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CENTERLINE 2500 Motor Control CentersSelection Guide

Contents

CENTERLINE® 2500 Motor Control Centers 5Unit Design 23Units 34Selection Data 69Unit Selection 72Technical Data 74Checklist 79 79

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CENTERLINE® 2500 Motor Control CentersThe CENTERLINE 2500 Motor Control Center (MCC) consists of one or more columns secured together forming a rigid, free-standing assembly. The MCC columns are designed to allow the addition of future columns.

The MCC is designed with full isolation of electrical components from the front side of the structure. When the doors are latched and the covers are secured, a person on the operating side of the equipment is not exposed to live parts.

Units installed in the MCC columns are populated with a full line of IEC components, contactors, overload relays, AC drives, soft starters and other devices.

Product Features

• Meets Global Standards– Designed to IEC 60439-1– Designed to IEC 60529– KEMA (TTA) Certified

• Fully withdrawable unit design allows for faster replacement, helping minimize maintenance and downtime– Plug-in line, load, control, ground and network communications– Four unit positions (connected, test, disconnected and withdrawn)– Lever operated mechanism for tool-less withdrawal and insertion

• Built-in network and IntelliCENTER® technology– Improve performance through system-wide communications– Share diagnostic information for predictive maintenance– Initiate warnings before potential faults occur

• ArcShield helps you reduce arc flash hazards• Three and four wire bus bar power systems available to help meet your

local requirements• High unit density optimizes column utilization• Fully isolated structures for maximum arc containment• Multiple column widths of 600, 700, 800, 900 and 1000 mm available for

scalable solutions

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IntelliCENTER Technology

Built-in Networking

• Media protected behind barriers• Access ports in wireways• Trunk and drop topology allows for addition and

removal of devices without shutting down the network

Intelligent Motor Controls

• PowerFlex Drives• SMC™ 3 and SMC™-Flex Soft Starters• E1 Plus, E3 Plus Electronic Overload Relays• DeviceNet Starter Auxiliaries

IntelliCENTER Software

• Elevation View• Monitor View• Documentation View• Spreadsheet View

Factory Configuration

• Network media validation• Node configuration• Device communication check

IntelliCENTER Technology improves the intelligence of your MCC using built-in DeviceNet to capture information used for predictive maintenance, process monitoring, and advanced diagnostics.

DeviceNet

Based on the latest in network technology, DeviceNet is a simply, open networking solution, allowing for real-time control, data exchange, configuration and data connection at regular intervals or on demand. This robust communication link connects industrial devices (such as limit switches, photoelectric sensors, motor starters, push buttons, variable frequency drives and operator interface devices) to a network and eliminates time-consuming and costly hard wiring.

The cost and performance of a DeviceNet network makes it ideal for MCC applications. The open specifications and protocol, managed by the Open DeviceNet Vendor Association (ODVA), means vendors are not required to purchase hardware, software or licensing rights to connect to a system. Over 300 vendors offer DeviceNet products with over a half million nodes installed worldwide.

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IntelliCENTER Software

The CENTERLINE 2500 MCC is available with pre-configured IntelliCENTER software. IntelliCENTER software is an intuitive softare package that is customized to your MCC. This software package includes several preconfigured views for easy access to important information and is capable of viewing multiple MCC line-ups. IntelliCENTER software can be installed and operated on Ethernet, EtherNet/IP, ControlNet or DeviceNet. The IntelliCENTER software is capable of functioning as a stand alone software package or as an ActiveX control in a Human Machine Interface (HMI). The IntelliCENTER software displays the following:

Elevation View

The Elevation View is an easy-to-identify, graphical representation of your entire MCC lineup. The condition of each motor controller is quickly established with status light indicators. Customizable text allows for instant identification of the motor, machine or process.

• Navigate immediately to units of concern by simply double-clicking on them• Re-arrange the elevation view using simple drag-and-drop • Select units for which you would like to see manuals, wiring diagrams or

spare parts

Monitor View

The Monitor View displays an overview of the intelligent motor control device being monitored, with configurable gauges, trend graphs, I/O status on the device and configurable data fields.

• Monitor parameters from the intelligent devices• Change configuration parameters • Record up to 5000 data points with the trend graph and export • Change which parameters are displayed in the monitor view

Documentation Views

Documentation View has access to the various manuals and diagrams for your MCC along with other important MCC information.

Manuals and Wiring Diagrams

The IntelliCENTER Software data CD comes with the complete documentation for your MCC, including wiring diagrams and device manuals. So your manuals are quickly available when you need them most.

• Troubleshoot problems using the exact manuals for your MCC• Trace out wiring and understand control circuits using wiring diagrams• Add new documentation ( procedures, engineering notes) associated with your MCC• Substitute ‘as-built’ drawings with your ‘as-installed’ drawings

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Spreadsheet View

The spreadsheet view allows you to access MCC data such as:• Node number (network address)• Unit description• Nameplate data• Device type

Event Log View

The Event Log records and stores events with date and time information occurring within you MCC and stores them with their date and time. Events can include device warnings and faults as well as parameter or device changes.

Spare Parts List

The spare parts list provides you with the exact replacement part needed to repair your MCC unit. This helps save time when calling your authorized Allen-Bradley distributor.

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Networking

DeviceNet Cabling

All trunk and drop DeviceNet cabling is ODVA certified Class 1, with 600V insulation and 8 A rating. The DeviceNet cabling system for IntelliCENTER Technology has been extensively tested for noise immunity with network cables in close proximity to high current motor leas and VFD outputs. As a result, IntelliCENTER MCCs provide a very robust network solution with no special separation, barriers or internal conduit required.

DeviceNet Cable Layout

The DeviceNet trunk line is routed through the control and network wireway and top horizontal wireway of the MCC. Trunk lines are routed behind barriers to isolate the cable from the unit space and wireways to help prevent accidental damage.

DeviceNet Trunk Line

Up to 24 DeviceNet ports can be provided in the control and network wireway. Each DeviceNet component in an MCC unit is connected to the network through a port located in the control and network wireway. Adding or removing units from the network does not interrupt the other units operating in the system.

DeviceNet System Performance

The DeviceNet system in the MCC is designed to operate at 500 kbaud to maximize performance, unless precluded by the cumulative length of the trunk and drop lines. To achieve best performance, all MCCs are engineered for a 250 kbaud minimum communication rate.

The DeviceNet system in the MCC is qualified to communicate and perform under normal and adverse electrical environments (for example, contactor electrical operation, contactor jogging duty and unit short circuit fault).

The DeviceNet system has the following capabilities:• Automatic Device Replacement (ADR).• On-Line Scanlist Changes at Run, allowing network modifications to be performed on a DeviceNet system that is

running.• Scan modes: Polled, Change of State (COS), Strobe and Cyclic. By choosing the appropriate scan mode for different

data, DeviceNet systems can achieve better throughput performance than networks with much higher communication rates.

• Transmit and receive data via I/O and explicit messaging. This allows the control system to access every parameter in the device, not just a few registers.

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DeviceNet Components

Each unit can be provided with a DeviceNet component. • Starter units can be provided with an E1 Plus with DeviceNet module, E3 or E3 Plus overload relays or solid-state

overload relays with a DeviceNet Starter Auxiliary. • Contactor units can be provided with a DeviceNet Starter Auxiliary. • AC drives can be provided with a DeviceNet communication module. • Solid-state controllers can be provided with DeviceNet communication modules and, in some instances, a

DeviceNet Starter Auxiliary. • Fusible disconnect and circuit breaker feeder circuits can be provided with a DeviceNet Starter Auxiliary.

Programming of Parameters

The DeviceNet node address is programmed for each unit. All other parameters are left at the factory default setting.

The DeviceNet components are configured to operate at the specified communication rate.

Testing

CENTERLINE 2500 motor control centers with IntelliCENTER Technology can save you time because each MCC is powered up, configured and tested at the factory. Each unit is preconfigured with node addresses and communication rates to ensure it communicates properly.

For more information on MCCs with DeviceNet, refer to CENTERLINE 2500 DeviceNet Motor Control Centers, publication 2500-TD002.

IntelliCENTER Database

The IntelliCENTER Database contains all of your order-specific information. One IntelliCENTER Database is needed for each MCC lineup or for individual units (when the unit is purchased separately). The database is installed on the computer or computers running the IntelliCENTER software. The database CD includes the IntelliCENTER data files, all of the electronic documentation, all theup-to-date EDS files for the DeviceNet devices and the DeviceNet configuration file as recorded during the final system test of the MCC. The EDS and configuration files are very useful for programming the control system, allowing the programmer to complete the project before the equipment is even energized. Additionally, when used with RSLogix 5000 and RSNetworx for DeviceNet software, the programmer can use the DeviceNet Tag Generator utility in RSLogix 5000 to instantly generate descriptive tags for every device in the MCC.

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http://literature.rockwellautomation.com/idc/groups/literature/documents/td/2500-td002_-en-p.pdf

ArcShieldCENTERLINE 2500 MCC’s with ArcShield offers you better protection against harmful arc flash hazards. Using a CENTERLINE 2500 MCC with ArcShield helps protect your personnel if an arc flash were to occur within an MCC.

CENTERLINE 2500 MCC with ArcShield provides personnel and assembly protection per IEC/TR 61641:2008 for arcing durations up to 300 ms(1).

In combination with the standard safety features built into every CENTERLINE 2500 MCC, choosing ArcShield provides additional benefits, including:• Structures with no front ventilation• Pressure relief system designed to exhaust gases through the top of the

structure, away from personnel• Arc containment latches on all doors capable of withstanding the high

internal pressure generated by an arc blast• Insulated power bus closing plates included at the ends of each MCC lineup

For even more protection, optical and current sensing technology for use with crowbar or shunt trip devices is available as an option.

(1) 300ms rating is available for systems at 415V (max), with 65kA (max) available current

Arc Containment Latches

Pressure Relief System

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StructureThe CENTERLINE 2500 MCC structure consists of columns, wireways, doors and withdrawable or fixed units.

Columns

The rigid, free-standing columns have heavy duty external mounting channels running the continuous width of the shipping block. Columns are secured at the installation site by bolting together clearance holes in the mounting channels or welding together.

All shipping blocks are provided with a removable continuous steel lifting angle. Two lifting angles are provided on all double-front columns.

Fault containment is enhanced with two side sheets on every column. This helps prevent a single fault from cascading throughout the structure, limiting equipment damage.

The CENTERLINE 2500 MCC’s rigid design helps ensure a longer life. Plug-in units can still be installed and removed and doors close securely after years of dependable service.

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Column Construction

Control and Network Wireway

Vertical Power Bus

Horizontal Power Bus

Nameplates

Vertical Wireway (door closed)

Vertical-to-Horizontal Bus Connection

Unit Support Pan

Vertical Bus Covers (Automatic Shutters)

Horizontal Protective Earth Conductor

Vertical Plug-in Protective Earth Conductor

Optional ArcShield End Closing Plate Insulator

Optional ArcShield Pressure Relief Plate

Customer Load Terminal Forms of Separation

Top Horizontal Wireways

Bottom Horizontal Wireways

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Column Dimensions

The standard column width is 700 mm. Each column is 2300 mm high and 600 mm deep. Double-front columns are also available.

Unit size is described in terms of modules. Each module is approximately 80 mm high x 500 mm wide. Columns can accommodate 24 modules of varying unit combinations.

Horizontal wireways extend the full depth of the column. Vertical wireways are approximately 350 mm deep.

Approximate Weight

This table lists approximate weights for MCC columns. Many factors (number of units, horizontal power bus, wireway width, column depth) affect the weight of columns. Weight is also added when the product is packaged for shipping.

170 (6.69)

1980 (77.95)

115 (4.53)

500 (19.69)

200 - 500 (7.87 - 19.69)

600 (23.62)

2300 (90.55)

35 (1.38)

700 - 1000 (27.56 - 39.37

Column Width

Total Column Width

Unit Width Vertical Wireway Width

600 mm(1)

(1) Frame mount only.

600 mm No vertical wireway

700 mm (standard) 500 mm 200 mm (standard)

800 mm 500 mm 300 mm

900 mm 500 mm 400 mm

1000 mm 500 mm 500 mm

Column Depth

Front Only Double-Front

600 mm 1200 mm

800 mm —

Column Height

Feature Height

Total Height 2300 mm

Available Unit Height 1980 mm

Top Horizontal Wireway 170 mm

Bottom Horizontal Wireway

115 mm

External Mounting Channel 35 mm

Column Width Approximate Weight (1)

(1) Weights are for a typical Motor Control Center with 6 units per column. Weights do not include packaging. Refer to the packing slip shipped with your MCC for exact shipping weights.

600 mm, 700 mm 350 kg

800 mm 400 kg

900 mm 450 kg

1000 mm 500 kg

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Structure

You can select the degree of protection and the paint color for your CENTERLINE 2500 MCC.

Degree of Protection

In accordance with IEC 60529, structures are available with the following IP ratings.• IP 20 (non-filtered vented doors)• IP 30 (filtered vented doors)• IP 42 (non-vented doors, standard)• IP 54 (gasketed with bottom plates)

Structure sheet metal has rounded edges and is tightly fitted with no visible air gaps.

Paint and Plating

Structural metal undergoes a multi-step cleaning, rinsing and painting process resulting in complete uniform-thickness, paint coverage. This process is maintained and controlled by ISO 9001 quality standards.

Zinc with trivalent chromate is used to plate unpainted surfaces for corrosion resistance.

