2. 5015-21-3104 DMAFB Cutsheets - 100%.pdf

DMAFB Substation Switching and Distribution Design Analysis 09 November 2023

Appendix B - Catalog Cut Sheets

For Major Electrical Equipment

����� �!"#$!�%&�#"'!�#('�#�()*+"!# (,# ))!��'-�!�.#/&!#�'�!(�#) 0 )���!�#*���!"# -!#1 �!"#'(# (#!�1!"�!(�#"!0�&#'2#345#'2#�&!#�'� *#0'*!# 6789:;<=<><?:@<AB:CD6<7EF7GE78:<G7H:;<IJ<G7H78G78:<CHK8<:;7<JKI6<D8G<FDBLM66<BK8GI:IK8J<D8G<I:<:;7<N7JHK8JIFI6I:O<K?<:;7<HCNB;DJ7N<:K<G7M87@

P

Q *�'(�#R��*��,#'22!-�#S�!!*#TS$UV#W'()-!�!# ("#X,1-�"#TY!Z#['*!\U

HK67J<:;D:<B6KJ76O<ED:B;<J:D8GDNG<]KKG<HK67<B6DJJIMBD:IK8<D8G<K??7N<:;7

1!��#)&'�)!# �'(%# **#� �!-� *�#2'-#(!Z# ("#-!0* )!�!(�#)'(��-+)��'(.# :̂D8GDNGI_7G<HK67J<DN7<G7JI987G<I8<DBBKNGD8B7<]I:;< àb̂ac<defgg<D8G<:;7< )'--!* ��'(#'2#�� (" -"�h!"#S�!!*#0'*!#��h!#�'#Z''"#0'*!#)* ��#��#1 �!"#'(# i- "!#j#)'(��-+)��'(.#X'-�h'(� *#��0#*' "#k#lVmno#*1�.

3l

W'()-!�!V#X,1-�"#TY!Z['*!\U#p#S�!!*#q* (%!"#"!��%(�# r �* 1*!#+0'(#-!s+!��.

tuvwxyz{|}|vz~}}�v�}�{���v�z��vvv���v�{��}~}�vw��ux�v���}�v�w��v�{���~�v

¥¦§̈� �©��� ª

¥���§̄ª��° ¤

±��£¬����²�¬����� ¥³�́̄£µ ª

¶�§�£����������¥¦ª·�

¶�§�£����������¥�ª·�

¶�§�£����������¥̧ª·�

¹º» ¼½¤¾¾ ¼¿¼¾ ¹¼À¤Á ¹º¤ºÂ�·�¤¿¼½Ã ´́́´ ´́́´

¹Ä» ¿º¤¿¼ ¼¾¾Å ¹¾¼¤º ¹Ä¤ºÂ�·�¤¿¼½Ã ´́́´ ´́́´

¾º» ¿º¤½Á ¼À½¿ ¹ÀĤ¿ ¾º¤ºÂ�·�¤¿¼½Ã ´́́´ ´́́´

¾Ä» ¿¼¤Á¾ ¼½¾Ä ¹½¼¤¹ ¾Ä¤ºÂ�·�¤¿¼½Ã ´́́´ ´́́´

ĺ» ¿¿¤Äº ¿¿ºÁ ¾¼Å¤¹ ĺ¤ºÂ�·�¤¿¼½Ã ´́́´ ´́́´

ÄÄ» ¿¹¤¿Á ¿¾ÁÅ ¾¾À¤¿ ÄĤºÂ�·�¤¿¼½Ã ´́́´ ´́́´

Àº» ¿¾¤º¾ ¿ÁĽ ¾ÁĤº Àº¤ºÂ�·�¤¿¼½Ã ´́́´ ´́́´

Àº»�Æ ¿¹¤Àº ¹ºÅŠļ½¤Å ¿¼¤¹Â�·�¤¿ÄºÃ ¾¿¤ÁÂ�·�¤¿¼½Ã ´́́´

ÀÄ» ¿¾¤¹Á ¹¾¼¹ ÄŤº ¿À¤¹Â�·�¤¿ÄºÃ ¾¿¤ÁÂ�·�¤¿¼½Ã ´́́´

Áº» ¿Ä¤¼¾ ¹Á¾Å ÄÅÁ¤¿ ¹¼¤¹Â�·�¤¿ÄºÃ ¾¿¤ÁÂ�·�¤¿¼½Ã ´́́´

ÁÄ» ¿Ä¤½¼ ¾ºÄ¿ À¿¿¤Ä ¿À¤¹Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã ´́́´

ź» ¿À¤ÀÅ ¾¾º½ ÀÄŤŠ¹¼¤¹Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã ´́́´

ÅÄ» ¿Á¤¾Ä ¾ÁÁÄ À½À¤¼ ¹À¤¹Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã ´́́´

½º» ¿Å¤¿¼ ļĹ Á¹¾¤Ä ¾¼¤¹Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã ´́́´

½Ä» ¿Å¤½Å Äľº ÁÁ¹¤Å ¾À¤¹Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã ´́́´

¼ºº» ¿½¤ÁÄ Ä½¹Å ż¾¤¿ ļ¤¹Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã ´́́´

¼ºÄ» ¹º¤Ä¿ À¹¾Á ÅÄĤÁ ÄÀ¤¹Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã ´́́´

¼¼º» ¹º¤Á½ Á¹¹º ½Á¿¤À ¿À¤ÅÂ�·�¤¿Å¼Ã ¹½¤¼Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã

¼¼Ä» ¹¼¤ÄÀ ÁÅºÄ ¼º¿º¤À ¹¼¤ÅÂ�·�¤¿Å¼Ã ¹½¤¼Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã

¼¿º» ¹¿¤¹¹ Å¿½¿ ¼ºÀ½¤Å ¹À¤ÅÂ�·�¤¿Å¼Ã ¹½¤¼Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã

¼¿Ä» ¹¹¤º½ ÅÁ½¼ ¼¼¿º¤¼ ¾¼¤ÅÂ�·�¤¿Å¼Ã ¹½¤¼Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã

¼¹º» ¹¹¤ÅÀ ½¹º¿ ¼¼Á¼¤À ¾À¤ÅÂ�·�¤¿Å¼Ã ¹½¤¼Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã

¼¹Ä» ¹¾¤À¹ ½Å¿Ä ¼¿¿¾¤¿ ļ¤ÅÂ�·�¤¿Å¼Ã ¹½¤¼Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã

¼¾º» ¹Ä¤¾º ¼º¹Ä½ ¼¿ÁŤº ÄÀ¤ÅÂ�·�¤¿Å¼Ã ¹½¤¼Â�·�¤¿ÄºÃ Ä¿¤ÅÂ�·�¤¿¼½Ã

michael.harbison Text Box

POLE BASIS FOR BLUE AND MAGENTA LINES (INCLUDING EMBED DEPTH)

michael.harbison Highlight

#$��$���-����$����,�"�#.�/01�#.��"���#��&�,#&��&�$!�"�2�3�.�*�4%�'�&���-����$����,�"������,�$��$�� 56789:;<9=7>?9@8A9B@CDE??9C78A>:>78=9@8A9>:9:;<9F<=678=>B>?>:G97H9:;<965FC;@=<F9:79A<E8<I

