bulletin 2100 centerline 2100 motor control centers...

Technical Data

Bulletin 2100 CENTERLINE 2100 Motor Control Centers Mains and Incoming Lines Dimension ReferenceCatalog Number 2100

Application Notes

This guide contains cabling dimensions for main incoming line compartments, fusible disconnect switch mains, and circuit breaker mains in Bulletin 2100 CENTERLINE motor control centers. Lug pad dimensions are included for main incoming line compartments. The fusible disconnect and circuit breaker mains drawing include dimensions for standard lugs, and optional lugs (if specified).

Topic Page

Application Notes 1

Catalog Numbers 2

Incoming Lines 3

Fusible Disconnects 11

Circuit Breakers 27

Conduit Entry - Top 37

Conduit Entry - Bottom 40

Additional Resources 45

IMPORTANT Although this guide is accurate at the time of printing, there are differences between these drawings and the actual product, due to recent design enhancements. Always refer to the Job-specific Drawings (Form 385) for the most accurate drawings and dimensions.

IMPORTANT Reference dimensions include a tolerance of ±1/8 inches (±3.2 mm).

Bulletin 2100 CENTERLINE 2100 Motor Control Centers Mains and Incoming Lines Dimension Reference

Catalog Numbers

Every CENTERLINE motor control center unit is defined by a catalog number. For mains, these catalog numbers are of the following form:

The catalog numbers appear on the unit label, located on the unit bottom plate. For assembled motor control centers, catalog numbers for each unit are also listed on the Job-specific Drawings (Form 385) that ship with the order.

Type of Main Catalog Bulletin Number Catalog Number Example

Incoming Line 2191M 2191MT-CAC-54

Fusible Disconnect 2192M 2192MB-GAC-29R

Circuit Breaker 2193M 2193MT-FJC-54WT-83C500

2 Rockwell Automation Publication 2100-TD018B-EN-P - March 2015


Incoming Lines

(1) Optional ground bus location. The front face of the 1/4 in. ground bus is located 7.41 in. (188 mm) from the cabinet front. Incoming cable pull is not correctly represented in the diagram.

Figure 1 - 300 A Incoming Line Compartment, Top Entry, 1.0 Space Factor(1)

Figure 2 - 300 A Incoming Line Compartment, Bottom Entry, 1.0 Space Factor(1)

Figure 3 - 600 A Incoming Line Compartment, Top Entry, 1.0 Space Factor(1)

Figure 4 - 600 A Incoming Line Compartment, Bottom Entry, 1.0 Space Factor(1)

Rockwell Automation Publication 2100-TD018B-EN-P - March 2015 3



Figure 5 - 800 A Incoming Compartment Top Entry, 1.5 Space Factor(1)

Figure 6 - 800 A Incoming Compartment Bottom Entry, 1.5 Space Factor(1)

Figure 7 - 800 A Incoming Compartment Top Entry in Horizontal Wireway (additional 12 in. Pull Box required to meet NEC wire bending requirements)(1)

Figure 8 - 800…1200 A Incoming Compartment Top Entry 1.0 Space Factor (additional 12 in. Pull Box required to meet NEC wire bending requirements)(1)




Figure 9 - 800 A Incoming Line Compartment Top Entry, 1.5 Space Factor(1)

Figure 10 - 800 A Incoming Line Compartment Bottom Entry, 1.5 Space Factor(1)

Figure 11 - 800…1200 A Incoming Line Compartment Top Entry, 2.0 Space Factor(1)

Figure 12 - 800…1200 A Incoming Line Compartment Bottom Entry, 2.0 Space Factor(1)




Figure 12 - 600…1600 A Incoming Line Section Top Entry, 6.0 Space Factor(1)

Figure 13 - 600…1600 A Incoming Line Section Bottom Entry, 6.0 Space Factor(1)

Figure 14 - 2000 A Incoming Line Section Top Entry, 6.0 Space Factor(1)

Figure 15 - 2000 A Incoming Line Section Bottom Entry, 6.0 Space Factor(1)




Figure 17- 600…1200 A Corner Incoming Line Section Top Entry, 6.0 Space Factor(1)