The standard exterior paint color is Pebble Grey (RAL 7032). Closing plates, channel supports, lifting angles, and horizontal wireway covers are painted Black Grey (RAL 7021). Interior vertical wireways and unit mounting plates are painted high visibility gloss white.

Other colors are available by request.

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Wireways

Each MCC has horizontal, vertical and control and network wireways, for continuous dedicated wire and cable location.

Horizontal Wireways

Horizontal wireways are located at the top and bottom of each MCC column. Horizontal wireways extend the full width and depth of the MCC. A barrier is present in the top horizontal wireway to provide a connection point for DeviceNet receptacles. The top horizontal wireway is 170 mm high, while the bottom horizontal wireway is 115 mm high. Complete wireway access from front to rear is available for double-front configured MCC columns..

Horizontal wireways have removable front covers that are held in place by captive screws. Openings in in the side plate of the column allow access to the top and bottome norizontal wireways between joined columns. Plates are provided to cover these openings for columns located at the end of a MCC lineup.

Horizontal wireways are isolated from the power bus. Horizontal wireways for incoming line sections are reduced depth to maintain isolation from the incoming line area.

Vertical Wireway

The vertical wireway is located on the right side of each column and extends 1980 mm, between the top and the bottom horizontal wireway. The vertical wireway is approximately 350 mm deep. The standard vertical wireway is 200 mm wide. Vertical wireways are also available in widths of 300, 400 and 500 mm. Wider wireways are recommended for MCCs with higher bus ratings and higher unit density per section.

The vertical wireway is isolated from power bus and is independent of unit space. Vertical wireways are not present in columns with fixed (frame-mounted) units.

Vertical wireways are covered with steel doors, held in place by four door latches.

See Nameplates on page 32 for more information.

Vertical wireway cable supports are available to help you keep your cable wireways organized.

Continuous Horizonal Top Wireway

Continuous Horizonal Bottom Wireway

Continuous Vertical Wireway

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Control and Network Wireway

A separate wireway isolates control and network cables from power wiring.

The control and network wireway is located on the left side of the column in the unit space. Control and network connections are made to withdrawable units through receptacles located in this wireway.

Control Connector

DeviceNet Network Connector

Units Removed

Control Wireway

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Incoming PowerThe MCC can be configured to work on a system with any of the following incoming line voltages: 380, 400, 415, 440, 480, 600 and 690 V.

The MCC can be configured to operate at a frequency of 50 or 60 Hz.

CENTERLINE 2500 MCCs are suitable for use on three-phase, three-wire or four-wire, wye connected power systems, rated 690V or less, 50 or 60 Hz, with a solidly grounded neutral. CENTERLINE 2500 MCCs may also be used on other power system configurators, however, some units and options may not be available. Consult the factory for additional information.

Power BusThe MCC features the time-proven Allen-Bradley CENTERLINE power bus system. The horizontal power bus is mounted near the vertical center of the structure providing optimum heat dissipation, power distribution, and ease of maintenance and installation. It is mounted in recessed channels of the bus support to protect against accumulation of dust and tracking between phases.

The vertical power bus allows power distribution both above and below the center-mounted horizontal bus, effectively doubling the capacity in each column. This feature also helps allow a virtually unrestricted unit arrangement.

Horizontal and vertical power bus is fastened together with a two bolt assembly. This two-bolt connection helps minimize the likelihood of “hot spots.” The factory-made horizontal to vertical power bus connection is tightened by a computerized torquing system.

The power bus system is supported, braced and isolated by a bus support molded of high strength, non-tracking glass polyester material. The horizontal power bus is mounted on-edge in a vertical plane providing maximum strength against magnetic forces. Vertical power busbars are continuously braced and sandwiched by a polycarbonate molded bus cover isolating the vertical power bus from the other vertical phases and the horizontal power bus.

Bus bracing is available with the following rms symmetrical current ratings.• 50 kA for 3 cycles at 60 Hz (standard)• 65 kA for 3 cycles at 60 Hz• 50 kA for 1 second• 50 kA for 3 seconds (horizontal power bus only)• 80 kA for 1 second (horizontal power bus only)

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CENTERLINE Power Bus and Neutral (Cover Removed)


The standard horizontal power bus material is unplated copper. Tin-plated copper horizontal power bus is optional.

Vertical Power Bus

The tin-plated copper vertical power bus is cylindrical for optimum contact with the plug-in unit stabs.

The standard vertical power bus is rated for 300 A above and below the horizontal power bus for an effective 600 A rating. An optional vertical power bus rated for 600 A above and below the horizontal power bus for an effective 1200 A rating is available.

Two-bolt Assembly

Optional Neutral Vertical Bus Bar

Optional Neutral Horizontal Bus Bar

Horizontal Power Bus Ratings and Descriptions

Power Bus Rating Busbar Quantity and Dimensions

800 A (standard) (1) 3 x 100 mm

1250 A (1) 6 x 100 mm

1600 A (2) 6 x 100 mm

2000 A (1) 6 x 100 mm and (1) 10 x 100 mm

2500 A (2) 10 x 100 mm

3200 A (3) 10 x 100 mm with 10 mm spacers

4000 A (4) 10 x 100 mm with 10 mm spacers

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Neutral Bus

The optional horizontal neutral bus is provided across the full width of the MCC and located above or below the horizontal power bus.

The neutral bus matches the material and specifications of the vertical power bus.

The horizontal neutral bus is available with a full or half current rating.

The vertical neutral bus is connected to the horizontal neutral bus and provides a neutral connection for units throughout the column.

The neutral bus is braced the same way as the horizontal and vertical power bus.

Automatic Shutters

Automatic shutters are standard on CENTERLINE 2500 MCCs. Automatic shutters open as withdrawable units are inserted and close when the unit is removed. This safety feature helps ensure the vertical bus is immediately isolated when a withdrawable unit is removed.

Back of MCC (back plate removed) - Neutral bus shown

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Protective Earth Conductor The horizontal protective earth conductor along with the vertical plug-in protective earth conductor form a complete internal protective earth circuit.

Horizontal Protective Earth Conductor

The horizontal protective earth conductor (PE) is unplated copper or tin-plated copper is available, and is located in the bottom horizontal wireway. The horizontal PE is continuous for the width of the column and consists of one, two or three 6 x 50 mm conductors. The horizontal PE has 12 holes along the length of the conductor for making equipment connections.

A pressure-type mechanical lug is mounted on the horizontal PE conductor in the incoming line section.

Vertical Plug-in Protective Earth Conductor

An unplated copper vertical plug-in PE conductor is provided in each standard column. An optional tin-plated copper vertical plug-in PE conductor is also available. The vertical plug-in PE conductor is mechanically connected to the horizontal PE conductor.

The vertical plug-in PE conductor in combination with the unit PE contact establishes a first make, last break operation of the PE connection with respect to power connections. This first make, last break connection assures the unit to be grounded when inserting or removing the unit.

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Module SpaceUnit size is described in modules. One module is approximately 80 mm high x 500 mm wide. Withdrawable units are available in the following sizes: 1, 2, 4, 6, 8, 10 and 12 modules. Fixed units range in size from 2 to 24 modules.

Each MCC column can accommodate 24 modules.

Continuous Horizontal Wireway

Continuous Horizontal Wireway

Continuous Vertical

Wireway

24 Modules Total

2 Module Unit

4 Module Unit

8 Module Unit

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Unit DesignUnits are designed as either withdrawable or fixed. Withdrawable units can be removed from the structure and have a maximum current rating of 225 A.

The amount of current drawn by fixed units is determined by the rating of the horizontal power bus. Fixed units are frame-mounted and cannot be moved or rearranged once installed in the column.

Two Module Unit

Withdrawable Unit Design Features

Withdrawable units consist of the unit, unit support pan and unit door. Withdrawable units are held securely in the column when inserted and are designed with an interlock to help ensure that units cannot be inserted or withdrawn when the disconnect means is in the ON/I position. Withdrawable units range from 1 up to 12 module sizes.

Tools are not required to insert or remove withdrawable units.

Withdrawable units are characterized by being able to release the line, load, control, network and protective earth (PE) connections. Outgoing load and control connections are in the vertical wireway.

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Withdraw Lever and Alignment Slides

Withdrawable units use low friction alignment slides and a mechanical withdraw lever for easy unit inserting and removing. The withdraw lever features a locking mechanism that the user disengages to change positions. Detents are present to help confirm that the unit is secured in each position.

Withdraw Lever

Operating Positions

Withdrawable units have four operating positions: connected, test, disconnected and withdrawn. See the following descriptions for additional information about the features of each position. shows the withdrawable unit operating positions.

Connected - Line, load, control, network and PE connections are all engaged. Closing the unit door ensures the withdraw lever is in the connected position. To engage the interlock or turn the disconnect means to the ON/I position, the unit door must be fully closed.

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Test - Control, network and PE connections are engaged. Line and load connections are isolated. This allows the user to verify control and network wiring. Units can be locked in this position.

Disconnected - The unit remains housed in the column, but no connections are present. This is an isolated position. Units can be locked in the disconnected position.

Withdrawn - Withdrawable units can be completely removed from the columns. When units are withdrawn from the MCC, they are isolated from connections. Withdrawn units can be locked to prevent insertion.

Withdrawable Unit Operating Positions

Operating Position

Connection Present Lockable in Position

Line Load PE Control Network

Connected x x x x x x(1)

(1) Unit is lockable when door is closed.

Test x x x x

Disconnected Connections not present. Unit remains inserted in column. x

Withdrawn Connections not present. Unit is removed from column. x

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Fixed (Frame-mounted) Unit Design Features

Fixed units are permanently mounted in the column, all connections are made directly to the components. Fixed units range from 2 up to 24 module sizes. For units 12 module size and above, fixed unit design is standard.

Fixed (Frame-mounted) Unit Connections

In fixed units, line, load, PE and control connections are made directly to components. Network connections can be made through fixed or plug-in terminal blocks. shows possible unit connections.

Operating Handle

Rotary Operating Handle

An industrial, heavy duty, rotary operating handle is supplied for control of the disconnecting means in each unit. When the unit door is closed, the handle is engaged with the disconnect means.

The operating handle can be locked in the OFF/O position with up to three 8 mm diameter shackle padlocks. The operating handle can be modified to enable locking in the ON/I position.

The unit operating handle is interlocked with the unit door to help prevent opening the unit door unless the disconnect means is in the OFF/O position. An externally operated defeater is provided to access the unit without interrupting service. The operating handle is interlocked with the unit so the unit cannot be inserted or withdrawn with the operating handle in the ON/I position.

Unit Connections

Withdrawable Unit Connections

Fixed Unit Connections

Line Withdrawable Fixed

Load Withdrawable Fixed

PE Withdrawable Fixed

Control Withdrawable Fixed

Network Withdrawable Disconnectable

Rotary Operating Handle

Rotary Operating Handle for One Module Units

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Flange-mounted Handle

Flange style disconnect handles (vertical or horizontal mounted) are available for units with circuit breaker disconnects. The flange handle helps prevent the disconnect from being switched to the ON/I position when the unit door is open.

Units with vertical flange handles must be at least 4 modules. Units with horizontal flange handles must be at least 2 modules.

Unit Disconnect Means

The unit disconnect switch is available as a circuit breaker or fusible disconnect.

Withstand ratings for combination starter units are based on the short circuit protective devices and components selected.

Circuit Breakers

Allen-Bradley circuit breakers are provided as the disconnecting means for units with a circuit breaker unit main switch. Bulletin 140M motor circuit protectors are used for combination motor control units. Bulletin 140M motor protection circuit breakers and Bulletin 140U molded case circuit breakers are utilized for feeder units.

Circuit breaker unit main switches are available in the following ratings based on circuit breaker and component selection.

Circuit Breaker Ratings

Rating Amperage and Voltage

Type 1 Up to 100 kA at 400 V


Up to 50 kA at 500 V



Vertical Flange Operating Handle

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Disconnect Switches

When specified, Allen-Bradley disconnect switches are provided. The Bulletin 194R fused disconnect switch is used in combination starter and feeder units. One module combination starter and feeder units utilize the Bulletin 194E unfused switch.

When requested, NH fuses are supplied in the following styles: DIN gG and DIN aM.

Disconnect unit main switches are available in the following ratings based on component and fuse selection.

Stab Assembly

Power Stab Assembly

The two-piece power stab housing is made of high strength, non-tracking glass polyester material and provides a separate, isolated pathway for each phase.

The power cable connection at the plug-in stab is made with a maintenance free crimp style connection. There is no exposed wiring at the back of the unit between the disconnecting means and the plug-in stabs.

Unit plug-in power stabs are rated 225 A. The stabs are made of tin-plated copper for a low resistance connection and are designed to tighten during heavy current surges.

The free-floating and self aligning unit plug-in power stabs are backed by stainless steel spring clips to provide and maintain a high pressure, four-point connection to the vertical power bus.

Disconnect Ratings

Rating Amperage and Voltage(1)

(1) For 690V information, please consult the factory.




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Neutral Stab Assembly

The neutral stab assembly can be supplied on withdrawable units for 4-wire systems. The neutral stab assembly has the same design and features as the power stab assembly, but is a separate piece.

One Module Stab Assembly

The one module stab assembly consists of a receptacle for line and load connections that plugs into a subplate connected to the vertical power bus. The two guide pins help ensure the connector is properly aligned. Because of the subplate connection, one module units must be installed in pairs.

One module units stabs are rated at 32 A.