J@?K78:9L:>?>:G97HH<F=9M:<<?9NMOPMOQRS9T78CF<:<9@8A9UGBF>A9NV<W9X7?<YZ�,#&����"���%&#��&(����%"����$��)��[##��,#&�� A<=>̂8<A9>89@CC7FA@8C<9W>:;9_MT̀PM̀a9bcdee9@8A9:;<9C7FF<?@:>7897H9=:@8A@FA>f<A9M:<<?967?<9=>f<9:79W77A967?<9C?@==9>=9B@=<A9 #$�g)����h�%#$��)'%��#$*i j#$%)���k�l(-)���mn�[o#&�YZ�p� \���&�q&�$!�������!$���r��&�-&�� ',#$�)�s'���* tu vwxywz{|}~�~y|����y���}���y�|��yyy���y�}������yw�����y�����y�zwxy�}�����y ���}������y�}�y���~y�ywx����y����

©ª «¤¬ ±���̈²

³̈�«́��¢µ §��̄·²

¹��«́��¢ º�́ ¢¤� »�¼·«½̈²

¾¢̄�«�¤ £¢¤¥�¦ ®² ¿

¾¢̄�«�¤ £¢¤¥�¦ §² ¿

¾¢̄�«�¤ £¢¤¥�¦ À ¿

ÁÂà ÄŬÁÅ ÂÆÄÄ ÇÈÉ¬È ÊȬ ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË ¼¼¼¼

ÉËà ÄʬÁÉ ÂÇÊ ÅËÄÇ¬È ÄŬ ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË ¼¼¼¼

ÉÂà ÄĬÉÈ ÈÆÄÄ ÅÅÅˬ ÄȬ ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË ¼¼¼¼

ÇËà ÄƬÇÄ ÈÇÂÉ ÅÅÉÅ¬Ä ÆŬ ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË ¼¼¼¼

ÇÂà ÄȬËÅ ÁÂËË ÅÊÂʬŠÆȬ ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË ¼¼¼¼

ÅËËà ÄÁ¬ËÉ ÉËÂÉ ÅÄÊĬŠÂŬ ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË ¼¼¼¼

ÅËÂà ÄɬÅÈ ÉÈÄÊ ÅÄÇÆ¬Ë ÂȬ ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË ¼¼¼¼

ÅÅËà ÄɬÈÁ ÇÈÇÁ ÅÆÂË¬É ÊȬ ¿ ¬ÊÉÅ ÆË¬Ë ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË

ÅÅÂà ÄǬÁ ÅËÊÇÈ ÅÂËÈ¬Æ ÄŬ ¿ ¬ÊÉÅ ÆË¬Ë ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË

ÅÊËà ÆˬÉÊ ÅËÇÅÊ ÅÂÁÈ¬Ë ÄȬ ¿ ¬ÊÉÅ ÆË¬Ë ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË

ÅÊÂà ÆŬÇË ÅÅÂÆÆ ÅÈÊǬ ÆŬ ¿ ¬ÊÉÅ ÆË¬Ë ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË

ÅÄËà ÆʬÇÁ ÅÊÅÇÊ ÅÈÉŬÁ ÆȬ ¿ ¬ÊÉÅ ÆË¬Ë ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË

ÅÄÂà ÆƬË ÅÊÉÂÁ ÅÁÆÇ¬É ÂŬ ¿ ¬ÊÉÅ ÆË¬Ë ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË

ÅÆËà ƬÅÊ ÅÄÂÄÇ ÅÉËˬŠÂȬ ¿ ¬ÊÉÅ ÆË¬Ë ¿ ¬ÊÉÅ ÂʬÁ ¿ ¬ÊÂË

vw�ywz{|}~�~y|����y���}���y�|��yyy���y�}������yw����y�����y�z�xy�}�����y

���}������y�}�y���~y�yw�����y����y

©ª «¤¬ ±���̈²

³̈�«́��¢µ §��̄·²

¹��«́��¢ º�́ ¢¤� »�¼·«½̈²

¾¢̄�«�¤ £¢¤¥�¦ ®² ¿

¾¢̄�«�¤ £¢¤¥�¦ §² ¿

¾¢̄�«�¤ £¢¤¥�¦ Ͳ ¿

ÁÂà ÄŬÁÅ ÂÂÊË ÇÇÄ¬Ç ÊȬ ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË ¼¼¼¼

ÉËà ÄʬÁÄ ÈËÅÊ ÅËÈÈ¬È ÄŬ ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË ¼¼¼¼

ÉÂà ÄĬÁÈ ÈÂÅÇ ÅÅÄÇ¬Æ ÄȬ ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË ¼¼¼¼

ÇËà ÄƬÁÉ ÁËÆÊ ÅÊÅʬŠÆŬ ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË ¼¼¼¼

ÇÂà ĬÉÅ ÁÂÉÅ ÅÊÉÆ¬É ÆȬ ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË ¼¼¼¼

ÅËËà ÄȬÉÄ ÉÅÄ ÅÄÂÁ¬Â ÂŬ ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË ¼¼¼¼

ÅËÂà ÄÁ¬ÉÈ ÉÁË ÅÆÅÈ¬Ë ÂȬ ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË ¼¼¼¼

ÅÅËà ÄɬÄÊ ÅËËÇË ÅÂËÊ¬Ç ÊȬ ¿ ¬ÄÅÄ ÆˬŠ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË

ÅÅÂà ÄǬÄ ÅËÁÆÉ ÅÂÁÂ¬È ÄŬ ¿ ¬ÄÅÄ ÆˬŠ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË

ÅÊËà ÆˬÄÁ ÅÅÆÊÆ ÅÈÆÉ¬Ä ÄȬ ¿ ¬ÄÅÄ ÆˬŠ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË

ÅÊÂà ÆŬÆË ÅÊÅÅÉ ÅÁÊÅ¬Ë ÆŬ ¿ ¬ÄÅÄ ÆˬŠ¿ ¬ÊÉÅ ÂÊ¬É ¿ ¬ÊÂË

ÎÏÐÑ ÒÓÔÒÓ ÎÓÕÓÖ Î×ÖÏÔÕ ÒØÔÙÚÛÚÔÏÎÏ ÒÐÔÎÚÛÚÔÓÕÎ ÙÓÔÕÚÛÚÔÓÙÐ

ÎÏÙÑ ÒÏÔÒÙ ÎÏÙÙÕ ÎÕØØÔÙ ÙÎÔÙÚÛÚÔÏÎÏ ÒÐÔÎÚÛÚÔÓÕÎ ÙÓÔÕÚÛÚÔÓÙÐ

ÎÒÐÑ ÒÒÔÒ× ÎÒÏÐÒ ÎÖÏÖÔÓ ÙØÔÙÚÛÚÔÏÎÏ ÆˬŠ¿ ¬ÊÉÅ ÙÓÔÕÚÛÚÔÓÙÐ

michael.harbison Text Box

POLE BASIS FOR RED LINE BASED ON TIP LOAD, HEIGHT/WEIGHT HALVED

michael.harbison

11-2 AAC

AAC

All Aluminum Conductor. Bare.

APPLICATIONS

Classes 1 AA and A are used primarily for overhead transmission and primary and secondary distribution, where ampacity must be maintained and a lighter conductor (compared to ACSR) is desired, and when conductor strength is not a critical factor. Classes B and C are used primarily as bus, apparatus connectors and jumpers, where additional flexibility is required.

SPECIFICATIONS

Southwire's AAC bare conductor meets or exceeds the following ASTM specifications:

• B230 Aluminum 1350-H19 Wire for Electrical Purposes.

