) unit. Blank Cover HIM and a NEMA, IP20, Type 1 Container are included with the purchase of this item, which together offers the highest level of protection possible.

20DD040A3EYNANDNL

Product number 20DD040A3EYNANDNL is a microprocessor-controlled 3-phase AC motor drive by Allen Bradley. It is a PowerFlex 700 device that operates on 480V with a 40A input. And it has an LCD panel with a numeric keypad. Besides, it also has IGBT brakes, a CE and EMC-compliant filter, and a NEMA 1 enclosure with an IP20 rating. This device can deal with constant and variable torques and bus under voltage trips.

20DD040A3EYNANNAA

Complete protection is offered by both the IP20, NEMA Type 1 Enclosure and the Empty Panel HIM included within the 20DD040A3EYNANNAA unit. The official communications adapter gives you the option of data transmission with host controllers using standard protocols and interfaces. For microprocessors, the constructed Heat Sink Thermistor allows for immediate tracking of temperature spikes. The LCD HMI module gives a comprehensible interface for scripting, diagnostics, starting data, & reporting.

20DD040A3EYNANNNB

Product number 20DD040A3EYNANNNB is a high-performance AC drive for 3-phase AC motors. It is a PowerFlex 700 equipment manufactured by Rockwell Automation. Its main input voltage range is 480V AC at 40 Amps. This motor drive is IP20 rated, has a NEMA type 1 enclosure, and a full numeric LCD human-machine interface (HMI). In addition, it also has a heatsink resistor that can be monitored using a microprocessor with an over temperature trip.

20DD040A3EYNANNNN

The Allen-Bradley 20DD040A3EYNANNNN PowerFlex 700S motor is ideal for managing even the most demanding industrial applications due to its high - level programming capabilities, potent drive controls, and integrated diagnostics. These features make the drive ideal for managing even the most complex industrial applications. It is possible for the drive to continue functioning so long as it is fed alternating current at 480 volts. The built-in LCD human-machine interface (HMI) unit provides detailed and straightforward reporting for a variety of purposes, including diagnostics, starting information, and programming, among other things.

20DD040A3EYNARABE

With its advanced programming tools, efficient drive controls, and constructed diagnostics, the Allen-Bradley 20DD040A3EYNARABE PowerFlex 700S drive can easily manage even the most difficult industrial applications. Users will be able to experience simple and straightforward programming, initialization information, diagnostics, & logging in a full format when using an LCD human-machine interface (HMI) module. It is crucial to remember that the motor will continue to operate properly so long as it is supplied with 480 volts of alternating current.

20DD040A3EYNARACE

Full and clear scripting, diagnostics, launch information, and reporting are all available on the Touchscreen HMI module. Microprocessors can keep tabs on the inbuilt Heat Sink Thermistor for automatic over-temperature trip monitoring. The Allen Bradley 20DD040A3EYNARACE unit's inbuilt connection adapter allows it to share data with host controllers through standard communication methods. IP20, NEMA Type 1 Enclosure, and Empty Cover Human Interface Machine are included for safety. It needs to be supplied with 480 volts of AC power.

20DD040A3EYNARANE

The Allen-Bradley 20DD040A3EYNARANE PowerFlex 700S motor is ideally suited for use with the most challenging industrial applications thanks to its cutting-edge coding functionality, efficient drive management, and internal diagnostics. The configuration, diagnostics, starter information, and any additional reporting may all be presented in a format that is easy to grasp and comprehensive thanks to the LCD human-machine interface (HMI) module. The motor will continue to function normally so long as it is regularly supplied with 480 voltages of alternating current.

20DD040A3EYNARDBL

The Allen Bradley 20DD040A3EYNARDBL PowerFlex 700S drive is equipped with sophisticated programming tools, powerful drive controls, and integrated diagnostics, making it an excellent choice for the management of even the most difficult industrial applications. The LCD HMI module is built to offer a format which is comprehensible as well as comprehensive for programming, starting information, diagnostics, and other data that are pertinent. It can be setup with no technical hickups.

20DD040A3EYNARHNE

In order to easily handle difficult industrial applications, the Allen-Bradley 20DD040A3EYNARHNE PowerFlex 700S drive is built with the intention of providing top-of-the-line programming capabilities, efficient drive controls, and in-built diagnostics. This device provides full and transparent programming, setup information, diagnostics, & reporting in a style that is both short and easy to read thanks to the inclusion of an LCD human-machine interface (HMI) module. The motor will continue to run as long as it is supplied with 480 volts of alternating current. This is necessary for it to function properly.