Protective Earth Contact

An unplated copper PE contact is provided on withdrawable units. This contact establishes a connection with the PE circuit before other connections are made and is the last withdrawable connection to be disconnected.

Control and Network Connections

Plug-in control and network connections are made automatically for withdrawable units. A 15-pin connector plug, rated at 10 A, is used for control connections. DeviceNet network connections are made through a separate connector. The control and network connectors use a spring-loaded mechanism to ensure proper connection.

Neutral Stab

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PE Contact, Control and Network Connections

Unit Doors

Each unit is provided with a removable unit door, mounted on hinges with removable pins. Unit doors are held closed with ¼ turn latches. See Door Latches on page 31 for more explanation.

The unit door is mounted to the structure so it is not necessary to remove a nit door when installing or removing units. The door can be closed with the unit removed to isolate the power bus. A unit door can be removed from any location on the MCC without disturbing other unit doors.

Control stations for pilot devices and low profile external reset buttons for overload relays are often mounted to the unit door.

Control Connection

PE Contact

Network Connection

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Door Latches

There are two types of door latches available for the 2500 MCC. Standard CENTERLINE 2500 MCCs have quarter-turn door latches. If you select an MCC with ArcShield, the MCC will have arc containment door latches.

Door Latches (Standard)

Door latches are provided on unit and vertical wireway doors to hold the door closed and isolate personel from the column. Door latches can be locked or released by rotating the latch ¼ turn. An arrow on the door latch head indicates the position of the latch.

Arc Containment Latch

Optional arc containment latches are available. Arc containment latches help protect personnel in the vicinity of an MCC if an arc fault occurs when structure doors are closed and latched. Arc containment latches can be locked or released by rotating the latch ¼ turn.

Released Position Locked Position

Released Position Locked Position

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Nameplates

The MCC master nameplate, when specified, is available with up to five lines of engraving and is located on the top horizontal wireway cover.

Unit nameplates are available and can accommodate three or four lines of engraving. The following types of unit nameplates are available:

• Clear cardholders - insert printed cards into cardholder• Engraved acrylic nameplates - white with black lettering or black with white lettering• Engraved phenolic nameplates - white with black lettering, black with white lettering or red with white lettering

Nameplates are secured using two steel self-tapping screws. Stainless steel screws are also available.

Unit Nameplate

Control Power

Unit control power is specified as: 24V DC, or 110, 115, 120, 220, 230 or 240V AC.

Unit control power is normally supplied by a single common control power transformer unit within each MCC lineup. This common control power allows the test function of withdrawable units to work most effectively. The common control source operates at line voltage with an option for common control fusing.

Individual control circuit transformers, mounted in each unit, are available. One leg of the secondary side of the control circuit transformer is fused while the other leg is connected to PE. Primary protection is then provided by primary fusing.

Control Wire

Control wire is ‘multistrand’ or ‘stranded’ copper. (Need to add type of insulation and rating (90 °C what)

Wire markers are sleeve type; heat shrink is optional.

Power Wire

The power wire is double-insulated copper and rated at 105°C or higher. The power wire is sized to meet the current rating of the unit, with a minimum size of 6 mm2.

NEED FAULT FREE ZONE TEXT

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Mounting Configurations

The MCC is available in two mounting configurations – front-only and double-front.

• Front-only columns are joined and installed side-by-side. • Double-front columns are two separate columns joined at the rear, back

plates are removed. The two columns have separate power bus systems providing the same phasing for all units. The horizontal power bus is linked, front to rear, with a factory installed U-shaped bus splice assembly.

For shipping purposes, only 600mm deep columns can have double-front configurations.

Front-only (standard configuration)

Double-front (optional configuration)

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UnitsColumns can be populated with several different types of units, such as mains, feeders, direct on line starters and contactors, soft starters, AC drives and PLCs.

DeviceNet Scanner Modules

DeviceNet in the MCC requires a DeviceNet scanner module that meets DeviceNet requirements. The scanner module may be located in the MCC or mounted remotely.

Network Linking Devices

Network linking devices allow CENTERLINE 2500 MCC customers to connect to different communication networks. With network linking devices you are able to connect to ControlNet or EtherNet/IP directly from you MCC. NetLinx technology enables you to link from one network to another easily, making data transfer from the MCC’s DeviceNet network onto the controller’s EtherNet/IP or ControlNet simple.

DeviceNet Power Supply

DeviceNet in the MCC requires a power supply providing 24V DC and rated no less than 8 amperes.

A quality power supply is essential to reliable system operation. To ensure system integrity and reliability, the Allen-Bradley Bulletin 2500-DPS 8 A DeviceNet Power Supply unit is recommended. This power supply meets DeviceNet requirements, ODVA approval, and is supplied with a buffer for enhanced ride-through performance. A redundant power supply is also available for added reliability..

Linking Devices

Unit Description Module Size1 = 80 mm

ControlNet to DeviceNet Bridge 2

Ethernet to DeviceNet Bridge 2

Profibus to DeviceNet Bridge 2

DeviceNet Power Supply Units

Unit Description Module Size1 = 80 mm

DeviceNet Power Supply 2

Redundant DeviceNet Power Supply 4

Back-up DeviceNet Power Supply

One Module Unit

34

Main Incoming Line (Lug-only) Compartment

Main incoming line lug compartments are available in either the top or bottom entry and use mechanical screws or crimp/compression lugs. The compartments are front accessible.

Main Incoming Circuit Breaker

Air circuit breakers (ACB) or molded case circuit breakers (MCCB) are available for main incoming circuit breakers.

Main circuit breaker units are front accessible with removable protective barriers on the line side, helping reduce the possibility of accidental contact with line terminals.

The ACB compartments have trip ratings available from 400…4000 A. These ACBs are available with a drawout or fixed style. The ACBs for mains include an option to utilize 4-pole breakers. ACBs may be integrated into auto-transfer switch schemes.

This table provides more information on available incoming air circuit breaker compartment arrangements and sizes.

MCCBs are inverse time circuit breakers and can be classified as thermal magnetic or electronic.

Main Incoming Fusible Disconnect

Mains with fusible disconnects are available. Fuses can be factory installed or supplied and installed by others.

Main Incoming Line Compartments

Incoming Line Compartment Rating

6 modules (480 mm), variable column width 600 A (using vertical power bus)

24 modules (full column), 700 mm wide 800, 1250, 1600, 2000 A

24 modules (full column), 800 mm wide 2500, 3200, 4000 A

Incoming Air Circuit Breaker Compartment Arrangement

Incoming Air Circuit Breaker Compartment Rating

24 modules (full column), 800 mm deep x 800 mm wide 800, 1250, 1600, 2000 A

24 modules (full column), 800 mm deep x 900 mm wide 2500, 3200, 4000 A

35

Pilot Devices

Pilot devices are housed in a door mounted control station. Each control station can accommodate up to four 22 mm devices. Multiple control stations can be mounted on a unit door, if more than four pilot devices are required.

Control stations are equipped with a quick connect plug for ease in connecting and disconnecting control wiring.

The control station is easily removed using captive screws. If a control station is removed, closing plates are available to cover the opening in the unit door and provide isolation.

Main and Feeder Units

Incoming Main Lug Compartments and Outgoing Feeder Lug Compartments

The line lug compartments provide a lug connection for incoming lines (mains) to distribute power to the motor control center or for outgoing cables (feeders) to feed power from the motor control center to an external load. Line lug compartments are available in ratings from 300…4000 A and are fixed mounted.

Main and Feeder Circuit Breaker Units

The circuit breaker units have trip ratings available from 15…4000 A. These units are available with thermal magnetic trip circuit breaker up to 1200 A and electronic trip circuit breaker 100 A and above. The feeder circuit breaker units are available in a withdrawable unit style up to 225 A and are fixed mounted for ratings 250 A and above. The main circuit breaker units are fixed mounted for all ratings.

For main and feeder circuit breaker unit selection go to page .

For main and feeder circuit breaker option selection go to page .

Mains, Air Circuit Breakers

Amperes Circuit Breaker Module Size

Catalog Number(1)

(1) To complete the catalog numbers, please contact the factory

1 = 80 mm Column Width (mm)(3)

(3) Available column widths

Column Depth (mm)(4)

(4) Available column depths

800 140RX-NS**D-D80 24(2)

(2) Fixed mount style

700 600, 800

1250 140RX-NS**D-E12 24(2) 700 600, 800

1600 140RX-NS**D-E16 24(2) 700 600, 800

2000 140RX-RS**D-E20 24(2) 800 800

2500 140RX-RS**D-E25 24(2) 800 800

3200 140RX-SS**D-E32 24(2) 900 800

4000 140RX-SS**D-E40 24(2) 900 800

36

Main Unit Options

• Auxiliary contact for circuit breaker• Shunt trip coil for circuit breaker• Alarm contact for circuit breaker• Minimum voltage coil (undervoltage) for circuit breaker• Combination auxiliary contact and alarm contact for circuit breaker

Mains, Thermal Magnetic Circuit Breakers


Catalog Number 1 = 80 mm Column Width (mm)(2)




150 140U-J*D3-D15 4(1)


700, 800, 900, 1000 600, 800

200 140U-J*D3-D20 4(1) 700, 800, 900, 1000 600, 800

250 140U-J*D3-D25 4(1) 700, 800, 900, 1000 600, 800

300 140U-L*D3-D30 8(1) 700, 800, 900, 1000 600, 800

350 140U-L*D3-D35 8(1) 700, 800, 900, 1000 600, 800

400 140U-L*D3-D40 8(1) 700, 800, 900, 1000 600, 800

500 140U-L*D3-D50 8(1) 700, 800, 900, 1000 600, 800

600 140U-L*D3-D60 8(1) 700, 800, 900, 1000 600, 800

700 140U-M*D3-D70 12(1) 700, 800, 900, 1000 600, 800

800 140U-M*D3-D80 12(1) 700, 800, 900, 1000 600, 800

Mains, Electronic with LSI Protection Type






150 140U-J*H3-D16 2 700, 800, 900, 1000 600, 800

250 140U-J*H3-D25 4(1)


700, 800, 900, 1000 600, 800

400 140U-L*H3-D40 8(1) 700, 800, 900, 1000 600, 800

600 140U-L*H3-D60 8(1) 700, 800, 900, 1000 600, 800

800 140U-M*H3-D80 8(1) 700, 800, 900, 1000 600, 800

1200 140U-N*H3-E12 12(1) 700, 800, 900, 1000 600, 800

37

Feeders, Air Circuit Breakers


Catalog Number (1)

(1) To complete the catalog numbers, please contact the factory

1 = 80 mm Column Width (mm)(3)




800 140RX-NS**D-D80 24(2)


700 600, 800

1250 140RX-NS**D-E12 24(2) 700 600, 800

1600 140RX-NS**D-E16 24(2) 700 600, 800

2000 140RX-RS**D-E20 24(2) 800 800

2500 140RX-RS**D-E25 24(2) 800 800

3200 140RX-SS**D-E32 24(2) 900 800

4000 140RX-SS**D-E40 24(2) 900 800

Feeders, Thermal Magnetic


Catalog Number 1 = 80 mm Column Width (mm)(2) Column Depth (mm)(3)

10 140M-C2E-C10 1 700, 800, 900, 1000 600, 800

16 140M-D8E-C16 1 700, 800, 900, 1000 600, 800

20 140M-D8E-C20 1 700, 800, 900, 1000 600, 800

25 140M-D8E-C25 1 700, 800, 900, 1000 600, 800

30 140M-F8E-C32 2 700, 800, 900, 1000 600, 800

35 140M-F8E-C45 2 700, 800, 900, 1000 600, 800

40 140M-F8E-C45 2 700, 800, 900, 1000 600, 800

45 140M-F8E-C45 2 700, 800, 900, 1000 600, 800

50 140U-H*C3-C50 2 700, 800, 900, 1000 600, 800

60 140U-H*C3-C60 2 700, 800, 900, 1000 600, 800

70 140U-H*C3-C70 2 700, 800, 900, 1000 600, 800

80 140U-H*C3-C80 2 700, 800, 900, 1000 600, 800

90 140U-H*C3-C90 2 700, 800, 900, 1000 600, 800

100 140U-H*C3-D10 2 700, 800, 900, 1000 600, 800

110 140U-H*C3-D11 2 700, 800, 900, 1000 600, 800

125 140U-H*C3-D12 2 700, 800, 900, 1000 600, 800

150 140U-J*D3-D15 2 700, 800, 900, 1000 600, 800

175 140U-J*D3-D17 2 700, 800, 900, 1000 600, 800

200 140U-J*D3-D20 2 700, 800, 900, 1000 600, 800

225 140U-J*D3-D22 2 700, 800, 900, 1000 600, 800

250 140U-J*D3-D25 4(1) 700, 800, 900, 1000 600, 800

300 140U-L*D3-D30 8(1) 700, 800, 900, 1000 600, 800

350 140U-L*D3-D35 8(1) 700, 800, 900, 1000 600, 800

400 140U-L*D3-D40 8(1) 700, 800, 900, 1000 600, 800

500 140U-L*D3-D50 8(1) 700, 800, 900, 1000 600, 800

600 140U-L*D3-D60 8(1) 700, 800, 900, 1000 600, 800

38

Feeder Unit Options

• Auxiliary contact for circuit breaker• Shunt trip coil for circuit breaker• Alarm contact for circuit breaker• Minimum voltage coil (undervoltage) for circuit breaker• Combination auxiliary contact and alarm contact for circuit breaker

700 140U-M*D3-D70 8(1) 700, 800, 900, 1000 600, 800

800 140U-M*D3-D80 8(1) 700, 800, 900, 1000 600, 800

1200 140U-N*H3-E12 12(1) 700, 800, 900, 1000 600, 800

(1) Fixed mount style(2) Available column widths(3) Available column depths

Feeders, Electronic with LSI Protection Type






150 140U-J*H3-D16 2 700, 800, 900, 1000 600, 800

250 140U-J*H3-D25 4(1)


700, 800, 900, 1000 600, 800

400 140U-L*H3-D40 8(1) 700, 800, 900, 1000 600, 800

600 140U-L*H3-D60 8(1) 700, 800, 900, 1000 600, 800

800 140U-M*H3-D80 8(1) 700, 800, 900, 1000 600, 800

1200 140U-N*H3-E12 12(1) 700, 800, 900, 1000 600, 800

Feeders, Thermal Magnetic


Catalog Number 1 = 80 mm Column Width (mm)(2) Column Depth (mm)(3)

39

Starter UnitsDirect On Line Non-reversing Starter Units

These combination direct on line non-reversing starter units are supplied with Allen-Bradley Bulletin 100C or 100D contactors and either a fusible or circuit breaker disconnect. These units are available with a E1 Plus or E3 Plus overload relay and available with or without an external reset button for the overload relay. These units are available in a withdrawable unit style and a fixed unit style.