Figure 18 - 600…1200 A Corner Incoming Line Section Bottom Entry, 6.0 Space Factor(1)

Figure 19 - 1600 A Corner Incoming Line Section Top Entry, 6 Space Factor(1)

Figure 20 - 1600 A Corner Incoming Line Section Bottom Entry, 6 Space Factor(1)




Figure 21 - 600…1200 A, 10 in. Wide Incoming Line Section Top Entry, 6.0 Space Factor (left-hand version shown)(1)

Figure 22 - 600…1200 A, 10 in. Wide Incoming Line Section Bottom Entry, 6.0 Space Factor (left-hand version shown)(1)




3.00(76.2)

2.562(65.1)

3.310(84.07) 0.75 ± 0.010

(19.10 ± 0.25)

1.875 ± 0.010(47.63 ± 0.25)

5.687 ± 0 .031(144.45 ±0.79)

Figure 23 - #6-350 kcmil, One Cable Mechanical Lug Figure 24 - #6-350 kcmil, Two Cable Mechanical Lug

Figure 25 - 350…800 kcmil, One Cable Mechanical Lug

Figure 26 - #4/0-600 kcmil, One Cable Mechanical Lug Figure 27 - #4/0-600 kcmil, Two Cable Mechanical Lug

Figure 28 - #4/0-600 kcmil, Two Cable Mechanical Lug




Figure 29 - 250 kcmil Panduit Crimp Lug Figure 30 - 250 kcmil Burndy Crimp Lug






Fusible Disconnects


Figure 37 - 30 A Main Fusible Disconnect Top Entry, 1.5 Space Factor with #14…#8 AWG Mechanical Lugs, 1 per Phase(1)

Figure 38 - 30 A Main Fusible Disconnect Bottom Entry, 1.5 Space Factor with #14…#8 AWG Mechanical Lugs, 1 per Phase(1)

Figure 39 - 60 A Main Fusible Disconnect Top Entry, 1.5 Space Factor with #14…#8 AWG Mechanical Lugs, 1 per Phase(1)

Figure 40 - 60 A Main Fusible Disconnect Bottom Entry, 1.5 Space Factor with #14…#8 AWG Mechanical Lugs, 1 per Phase(1)




Figure 41 - 100 A Main Fusible Disconnect Top Entry, 1.5 Space Factor with #8…1/0 AWG Mechanical Lugs, 1 per Phase(1)

Figure 42 - 100 A Main Fusible Disconnect Bottom Entry, 1.5 Space Factor with #8…1/0 AWG Mechanical Lugs, 1 per Phase(1)

Figure 43 - 200 A Main Fusible Disconnect Top Entry, 2.0 Space Factor with #6…4/0 AWG or #6…250 kcmil Mechanical Lugs, 1 per Phase(1)

Figure 44 - 200 A Main Fusible Disconnect Bottom Entry, 2.0 Space Factor with #6…4/0 AWG or #6…250 kcmil Mechanical Lugs, 1 per Phase(1)




Figure 45 - 400 A Main Fusible Disconnect Top Entry, 2.5 Space Factor with Two Cable 1/0…250 kcmil Mechanical Lugs, 1 per Phase(1)

Figure 46 - 400 A Main Fusible Disconnect Bottom Entry, 2.5 Space Factor with Two Cable 1/0…250 kcmil Mechanical Lugs, 1 per Phase(1)

Figure 47 - 400 A Main Fusible Disconnect Top Entry, 2.5 Space Factor with 250 kcmil Panduit Crimp Lugs, 2 per Phase(1)

Figure 48 - 400 A Main Fusible Disconnect Top Entry, 2.5 Space Factor with 500 kcmil Panduit Crimp Lugs, 1 per Phase (additional 12 in. Pull Box required to meet NEC wire bending requirements)(1)




Figure 49 - 400 A Main Fusible Disconnect Top Entry, 2.5 Space Factor with 250 kcmil Burndy Crimp Lugs, 2 per Phase(1)