• B231 Concentric-Lay-Stranded Aluminum 1350 Conductors.

CONSTRUCTION

Aluminum 1350-H19 wires, concentrically stranded.

1 Classes refer to stranding and are an indication of relative conductor flexibility, AA being the least flexible, C the most flexible.

Thu Apr 19 11:08:16 EDT 2012 Page 1 of 3

Goldenrod 954.0 61 A .1251 1.125 .7498 894 16900 .0181 .0226 983

Hawkweed 1000 37 AA .1644 1.151 .7854 937 17200 .0173 .0216 1010

Camellia 1000 61 AA .128 1.152 .7849 937 17700 .0713 .0216 1011

Bluebell 1033.5 37 AA .1671 1.17 .8114 969 17700 .0167 .0210 1031

Larkspur 1033.5 61 AA .1302 1.171 .8122 969 18300 .0167 .0210 1032

Marigold 1113.0 61 AA, A .1351 1.216 .8744 1043 19700 .0155 .0195 1079

Hawthorn 1192.5 61 AA, A .1398 1.258 .9363 1118 21100 .0145 .0183 1124

Narcissus 1272.0 61 AA, A .1444 1.3 .999 1192 22000 .0136 .0173 1169

Columbine 1351.5 61 AA, A .1488 1.34 1.0608 1267 23400 .0128 .0163 1212

Carnation 1431 61 AA, A .1532 1.378 1.1244 1341 24300 .0121 .0155 1253

Gladiolus 1510.5 61 A .1574 1.416 1.1869 1416 25600 .0144 .0147 1294

Coreopsis 1590.0 61 AA .1614 1.453 1.248 1490 27000 .0109 .0141 1333

Jessamine 1750.0 61 AA .1694 1.524 1.3748 1640 29700 .00988 .0129 1408

Cowslip 2000.0 91 A .1482 1.631 1.5697 1875 34200 .00864 .0115 1518

Sagebrush 2250 91 A .1572 1.73 1.7662 2130 37500 .00776 .0105 1612

Lupine 2500.0 91 A .1657 1.823 1.9623 2366 41900 .00698 .00969 1706

Bitterroot 2750 91 A .1738 1.912 2.1589 2603 46100 .00635 .00900 1793

Trillium 3000 127 A .1537 1.998 2.3564 2839 50300 .00582 .00834 1874

Bluebonnet 3500 127 A .166 2.158 2.7486 3345 58700 .00499 .00756 2024

+Conductor temperature of 75ºC, ambient temperature 25ºC, emissivity 0.5, wind 2 ft./sec. in sun.

AAC

Thu Apr 19 11:08:16 EDT 2012 Page 3 of 3 stephen.santilian

SEL-751

Feeder Protection Relay

2 ms arc-flash protection and feeder relay in one platform

• Support low-energy analog (LEA) voltage sensor inputs and Rogowski coil or low-power current transformer (LPCT) inputs in small-enclosure installations.

• Detect open-phase conditions with phase discontinuity detection logic.

• Prevent faults caused by broken conductors on single-circuit lines using broken-conductor detection, and mitigate possible fire hazards.

• Safely re-energize your system after an extended outage with the cold-load pickup element.

• Improve network recovery via alternate paths in a network with the Rapid Spanning Tree Protocol (RSTP).

© 2022 by Schweitzer Engineering Laboratories, Inc.

PF00254 · 20221024

Making Electric Power Safer, More Reliable, and More Economical +1.509.332.1890 | info@selinc.com | selinc.com

SEL-751 Specifications General Displays 2 � 16-character LCD

5-inch color touchscreen display, 800 � 480 pixels

AC Current Inputs 5 A or 1 A phase and 5 A, 1 A, or 200 mA neutral

Rogowski Coil-Based AC Current Inputs (RJ45)

30 Vac (phase-to-neutral) continuous, ±185 Vpeak, 200 Vac for 10 seconds

Compliant with IEC 61869-10 standard

LPCT Inputs (RJ45) 4 Vac continuous, ±11.3 Vpeak, 200 Vac for 10 seconds

AC Voltage Inputs 300 Vac continuous, 600 Vac for 10 seconds

LEA Voltage Inputs 8 Vac (phase-to-neutral), ±12 Vpeak, 300 Vac for 10 seconds

LEA Voltage Sensor Inputs

(RJ45)

8 Vac (phase-to-neutral), ±12 Vpeak, 200 Vac for 10 seconds

Compliant with IEC 61869-11 standard

Output Contacts The relay supports Form A, B, and C outputs.

Optoisolated Control Inputs DC/AC control signals: 250, 220, 125, 110, 48, or 24 V

As many as 26 inputs are allowed in ambient temperatures of 85°C (185°F) or less.

As many as 34 inputs are allowed in ambient temperatures of 75°C (167°F) or less.

As many as 44 inputs are allowed in ambient temperatures of 65°C (149°F) or less.

Frequency and Phase Rotation System frequency: 50, 60 Hz

Phase rotation: ABC, ACB

Frequency tracking: 15–70 Hz (requires ac voltage inputs)

Arc-Flash Time-Overlight® Elements (TOL1–TOL8)

Pickup time: 2–5 ms

Dropout time: 1 cycle

Communications Protocols SEL (Fast Meter, Fast Operate, and Fast SER), Modbus TCP/IP, Modbus RTU, DNP3, FTP, IRIG-B, Telnet, SNTP, EtherNet/IP, firmware-based IEEE 1588 PTP, IEC 61850 Edition 2, IEC 60870-5-103, the Parallel Redundancy Protocol (PRP), RSTP, Mirrored Bits communications, and IEEE C37.118-2005 (synchrophasors).

Language Support English and Spanish

Power Supply 110–250 Vdc or 110–240 Vac

Input voltage range: 85–300 Vdc or 85–264 Vac

24–48 Vdc

Input voltage range: 19.2–60 Vdc

Operating Temperature –40° to +85°C (–40° to +185°F) Note: LCD contrast is impaired for temperatures below –20°C (–4°F) and above +70°C (+158°F).

Certifications To view certifications for the SEL-751, please visit selinc.com/company/certifications.

General Description Eaton’s VacClad-W metal-clad switchgear with Type VCP-W vacuum breakers provides centralized control and protection of medium-voltage power equipment and circuits in industrial, commercial and utility installations involving generators, motors, feeder circuits, and transmission and distribution lines.

VacClad-W offers a total design concept of cell, breaker and auxiliary equip ment, which can be assembled in various combinations to satisfy user application requirements. Two-high breaker arrangements are standard up to 15 kV. One-high arrangements can be furnished when required.

Ratings

Maximum Voltages:

4.76 kV, 8.25 kV, 15 kV

Interrupting Ratings:

4.76 kV: Up to 63 kA

8.25 kV: Up to 63 kA

15.0 kV: Up to 63 kA

Continuous Current—Circuit Breakers:

1200 A, 2000 A, 3000 A (5 and 15 kV) 4000 A forced cooled (5 and 15 kV)

Continuous Current—Main Bus:

1200 A, 2000 A, 3000 A (5 and 15 kV) 4000 A (5 and 15 kV)

Note: Continuous currents above 4000 A, contact Eaton.

Certifications

■ UL® and CSA® listings are available for many configurations; consult Eaton

Additional VacClad-W Metal-Clad Switchgear Offerings VacClad-W metal-clad switchgear is also available in the following designs:

Refer to the Eaton website for additional details.