For direct on line non-reversing starter unit selection, go to page .

For direct on line non -reversing starter option selection, go to page .

Direct On Line Non-reversing Starter Units

Motor Rating Circuit Breaker Non-reversing Contactor

Electronic Overload Relay Module Size

Input Voltage kW(1)

(1) Approximate range of kilowatt ratings

Cat. No.(2)

(2) To complete the catalog numbers, please refer to the Industrial Controls Catalog at http://www.ab.com/en/epub/catalogs/12768/229240/

Cat. No.(2) E1 Plus Cat. No.(3)

(3) If side mount modules are required, please refer to the Industrial Controls Catalog at http://www.ab.com/en/epub/catalogs/12768/229240/

E3 Plus Cat. No. 1 = 80 mm

380/415V

IP20/42/54

0.8 140M-C2N-*** 100-C16*10 193-EECB --- --- 1

0.8 140M-C2N-*** 100-C16*10 --- 193-EC2AB 1

3 140M-D8N-*** 100-C16*10 193-EEDB --- --- 1

3 140M-D8N-*** 100-C16*10 --- 193-EC2BB 1

5.5 140M-D8N-*** 100-C16*10 193-EEDB --- --- 1

5.5 140M-D8N-*** 100-C16*10 --- 193-EC2BB 1

7.5 140M-D8N-*** 100-C16*10 193-EEEB --- --- 2

7.5 140M-D8N-*** 100-C16*10 --- 193-EC2CB 2

11 140M-D8N-*** 100-C23*10 193-EEEB --- --- 2

11 140M-D8N-*** 100-C23*10 --- 193-EC2CB 2

15 140M-F8N-*** 100-C37*10 193-EEFD --- --- 2

15 140M-F8N-*** 100-C37*10 --- 193-EC2DD 2

18.5 140M-H8P-*** 100-C37*10 193-EEFD --- --- 2

18.5 140M-H8P-*** 100-C37*10 --- 193-EC2DD 2

22 140M-H8P-*** 100-C85*10 193-EEGE --- --- 4

22 140M-H8P-*** 100-C85*10 --- 193-EC2EE 4

37 140M-H8P-*** 100-C85*10 193-EEGE --- --- 4

37 140M-H8P-*** 100-C85*10 --- 193-EC2EE 4

45 140M-H8P-*** 100-C85*10 193-EEGE --- --- 4

45 140M-H8P-*** 100-C85*10 --- 193-EC2EE 4

75 140M-J8P-*** 100-D210*11 193-EEJG --- --- 10

75 140M-J8P-*** 100-D210*11 --- 193-EC3GG 193-CBCT4 10

90 140M-J8P-*** 100-D210*11 193-EEJG --- --- 10

90 140M-J8P-*** 100-D210*11 --- 193-EC3GG 193-CBCT4 10

110 140M-J8P-*** 100-D210*11 193-EEJG --- --- 10

110 140M-J8P-*** 100-D210*11 --- 193-EC3HG 193-CBCT4 10

160 140M-L8P-*** 100-D300*11 193-EELG --- --- 12(4)


160 140M-L8P-*** 100-D300*11 --- 193-EC3HG 193-CBCT4 12(4)

185 140M-L8P-*** 100-D420*11 193-EELG --- --- 14(4)

185 140M-L8P-*** 100-D420*11 --- 193-EC3JG 193-CBCT4 14(4)

220 140M-L8P-*** 100-D420*11 193-EELG --- --- 14(4)

220 140M-L8P-*** 100-D420*11 --- 193-EC3JG 193-CBCT4 14(4)

40

http://www.ab.com/en/epub/catalogs/12768/229240/


Direct On Line Non-reversing Starter Units (continued)

Motor Rating Circuit Breaker Non-reversing Contactor


Input Voltage kW(1)


Cat. No.(2)




E3+ Cat. No. 1 = 80 mm

440/460/480V

IP20/42/54

0.75 140M-C2N-*** 100-C16*10 193-EECB --- --- 1

0.75 140M-C2N-*** 100-C16*10 --- 193-EC2AB 1

3 140M-D8N-*** 100-C16*10 193-EEDB --- --- 1

3 140M-D8N-*** 100-C16*10 --- 193-EC2BB 1

5.5 140M-D8N-*** 100-C16*10 193-EEDB --- --- 1

5.5 140M-D8N-*** 100-C16*10 --- 193-EC2BB 1

7.5 140M-D8N-*** 100-C16*10 193-EEEB --- --- 2

7.5 140M-D8N-*** 100-C16*10 --- 193-EC2CB 2

11 140M-D8N-*** 100-C23*10 193-EEEB --- --- 2

11 140M-D8N-*** 100-C23*10 --- 193-EC2CB 2

15 140M-F8N-*** 100-C37*10 193-EEFD --- --- 2

15 140M-F8N-*** 100-C37*10 --- 193-EC2DD 2

18.5 140M-F8N-*** 100-C37*10 193-EEFD --- --- 2

18.5 140M-F8N-*** 100-C37*10 --- 193-EC2DD 2

22 140M-H8P-*** 100-C43*10 193-EEFD --- --- 4

22 140M-H8P-*** 100-C43*10 --- 193-EC2DD 4

37 140M-H8P-*** 100-C85*10 193-EEGE --- --- 4

37 140M-H8P-*** 100-C85*10 --- 193-EC2EE 4

45 140M-H8P-*** 100-C85*10 193-EEGE --- --- 4

45 140M-H8P-*** 100-C85*10 --- 193-EC2EE 4

75 140M-J8P-*** 100-D210*11 193-EEJG --- --- 10

75 140M-J8P-*** 100-D210*11 --- 193-EC3GG 193-CBCT4 10

90 140M-J8P-*** 100-D210*11 193-EEJG --- --- 10

90 140M-J8P-*** 100-D210*11 --- 193-EC3GG 193-CBCT4 10

110 140M-J8P-*** 100-D210*11 193-EEJG --- --- 10

110 140M-J8P-*** 100-D210*11 --- 193-EC3GG 193-CBCT4 10

160 140M-L8P-*** 100-D300*11 193-EELG --- --- 12(4)


160 140M-L8P-*** 100-D300*11 --- 193-EC3HG 193-CBCT4 12(4)

185 140M-L8P-*** 100-D300*11 193-EELG --- --- 12(4)

185 140M-L8P-*** 100-D300*11 --- 193-EC3JG 193-CBCT4 12(4)

220 140M-L8P-*** 100-D420*11 193-EELG --- --- 14(4)

220 140M-L8P-*** 100-D420*11 --- 193-EC3JG 193-CBCT4 14(4)

41



Direct On Line Non-reversing Starter Unit Options

• Auxiliary contact for contactors• Auxiliary contact for circuit breaker• Surge suppressor• Control circuit transformer• Push buttons• Pilot lights

– Incandescent– LED– Incandescent, Push-to-Test– LED, Push-to-Test

• Selector switch– Two position– Three position

• DeviceNet starter auxiliary– (4) 120V AC inputs and (2) 120V AC outputs– (4) 24V DC inputs and (2) 120V AC outputs

• Back-up DeviceNet power supply

42

Direct On Line Reversing Starter Units

These combination direct on line reversing starter units are supplied with Allen-Bradley Bulletin 104C or 104D contactors and either a fusible or circuit breaker disconnect. The starters are mechanically and electrically interlocked to avoid both contactors being closed simultaneously. These units are available with an E1 Plus or E3 Plus overload relay and available with or without an external reset button for the overload relay. These units are available in a withdrawable unit style and a fixed unit style.

Direct On Line Reversing Starter Units

Motor Rating Circuit Breaker Reversing Contactor


Input Voltage kW(1)


Cat. No.(2)





380/415V

IP20/42/54

0.8 140M-C2N-*** 104-C16*22 193-EECB --- --- 2

0.8 140M-C2N-*** 104-C16*22 --- 193-EC2AB 2

3 140M-D8N-*** 104-C16*22 193-EEDB --- --- 2

3 140M-D8N-*** 104-C16*22 --- 193-EC2BB 2

5.5 140M-D8N-*** 104-C16*22 193-EEDB --- --- 2

5.5 140M-D8N-*** 104-C16*22 --- 193-EC2BB 2

7.5 140M-D8N-*** 104-C16*22 193-EEEB --- --- 2

7.5 140M-D8N-*** 104-C16*22 --- 193-EC2CB 2

11 140M-D8N-*** 104-C23*22 193-EEEB --- --- 2

11 140M-D8N-*** 104-C23*22 --- 193-EC2CB 2

15 140M-F8N-*** 104-C37*22 193-EEFD --- --- 2

15 140M-F8N-*** 104-C37*22 --- 193-EC2DD 2

18.5 140M-H8P-*** 104-C37*22 193-EEFD --- --- 2

18.5 140M-H8P-*** 104-C37*22 --- 193-EC2DD 2

22 140M-H8P-*** 104-C85*22 193-EEGE --- --- 4

22 140M-H8P-*** 104-C85*22 --- 193-EC2EE 4

37 140M-H8P-*** 104-C85*22 193-EEGE --- --- 4

37 140M-H8P-*** 104-C85*22 --- 193-EC2EE 4

45 140M-H8P-*** 104-C85*22 193-EEGE --- --- 4

45 140M-H8P-*** 104-C85*22 --- 193-EC2EE 4

75 140M-J8P-*** 104-D210*24 193-EEJG --- --- 10

75 140M-J8P-*** 104-D210*24 --- 193-EC3GG 193-CBCT4 10

90 140M-J8P-*** 104-D210*24 193-EEJG --- --- 10

90 140M-J8P-*** 104-D210*24 --- 193-EC3GG 193-CBCT4 10

110 140M-J8P-*** 104-D210*24 193-EEJG --- --- 10

110 140M-J8P-*** 104-D210*24 --- 193-EC3HG 193-CBCT4 10

160 140M-L8P-*** 104-D300*24 193-EELG --- --- 14(4)


160 140M-L8P-*** 104-D300*24 --- 193-EC3HG 193-CBCT4 14(4)

185 140M-L8P-*** 104-D420*24 193-EELG --- --- 14(4)

185 140M-L8P-*** 104-D420*24 --- 193-EC3JG 193-CBCT4 14(4)

220 140M-L8P-*** 104-D420*24 193-EELG --- --- 14(4)

220 140M-L8P-*** 104-D420*24 --- 193-EC3JG 193-CBCT4 14(4)

43



Direct On Line Reversing Starter Units (continued)

Motor Rating Circuit Breaker Reversing Contactor


Input Voltage kW(1)


Cat. No.(2)





440/460/480V

IP20/42/54

0.75 140M-C2N-*** 104-C16*22 193-EECB --- --- 2

0.75 140M-C2N-*** 104-C16*22 --- 193-EC2AB 2

3 140M-D8N-*** 104-C16*22 193-EEDB --- --- 2

3 140M-D8N-*** 104-C16*22 --- 193-EC2BB 2

5.5 140M-D8N-*** 104-C16*22 193-EEDB --- --- 2

5.5 140M-D8N-*** 104-C16*22 --- 193-EC2BB 2

7.5 140M-D8N-*** 104-C16*22 193-EEEB --- --- 2

7.5 140M-D8N-*** 104-C16*22 --- 193-EC2CB 2

11 140M-D8N-*** 104-C23*22 193-EEEB --- --- 2

11 140M-D8N-*** 104-C23*22 --- 193-EC2CB 2

15 140M-F8N-*** 104-C37*22 193-EEFD --- --- 2

15 140M-F8N-*** 104-C37*22 --- 193-EC2DD 2

18.5 140M-F8N-*** 104-C37*22 193-EEFD --- --- 2

18.5 140M-F8N-*** 104-C37*22 --- 193-EC2DD 2

22 140M-H8P-*** 104-C43*22 193-EEFD --- --- 4

22 140M-H8P-*** 104-C43*22 --- 193-EC2DD 4

37 140M-H8P-*** 104-C85*22 193-EEGE --- --- 4

37 140M-H8P-*** 104-C85*22 --- 193-EC2DD 4

45 140M-H8P-*** 104-C85*22 193-EEGE --- --- 4

45 140M-H8P-*** 104-C85*22 --- 193-EC2EE 4

75 140M-J8P-*** 104-D210*24 193-EEJG --- --- 10

75 140M-J8P-*** 104-D210*24 --- 193-EC3GG 193-CBCT4 10

90 140M-J8P-*** 104-D210*24 193-EEJG --- --- 10

90 140M-J8P-*** 104-D210*24 --- 193-EC3GG 193-CBCT4 10

110 140M-J8P-*** 104-D210*24 193-EEJG --- --- 10

110 140M-J8P-*** 104-D210*24 --- 193-EC3GG 193-CBCT4 10

160 140M-L8P-*** 104-D300*24 193-EELG --- --- 14(4)


160 140M-L8P-*** 104-D300*24 --- 193-EC3HG 193-CBCT4 14(4)

185 140M-L8P-*** 104-D300*24 193-EELG --- --- 14(4)

185 140M-L8P-*** 104-D300*24 --- 193-EC3JG 193-CBCT4 14(4)

220 140M-L8P-*** 104-D420*24 193-EELG --- --- 14(4)

220 140M-L8P-*** 104-D420*24 --- 193-EC3JG 193-CBCT4 14(4)

44



Direct On Line Reversing Starter Unit Options


– Incandescent– LED– Incandescent, Push-to-Test– LED, Push-to-Test



• Back-up DeviceNet power supply

45

Soft Starter Units

Soft staters, referred to as reduced voltage solid state units, contain a microprocessor-controlled motor controller, control circuit transformer and either a fusible or circuit breaker disconnect. These units are available as withdrawable or fixed units.