Figure 50 - 400 A Main Fusible Disconnect Top Entry, 2.5 Space Factor with 500 kcmil Burndy Crimp Lugs, 1 per Phase (additional 12 in. Pull Box required to meet NEC wire bending requirements)(1)

Figure 51 - 600 A Main Fusible Disconnect Top Entry, 3.5 Space Factor with #2…600 kcmil Mechanical Lugs, 2 per Phase(1)

Figure 52 - 600 A Main Fusible Disconnect Bottom Entry, 3.5 Space Factor with #2…600 kcmil Mechanical Lugs, 2 per Phase(1)




Figure 53 - 600 A Main Fusible Disconnect, Top Entry, 3.5 Space Factor with 500 kcmil Panduit Crimp Lugs, 2 per Phase(1)

Figure 54 - 600 A Main Fusible Disconnect, Bottom Entry, 3.5 Space Factor with 500 kcmil Panduit Crimp Lugs, 2 per Phase(1)

Figure 55 - 600 A Main Fusible Disconnect, Top Entry, 3.5 Space Factor with 500 kcmil Burndy Crimp Lugs, 2 per Phase(1)

Figure 56 - 600 A Main Fusible Disconnect, Bottom Entry, 3.5 Space Factor with 500 kcmil Burndy Crimp Lugs, 2 per Phase(1)




Figure 57 - 600 A Main Non-fusible Disconnect, Top Entry, 3.5 Space Factor with #2…600 kcmil Mechincal Lugs, 2 per Phase(1)

Figure 58 - 600 A Main Non-fusible Disconnect, Bottom Entry, 3.5 Space Factor with #2…600 kcmil Mechincal Lugs, 2 per Phase(1)

Figure 59 - 600 A Main Non-fusible Disconnect, Top Entry, 3.5 Space Factor with 500 kcmil Panduit Crimp Lugs, 2 per Phase(1)

Figure 60 - 600 A Main Non-fusible Disconnect, Bottom Entry, 3.5 Space Factor with 500 kcmil Panduit Crimp Lugs, 2 per Phase(1)




Figure 61 - 600 A Main Non-fusible Disconnect, Top Entry, 3.5 Space Factor with 500 kcmil Burndy Crimp Lugs, 2 per Phase(1)

Figure 62 - 600 A Main Non-fusible Disconnect, Bottom Entry, 3.5 Space Factor with 500 kcmil Burndy Crimp Lugs, 2 per Phase(1)

Figure 63 - 800 A Main Fusible Disconnect, Top Entry, 3.5 Space Factor with #6…350 kcmil Mechanical Lugs, 3 per Phase(1)

Figure 64 - 800 A Main Fusible Disconnect, Bottom Entry, 3.5 Space Factor with #6…350 kcmil Mechanical Lugs, 3 per Phase(1)




Figure 69 - 800 A Main Non-fusible Disconnect, Top Entry, 3.5 Space Factor with #6…350 kcmil Mechanical Lugs, 3 per Phase(1)

Figure 70 - 800 A Main Non-fusible Disconnect, Bottom Entry, 3.5 Space Factor with #6…350 kcmil Mechanical Lugs, 3 per Phase(1)








Figure 75 - 1200 A Main Fusible Disconnect, Top Entry, 3.5 Space Factor with #6…350 kcmil Mechanical Lugs, 4 per Phase(1)

Figure 76 - 1200 A Main Fusible Disconnect, Bottom Entry, 3.5 Space Factor with #6…350 kcmil Mechanical Lugs, 4 per Phase(1)




Figure 81 - 1200 A Main Non-fusible Disconnect, Top Entry, 3.5 Space Factor with #6…350 kcmil Mechanical Lugs, 4 per Phase(1)

Figure 82 - 1200 A Main Non-fusible Disconnect, Bottom Entry, 3.5 Space Factor with #6…350 kcmil Mechanical Lugs, 4 per Phase(1)








Figure 87 - 1600 A Main Fusible or Non-fusible Disconnect, Top Entry, 6.0 Space Factor with #2…600 kcmil Mechanical Lugs, 4 per Phase(1)