20DD040A3EYNARNNN

Even the most difficult and time-consuming industrial applications are no match for the Allen-Bradley 20DD040A3EYNARNNN PowerFlex 700S drive's sophisticated programming capabilities, high-efficiency motor controls, and built-in diagnostics. This item features an LCD human-machine interface (HMI) unit that provides extensive programming, troubleshooting, starting information, and reporting in a style that is simple to understand. The motor will continue to work so long as it is continuously supplied with Alternating Current at a power of 480 volts.

20DD040A3NYNA3NNA

The Allen-Bradley 20DD040A3NYNA3NNA PowerFlex 700S motor is designed to easily manage even the most demanding industrial applications thanks to its advanced programming tools, economical drive controls, and in-built diagnostics. Users have straightforward access to comprehensive and clear scripting, information on starting, diagnostics, and other data when they make use of an LCD human-machine interface (HMI) module. The functioning of the drive will proceed so long as it is continually fed alternating current at a voltage of 480 volts.

20DD040A3NYNACNNN

Designed to handle even the most demanding industrial applications, the Allen-Bradley 20DD040A3NYNACNNN PowerFlex 700S drive features sophisticated programming options, efficient drive controls, and built-in diagnostics. 480 volts of alternating current are required to keep the drive running. The LCD HMI module that arrives with your purchase displays all of your info in an easy-to-read manner, whether it is for programming, diagnostics, starting data, or anything else you would need to report.

20DD040A3NYNANDAL

The LCD HMI component gives easy-to-understand reports on a range of operational data, including settings, errors, and status updates during the setup and startup phases. The Allen-Bradley 20DD040A3NYNANDAL PowerFlex drive is capable of handling the most rigorous industrial applications thanks to its cutting-edge developer tools, efficient module controls, & constructed diagnostics. As long as 480 Volts of Alternate Current power is being supplied, the drive will continue to function indefinitely.

20DD040A3NYNANNNA

The Allen Bradley 20DD040A3NYNANNNA drive has been evaluated and certified as reliable and secure by Safe Torque-Off and the International Association for Explosives & Explosives Approval (ATEX). The Allen Bradley 20DD040A3NYNANNNA drive lacks a synch connection, controller slot, & DriveLogix expansion capability. It's a disappointment that you can't use the Allen Bradley DriveLogix add-on features. The Heat Sink Thermistor can be directly monitored by means of the system's integrated microprocessor.

20DD040A3NYNANNNN

This 20DD040A3NYNANNNN gear has been given certifications for ATEX & Safe Torque-Off, demonstrating that it provides reliable and safe performance. When operating at full maximum load, the drive has a Power Ride-Thru grade of 15 milliseconds. This storage device does not include an embedded controller slot or a Synch link, and it does not include the DriveLogix extension capabilities either. The over-temperature tripping that can be triggered by a microprocessor can directly monitor the inbuilt Heat Sink Thermistor that is present in the system.

20DD040A3NYNARAEE

This 20DD040A3NYNARAEE device has a suitable operating spectrum that encompasses an input-amperes band of between 52 and 480. 0.25 seconds is the Logic Control Ride-Thru value achieved when the drive is in the idle state. By leveraging the user function library, it is feasible to make use of logic functions even in the absence of a PLC. As long as 480 volts of alternating electricity are given to the drive, it will continue to perform its desired function.

20DD040A5EYNARGNE

The 20DD040A5EYNARGNE drive does not have an embedded controller slot or a Synch link, and it does not have the opportunity to expand into a DriveLogix configuration. The fact that this motor has both ATEX & Safe Torque-Off certifications promises that it will operate without interruption. The Power Ride-Thru score for this motor is maxed-out at 15 milliseconds when under full load. The over-temperature tripping provided by the microprocessor enables direct surveillance of the Heat Sink Thermistor that is included in the system.

20DD040A5NYNACBSE

The 20DD040A5NYNACBSE motor will continue to function so long as it is supplied with 480 volts of alternating current (AC) power. When it is not essentially running, this disk has a Logic Control Ride-Thru score of 0.25 seconds. Even if there isn't a PLC present, users are still able to employ logic functions thanks to the user function library. The acceptable range of input amperes for this device is from 52 - 480.