The following soft starters are available for CENTERLINE 2500 MCC’s:• SMC-3 soft starter• SMC Flex soft starter

SMC-3 Soft Starters features:• Three starting modes: soft start, kick start and current limit• Electronic overload protection with selectable overload trip class• Motor and system diagnostics• Soft stop• Integrated bypass contactor

SMC Flex Soft Starters features:• Seven standard modes of operation: soft start, current limit start, dual

ramp, full voltage, linear speed acceleration, preset slow speed and soft stop

• Optional modes of operation: pump control, Smart Motor BrakingTM, Accu-StopTM and slow speed with braking

• Integral SCR bypass• Electronic overload protection with selectable overload trip class• Full metering and diagnostics• DPI communication

For soft starter unit selection, go to page .

For soft starter option selection, go to page .

One Line Diagram

46

SMC-3 Soft Starter Units

Motor Rating Circuit Breaker SMC-3 High Interrupting Capacity Fuses

Module Size

Input Voltage kW(1)


Cat. No.(2)


Cat. No.(2) Cat. No.(3)

(3) High interrupting capacity fuses are optional

1 = 80 mm

380/415V,

IP20/42/54

0.75 140M-C2N-*** 150-C3NBD --- 1

0.75 140M-C2N-*** 150-C3NBD 4A, SIZE 000 6

1.1 140M-D8N-*** 150-C3NBD --- 1

1.1 140M-D8N-*** 150-C3NBD 4A, SIZE 000 6

4 140M-D8N-*** 150-C9NBD --- 1

4 140M-D8N-*** 150-C9NBD 16A, SIZE 000 6

7.5 140M-D8N-*** 150-C19NBD --- 2

7.5 140M-D8N-*** 150-C19NBD 20A, SIZE 000 6

11 140M-D8N-*** 150-C25NBD --- 2

11 140M-D8N-*** 150-C25NBD 40A, SIZE 000 6

15 140M-F8P-*** 150-C30NBD --- 2

15 140M-F8P-*** 150-C30NBD 40A, SIZE 000 6

18.5 140M-H8P-*** 150-C37NBD --- 2

18.5 140M-H8P-*** 150-C37NBD 50A, SIZE 000 6

22 140M-H8P-*** 150-C43NBD --- 4

22 140M-H8P-*** 150-C43NBD 63A, SIZE 000 6

30 140M-H8P-*** 150-C60NBD --- 4

30 140M-H8P-*** 150-C60NBD 80A, SIZE 00 6

45 140M-H8P-*** 150-C85NBD --- 4

45 140M-H8P-*** 150-C85NBD 125A, SIZE 00 6

55 140M-J8P-*** 150-C108NBD --- 12(4)


55 140M-J8P-*** 150-C108NBD 125A, SIZE 00 12(4)

75 140M-J8P-*** 150-C135NBD --- 12(4)

75 140M-J8P-*** 150-C135NBD 200A, SIZE 1 12(4)

47


SMC-3 Soft Starter Units (continued)

Motor Rating Circuit Breaker SMC-3 High Interrupting Capacity Fuses

Module Size

Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

440/460/480V,

IP20/42/54

0.75 140M-C2N-*** 150-C3NBD --- 1

0.75 140M-C2N-*** 150-C3NBD 4A, SIZE 000 6

1.1 140M-D8N-*** 150-C3NBD --- 1

1.1 140M-D8N-*** 150-C3NBD 4A, SIZE 000 6

4 140M-D8N-*** 150-C9NBD --- 1

4 140M-D8N-*** 150-C9NBD 16A, SIZE 000 6

7.5 140M-D8N-*** 150-C19NBD --- 2

7.5 140M-D8N-*** 150-C19NBD 20A, SIZE 000 6

11 140M-D8N-*** 150-C25NBD --- 2

11 140M-D8N-*** 150-C25NBD 40A, SIZE 000 6

15 140M-F8P-*** 150-C30NBD --- 2

15 140M-F8P-*** 150-C30NBD 40A, SIZE 000 6

18.5 140M-H8P-*** 150-C37NBD --- 2

18.5 140M-H8P-*** 150-C37NBD 50A, SIZE 000 6

22 140M-H8P-*** 150-C43NBD --- 4

22 140M-H8P-*** 150-C43NBD 63A, SIZE 000 6

30 140M-H8P-*** 150-C60NBD --- 4

30 140M-H8P-*** 150-C60NBD 80A, SIZE 00 6

45 140M-H8P-*** 150-C85NBD --- 4

45 140M-H8P-*** 150-C85NBD 125A, SIZE 00 6

55 140M-J8P-*** 150-C108NBD --- 12(4)


55 140M-J8P-*** 150-C108NBD 125A, SIZE 00 12(4)

75 140M-J8P-*** 150-C135NBD --- 12(4)

75 140M-J8P-*** 150-C135NBD 200A, SIZE 1 12(4)

48


SMC-3 Soft Starter Unit Options


– Incandescent – LED– Incandescent, Push-to-Test– LED, Push-to-Test


• DeviceNet starter auxiliary– (4) 120VAC inputs and (2) 120VAC outputs– (4) 24VDC inputs and (2) 120VAC outputs

• DeviceNet communication module, mounted internal to Solid State Starter• Isolation contactor• Human interface module

– Blank cover, no functionality, door mounted in bezel– LCD display, full numeric keypad, door mounted in bezel– LCD display, programmer only, door mounted in bezel

• Pump control, provides pump start and stop• Braking control, provides Smart Motor braking, Accu-Stop and Slow Speed braking

49

SMC Flex Soft Starter Units

Motor Rating Circuit Breaker SMC Flex High Interrupting Capacity Fuses

Module Size

Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

380/415V,

IP20/42/54

0.75 140M-C2N-*** 150-F5NBD --- 8

0.75 140M-C2N-*** 150-F5NBD 4A, SIZE 000 8

2.2 140M-D8N-*** 150-F5NBD --- 8

2.2 140M-D8N-*** 150-F5NBD 6A, SIZE 000 8

4 140M-D8N-*** 150-F25NBD --- 8

4 140M-D8N-*** 150-F25NBD 16A, SIZE 000 8

7.5 140M-D8N-*** 150-F25NBD --- 8

7.5 140M-D8N-*** 150-F25NBD 20A, SIZE 000 8

11 140M-D8N-*** 150-F25NBD --- 8

11 140M-D8N-*** 150-F25NBD 40A, SIZE 000 8

15 140M-F8P-*** 150-F43NBD --- 8

15 140M-F8P-*** 150-F43NBD 40A, SIZE 000 8

22 140M-H8P-*** 150-F43NBD --- 8

22 140M-H8P-*** 150-F43NBD 63A, SIZE 000 8

30 140M-H8P-*** 150-F60NBD --- 8

30 140M-H8P-*** 150-F60NBD 80A, SIZE 00 8

45 140M-H8P-*** 150-F85NBD --- 8

45 140M-H8P-*** 150-F85NBD 125A, SIZE 00 8

55 140M-J8P-*** 150-F108NBD --- 12(4)


55 140M-J8P-*** 150-F108NBD 125A, SIZE 00 12(4)

75 140M-J8P-*** 150-F201NBD --- 24(5)

(5) 600 mm wide column

75 140M-J8P-*** 150-F201NBD 200A, SIZE 1 24(5)

90 140M-J8P-*** 150-F201NBD --- 24(5)

90 140M-J8P-*** 150-F201NBD 250A, SIZE 1 24(5)

110 140M-J8P-*** 150-F251NBD --- 24(5)

110 140M-J8P-*** 150-F251NBD 355A, SIZE 2 24(5)

132 140M-L8P-*** 150-F251NBD --- 24(5)

132 140M-L8P-*** 150-F251NBD 355A, SIZE 2 24(5)

160 140M-L8P-*** 150-F317NBD --- 24(5)

160 140M-L8P-*** 150-F317NBD 500A, SIZE 3 24(5)

185 140M-L8P-*** 150-F361NBD --- 24(5)

185 140M-L8P-*** 150-F361NBD 500A, SIZE 3 24(5)

220 140M-L8P-*** 150-F480NBD --- 24(5)

220 140M-L8P-*** 150-F480NBD 630A, SIZE 3 24(5)

50


SMC Flex Soft Starter Units

Motor Rating Circuit Breaker SMC Flex High Interrupting Capacity Fuses

Module Size

Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

440/460/480V,

IP20/42/54

0.75 140M-C2N-*** 150-F5NBD --- 8

0.75 140M-C2N-*** 150-F5NBD 4A, SIZE 000 8

2.2 140M-D8N-*** 150-F5NBD --- 8

2.2 140M-D8N-*** 150-F5NBD 6A, SIZE 000 8

4 140M-D8N-*** 150-F25NBD --- 8

4 140M-D8N-*** 150-F25NBD 16A, SIZE 000 8

7.5 140M-D8N-*** 150-F25NBD --- 8

7.5 140M-D8N-*** 150-F25NBD 20A, SIZE 000 8

11 140M-D8N-*** 150-F25NBD --- 8

11 140M-D8N-*** 150-F25NBD 40A, SIZE 000 8

15 140M-F8P-*** 150-F43NBD --- 8

15 140M-F8P-*** 150-F43NBD 40A, SIZE 000 8

22 140M-H8P-*** 150-F43NBD --- 8

22 140M-H8P-*** 150-F43NBD 63A, SIZE 000 8

30 140M-H8P-*** 150-F60NBD --- 8

30 140M-H8P-*** 150-F60NBD 80A, SIZE 00 8

45 140M-H8P-*** 150-F85NBD --- 8

45 140M-H8P-*** 150-F85NBD 125A, SIZE 00 8

55 140M-J8P-*** 150-F108NBD --- 12(4)


55 140M-J8P-*** 150-F108NBD 125A, SIZE 00 12(4)

75 140M-J8P-*** 150-F135NBD --- 12(4)

75 140M-J8P-*** 150-F135NBD 200A, SIZE 1 12(4)

90 140M-J8P-*** 150-F201NBD --- 24(5)


90 140M-J8P-*** 150-F201NBD 250A, SIZE 1 24(5)

110 140M-J8P-*** 150-F201NBD --- 24(5)

110 140M-J8P-*** 150-F201NBD 355A, SIZE 2 24(5)

132 140M-L8P-*** 150-F251NBD --- 24(5)

132 140M-L8P-*** 150-F251NBD 355A, SIZE 2 24(5)

160 140M-L8P-*** 150-F317NBD --- 24(5)

160 140M-L8P-*** 150-F317NBD 500A, SIZE 3 24(5)

185 140M-L8P-*** 150-F361NBD --- 24(5)

185 140M-L8P-*** 150-F361NBD 500A, SIZE 3 24(5)

220 140M-L8P-*** 150-F480NBD --- 24(5)

220 140M-L8P-*** 150-F480NBD 630A, SIZE 3 24(5)

51


SMC Flex Soft Starter Unit Options





• DeviceNet communication module, mounted internal to Solid State Starter• Isolation contactor• Human interface module


• Pump control, provides pump start and stop• Braking control, provides Smart Motor braking, Accu-Stop and Slow Speed braking

52

Variable Frequency Drive Units

PowerFlex® Variable Frequency AC Drives

The combination variable frequency AC drive units are specifically designed for use in the CENTERLINE 2500 Motor Control Centers. Each unit contains a variable frequency AC drive and either a fusible disconnect switch or circuit breaker. These units are available in a withdrawable unit style and a fixed unit style. Available models include:• PowerFlex 40 Variable Frequency AC drive• PowerFlex 70 Variable Frequency AC drive• PowerFlex 700 Variable Frequency AC drive

PowerFlex drive features include:• Isolated logic and power• Produce a three-phase, pulse width modulated (PWM) adjustable frequency

output and voltage output for exceptional control of motor speed and torque

• Are digitally programmed with access to mode programming, providing precise and repeatedly accurate setup, control and operation, and adaptability to handle a variety of applications

For drive unit selection go to page .