Figure 88 - 1600 A Main Fusible or Non-fusible Disconnect, Bottom Entry, 6.0 Space Factor with #2…600 kcmil Mechanical Lugs, 4 per Phase(1)




Figure 89 - 1600 A Main Fusible or Non-fusible Disconnect, Top Entry, 6.0 Space Factor with 500 kcmil Panduit Crimp Lugs, 5 per Phase(1)

Figure 90 - 1600 A Main Fusible or Non-fusible Disconnect, Bottom Entry, 6.0 Space Factor with 500 kcmil Panduit Crimp Lugs, 5 per Phase(1)

Figure 91 - 1600 A Main Fusible or Non-fusible Disconnect, Top Entry, 6.0 Space Factor with 500 kcmil Burndy Crimp Lugs, 5 per Phase(1)

Figure 92 - 1600 A Main Fusible or Non-fusible Disconnect, Bottom Entry, 6.0 Space Factor with 500 kcmil Burndy Crimp Lugs, 5 per Phase(1)




Figure 93 - 2000 A Main Fusible or Non-fusible Disconnect, Top Entry, 6.0 Space Factor with #2…600 kcmil Mechanical Lugs, 6 per Phase(1)

Figure 94 - 2000 A Main Fusible or Non-fusible Disconnect, Bottom Entry, 6.0 Space Factor with #2…600 kcmil Mechanical Lugs, 6 per Phase(1)

Figure 95 - 2000 A Main Fusible or Non-fusible Disconnect, Top Entry, 6.0 Space Factor with 500 kcmil Panduit Crimp Lugs, 6 per Phase(1)

Figure 96 - 2000 A Main Fusible or Non-fusible Disconnect, Bottom Entry, 6.0 Space Factor with 500 kcmil Panduit Crimp Lugs, 6 per Phase(1)




Figure 97 - 2000 A Main Fusible or Non-fusible Disconnect, Top Entry, 6.0 Space Factor with 500 kcmil Burndy Crimp Lugs, 6 per Phase(1)

Figure 98 - 2000 A Main Fusible or Non-fusible Disconnect, Bottom Entry, 6.0 Space Factor with 500 kcmil Burndy Crimp Lugs, 6 per Phase(1)



Circuit Breakers


11.13(283) 7.28

(185)

7.28(185)

5.16(131)

7.24(184)

7.24(184)

5.05(128)

10.57(268.5)

Figure 99 - 150 A Main Circuit Breaker, Top Entry, 1.5 Space Factor, with #14…#1/0 AWG Mechanical Lugs, 1 per Phase, 15…125 A Trips(1)

Figure 100 - 150 A Main Circuit Breaker, Bottom Entry, 1.5 Space Factor, with #14…#1/0 AWG Mechanical Lugs, 1 per Phase, 15…125 A Trips(1)

Figure 101 - 250 A Main Circuit Breaker, Top Entry, 1.5 Space Factor, with #10…250 kcmil Mechanical Lugs, 1 per Phase, 70…250 A Trips(1)

Figure 102 - 250 A Main Circuit Breaker, Bottom Entry, 1.5 Space Factor, with #4…250 kcmil Mechanical Lugs, 1 per Phase, 70…250 A Trips(1)




16.88(428.75) 6.90

(175.25)

6.90(175.25)

11.38(289)

6.15(156.2)

6.15(156.2)

6.96(177)

6.96(177)

15.94(405)

11.38(289)

Figure 103 - 400 A Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 250…500 kcmil Mechanical Lugs, 1 per Phase, 300 A(1)

Figure 104 - 400 A Main Circuit Breaker, Bottom Entry, 2.0 Space Factor, with 250…500 kcmil Mechanical Lugs, 1 per Phase, 300 A Trip(1)

Figure 105 - 400 A Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 2/0…250 kcmil Mechanical Lugs, 2 per Phase, 400 A Trip(1)

Figure 106 - 400 A Main Circuit Breaker, Bottom Entry, 2.0 Space Factor,with 2/0…250 kcmil Mechanical Lugs, 2 per Phase, 400 A Trip(1)




11.16(283.5)

7.64(194)

6.12(155.4)