VacClad-W Metal-Clad Switchgear

VCP-W Circuit Breaker Cut-Away View of Vacuum Interrupter (Enlarged to Show Detail)

Fixed Stem

Contacts

Bellows and Bellows Shield

Movable Stem

Design Guide DG022001EN Effective December 2022

5 .1-2

VacClad-W 5–15 kV, 36" Wide Metal-Clad Medium-Voltage Switchgear

EATON www.eaton.com

General Description

Circuit Breakers

VCP-W Circuit Breakers Eaton’s VCP-W medium-voltage circuit breakers offer the latest in vacuum technology, providing superior control and protection of medium-voltage power equipment in utility, industrial, commercial, mining and marine installations. Built in a state-of-the-art ISOT 9002 certified facility, they meet or exceed all ANSI requirements. Available in drawout configurations, Eaton’s vacuum circuit breakers are a result of our ongoing commitment to research and development, which have resulted in significant breakthrough technologies.

Each breaker is provided with its unique Quality Assurance Certificate that documents all tests and inspections performed. As a continuous product quality and reliability improvement, Eaton has now introduced 5 and 15 kV VCP-W circuit breakers rated up to 50 kA with newer and simplified pole units with longer VI life. The refreshed VCP-W circuit breakers have been tested to ANSI/IEEE standards C37.04-2018 and C37.09-2018.

Refer to Table 5 .1-2 for available ratings.

VCP-W Standard Features

■ Eaton’s maintenance-free vacuum interrupters with visual contact erosion indicator

■ Non-sliding/non-rolling flexible current transfer system

mechanism

■ Electrically operated trip-free, spring stored energy mechanism

■ Interlocks that prevent moving a closed circuit breaker into or out of the connected position

■ Closing springs automatically discharge before moving the circuit breaker into or out of the enclosure

■ Provisions for manual charging of closing springs

discharged indicator

and 1A/3B for ac spare contacts

■ Spring charging motor, close coil, trip coil, latch check switch and anti-pump relay

VCP-W Circuit Breaker Ratings

■ Table 5 .1-2 includes 5/15 kV circuit breakers rated on the basis of K = 1.0 in accordance with ANSI standards for 25 kA, 40 kA and 50 kA at 60 Hz

■ Table 5 .1-3 includes 5/15 kV circuit breakers rated on the basis of K = 1.0 in accordance with ANSI standards for 63 kA at 60 Hz and 25 kA, 40 kA, 50 kA and 63 kA at 50 Hz

■ Table 5 .1-4 includes capabilities of traditional 5/15 kV circuit breakers rated on the basis of K > 1.0. Contact Eaton for availability of these circuit breakers

The following discussion provides a brief explanation of rated voltage range factor K = 1 and K > 1.0.

Discussion of changes in the Rated Voltage Range Factor, K, or “K-factor” In 1997 and 2000 editions of ANSI C37.06, under Table 1, preferred values for the rated voltage range factor, K, were set to

1.0 for all indoor circuit breaker ratings.

This was done because interrupting capabilities of today’s vacuum circuit breakers are better represented by K = 1.0.

Unlike old air-magnetic and oil circuit breakers, today’s vacuum breakers generally do not require a reduction in interrupting current, as the operating voltage is raised to rated maximum voltage, for example from 11.5 kV up to 15 kV. The interrupting capability of vacuum circuit breakers is essentially constant over the entire range of operating voltages, up to and includ ing its rated maximum voltage.

The change was also made as a step toward harmonizing preferred ANSI ratings with the preferred ratings of IEC standards. It was further recognized that it is much simpler to select and apply circuit breakers rated on the basis of K = 1.0.

The change in the K value, however, in no way affects the ratings and capabilities of circuit breakers originally tested and rated on the basis of K > 1 in the earlier editions of C37.06. Existing circuit breakers, with ratings based on K > 1.0, are still perfectly valid, meet the latest editions of the standards, and should be continued to be applied as they have been in the past. The original K > 1.0 ratings are neither “obsolete” nor “inferior” to the new K = 1.0 ratings;

they are just different.

The new 1997 and 2000 editions of ANSI standard C37.06 still include the earlier K > 1 ratings as Table A1 and A1A. The change from K > 1.0 to K = 1.0 should be implemented by manufacturers as they develop and test new circuit breakers designs. The change does not require, recommend or suggest that manufactures re-rate and re-test existing breakers to new standard.

And accordingly, Eaton continues to offer both circuit breakers rated on the traditional basis of K > 1.0 just as thousands of those breakers have been applied for variety of circuit switching applications worldwide, and also as Eaton develops new breakers, they are rated and tested to the new K = 1 ratings.

As a leader in vacuum interruption technology, Eaton continues to provide a wide choice of modern vacuum circuit breakers so that the user can select the most economical circuit breaker that can satisfy their circuit switching application.

VCP-W Breaker (Side View)

Design Guide DG022001EN Effective December 2022

5 .1-5

VacClad-W 5–15 kV, 36" Wide Metal-Clad Medium-Voltage Switchgear

EATON www.eaton.com

Devices

Metal-enclosed capacitor banks

Eaton's metal-enclosed capacitor banks feature the latest capacitor technology from its Cooper Power™ series product line based on over 70 years of experience in design and manufacture of power capacitors. The capacitor banks are designed to meet or exceed all applicable ANSI®, IEEE®, NEMA®, NEC®, and IEC® standards.

Metal-enclosed capacitor banks from Eaton are engineered-to-order to meet customer system requirements and indoor or outdoor site conditions. Metal-enclosed banks are fully assembled and tested which significantly reduces site installation costs and time. Custom designs are available for utility, commercial, and industrial applications globally. The banks can be designed to the requirements of IEEE Std 693™-2005 for seismic conditions.

Metal-enclosed capacitor banks–the sustainable solution–improve efficiency in the power system by reducing losses from point of application to the generator, saving money and decreasing CO2 emissions. Capacitor banks also improve power quality by supporting voltage and mitigating harmonic issues–when applied as harmonic filters.

Metal-enclosed banks are typically* offered in the following ratings:

• 2.4 kV to 38.0 kV

• -50 °C to +55 °C (-58 °F to +131 °F)

• Up to 200 kV BIL

• Up to 63 kA (sym)

Metal-enclosed designs are available as single-step, multi-stepped, de-tuned, and with harmonic filtering. Compared to traditional open rack substation designs, metal-enclosed banks can provide the same benefit but within a smaller footprint.

*Consult factory for special ratings or design considerations not included above.

General

Capacitor Products Catalog Data

CA230008EN

Effective August 2015 Supersedes 230-70 April 2014

COOPER POWER

SERIES

Metal-enclosed capacitor bank features

Eaton's exclusive all-film, extended foil/mechanically connected capacitors provide:

• Low dielectric losses (0.05 watts/kvar)

• Superior electrical performance and reliability

• Proprietary Edisol® VI, dielectric fluid that provides the best balance between low and high ambient temperature operation

Three capacitor duty options are provided depending on the customer’s application needs:

• Standard-duty capacitor

• Meets or exceeds the requirements of IEEE Std 18™-2002 standard

• Meets or exceeds the requirements of IEC 60871-1

• 10 kA tank rupture curve coordination

• Heavy-duty capacitor

• Meets or exceeds the requirements of IEEE Std 18™-2012 standard

• Meets or exceeds the requirements of CAN/CSA-C60871-1

• 125% continuous overvoltage capability 10 kA tank rupture curve coordination

• Extreme-duty capacitor

• Meets all of the requirements of IEEE Std 18™-2012 standard

• Meets all of the requirements of CAN/CSA-C60871-1

• Meets or exceeds the requirements of IEC 60871-1, 2 for -50 °C to +55 °C

• 125% continuous overvoltage capability

• Eaton's exclusive 15 kA tank rupture curve coordination

• 15% higher routine test voltages

• Internally fused capacitors

• Meets all of the requirements of IEEE Std 18™-2012 standard

• CLEANBREAK™ element fusing system

Construction features of Eaton's power capacitors include:

• Mechanical crimping connection system (exclusive to Eaton).