For drive unit option selection go to page .

PowerFlex 40 Variable Frequency Drive Units

Motor Rating Circuit Breaker PowerFlex 40 VFD Reactor Module Size

Input Voltage kW(1)


Cat. No.(2)


Cat. No. Cat. No.(3)

(3) Line or load reactors are optional

1 = 80 mm

380/415V,

IP20

0.37 140M-C2N-*** 22B-D1P4N104 --- 4

0.37 140M-C2N-*** 22B-D1P4N104 1321-3R2-B 6

0.75 140M-C2N-*** 22B-D2P3N104 --- 4

0.75 140M-C2N-*** 22B-D2P3N104 1321-3R4-C 6

1.5 140M-D8N-*** 22B-D4P0N104 --- 4

1.5 140M-D8N-*** 22B-D4P0N104 1321-3R4-B 6

2.2 140M-D8N-*** 22B-D6P0N104 --- 4

2.2 140M-D8N-*** 22B-D6P0N104 1321-3R8-C 6

3.7 140M-D8N-*** 22B-D010N104 --- 4

3.7 140M-D8N-*** 22B-D010N104 1321-3R8-B 6

5.5 140M-D8N-*** 22B-D012N104 --- 8

5.5 140M-D8N-*** 22B-D012N104 1321-3R12-B 8

7.5 140M-D8N-*** 22B-D017N104 --- 8

7.5 140M-D8N-*** 22B-D017N104 1321-3R18-B 8

11 140M-D8N-*** 22B-D024N104 --- 8

11 140M-D8N-*** 22B-D024N104 1321-3R25-B 8

One Line Diagram

53


PowerFlex 40 Variable Frequency Drive Units (continued)


Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

380/415V,

IP42/54

0.37 140M-C2N-*** 22B-D1P4N104 --- 6

0.37 140M-C2N-*** 22B-D1P4N104 1321-3R2-B 6

0.75 140M-C2N-*** 22B-D2P3N104 --- 6

0.75 140M-C2N-*** 22B-D2P3N104 1321-3R4-C 6

1.5 140M-D8N-*** 22B-D4P0N104 --- 6

1.5 140M-D8N-*** 22B-D4P0N104 1321-3R4-B 6

2.2 140M-D8N-*** 22B-D6P0N104 --- 6

2.2 140M-D8N-*** 22B-D6P0N104 1321-3R8-C 6

3.7 140M-D8N-*** 22B-D010N104 --- 6

3.7 140M-D8N-*** 22B-D010N104 1321-3R8-B 6

5.5 140M-D8N-*** 22B-D012N104 --- 10

5.5 140M-D8N-*** 22B-D012N104 1321-3R12-B 10

7.5 140M-D8N-*** 22B-D017N104 --- 10

7.5 140M-D8N-*** 22B-D017N104 1321-3R18-B 10

11 140M-D8N-*** 22B-D024N104 --- 10

11 140M-D8N-*** 22B-D024N104 1321-3R25-B 10

54




Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

440/460/480V,

IP20

0.37 140M-C2N-*** 22B-D1P4N104 --- 4

0.37 140M-C2N-*** 22B-D1P4N104 1321-3R2-B 6

0.75 140M-C2N-*** 22B-D2P3N104 --- 4

0.75 140M-C2N-*** 22B-D2P3N104 1321-3R4-C 6

1.5 140M-D8N-*** 22B-D4P0N104 --- 4

1.5 140M-D8N-*** 22B-D4P0N104 1321-3R4-B 6

2.2 140M-D8N-*** 22B-D6P0N104 --- 4

2.2 140M-D8N-*** 22B-D6P0N104 1321-3R8-C 6

3.7 140M-D8N-*** 22B-D010N104 --- 4

3.7 140M-D8N-*** 22B-D010N104 1321-3R8-B 6

5.5 140M-D8N-*** 22B-D012N104 --- 8

5.5 140M-D8N-*** 22B-D012N104 1321-3R12-B 8

7.5 140M-D8N-*** 22B-D017N104 --- 8

7.5 140M-D8N-*** 22B-D017N104 1321-3R18-B 8

11 140M-D8N-*** 22B-D024N104 --- 8

11 140M-D8N-*** 22B-D024N104 1321-3R25-B 8

55




Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

440/460/480V,

IP42/54

0.37 140M-C2N-*** 22B-D1P4N104 --- 6

0.37 140M-C2N-*** 22B-D1P4N104 1321-3R2-B 6

0.75 140M-C2N-*** 22B-D2P3N104 --- 6

0.75 140M-C2N-*** 22B-D2P3N104 1321-3R4-C 6

1.5 140M-D8N-*** 22B-D4P0N104 --- 6

1.5 140M-D8N-*** 22B-D4P0N104 1321-3R4-B 6

2.2 140M-D8N-*** 22B-D6P0N104 --- 6

2.2 140M-D8N-*** 22B-D6P0N104 1321-3R8-C 6

3.7 140M-D8N-*** 22B-D010N104 --- 6

3.7 140M-D8N-*** 22B-D010N104 1321-3R8-B 6

5.5 140M-D8N-*** 22B-D012N104 --- 10

5.5 140M-D8N-*** 22B-D012N104 1321-3R12-B 10

7.5 140M-D8N-*** 22B-D017N104 --- 10

7.5 140M-D8N-*** 22B-D017N104 1321-3R18-B 10

11 140M-D8N-*** 22B-D024N104 --- 10

11 140M-D8N-*** 22B-D024N104 1321-3R25-B 10

56


PF40 Drive Unit Options



• Selector switch– Two position– Three positio

• DeviceNet starter auxiliary– (4) 120VAC inputs and (2) 120V AC outputs– (4) 24VDC inputs and (2) 120V AC outputs

• DeviceNet communication module, mounted internal to Solid State Starter• ControlNet communication module, mounted internal to drive• Isolation contactor• Human interface module


• I/O control interface type– 24V DC control voltage interface with vector control– 120V AC control voltage interface with vector control– 24V DC control voltage interface with sensorless vector control– 120V AC control voltage interface with sensorless vector control

57

PowerFlex 70 Variable Frequency Drive Units (Normal Duty)

Motor Rating Circuit Breaker PowerFlex 70 VFD Isolation Contactor Reactor Module Size

Input Voltage kW(1)


Cat. No.(2)


Cat. No. Cat. No.(2) Cat. No.(3)


1 = 80 mm

380/415V,

IP20

0.37 140M-C2N-*** 20AC1P3A0AYNANC0 100-C09*10 --- 6

0.37 140M-C2N-*** 20AC1P3A0AYNANC0 100-C09*10 1321-3R2-B 8

0.75 140M-C2N-*** 20AC2P1A0AYNANC0 100-C09*10 --- 6


1.5 140M-D8N-*** 20AC3P5A0AYNANC0 100-C09*10 --- 6

1.5 140M-D8N-*** 20AC3P5A0AYNANC0 100-C09*10 1321-3R4-B 8

2.2 140M-D8N-*** 20AC5P0A0AYNANC0 100-C09*10 --- 6


3.7 140M-D8N-*** 20AC8P7A0AYNANC0 100-C09*10 --- 6


5.5 140M-D8N-*** 20AD011A0AYNANC0 100-C16*10 --- 8

5.5 140M-D8N-*** 20AD011A0AYNANC0 100-C16*10 1321-3R12-B 10

7.5 140M-D8N-*** 20AC015A0AYNANC0 100-C23*10 --- 8

7.5 140M-D8N-*** 20AC015A0AYNANC0 100-C23*10 1321-3R18-B 10

11 140M-D8N-*** 20AC022A0AYNANC0 100-C37*10 --- 10

11 140M-D8N-*** 20AC022A0AYNANC0 100-C37*10 1321-3R25-B 10

15 140M-F8N-*** 20AC030A0AYNANC0 100-C37*10 --- 10

15 140M-F8N-*** 20AC030A0AYNANC0 100-C37*10 1321-3R35-B 10

18.5 140M-H8N-*** 20AC037A0AYNANC0 100-C43*10 --- 10

18.5 140M-H8N-*** 20AC037A0AYNANC0 100-C43*10 1321-3R35-B 10

22 140M-H8N-*** 20AC043A0AYNANC0 100-C85*10 --- 10

22 140M-H8N-*** 20AC043A0AYNANC0 100-C85*10 1321-3R45-B 10

30 140M-H8N-*** 20AC060A0AYNANC0 100-C85*10 --- 14(4)


30 140M-H8N-*** 20AC060A0AYNANC0 100-C85*10 1321-3R55-B 14(4)

37 140M-H8N-*** 20AC072A0AYNANC0 100-C85*10 --- 14(4)


58


PowerFlex 70 Variable Frequency Drive Units (Normal Duty, continued)


Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

380/415V,

IP42/54

0.37 140M-C2N-*** 20AC1P3A0AYNANC0 100-C09*10 --- 8


0.75 140M-C2N-*** 20AC2P1A0AYNANC0 100-C09*10 --- 8


1.5 140M-D8N-*** 20AC3P5A0AYNANC0 100-C09*10 --- 8


2.2 140M-D8N-*** 20AC5P0A0AYNANC0 100-C09*10 --- 8


3.7 140M-D8N-*** 20AC8P7A0AYNANC0 100-C09*10 --- 8


5.5 140M-D8N-*** 20AD011A0AYNANC0 100-C16*10 --- 12


7.5 140M-D8N-*** 20AC015A0AYNANC0 100-C23*10 --- 12

7.5 140M-D8N-*** 20AC015A0AYNANC0 100-C23*10 1321-3R18-B 12

11 140M-D8N-*** 20AC022A0AYNANC0 100-C37*10 --- 14(4)

(4) Fixed mount style.

11 140M-D8N-*** 20AC022A0AYNANC0 100-C37*10 1321-3R25-B 14(4)

15 140M-F8N-*** 20AC030A0AYNANC0 100-C37*10 --- 14(4)

15 140M-F8N-*** 20AC030A0AYNANC0 100-C37*10 1321-3R35-B 14(4)

18.5 140M-H8N-*** 20AC037A0AYNANC0 100-C43*10 --- 14(4)

18.5 140M-H8N-*** 20AC037A0AYNANC0 100-C43*10 1321-3R35-B 14(4)

22 140M-H8N-*** 20AC043A0AYNANC0 100-C85*10 --- 14 (4)


30 140M-H8N-*** 20AC060A0AYNANC0 100-C85*10 --- 16(4)



37 140M-H8N-*** 20AC072A0AYNANC0 100-C85*10 --- 16(4)


59


PowerFlex 70 Variable Frequency Drive Units (Normal Duty,continued)


Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

440/460/480V,

IP20

0.37 140M-C2N-*** 20AD1P1A0AYNANC0 100-C09*10 --- 6

0.37 140M-C2N-*** 20AD1P1A0AYNANC0 100-C09*10 1321-3R2-B 8

0.75 140M-C2N-*** 20AD2P1A0AYNANC0 100-C09*10 --- 6


1.5 140M-D8N-*** 20AD3P4A0AYNANC0 100-C09*10 --- 6

1.5 140M-D8N-*** 20AD3P4A0AYNANC0 100-C09*10 1321-3R4-B 8

2.2 140M-D8N-*** 20AD5P0A0AYNANC0 100-C09*10 --- 6


3.7 140M-D8N-*** 20AD8P0A0AYNANC0 100-C09*10 --- 6


5.5 140M-D8N-*** 20AD011A0AYNANC0 100-C16*10 --- 8


7.5 140M-D8N-*** 20AD014A0AYNANC0 100-C16*10 --- 8


11 140M-D8N-*** 20AD022A0AYNANC0 100-C23*10 --- 10

11 140M-D8N-*** 20AD022A0AYNANC0 100-C23*10 1321-3R25-B 10

15 140M-F8N-*** 20AD027A0AYNANC0 100-C37*10 --- 10

15 140M-F8N-*** 20AD027A0AYNANC0 100-C37*10 1321-3R35-B 10

18.5 140M-F8N-*** 20AD034A0AYNANC0 100-C37*10 --- 10

18.5 140M-F8N-*** 20AD034A0AYNANC0 100-C37*10 1321-3R35-B 10

22 140M-H8N-*** 20AD040A0AYNANC0 100-C43*10 --- 10

22 140M-H8N-*** 20AD040A0AYNANC0 100-C43*10 1321-3R45-B 10

30 140M-H8N-*** 20AD052A0AYNANC0 100-C85*10 --- 14(4)


30 140M-H8N-*** 20AD052A0AYNANC0 100-C85*10 1321-3R55-B 24(5)


37 140M-H8N-*** 20AD065A0AYNANC0 100-C85*10 --- 14(4)

37 140M-H8N-*** 20AD065A0AYNANC0 100-C85*10 1321-3R80-B 24 (5)

60




Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

440/460/480V,

IP42/54

0.37 140M-C2N-*** 20AD1P1A0AYNANC0 100-C09*10 --- 8


0.75 140M-C2N-*** 20AD2P1A0AYNANC0 100-C09*10 --- 8


1.5 140M-D8N-*** 20AD3P4A0AYNANC0 100-C09*10 --- 8


2.2 140M-D8N-*** 20AD5P0A0AYNANC0 100-C09*10 --- 8


3.7 140M-D8N-*** 20AD8P0A0AYNANC0 100-C09*10 --- 8


5.5 140M-D8N-*** 20AD011A0AYNANC0 100-C16*10 --- 12


7.5 140M-D8N-*** 20AD014A0AYNANC0 100-C16*10 --- 12


11 140M-D8N-*** 20AD022A0AYNANC0 100-C23*10 --- 14(4)