20DD052A0EYNA1CNK

For user input, this 20DD052A0EYNA1CNK item contains an LCD screen (HMI). This device has an integrated communication adaptor for communicating with hosting controllers in a logical order. Regrettably, this gadget lacks a cover for the brake resistors that are externally connected. For the Allen-Bradley PowerFlex 700S drive, proper communication adapters are an accessory that allows for rapid and efficient control. With the aid of this HMI module, diagnostics, scripting language, initial data, or other reports may all be retrieved in a clear manner.

20DD052A0EYNA1CSL

In most manufacturing facilities, the use of a standard Adjustable Frequency Unit, such as the 20DD052A0EYNA1CSL, is standard. This drive cannot function properly without a stable supply of 480 Volts of AC Voltage, delivered in 3 Phases. This drive will keep running as long as it gets a constant supply of power source. This VFD will not suddenly break down like other industrial drivers. The input current ranges from 52 to 480 amps, which is typical for a commercial or industrial variable frequency drive.

20DD052A0EYNA1NNA

The 20DD052A0EYNA1NNA Catalog ID identifies a Flexible Frequency AC Unit manufactured by Allen Bradley. The majority of manufacturing facilities utilize an Adjustable Frequency Drive. This unit requires a steady delivery of 480 Volts of AC Voltage provided in Three-Phases for proper operation. As long as a reliable power supply is available, this VFD will operate continuously. Compared to other industrial drivers, this drive does not experience sudden breakdowns. It is common for commercial or industrial VFD drives to have input power that ranges from 52 - 480 amps.

20DD052A0EYNA2CNK

Allen Bradley produces an Adjustable AC Drive cataloged as 20DD052A0EYNA2CNK, which is standard equipment in most factory facilities. To function efficiently, the drive requires consistent delivery of 480 Voltages of AC power delivered in Three-Phases. The drive's steady operation depends on a reliable power source. This VFD does not abruptly fail like other industrial drivers. Commercial or industrial VFD usually have input powers ranging from 52 - 480 amperes.

20DD052A0EYNA6CNL

In the manufacturing industry, an Adjustable AC Drive is a typical feature, and Allen Bradley's 20DD052A0EYNA6CNL Catalog ID identifies one such drive. The proper operation needs a consistent feeding of 480 Voltages of AC power delivered in 3 Phases. The VFD runs smoothly as long as a stable power source is available. Unlike other drivers, this unit doesn't fail suddenly. It is common for VFD units to have input powers ranging from 52 - 480 amperes.

20DD052A0EYNA6DNL

The Adjustable Frequency AC Drive produced by Allen Bradley has a Catalog ID of 20DD052A0EYNA6DNL and is commonly used in manufacturing facilities. To function effectively, the drive needs a stable supply of 480 Volts of AC Voltage delivered in 3 Phases. As long as the drive has a reliable power source, it will operate continuously. Unlike other industrial drivers, sudden breakdowns are not a concern for this VFD. Commercial or industrial variable frequency drives typically have input currents ranging from 52 to 480 amps.

20DD052A0EYNACNNN

An Adjustable AC Drive is a standard feature in most factory facilities, and Allen Bradley makes one such drive listed under Catalog ID 20DD052A0EYNACNNN. A constant delivery of 480 Voltages of AC power is necessary. This power should only be fed in 3 Phases which is essential for proper operation. The VFD functions smoothly as long as it has a stable power supply. Unlike other industrial drivers, sudden breakdowns are not a concern with this drive. Input currents for industrial variable frequency drives typically range from 52 - 480 amperes.

20DD052A0EYNAENNN

Most manufacturing facilities require an Adjustable Frequency AC Drive. Allen Bradley's Catalog ID 20DD052A0EYNAENNN is one such drive. To function properly, the drive requires a steady supply of 480 Volts of AC Voltage delivered in 3 Phases. The VFD operates continuously with a reliable power supply. Unlike other industrial drivers, sudden breakdowns are not a concern with this drive. Commercial or industrial variable frequency drives usually have input currents ranging from 52 to 480 amps

20DD052A0EYNANABE

The Adjustable Speed AC Drive, made by Allen Bradley and designated by the Catalog ID 20DD052A0EYNANABE, is a common part found in manufacturing facilities. A consistent supply of 480 volts of AC voltage that is supplied in three phases is necessary for correct operation. As long as there is a consistent supply of reliable power, the VFD will continue to function normally. The possibility of an unexpected breakdown is not a problem for this drive, in contrast to that of other industrial drivers. Input currents for variable frequency drives used in commercial or industrial applications typically range anywhere from 52 to 480 amps.