Provides solderless internal connections that eliminate localized heating and cold solder joints.

• Stainless steel tank with light gray finish for resistance to severely corrosive atmospheres. Tank is finished with an epoxy primer and a urethane topcoat coating system. This system has been tested to IEEE Std C57.12.31™-2010 and the IEEE Std C57.12.29™-2005 standards.

• Light-gray, porcelain bushings are blazed for high strength and durability and hermetically sealed to the capacitor tank.

Protection and control Protection and control requirements are often unique to each customer and application. Eaton can provide complete protection and control systems designed to operate independently and/ or integrate with the customer’s protection and control scheme.

Control panels can be integrated as part of the bank enclosure or provided separately for mounting inside a remote control room.

Intelligent automatic capacitor step controllers can be provided to select which steps to switch on or off to optimize system performance. Controllers can be provided to switch manually, remotely, or automatically on voltage, vars, current, temperature and time control. Remote switching can be easily integrated into advance automation schemes such as Eaton's Cooper Power series

Yukon® Integrated Volt/VAR Control Application, SCADA, Distribution Management System, or on-site DCS system.

Protection and control equipment is fully assembled, tested and can include (but not limited) to the following:

• Manual and automatic control

• Supervisory Control and Data Acquisition (SCADA)

• Protective relaying

• Annunciation panel

• Capacitor unbalance detection

• Fusing with blown fuse detection

• Coordination with upstream protective devices

• Safety interlocking

• Temperature, humidity, and condensation control

• Timers and auxiliary equipment

Installation, maintenance and reliability Metal-enclosed banks are fully assembled and tested at the factory before delivery to the site. Compared to typical open air racks the site preparation, engineering time, installation time, and commissioning time can be greatly reduced.

The banks are low profile and easily accessible to field maintenance crews. Performing routine maintenance is easier since heavy equipment is not required to maintain the banks and crews can access equipment from the ground.

Metal-enclosed banks are commonly used in areas where wildlife related outages is a concern, in highly corrosive or contaminated site locations or when environmental conditions are an issue. Depending on the degree of protection specified the metal enclosure can offer protection for electrical equipment from these potential hazards which increase reliability.

Harmonic filters In locations where harmonic producing loads are a concern metal-enclosed de-tuning or harmonic filter banks are becoming a preferred solution due to the reduced installation time and significant space savings compared to traditional open rack filters.

Air core reactors are commonly used to mitigate back-to-back switching transients; however when rated for tuning, air core reactors can require large magnetic field clearances which can greatly increase the size of the enclosure.

As an alternative, iron core reactors can be used in place of air core reactors due to the high permeability of the iron core which confines the magnetic field.

Multiple-step capacitor banks Metal-enclosed banks can be provided as a single-step or with multiple steps for optimal flexibility. Electric systems often need versatile solutions to meet the demands of the system's requirements. Utilizing multi-step banks offer flexibility and significant space savings. Multi-step banks using different rated var steps offer even more versatility due to the different var stage combinations available.

Catalog Data CA230008EN Effective August 2015 www.eaton.com/cooperpowerseries

Enclosure The enclosure is a self-supporting structure manufactured of 12-gauge mild steel (standard). Aluminum 304L and 316L stainless steel are available as options. Structures are typically mounted on a heavy-duty rectangular steel channel base with an open bottom for mounting on a concrete pad. Each enclosure is finished in ANSI® 70 Gray or Guardian Green conforming to Munsell 7.0GY3.29/1.5. Other colors are available upon request. The coating is tested to IEEE Std C57.12.28™-2005 standard, including ASTM B1117 1000-hour 5% salt spray corrosion test, ASTM D2247 1000-hour humidity test, ASTM G53 500-hour ultraviolet accelerated weathering test, and ASTM D2794 impact testing.

Accessories The following accessories can be provided and installed with the capacitor banks:

1. Protection and control equipment including instrument transformers

2. Control power transformer

3. Isolating and grounding switches

4. Switching devices/circuit breakers

5. Interlocks

6. Surge arresters

7. Reactors for current-limiting, de-tuning or harmonic filtering

8. Fusing (externally or internally fused)

9. Resistors for harmonic filtering

10. Discharge coils

11. Temperature and condensation control equipment

12. Fire Protection

13. Removable lifting eyes

Ordering information When ordering substation metal-enclosed banks, or when requesting proposals, please specify the following:

1. System information

A. Nominal operating voltage

B. Maximum operating voltage

C. System BIL

D. System frequency

E. System connection; solidly-grounded, ungrounded, etc.

F. Available fault current, magnitude and duration

2. Var requirements

A. Desired total three-phase kvar

B. Desired total three-phase kvar per step (multiple-step banks)

C. System study to be performed by Eaton (consult factory for details)

3. Capacitors

A. Type of duty – heavy-duty is recommended (consult factory for details)

B. Special requirements, if any, such as preferred voltage rating, kvar rating, number of bushings, or extra creepage

C. Capacitor connection; grounded-wye, ungrounded-wye, split-wye, delta

D. Capacitor fusing; externally fused, fuseless, internally fused

4. Enclosure construction

A. Color of enclosure, or non-painted

B. Type of enclosure, mild-carbon steel, 304SS, 316SS, aluminum; 12-gauge, mild carbon steel (standard), specify all enclosure construction requirements

C. Maximum or preferred enclosure dimensions

D. Seismic, wind, snow loading conditions

E. Environmental conditions, e.g. contamination, temperature, coastal, elevation

5. Accessories and miscellaneous details

A. See Accessories previously listed.

B. Applicable standards

6. De-tuning and harmonic filtering

A. Harmonic Current Spectrum and Study if available

B. Preferred equipment ratings if available

C. Desired tuning frequency

D. Desired effective output kvar (per step)

E. Number of steps

Catalog Data CA230008EN Effective August 2015 www.eaton.com/cooperpowerseries

MDS Power Inc.

© Copyright 2021 Specifications subject to change mdspower.com 800.931.4919 514.369.4919

STANDARD FEATURES

ATevo SERIES

BATTERY CHARGER

The AT Series Battery Chargers have been the industry standard in stationary utility applications for over 40 years. As demand for full system reliability increases, our products have evolved to include powerful diagnostics to better assess the health of your charging system. ATevo represents the next generation of our AT Series product line. It is designed and manufactured with the same high quality and reliability you’ve come to expect from HindlePower.

Not only is ATevo equipped with the same standard AT Series Charger features, it is loaded with a host of alarms and diagnostics designed to better identify both potential dc threats and real-time dc issues.

ATevo’s built-in Health System acts as both a configuration verification and self-diagnostic tool to ensure your dc system reliability.

Equipped with an easy to use interface with graphical LCD display, ATevo offers a more elegant and intuitive user experience. Packed with a host of powerful features and options, ATevo is the clear choice for utility battery charger applications.