11 140M-D8N-*** 20AD022A0AYNANC0 100-C23*10 1321-3R25-B 14(4)

15 140M-F8N-*** 20AD027A0AYNANC0 100-C37*10 --- 14(4)

15 140M-F8N-*** 20AD027A0AYNANC0 100-C37*10 1321-3R35-B 14(4)

18.5 140M-F8N-*** 20AD034A0AYNANC0 100-C37*10 --- 14(4)

18.5 140M-F8N-*** 20AD034A0AYNANC0 100-C37*10 1321-3R35-B 14(4)

22 140M-H8N-*** 20AD040A0AYNANC0 100-C43*10 --- 14(4)


30 140M-H8N-*** 20AD052A0AYNANC0 100-C85*10 --- 16(4)



37 140M-H8N-*** 20AD065A0AYNANC0 100-C85*10 --- 16(4)


61









• I/O control interface type– 24V DC control voltage interface with vector control– 120V AC control voltage interface with vector control– 24V DC control voltage interface with sensorless vector control– 120V AC control voltage interface with sensorless vector control

62

PowerFlex 700 Variable Frequency Drive Units (Normal Duty)


Input Voltage kW(1)


Cat. No.(2)

(2) To complete the catalog numbers, please refer to the Industrial Controls Catalog at www.ab.com/catalogs



1 = 80 mm

380/415V,

IP20

0.37 140M-C2N-*** 20BC1P3A0AYNANC0 100-C09*10 --- 8

0.37 140M-C2N-*** 20BC1P3A0AYNANC0 100-C09*10 1321-3R2-B 8

0.75 140M-C2N-*** 20BC2P1A0AYNANC0 100-C09*10 --- 8


1.5 140M-D8N-*** 20BC3P5A0AYNANC0 100-C09*10 --- 8

1.5 140M-D8N-*** 20BC3P5A0AYNANC0 100-C09*10 1321-3R4-B 8

2.2 140M-D8N-*** 20BC5P0A0AYNANC0 100-C09*10 --- 8


3.7 140M-D8N-*** 20BC8P7A0AYNANC0 100-C09*10 --- 8


5.5 140M-D8N-*** 20BC011A0AYNANC0 100-C16*10 --- 8

5.5 140M-D8N-*** 20BC011A0AYNANC0 100-C16*10 1321-3R12-B 8

7.5 140M-D8N-*** 20BC015A0AYNANC0 100-C23*10 --- 8


11 140M-D8N-*** 20BC022A0AYNANC0 100-C37*10 --- 8

11 140M-D8N-*** 20BC022A0AYNANC0 100-C37*10 1321-3R25-B 8

15 140M-F8N-*** 20BC030A0AYNANC0 100-C37*10 --- 8

15 140M-F8N-*** 20BC030A0AYNANC0 100-C37*10 1321-3R35-B 10

18.5 140M-H8N-*** 20BC037A0AYNANC0 100-C43*10 --- 8

18.5 140M-H8N-*** 20BC037A0AYNANC0 100-C43*10 1321-3R45-B 10

22 140M-H8N-*** 20BC043A0AYNANC0 100-C85*10 --- 12

22 140M-H8N-*** 20BC043A0AYNANC0 100-C85*10 1321-3R45-B 14(4)


37 140M-H8N-*** 20BC072A0AYNANC0 100-C85*10 --- 12


55 140M-J8N-*** 20BC105A0ANNANC0 100-D180*11 --- 24(5)


55 140M-J8N-*** 20BC105A0ANNANC0 100-D180*11 1321-3R130-B 24(5)

75 140M-J8N-*** 20BC170A0ANNANC0 100-D180*11 --- 24(5)


90 140M-J8N-*** 20BC170A0ANNANC0 100-D180*11 --- 24(5)


63



Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

380/415V,

IP42/54

0.37 140M-C2N-*** 20BC1P3A0AYNANC0 100-C09*10 --- 8


0.75 140M-C2N-*** 20BC2P1A0AYNANC0 100-C09*10 --- 8


1.5 140M-D8N-*** 20BC3P5A0AYNANC0 100-C09*10 --- 8


2.2 140M-D8N-*** 20BC5P0A0AYNANC0 100-C09*10 --- 8


3.7 140M-D8N-*** 20BC8P7A0AYNANC0 100-C09*10 --- 8


5.5 140M-D8N-*** 20BC011A0AYNANC0 100-C16*10 --- 8


7.5 140M-D8N-*** 20BC015A0AYNANC0 100-C23*10 --- 8


11 140M-D8N-*** 20BC022A0AYNANC0 100-C37*10 --- 12

11 140M-D8N-*** 20BC022A0AYNANC0 100-C37*10 1321-3R25-B 14(4)


15 140M-F8N-*** 20BC030A0AYNANC0 100-C37*10 --- 12

15 140M-F8N-*** 20BC030A0AYNANC0 100-C37*10 1321-3R35-B 14(4)

18.5 140M-H8N-*** 20BC037A0AYNANC0 100-C43*10 --- 12

18.5 140M-H8N-*** 20BC037A0AYNANC0 100-C43*10 1321-3R45-B 14(4)

22 140M-H8N-*** 20BC043A0AYNANC0 100-C85*10 --- 14(4)


37 140M-H8N-*** 20BC072A0AYNANC0 100-C85*10 --- 14(4)


55 140M-J8N-*** 20BC105A0ANNANC0 100-D180*11 --- 24(5)



75 140M-J8N-*** 20BC170A0ANNANC0 100-D180*11 --- 24(5)


90 140M-J8N-*** 20BC170A0ANNANC0 100-D180*11 --- 24(5)


64



Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

440/460/480V,

IP20

0.37 140M-C2N-*** 20BD1P1A0AYNANC0 100-C09*10 --- 8

0.37 140M-C2N-*** 20BD1P1A0AYNANC0 100-C09*10 1321-3R2-B 8

0.75 140M-C2N-*** 20BD2P1A0AYNANC0 100-C09*10 --- 8


1.5 140M-D8N-*** 20BD3P4A0AYNANC0 100-C09*10 --- 8

1.5 140M-D8N-*** 20BD3P4A0AYNANC0 100-C09*10 1321-3R4-B 8

2.2 140M-D8N-*** 20BD5P0A0AYNANC0 100-C09*10 --- 8


3.7 140M-D8N-*** 20BD8P0A0AYNANC0 100-C09*10 --- 8


5.5 140M-D8N-*** 20BD011A0AYNANC0 100-C16*10 --- 8

5.5 140M-D8N-*** 20BD011A0AYNANC0 100-C16*10 1321-3R12-B 8

7.5 140M-D8N-*** 20BD014A0AYNANC0 100-C16*10 --- 8


11 140M-D8N-*** 20BD022A0AYNANC0 100-C23*10 --- 8

11 140M-D8N-*** 20BD022A0AYNANC0 100-C23*10 1321-3R25-B 8

15 140M-F8N-*** 20BD027A0AYNANC0 100-C37*10 --- 8

15 140M-F8N-*** 20BD027A0AYNANC0 100-C37*10 1321-3R35-B 10

18.5 140M-F8N-*** 20BD034A0AYNANC0 100-C37*10 --- 8

18.5 140M-F8N-*** 20BD034A0AYNANC0 100-C37*10 1321-3R35-B 10

22 140M-H8N-*** 20BD040A0AYNANC0 100-C43*10 --- 12(4)


22 140M-H8N-*** 20BD040A0AYNANC0 100-C43*10 1321-3R45-B 14(4)

37 140M-H8N-*** 20BD065A0AYNANC0 100-C85*10 --- 12(4)


55 140M-J8N-*** 20BD096A0AYNANC0 100-D180*11 --- 24(5)


55 140M-J8N-*** 20BD096A0AYNANC0 100-D180*11 1321-3R100-B 24(5)

75 140M-J8N-*** 20BD125A0AYNANC0 100-D180*11 --- 24(5)


90 140M-J8N-*** 20BD156A0AYNANC0 100-D180*11 --- 24(5)


110 140M-J8N-*** 20BD180A0AYNANC0 100-D210*11 --- 24(5)


65



Input Voltage kW(1)


Cat. No.(2)




1 = 80 mm

440/460/480V,

IP42/54

0.37 140M-C2N-*** 20BD1P1A0AYNANC0 100-C09*10 --- 8


0.75 140M-C2N-*** 20BD2P1A0AYNANC0 100-C09*10 --- 8


1.5 140M-D8N-*** 20BD3P4A0AYNANC0 100-C09*10 --- 8


2.2 140M-D8N-*** 20BD5P0A0AYNANC0 100-C09*10 --- 8


3.7 140M-D8N-*** 20BD8P0A0AYNANC0 100-C09*10 --- 8


5.5 140M-D8N-*** 20BD011A0AYNANC0 100-C16*10 --- 8


7.5 140M-D8N-*** 20BD014A0AYNANC0 100-C16*10 --- 8


11 140M-D8N-*** 20BD022A0AYNANC0 100-C23*10 --- 12

11 140M-D8N-*** 20BD022A0AYNANC0 100-C23*10 1321-3R25-B 14(4)


15 140M-F8N-*** 20BD027A0AYNANC0 100-C37*10 --- 12

15 140M-F8N-*** 20BD027A0AYNANC0 100-C37*10 1321-3R35-B 14(4)

18.5 140M-F8N-*** 20BD034A0AYNANC0 100-C37*10 --- 12

18.5 140M-F8N-*** 20BD034A0AYNANC0 100-C37*10 1321-3R35-B 14(4)

22 140M-H8N-*** 20BD040A0AYNANC0 100-C43*10 --- 14[(4)


37 140M-H8N-*** 20BD065A0AYNANC0 100-C85*10 --- 14(4)


55 140M-J8N-*** 20BD096A0AYNANC0 100-D180*11 --- 24(5)



75 140M-J8N-*** 20BD125A0AYNANC0 100-D180*11 --- 24(5)


90 140M-J8N-*** 20BD156A0AYNANC0 100-D180*11 --- 24(5)


110 140M-J8N-*** 20BD180A0AYNANC0 100-D210*11 --- 24(5)


66








• I/O control interface type– 24 VDC control voltage interface with vector control– 120 VAC control voltage interface with vector control– 24 VDC control voltage interface with sensorless vector control– 120 VAC control voltage interface with sensorless vector control

67

Distribution Panels

PLC and I/O Compartments

68

Selection Data

Column Selection

The following tables outline the CENTERLINE 2500 MCC product offering. Please select your columns and unit types.

Column Dimensions mm (in)

Column Options

Column Type Width Depth Height IP Rating Separation

Withdrawable Units 700 mm (200 mm wireway) 600 mm

800 mm

1200 mm (double-front)

2300 mm IP 20

IP 30

IP 42

IP 54

Form 3b

Form 4b800 mm (300 mm wireway)

900 mm (400 mm wireway)

1000 mm (500 mm wireway)

Fixed Units 700 mm (no vertical wireway)

800 mm (no vertical wireway)



170 (6.69)

1980 (77.95)

115 (4.53)

500 (19.69) 200 - 500

(7.87 - 19.69)

600 (23.62)

2300 (90.55)

35 (1.38)

700 - 1000 (27.56 - 39.37

Delete?

69

Horizontal Power Bus Options


Bus Rating Short Circuit Withstand Rating

Short Circuit Peak Withstand Rating

Material

800 A 50 kA for 1 second 110 kA Bare Copper or Tin-plated Copper

1250 A 50 kA for 3 second and 80 kA for 1 second

176 kA

1600A

2000 A

2500 A

3200 A 50 kA for 3 second and 100 kA for 1 second

220 kA

4000 A

Vertical Power Bus Options

Vertical Power Bus


Short Circuit Peak Withstand

Material

300 A 50 kA for 0.2 second 110 kA for 3 second Tin-Plated Copper

600 A 50 kA for 1 second

Neutral Power Bus Options

Vertical Power Bus


Short Circuit Peak Withstand

Material

Full 50 kA for 0.2 second 110 kA for 3 second Tin-Plated Copper

Half 50 kA for 1 second

70

Incoming Power and Control Power Selection

Incoming Power and Control Voltage Options

Line/System Voltage (V)

Frequency (Hz) Control/Coil Voltage (V) Control Type

380 50 24 DC; 110, 220 AC Transformer, Separate, or line to neutral60 24 DC; 110, 120, 220 AC

400 50 24 DC; 110, 230 AC

60

415 50 24 DC; 110, 240 AC

60 24 DC; 120, 240 AC

440 50 24 DC; 110, 220 AC

60 24 DC; 110, 120, 220 AC

480 50

60 24 DC; 120, 240 AC

600 50

60 24 DC; 120, 240 AC

690(1)

(1) Consult the factory

50

60

71

Unit Selection

Incoming Main Lug Compartments and Outgoing Feeder Lug Compartments

The line lug compartments provide a lug connection for incoming lines (mains) to distribute power to the motor control center for outgoing cables (feeders) to feed power from the motor control center to an external load. Mechanical or crimp style lugs are available. Lug compartments are a fixed-unit design and may be located at the top or bottom of the column.