11.68(296.7)

7.64(194)

6.12(155.4)

11.61(283.5)

6.46(164.1)

10.94(278)

6.4(162.6)

Figure 107 - 400 A Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 250 kcmil Panduit Crimp Lugs, 2 per Phase, 300…400 A Trips (optional Pull Box provides an additional 12 in. of bending space)(1)

Figure 108 - 400 A Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 250 kcmil Burndy Crimp Lugs, 2 per Phase, 300…400 A Trips (optional Pull Box provides an additional 12 in. of bending space)(1)

Figure 109 - 400 A Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 500 kcmil Panduit Crimp Lugs, 1 per Phase, 300 A Trips (optional Pull Box provides an additional 12 in. of bending space)(1)

Figure 110 - 400 A Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 500 kcmil Burndy Crimp Lugs, 1 per Phase, 300 A Trips (optional Pull Box provides an additional 12 in of bending space)(1)




6.90(175.26)

14.36(364.7) 5.15

(130.8)

14.44(366.8)

5.15(130.8)6.90(175.26)

6.90(175.26)

5.15(130.8)

14.44(366.8)

5.15(130.8)6.90(175.26)

14.36(364.7)

Figure 111 - 800 A Frame Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 3/0…350 kcmil Mechanical Lugs, 2 per Phase, 600 A Trips(1)

Figure 112 - 800 A Frame Main Circuit Breaker, Bottom Entry, 2.0 Space Factor, with 3/0…350 kcmil Mechanical Lugs, 2 per Phase, 600 A Trips(1)

Figure 113 - 800 A Frame Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 250…500 kcmil Mechanical Lugs, 2 per Phase, 600 A Trips(1)

Figure 114 - 800 A Frame Main Circuit Breaker, Bottom Entry, 2.0 Space Factor, with 250…500 kcmil Mechanical Lugs, 2 per Phase, 600 A Trips(1)




Figure 115 - 800 A Frame Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 500 kcmil Panduit Crimp Lugs, 2 per Phase, 600 A Trips (additional 12 in. Pull Box required to meet NEC wire bending requirements)(1)

Figure 116 - 800 A Frame Main Circuit Breaker, Top Entry, 2.0 Space Factor, with 500 kcmil Burndy Crimp Lugs, 2 per Phase, 600 A Trips (additional 12 in. Pull Box required to meet NEC wire bending requirements)(1)




16.90(430)

5.62(143)

4.93(125)

17.40(442)

5.81(148)

5.06(129)

Figure 117 - 800 A Main Circuit Breaker, Top Entry, 2.5 Space Factor, with #2/0…250 kcmil Mechanical Lugs, 3 per Phase, 800 A Trips(1)

Figure 118 - 800 A Main Circuit Breaker, Bottom Entry, 2.5 Space Factor, with #2/0...350 kcmil Mechanical Lugs, 3 per Phase, 800 A Trips(1)

16.90(430)

6.12(156)5.43(138)

4.81(123)

17.40(442)

4.81(123)

5.43(138)6.12(156)

Figure 119 - 800 A Main Circuit Breaker, Top Entry, 2.5 Space Factor, with #2/0 - 400 kcmil Mechanical Lugs, 3 per Phase, 800 A Trips(1)

Figure 120 - 800 A Main Circuit Breaker, Bottom Entry, 2.5 Space Factor, with #2/0 - 400 kcmil Mechanical Lugs, 3 per Phase, 800 A Trips(1)




4.18(107)

7.62(194)6.00(153)4.53(115)

3.94(100)

7.62(194)6.00(153)4.53(115)

Figure 121 - 800 A Main Circuit Breaker, Top Entry, 2.5 Space Factor, with 500 kcmil Panduit Crimp Lugs, 3 per Phase, 800 A Trips (additional 12 in. Pull Box required to meet NEC wire bending requirements)(1)

Figure 122 - 800 A Main Circuit Breaker, Top Entry, 2.5 Space Factor, with 500 kcmil Burndy Crimp Lugs, 3 per Phase, 800 A Trips (additional 12 in. Pull Box required to meet NEC wire bending requirements)(1)