MUCH MORE THAN A STATIONARY BATTERY CHARGER

YEAR

WARRANTY

AT SERIES BATTERY CHARGER

https://www.mdspower.com mdspower.com 800.931.4919 514.369.4919

MDS Power Inc.

© Copyright 2021 Specifications subject to change Page 2

ATevo SERIES

BATTERY CHARGER

PRODUCT OVERVIEW

SETUP MADE EASY

With it’s built in setup wizard, the HindleHealth system will walk you through all the charger settings to ensure they are set to your requirements.

24/7 SUPERVISION

At any moment, if a DC System or battey charger abnormality occurs, the HHS will identify the issue and alert the operator via the HMI Screen and LED indicator lamps. Every feature of the battery charger will be alarmed by the HHS, plus any third part device connected through the auxiliary board.

INSIGHT AT A GLANCE

The HindleHealth System status lights let you know your system’s condition instantly. Green, you are good to go. Solid Red, some maintenance is required. Blinking Red, immediate action is required.

SYSTEM COMPATIBILITY

The ATevo HHS was designed to work independently with the battery charger or in tandem with any new HindlePower products. When paired with an EPIC Series Console or EPIC Battery House, the HHS will act as a supervisory device, overseeing the system as a whole.

ALARMING (DIAGNOSTIC) CAPABILITY

ATevo provides you with advanced alarming capability right out of the box that will meet most utility specifications and requirements. An LED indicator light comes standard with HVDC, LVDC, dc output failure, ac input failure, and (+) (-) ground fault.

• High DC Voltage

• Low DC Voltage

• DC Output Failure

• AC Input Failure

• Ground Fault

• Summary

• High Level Detect

• Low Level Detect

• SCR Failure

• Rectifier Over-temp

• AC Ripple

• Relay Failure

• Open Breaker

• Open External and Internal Feedback

• End of Discharge

• Open DC Output

• Current Limit

The ATevo allows users to aggregate alarms by high priority alarm and low priority alarm. This allow users to customize alarm groupings based on their interpretation of priority requiring attention.

514.369.4919

MDS Power Inc.

© Copyright 2021 Specifications subject to change Page 3

ATevo SERIES

BATTERY CHARGER

DC Output Voltage Ratings:

24, 48, 130 or 260 Vdc nominal Current Ratings:

6, 12, 16, 20, 25, 30, 40, 50,75, 100, 125, 150, 200, 250, 300, 400, 500, 600, 800, 1000 Adc 1ph units available from 6-100A (130V only up to 75A) 3ph units available from 25A-1000A (24 and 48V start at 50A) (refer to pages 4-5 available charger output ratings)

Continuous Rating:

110% rated current at maximum equalize voltage at -18 to 50ºC Transient Rating:

Per NEMA PE-5 Current Limit Adjustment Range:

50% to 110% rated output Voltage Regulation:

±0.25% for line, load and temp. variations *Regulation at max. extended equalize voltages may not meet ±0.25%

Electrical Noise:

26dBrnc

Safety & Acceptance Meets NEMA PE5 Third party agency approvals:

MADE IN USA

AC Input Input Voltage:

120, 208, 240, 480, 600 @ 60Hz 120/208/240 (multi-tap) @ 60Hz 220, 380, 416 @ 50/60Hz

*120 VAC and multi-tap inputs not available for certain single phase units and all three-phase units

Input Voltage Tolerance::

+10%, -12% Input Frequency Tolerance::

±5% Efficiency:

85-90% typical for 130Vdc at 50-100% load

Ripple:

24/48Vdc Filtered on battery 30mVrms Filtered off battery 1% Vrms Battery Eliminator 30mVrms

130Vdc Filtered on battery 100mVrms Filtered off battery 2% Vrms Battery Eliminator 100mVrms Super Eliminator 30mVrms

260Vdc Battery Eliminator 200mVrms

Surge Withstand Capability:

Designed to meet IEEE-472, ANSI C37.90a

Seismic qualified IEEE 693/IBC CBC ABS or

CE certification available upon request

HOW TO SIZE YOUR

BATTERY CHARGER

(Simplified Formula)

( Ah x 1.R t (+ L =

Environmental Operating Ambient Temperature 5°F to 122°F (-10°C to 50°C) w/o derating Operating Altitude 3300 feet (1000 meters) above sea level w/o derating Relative Humidity 0% to 95%

(w/o condensation) Audible Noise Less than 65 dBA at any point 5ft (1.5m) from any vertical surface of enclosure

SPECIFICATIONS

Continuous Charger Output Rating

Ah=Ampere hours removed R= Recharge factor (1 = Pb) or (3 = NiCd) L= Additional standing load t= Recharge time in hours

514.369.4919

MDS Power Inc.

© Copyright 2021 Specifications subject to change Page 5

ATevo SERIES

BATTERY CHARGER

SPECIFICATION CHART (THREE PHASE INPUTS)

DC Output Rating Maximum AC Input Current AC Circuit Breaker

Ampere Rating

DC

Circuit Breaker Rating

Cabinet Style

Approx.

Shipping Weights lbs.(kg)

Heat Loss

Watts (BTU/ hr)Volts Amps 208

Vac Vac

Vac

Vac

Vac

Vac

Vac

Vac

Vac

Vac

Vac

Vac

Vac

Vac

24Vdc

50 9 8 6 5 8 6 6 15 15 15 15 15 15 15 80 5070 232 (105) 231 (789)

75 12 11 7 7 11 8 8 15 15 15 15 15 15 15 125 5070 251 (114) 344 (1174)

100 16 14 9 8 15 10 10 20 20 15 15 20 15 15 150 5070 269 (122) 457 (1558)

125 19 17 10 9 18 12 11 25 25 15 15 25 15 15 175 5030 392 (178) 569 (1943)

150 23 20 12 10 22 14 13 30 30 15 15 30 20 20 225 5030 413 (187) 682 (2328)

200 30 26 15 13 28 18 15 40 40 20 20 40 25 25 300 5030 479 (217) 908 (3098)

250 37 32 18 15 35 22 20 50 50 25 20 50 30 30 350 5030 658 (298) 1133 (3868)

300 40 35 19 16 38 23 22 50 50 25 25 50 30 30 450 5030 670 (304) 1359 (4638)

400 64 56 28 25 61 37 35 80 80 40 35 80 45 45 600 163 1150 (522) 1810 (6178)

500 80 69 36 30 76 45 42 100 100 50 40 100 60 60 700 163 1300 (590) 2261 (7717)

600 96 83 43 35 84 53 49 125 125 60 50 125 70 70 900 163 1530 (694) 2712 (9257)

800 140 121 27 47 120 71 65 175 175 80 70 175 90 90 1200 198 2020 (916) 3614 (12336)

1000 152 133 68 60 148 84 77 200 200 100 80 200 110 110 1200 198 2440 (1107) 4516 (15416)

48Vdc

50 15 14 9 8 15 10 10 20 20 15 15 20 15 15 80 5070 257 (117) 311 (1061)

75 22 19 11 10 21 14 13 30 30 15 15 30 20 20 125 5070 305 (138) 463 (1582)

100 28 24 14 12 27 17 16 40 40 20 20 40 25 25 150 5070 327 (148) 616 (2103)

125 34 30 16 15 33 21 19 50 50 20 20 50 30 30 175 5030 461 (209) 769 (2624)