Main and Feeder Lugs

Lug Compartments

Amperes Cable Provisions, Maximum Number per Phase and Maximum Cable Size

Module Size

Mechanical Type Lugs(1) (Single Cable)


Crimp Type Lugs(1)

300 (2) 185 mm2 (2) 185 mm2 (2)

(2) Consult factory

400 (2) (2) (2)

600 (2) 185 mm2 (2) 185 mm2 6(2)

(1) 240 mm2 (2) 185 mm2 6(2)

(2) 400 mm2 (1) 400 mm2 6(2)

(1) (2) 240 mm2 6(2)

(4) 400 mm2 (4) 400 mm2 6(2)

800 (2) 400 mm2 (2) 400 mm2 6(2)

(4) 300 mm2 (4) 240 mm2 24(2)

(1) 400 mm2 (3) 240 mm2 24(2)

(2) 300 mm2 (4) 185 mm2 24(2)

(4) 240 mm2 24(2)

(1) 400 mm2 (2) 400 mm2 24(2)

(2) 400 mm2 (4) 240 mm2 24(2)

(4) 300 mm2 24(2)

(4) 400 mm2 (4) 400 mm2 24(2)

1250 (2) (2) 24(2)

1600 (4) 400 mm2 (4) 400 mm2 24(2)

2000 (6) 400 mm2 (6) 400 mm2 24(2)

2500 (2) (2) 24(2)

3200 (2) (2) 24(2)

4000 (2) (2) 24(2)

Main LugFeeder Lug

72

Miscellaneous Units



Units are supplied with a circuit breaker or fusible disconnect

Central Control Transformer Units

Module Size

Unit Description

4 Central Control Transformer

DeviceNet Power Supply Units

Module Size

Unit Description

2 DeviceNet Power Supply

4 Redundant DeviceNet Power Supply

Bridge Units

Module Size

Unit Description

2 ControlNet to DeviceNet Bridge

2 Ethernet to DeviceNet Bridge

2 Profibus to DeviceNet Bridge

73

Technical Data

Technical Standards and Certifications

The MCC is designed and tested to meet or exceed the requirements defined by the following IEC standards and directives.

• EN 60439-1:1999 + A1:2004, the standard for type-tested and partially type-tested assemblies of low voltage switchgear and control gear assemblies (TTA, PTA)

• EN 60204-1:2006, the general requirements for the safety of electrical equipment of machines• 2006/95/EC, Low Voltage Directive• 2004/108/EC, EMC Directive• 2002/95/EC, the restriction of hazardous substances directive (RoHS)• KEMA certified (TTA)

The MCC columns, units and components are available with the CE Conformance Mark and the China Compulsory Certification (CCC).

The MCC is designed, manufactured and tested in facilities registered to ISO 9001 quality standards.

Operating Environment

The MCC is intended for use in a pollution degree 3 environment.

The MCC is designed to operate in the following ambient conditions. The ambient operating temperature shall range from -5…40 °C, with the average temperature in any 24 hour period not exceeding 35 °C.

The MCC is designed to operate at altitudes up to 1000 m. For altitudes exceeding 1000 m, contact your Rockwell Automation representative for derating information.

74

Forms of Separation

Internal isolation and separation exists between the following:• Individual units• Units and wireways• Units and the bus system• Wireways and the bus system

In addition, the vertical wireway for power wiring is separate from the vertical wireway for control and network wiring.

Standard internal separation within the MCC is Form 3b. Form 4b is available by enclosing terminals for external conductors in a metal box within the vertical wireway.

Internal Separation

Form 3b Form 4b

75

CENTERLINE 2500 Specifications

StandardsEN 60439-1:1999 + A1:2004 Low-voltage switchgear and controlgear assemblies

Part 1: Type-tested and partially type-tested assemblies

EN 60204-1:2006 Safety of machinery – Electrical equipment of machinesPart 1: General requirements

EC Directives2006/95/EC Low Voltage Directive2004/108/EC EMC Directive

2002/95/EC(1)

(1) Low voltage Motor Control Center products are exempt under Category 9, however Rockwell Automation is committed to demonstrating the highest standard of global environmental management. It is the goal of Rockwell Automation to meet the material restrictions on products, even where compliance is not legally required.

Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment (RoHS)

Certifications and MarkingsChina Compulsory Certificate (CCC)CE Conformance MarkedKEMA certified (TTA)

Rated VoltagesRated Operating Voltage, Ue Up to 690 V, 3-Phase

Rated Frequency, fn 50 – 60 Hz

Rated Insulation Voltage, Ui 1000 V, 3-Phase

Rated Currents Horizontal Bus Vertical BusContinuous Current Rating, Ie Up to 4000 A Up to 600 A

Short Circuit Peak Withstand, Ipk Up to 176 kA for 1 second Up to 110 kA for 3 second

Short Time Withstand Rating, Icw Up to 80 kA for 1 second Up to 50 kA for 1 second

Neutral (N) Full or half ratedCreepage Distances and Clearances

Rated Impulse Withstand Voltage, Uimp 6, 8, or 12 kV

Material Group (Overvoltage Category) IIIa (175 </= CTI < 400)Pollution Degree 3

Bus Material and PlatingHorizontal Power Bus Copper (optional tin plating)Vertical Distribution Bus Copper with tin platingProtective Earth Conductor (PE) Copper (optional tin plating)

Degrees of ProtectionIEC 60529 IP 20, 40, 42 or 54

Forms of SeparationIEC 60439-1 Form 3b or 4b

Column DimensionsHeight 2300 mmWidth 700, 800, 900, or 1000 mmDepth 600 or 800 mm (1200 mm, double-front)

UnitsApproximate Module Size 80 mm high x 500 mm wide = 1 moduleModules per Column 24Withdrawable Unit Sizes 1, 2, 4, 6, 8, 10, 12 modules

Structural Surface TreatmentsInterior High Visibility White Paint (Additional colors available by request.)Exterior RAL 7032 Pebble Grey Paint or Munsell 6.5 Paint (Additional colors available by request.)

EnvironmentStorage Temperature -25…55°COperating (Ambient) Temperature -5…40°CAltitude Up to 1000 m

76

Structure Material

This list has the approximate thickness and gauge of the MCC structural components and external covers.

CENTERLINE 2500 MCC Structure Details

Structural Components Thickness (mm)

Side Plate 2.0

Back Plate 2.5

Covers and Panels

Top Plate 2.0

Bottom Plate 2.0

End Closing Plate 2.0

Horizontal Wireway Cover 2.0

Doors

Unit Door 2.0

Vertical Wireway Door 2.0

Other Steel

External Mounting Channel 3.5

77

ChecklistExplanation of why using the checklist is important.

Customer User

Reviewed the customer documents prior to filling out this form

Office

Standards and Certifications

KEMA CE CCC Other ____________

Incoming Power

Line Voltage: 380V 400V 415V 440V 480V 600V 690V

System Power: Delta Grounded Delta

Grounded Wye Grounded Wye with Impedance

Frequency: 50 Hz 60 Hz

Available Fault Current: kA

Control Power

Voltage: 24V DC 110V AC 115V AC 120V AC 220V AC 230V AC 240V AC

Source: Individual Control Transformer

Standard VA Extra Capacity

Common Control Power Transformer

Separate Control Power Source

Control Terminal Blocks Location: Top Horizontal Wireway Vertical Wireway

Structure

Enclosure Rating:

IP 20 (vented doors) IP 42 (non-vented, standard)

IP 40 (vented doors with filters) IP 54 (fully gasketed, doors and bottom plates)

Forms of Internal Separation: 3b (standard) 4b

Mounting Configuration Stand Alone Add to Existing

Front Only Double-front

Depth: 600mm 800mm

Width: 700mm (200mm vertical wireway, standard) 900mm (400mm vertical wireway)

800mm (300mm vertical wireway) 1000mm (500mm vertical wireway)

Options: Space Heater w/ Thermostat Arc Containment Latches

Cable Supports Other ________________________

External Paint: RAL7032 Pebble Grey (standard) Other _____________

Internal Paint: High Visibility Gloss White Other _____________

Ambient Temperature: °C maximum Altitude: meters

79

Bus

Fault Rating/Bracing: 50kA for 3 cycles 65kA for 3 cycles 50kA for 1 second

50kA for 3 seconds (horizontal power bus only)

80kA for 1 second (horizontal power bus only)

Horizontal Power Bus Rating: 800A (standard) 1250A 1600A

2000A 2500A 3200A 4000A

Material: Copper Copper, Tin Plated

Neutral Bus: Full Rated Half Rated

Vertical Distribution Bus

Rating: 300A

(provides 600A capacity, standard) 600A

(provides 1200A capacity)

Material: Copper, Tin Plated

Protective Earth Conductor (PE) Horizontal Location: Bottom (standard)

Material: Copper, Unplated Copper, Tin Plated

Size: 1-6 x 50 mm 2-6 x 50 mm 3-6 x 50 mm

Vertical (Plug-in): Copper, Unplated Copper, Tin Plated

Stab Openings: Automatic Shutters (standard)

IntelliCENTER Technology

IntelliCENTER: DeviceNet Cabling DeviceNet Cabling with IntelliCENTER Software

Linking Device: EtherNET/IP ControlNet Profibus Other _____________

ArcShield

Yes

80

Incoming Cable Termination/Provision

Ampere Rating: __________A

Located in Column Number: __________ Top Bottom

Number of cables per phase: __________ Cable Size _______________________

Main Lug Only (MLO): Crimp Compression Lugs Mechanical Lugs Lugs Not Supplied

Main Fusible Disconnect (MFD): Fuses Supplied Fuse Type __________________

Fuses Not Supplied

Main Circuit Breaker (MCB): Ground Fault Shunt Trip

Auxiliary Contacts - Qty. __________ Other ______________

Number of current transformers required _______________

Number of potential transformers required ______________

Incoming Metering Options: Analog Ammeter Ammeter Switch

Analog Voltmeter Voltmeter Switch

Powermonitor 3000

1404-M5

1404-M6

Digital Volt/Ammeter

1405-M610

Outgoing Cable Termination/Provision

Ampere Rating:__________A Number of cables per phase __________ Cable Size _______________________

Lug Type: Crimp Compression Lugs Mechanical Lugs Lugs Not Supplied

Feeder Units

Fuse Switch: Fuses Supplied Fuse Type _____________________

Fuses Not Supplied

Circuit Breaker (Thermal Magnetic): Interrupting Rating _______________kA Ampere Rating ________A

Other__________________________________________

Nameplates

Unit Nameplates: Cardholder Engraved Acrylic Engraved Phenolic

Color Scheme Black letters on white White letters on black

White letters on black (phenolic only)

Door Latches

Door Latch Type: 1/4 Turn 1/4 Turn with T-handle

Arc Containment Arc Containment with T-handle

Wire Markers

Wire Marker Type: Sleeve Data Tab Heat Shrink

Spares

Spare Parts Spare Units

81

Direct On Line Starter Units (copy and complete for each unit needed)

Unit Type: Non-reversing Starter Reversing Starter

Ampere Rating: ________A Kilowatt Rating: _______kw

Disconnecting Means: Fused (rotary operator only) Fuse Type _____________

Fuses not supplied

Circuit Breaker

Handle Operator: Rotary Operator Flange Operator (2 module minimum)

Overload:

Type: E1 Plus E1 Plus with Ground Fault

E3 Plus E3 Plus with Ground Fault

Reset: External (door mounted)

Duty Rating: AC3 (standard) AC4

Protection: Type 1 Type 2

Unit Type: Withdrawable Semi-withdrawable Fixed

Options and Accessories

Pilot Lights: Qty_______ Transformer Type Push-to-test LED Lamps

Text on Legend Plate: On Off Fault

Emergency Other ____________________________

Pushbuttons: Qty_______

Text on Legend Plate: On Off Reset

Emergency Other ____________________________

Selector Switch: Yes

Starter Auxillary Contacts: Normally Open, Qty _____ Normally Closed, Qty _____

Relays or Timers, Describe ____________________________

Others, Describe ____________________________

Notes

82

Soft Starter Units (copy and complete for each unit needed)

Unit Type: SMC-3 SMC Flex

Connection: Line Connection Delta Connection


Disconnecting Means: Fused (rotary operator only) Fuse Type _____________

Fuses not supplied

Circuit Breaker





Text on Legend Plate: Start Stop

Other ____________________________



Other ____________________________


Human Interface Module (HIM): LCD Display, Full Numeric Keypad LCD Display, Programmer Only

Starting Mode: Pump Control Braking Control

Others, Describe ____________________________

Notes

83

Variable Frequency AC Drive Units (copy and complete for each unit needed)

Unit Type: PowerFlex 40 PowerFlex 70

PowerFlex 700 PowerFlex 700H

Rating: Normal Duty Heavy Duty


Disconnecting Means: Fused (rotary operator only) Fuse Type ________________

Fuses not supplied

Circuit Breaker





Text on Legend Plate: Start Stop

Other ____________________________



Other ____________________________


Human Interface Module (HIM): LCD Display, Full Numeric Keypad LCD Display,

Programmer Only

Braking Mode: Pump Control Braking Control

Reactors: Line Reactor Load Reactor

Others, Describe ____________________________

Notes

84

Miscellaneous Units (copy and complete for each unit needed)

DeviceNet Power Supply Unit

Redundant DeviceNet Power Supply Unit

DeviceNet Back-up Power Supply Unit Specify unit location _____________________________

Programmable Controllers: Number of Slots ___________ Power Supply___________

Describe: ________________________________________

Other Units, Options or Modifications: Describe: ________________________________________

________________________________________________

Extra Space for Future Units: Describe: ________________________________________

________________________________________________

Comments / Additional Notes:

85

Fill in blanks as required.

Motor List

Unit Description Rating Module Size

Comments/Additional Notes

86

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