Figure 123 - 1200 A Main Circuit Breaker, Top Entry, 3.5 Space Factor, with #4/0 - 500 kcmil Mechanical Lugs, 4 per Phase, 400…1200 Trips(1)

Figure 124 - 1200 A Main Circuit Breaker, Bottom Entry, 3.5 Space Factor, with #4/0 - 500 kcmil Mechanical Lugs, 4 per Phase, 400…1200 Trips(1)




16.20(412)

9.23(235)

7.73(197)6.30(160)

4.80(122)

16.34(415)

4.80(122)6.30(160)7.73(197)

9.23(235)

15.54(395)

9.23(235)

7.73(197)6.30(160)

4.80(122)

15.68(398)

4.80(122)6.30(160)7.73(122)

9.23(235)

Figure 125 - 1200 A Main Circuit Breaker, Top Entry, 3.5 Space Factor, with 500 kcmil Panduit Crimp Lugs, 3 or 4 per Phase, 400…1200 Trips(1)

Figure 126 - 1200 A Main Circuit Breaker, Bottom Entry, 3.5 Space Factor, with 500 kcmil Panduit Crimp Lugs, 3 or 4 per Phase, 400…1200 Trips(1)

Figure 127 - 1200 A Main Circuit Breaker, Top Entry, 3.5 Space Factor, with 500 kcmil Burndy Crimp Lugs, 4 per Phase, 600…1200 Trips(1)

Figure 128 - 1200 A Main Circuit Breaker, Bottom Entry, 3.5 Space Factor, with 500 kcmil Burndy Crimp Lugs, 4 per Phase, 600…1200 Trips(1)



10.10(256.5)

11.75(298.5)

13.40(340.4)

15.05(382.3)

24.82(630.4)

24.82(630.4)

10.10(256.5)

11.75(298.5)

13.40(340.4)

15.05(382.3)

25.81(655.6)

24.72(627.9)

25.71(653.0)

10.10(256.5)

11.75(298.5)

13.40(340.4)

15.05(382.3)

24.72(627.9)

10.10(256.5)

11.75(298.5)

13.40(340.4)

15.05(382.3)

Figure 129 - 3000 A R-frame Main Circuit Breaker, Top Entry, 8 Cables per Phase

Figure 130 - 3000 A R-frame Main Circuit Breaker, Bottom Entry, 8 Cables per Phase

Figure 131 - 2500 A R-frame Main Circuit Breaker, Top Entry, 100%, 7 Cables per Phase

Figure 132 - 2500 A R-frame Main Circuit Breaker, Bottom Entry, 100%, 7 Cables per Phase



24.86(631.4)

25.85(656.6)

4.61(117.1)

5.77(146.6)

8.47(215.1)

24.82(630.4)

25.81(655.6)

4.61(117.1)5.77(146.6)

8.47(215.1)

24.82(630.4)

4.61(117.1)

5.77(146.6)

24.86(631.4)

4.61(117.1)

5.77(146.6)

Figure 135 - 2000 A and Less R-frame, Top Entry, 6 Cables per Phase Figure 136 - 2000 A and Less R-frame, Bottom Entry, 6 Cables per Phase

Figure 133 - 2500 A R-frame, Top Entry, 80% 7 Cables per Phase Figure 134 - 2500 A R-frame, Bottom Entry, 80% 7 Cables per Phase



Conduit Entry - Top


Figure 137 - Top Horizontal Ground Bus Location Front View(1)

Figure 138 - Standard and Incoming Line Section, Top Entry, NEMA Type 1, 1 (with gasket), or 12, Single Section, Top View(1)




Figure 139 - Standard and Incoming Line Section, Top Entry, NEMA Type 1, 1 (with gasket), or 12, Back-to-Back Construction, Top View(1)

Figure 140 - Standard and Incoming Line Corner Section, Top Entry, NEMA Type 1, 1 (with gasket), or 12, Top View




Figure 141 - 10 in. Wide Incoming Line Section, Top Entry, NEMA Type 1, 1 (with gasket), or 12, Top View