20DD052A0EYNANAEE

In most manufacturing facilities, the use of an Adjustable Frequency Drive, such as the 20DD052A0EYNANAEE, is standard. This drive cannot function properly without a stable supply of 480 Volts of AC Voltage, delivered in 3 Phases. This drive will keep running as long as it gets a constant supply of power source. This VFD will not suddenly break down like other industrial drivers. The input current ranges from 52 to 480 amps, which is typical for a commercial or industrial variable frequency drive.

20DD052A0EYNANANE

Product number 20DD052A0EYNANANE is a PWM-compatible variable frequency drive (VFD) by Allen Bradley/ Rockwell Automation. This drive is featured in the PowerFlex 700 product series. It can provide speed, torque, direction, stopping, and starting control to the three-phase powered induction motors. In addition, its enclosure complies with the IP20/ NEMA/ UL Type 1 rating. Also, the drive has IGBT brakes, CE compliant filter, a CM choke, and a heatsink resistor.

20DD052A0EYNANBNE

Adjustable AC Drives, like this one manufactured by Allen Bradley and listed with catalog ID 20DD052A0EYNANBNE, are typical components used in manufacturing establishments. The actuator requires a stable supply of 480 volts of three-phase alternating current (AC) power in order to carry out its functions in an efficient manner. A constant operation of the drive is dependent on the use of a dependable source of power. This VFD does not suffer the sudden failure that is typical in other types of industrial drives. Input powers for variable frequency drives used in commercial or industrial settings generally range from 52 - 480 amperes.

20DD052A0EYNANCNL

The Catalog #20DD052A0EYNANCNL Allen Bradley industrial drive is an Adjustable Frequency AC Drive that boasts impressive functionality even under intense pressure, unlike other industrial drives. Its IP20, NEMA Type 1 Enclosure provides additional security, and a Blank Cover HIM is an added protective measure. Zero Stacking™ Drives help save panel space and cut installation expenses, which can also be achieved through side-by-side mounting. The drive, however, lacks an embedded communication slot.

20DD052A0EYNANHNE

An Adjustable Frequency AC Drive with Catalog ID 20DD052A0EYNANHNE, the Allen Bradley industrial drive, stands out from its industrial drive counterparts. It can withstand intense pressure without abruptly ceasing to function. The drive is equipped with an IP20, NEMA Type 1 Enclosure for added protection, and a Blank Cover HIM for an extra layer of safety. Zero Stacking™ Drives help save panel space and reduce installation costs, which can also be done through side-by-side mounting. However, the drive does not have a communication slot integrated into it.

20DD052A0EYNANNNA

This industrial drive from Allen Bradley with Catalog ID 20DD052A0EYNANNNA is an Adjustable Frequency Drive that operates exceptionally well under extreme strain, unlike other common industrial drives. The drive offers additional protection with an IP20, Type 1, NEMA Enclosure, & a Blank Terminal HIM. Zero Stacking™ helps save space on the panel and cut-down installation expenditure, which can also be achieved through side-by-side installation. Nevertheless, the drive lacks a built-in communication slot.

20DD052A0EYNANNNN

An Adjustable Frequency Drive, the industrial drive with Catalog ID 20DD052A0EYNANNNN, is distinct from other Allen Bradley industrial drives. It can endure immense pressure without abruptly failing. The drive has a NEMA, Type 1, IP20 Enclosure, and a Blank Cover HIM for extra protection. Zero Stacking™ aids in conserving panel space & reducing installation expenses, which can be done side-by-side mounting. Nonetheless, the drive does not feature an embedded communication slot.

20DD052A0EYNARACE

Produced by Allen Bradley, catalog number 20DD052A0EYNARACE is an adjustable frequency AC drive. This unit is featured in the PowerFlex 700S product series. This drive operates via a three-phase input voltage rated at 480 volts AC. Additionally, the 20DD052A0EYNARACE outputs 52 amperes and 40 horsepower. This AC drive features a brake IGBT and a multi-device interface for feedback. The 20DD052A0EYNARACE includes an IP20, NEMA Type 1 enclosure for protection.
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