150 40 35 19 17 39 24 22 50 50 25 25 50 30 30 225 5030 471 (214) 921 (3145)

200 53 47 25 21 52 31 29 70 70 35 30 70 40 40 300 5030 535 (243) 1227 (4187)

250 66 58 31 25 63 35 32 90 90 40 35 90 50 50 350 5030 750 (340) 1532 (5229)

300 79 69 36 30 76 45 42 100 100 50 40 100 60 60 450 5030 816 (370) 1837 (6272)

400 114 101 51 42 109 64 59 150 150 70 60 150 80 80 600 163 1100 (499) 2448 (8356)

500 144 126 65 52 137 81 74 200 200 90 80 200 100 100 700 163 1350 (612) 3058 (10440)

600 172 149 76 62 161 96 87 250 250 100 90 250 125 125 900 198 1600 (726) 3669 (12524)

800 227 197 101 82 216 126 115 300 300 150 125 300 175 175 1200 198 2020 (916) 4890 (16693)

1000 261 225 113 99 248 143 132 350 350 150 150 350 200 200 1200 198 2400 (1089) 6111 (20861)

130Vdc

25 19 17 10 9 19 12 12 25 25 15 15 25 15 15 40 5070 261 (118) 279(953)

30 22 19 11 10 22 14 13 30 30 15 15 30 20 20 50 5070 261 (118) 334 (1140)

40 28 25 14 12 28 17 16 35 35 20 20 40 25 25 60 5070 300 (136) 443 (1513)

50 35 31 17 14 34 21 20 50 50 25 20 50 30 30 80 5070 333 (151) 553 (1887)

75 50 44 23 20 48 29 27 70 70 30 30 70 40 40 125 5070 407 (184) 826 (2821)

100 65 57 30 25 63 38 35 90 90 40 35 90 50 50 150 5030 629 (285) 1100 (3755)

125 81 71 37 31 78 47 43 110 110 50 40 110 60 60 175 5030 661 (300) 1376 (4690)

150 97 85 44 39 93 56 51 125 125 60 50 125 70 70 225 5030 663 (301) 1647 (5624)

200 134 114 58 46 123 73 67 175 175 80 70 175 100 100 300 5030 746 (338) 2195 (7492)

250 154 135 69 56 147 87 80 200 200 100 80 200 125 125 350 163 1130 (513) 2742 (9360)

300 189 164 81 68 185 106 98 250 250 125 100 250 150 150 450 163 1330 (603) 3289 (11229)

400 255 222 112 91 239 143 131 350 300 150 150 300 200 200 600 163 1580 (717) 4384 (14965)

500 320 280 138 112 269 172 160 400 400 175 150 350 250 250 700 198 2150 (975) 5478 (18702)

600 378 331 167 134 354 209 191 500 500 250 200 500 300 300 900 198 2650 (1202) 6573 (22439)

800 503 439 219 194 473 280 255 650 650 300 250 650 350 350 1200 198 3250 (1474) 8762 (29912)

260Vdc

16 29 26 14 12 29 18 17 40 40 20 20 40 25 25 25 5070 344 (156) 312 (1064)

25 35 31 20 17 41 25 23 50 50 25 25 60 35 35 40 5070 372 (168) 484 (1652)

50 66 58 30 25 64 44 41 90 90 40 35 90 60 60 70 5030 683 (309) 963 (3286)

75 98 85 43 35 92 55 50 125 125 60 50 125 70 70 125 5030 725 (329) 1441 (4920)

100 128 111 58 47 125 73 67 175 175 80 70 175 100 100 150 5030 819 (371) 1920 (6553)

150 195 169 85 69 188 107 98 250 250 125 100 250 150 150 225 163 1319 (598) 2877 (9820)

200 240 220 111 90 221 138 128 300 300 150 125 300 175 175 300 163 1502 (681) 3834 (13088)

300 167 134 211 193 250 200 300 300 450 198 2323 (1053) 5784 (19622)

400 222 178 300 250 600 198 2428 (1101) 7662 (26156) https://www.mdspower.com stephen.santilian

DC DISTRIBUTION PANEL

• 16 GA Steel Powder-Coated Construction

• Circuit Breakers Rated for 10 kAIC at 125 Vdc

• 1 Main Circuit Breaker and Up to 15 DC Distribution Circuit Breakers

• NRTL listed to CSA /UL standards

• Custom Configurations Available

NOW THERE IS A DC DISTRIBUTION PANEL

DESIGNED FOR DC POWER

BAE USA in Partnership with Hindle Power

5.20in

132.08mm

19.99in507.75mm

.8 8i n

9.

m

16.50in419.10mm

.3 8i n

4.

CONFIGURATION B

Main Circuit Breaker

Load Circuit Breakers

Recti�er

Battery

PRODUCT INFORMATION:

FOR MORE INFORMATION:

• Circuit breakers rated for 10 kAIC at 125 Vdc. High interrupting capacity breakers are available for special requirements.

• The enclosure is a NEMA-1/IP20 type enclosure, constructed with 16 GA steel, powder coated with ANSI-61gray epoxy paint.

• Standard configuration is one (1) main circuit breaker (100A or 200A trip rating), and up to fifteen (15) distribution circuit breakers (2A to 63A max). Other configurations available.

Call to speak with our professional and knowledgeable team:

BAE USA

484 County Road V V | Somerset, WI 54025 715-247-2262

THE DC DISTRIBUTION PANEL

THE SMART WAY TO CONSOLIDATE YOUR DC LOADS

ETL NRTL/C - CSA C22.2/UL 508A compliant

JF5055-00 Rev3 05-17

BAE 12-17

Main Circuit Breaker

Load Circuit Breakers

Recti�er

Battery

CONFIGURATION A

Model Numbers:

EJ5140-10 (100A Main) EJ5140-20 (200A Main)

*When ordering a DC Distribution Panel, please select configuration (A or B), the size of your main circuit breaker, number and trip rating of branch circuit breakers.

All specifications subject to change.

BAE USA in Partnership with Hindle Power

ADVANCED UTILITY METERING FUNCTIONS AND CHARACTERISTICS

S8650A

1PLSED310027EN_US

Providing high accuracy and a wide range of features for transmission and distribution metering, the PowerLogic ION8650 advanced revenue and power quality meter has the flexibility to change along with your needs. The meter provides the tools necessary to:

• Manage energy procurement and supply contracts

• Perform network capacity planning and stability analysis

• Monitor power quality compliance, supply agreements, and regulatory requirements

ION8650 series Technical Datasheet (US)

Applications

• Transmission and distribution metering

• Revenue metering

• Extensive power quality monitoring and analysis

• Power quality compliance monitoring

• Digital fault recording

• Instrument transformer correction

P B http://http://go2se.com/ref=S8650A

2 PLSED310027EN_US

The solution for

Markets that can benefit from a solution that includes PowerLogic ION8650 series meters:

• Transmission networks

• Distribution network

Competitive advantages

• Be integrated into existing wholesale settlement system

• Be able to use Power Monitoring Expert software for data analysis or share operation data with SCADA systems through multiple communication channels and protocols

• Transformer/line loss compensation

• Instrument transformer correction

Benefits

• Reduce operations costs

• Improve power quality

• Improve continuity of service

Conformity of standards

• IEC 62053-22/23

• IEC 61000-4-30

• EN 50160

• IEC 61000-4-7

• IEC 61000-4-15

• IEEE 1159

• IEEE 519

• IEC 61000-4-2

• IEC 61000-4-3

• IEC 61000-4-4

• IEC 61000-4-5

• IEC 61000-4-6

• IEC 61000-4-12

• CISPR 22

• IEC 62052-11

• IEC 60950

• ANSI C12.20

Power management solutions

Schneider Electric provides innovative power management solutions to increase your energy efficiency and cost savings, maximise electrical network reliability and availability, and optimise electrical asset performance.