Conduit Entry - Bottom


Figure 142 - Bottom Horizontal Ground Bus Location, Front View(1)

Figure 143 - Standard and Incoming Line Section, Bottom Entry, NEMA Type 1, 1(with gasket), or 12, Single Section, Top View(1)




Figure 144 - Standard and Incoming Line Section, Bottom Entry, NEMA Type 1, 1 (with gasket), or 12, Back-to-Back Construction, Top View(1)

Figure 145 - Standard and Incoming Line Corner Section, Bottom Entry, NEMA Type 1, 1 (with gasket), or 12, Top View



Figure 146 - 10 in. Wide Incoming Line Section, Bottom Entry, NEMA Type 1, 1 (with gasket), or 12 Top View




Figure 147 - Standard and Incoming Line Section, Bottom Entry, NEMA Type 1, 1 (with gasket), or 12, with Optional External Mounting Channels, Single Section, Top View(1)

Figure 148 - Standard and Incoming Line Section, Bottom Entry, NEMA Type 1, 1 (with gasket), or 12, with Optional External Mounting Channels, Back-to-Back Construction, Top View(1)



Figure 149 - Standard and Incoming Line Corner Section, Bottom Entry, NEMA Type 1, 1 (with gasket), or 12, with Optional External Mounting Channels, Top View

Figure 150 - 10 in. Wide Incoming Line Section, Bottom Entry, NEMA Type 1, 1 (with gasket), or 12, with Optional External Mounting Channels, Top View



Additional Resources

These documents contain additional information concerning related products from Rockwell Automation.

You can view or download publications at http://www.rockwellautomation.com/literature/. To order paper copies of technical documentation, contact your local Allen-Bradley distributor or Rockwell Automation sales representative.

Resource Description

Form 385 - Motor Control Center Layout and Specification Specific drawings and dimensions for your MCC.

Industrial Automation Wiring and Grounding Guidelines, publication 1770-4.1 Provides general guidelines for installing a Rockwell Automation industrial system.

Product Certifications website, http://www.ab.com Provides declarations of conformity, certificates, and other certification details.


http://www.literature.rockwellautomation.com/idc/groups/literature/documents/in/1770-in041_-en-p.pdf

http://www.ab.com

http://www.rockwellautomation.com/literature/

Allen-Bradley, Rockwell Software, Rockwell Automation, CENTERLINE, and LISTEN. THINK. SOLVE are trademarks of Rockwell Automation, Inc.

Trademarks not belonging to Rockwell Automation are property of their respective companies.

Publication 2100-TD018B-EN-P - March 2015 Supersedes Publication 2100-4.2 - October 1998 Copyright © 2015 Rockwell Automation, Inc. All rights reserved. Printed in the U.S.A.

Important User Information

Read this document and the documents listed in the additional resources section about installation, configuration, and operation of this equipment before you install, configure, operate, or maintain this product. Users are required to familiarize themselves with installation and wiring instructions in addition to requirements of all applicable codes, laws, and standards.

Activities including installation, adjustments, putting into service, use, assembly, disassembly, and maintenance are required to be carried out by suitably trained personnel in accordance with applicable code of practice.

If this equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired.

In no event will Rockwell Automation, Inc. be responsible or liable for indirect or consequential damages resulting from the use or application of this equipment.

The examples and diagrams in this manual are included solely for illustrative purposes. Because of the many variables and requirements associated with any particular installation, Rockwell Automation, Inc. cannot assume responsibility or liability for actual use based on the examples and diagrams.

No patent liability is assumed by Rockwell Automation, Inc. with respect to use of information, circuits, equipment, or software described in this manual.

Reproduction of the contents of this manual, in whole or in part, without written permission of Rockwell Automation, Inc., is prohibited.

Documentation Feedback

Your comments will help us serve your documentation needs better. If you have any suggestions on how to improve this document, complete this form, publication RA-DU002, available at http://www.rockwellautomation.com/literature/.

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Rockwell Automation maintains current product environmental information on its website athttp://www.rockwellautomation.com/rockwellautomation/about-us/sustainability-ethics/product-environmental-compliance.page.

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