3PLSED310027EN_US

P B

PowerLogic ION8650 socket meter

Main characteristics

Used to monitor electric energy provider networks, service entrances and substations, PowerLogic ION8650 meters are ideal for independent power producers and cogeneration applications that need to accurately measure energy bi-directionally in both generation and stand-by modes. These meters give utilities the tools to manage complex energy supply contracts that include commitments to power quality. Integrate them with our EcoStruxure™ Power Monitoring operations software or other energy management and SCADA systems through multiple communication channels and protocols, including Itron MV-90, Modbus, DNP, DLMS, IEC 61850 Ed. 3.

Applications

• Revenue metering.

• Cogeneration and IPP monitoring.

• Compliance monitoring.

• Power quality analysis.

• Demand and power factor control.

• Load curtailment.

• Equipment monitoring and control.

• Energy pulsing and totalisation.

• Instrument transformer correction.

• Outage Notification

Main characteristics

• ANSI Class 0.1 and IEC 62053-22/23 Class 0.2 S metering

– For interconnection points on medium, high, and ultra-high voltage networks; twice as accurate as current IEC and meets ANSI Class standards over all conditions and including single wide range current measurement.

• Power quality compliance monitoring

– Monitor compliance with international quality-of-supply standards (IEC

61000-4-30 Ed. 3 Class A/S, EN 50160 Ed. 4, IEC 61000-4-7, IEC 61000-4- 15, IEEE 1159, IEEE 519). Also detects disturbance direction.

• Digital fault recording

– Simultaneous capture of voltage and current channels for sub-cycle disturbance.

• Complete communications

– Multi-port, multi-protocol ports including serial, infrared, modem and ethernet. Simultaneously supports multiple industry standard protocols including: Itron MV-90, Modbus, Modbus Master, DLMS, DNP 3.0 and IEC 61850 Ed. 2.

• Multiple tariffs and time-of-use

– Apply tariffs, seasonal rate schedules to measure energy and demand values for time periods with specific billing requirements.

• Multiple setpoints for alarm and functions

– Use up to 65 setpoints for single/multi-condition alarms and I/O functions with response times down to 1/2 cycle.

• Multiple setpoints for alarm and functions

– Use up to 65 setpoints.

• Instrument transformer correction

– Save money and improve accuracy by correcting for less accurate transformers.

• Alarm notification via email

– High-priority alarms, data logs sent directly to the user’s PC. Instant notification of power quality events by email.

• Cyber security enhancements

– Assign communication admin rights to selected user; prevention measures ensure no loss of security logs; support syslog for external security.

Feature selection

Commercial reference number

ION8650 meters

S8650A ION8650A

S8650B ION8650B

S8650C ION8650C

http://go2se.com/ref=S8650A http://go2se.com/ref=S8650B http://go2se.com/ref=S8650C

FLOODED

KCR LEAD-CALCIUM

KAR LEAD-ANTIMONY

FOR SWITCHGEAR AND CONTROL APPLICATIONS

Capacities from 200 to 825 Ampere-hours

H

L W

FEATURES & BENEFITS

• Electrical testing to 100% capacity on every battery string prior to shipping assures performance of every battery string upon delivery

• Long life positive plates cast with a proprietary process and alloy

• Waterbath charging results in consistently formed plates for reliable performance out of the box (no cycling required in the field)

• Suspended positive plates permit free growth without pressure on jar and cover

• 20 year environmental and seismic qualification (calcium)

SAFE OPERATION

• Flame-retardant covers enhance battery plant safety with self-extinguishing properties, LOI>32%, UL 94V-0

• Low-evaporation, flame-arrester vent to extend watering intervals and prevent external sparks from reacting with the hydrogen inside the cell

COST SAVINGS

• Transparent container allows visual inspection of plates

• Soft rubber post seal minimizes stress on post reducing maintenance requirements

• Computer controlled heli-arc welded post seals result in consistent and reliable seals for less maintenance and longer product life

APPLICATIONS

• Electric Power Generation Facilities

• Nuclear Power Plants

• Electric Utility Substations

• Emergency Systems

• Manufacturing Facilties

- Assembly Lines

- Process Controls

• Petrochemical processing plants

• Pipelines

C&D Technologies’ flooded batteries are engineered to provide superior performance and reliability over the life of the product. These batteries are designed using proprietary techniques and quality components and materials for reduced maintenance and extended battery life.

12-316

12-316/062615/CD www.cdtechno.com

SPECIFICATIONS

This includes the ability to:

• Select batteries based on constant current loads.

• Select batteries based on constant power loads.

• View and customize rating tables.

• Do battery run time analysis.

• Calculate the hydrogen evolution rate.

WHAT DOES THE C&D’S BATTERY

SELECTION APPLICATION DO?

WWW.CDSTANDBYPOWER.NET

The C&D’s Battery Selection Application allows users to quickly calculate many values essential for the proper selection of stand-by battery product via an online application. This allows users to access all the information they need to size and select the proper battery without having to download and install software.

Plates Height Width Thickness

Positive 11.38 in (289 mm) 8.75 in (222 mm) 0.312 in (7.90 mm)

Negative 11.38 in (289 mm) 8.75 in (222 mm) 0.210 in (5.30 mm)

Outside negative 11.38 in (289 mm) 8.75 in (222 mm) 0.130 in (3.30 mm)

Electrolyte height above plates 2.06 in (52 mm)

Sediment space 0.75 in (19.1 mm)

Electrolyte @ + 77°F (+25°C) Sulfuric acid, 1.215 specific gravity nominal

Recommended float voltages (average string voltage) 2.20 - 2.25 volts per cell (calcium); 2.15-2.28 volts per cell (antimony)

Container - standard Thermoplastic, transparent, (SAN)

Cover - standard High impact, flame-retardant thermoplastic with tongue-and-groove seal.

Flammability ratings: UL 94-V0; ASTM D-635 self extinguishing

Separator Microporous with fibrous glass mat

Safety Vent Systems Flame-arrester type with dust cover

Terminals KCR/KAR (5 through 13 plates) KCR/KAR (15 through 21 plates)

Two, 1-in (25 mm) square posts with 2 cross-bolt holes Two, 1-in (25 mm) square copper-inserted posts with single-bolt holes

Withdral tubes Two per cell

Optional container Transparent, flame-retardant plolycarbonante. Flammabilty ratings: UL 94-HB; ASTM D-635 self-extinguishing

Type of Cell Overall Dimensions Approx. weight lbs (kgs) Electrolyte per Cell lbs (kgs)Calcium Antimony L in (mm) W in (mm) H in (mm)* Net Filled Dom. Packed

KCR-5 N/A 3.62 (91.9)

10.44 (265) 18.25 (464)

45 (20.4) 51 (23.1) 12 (5.4)

KCR-7 KCR-7 3.62 (91.9) 56 (25.4) 61 (27.7) 15 (6.8)

KCR-9 KCR-9 4.62 (117) 73 (33.1) 80 (36.3) 20 (9.1)

KCR-11 KCR-11 4.62 (117) 82 (37.2) 89 (40.4) 19 (8.6)

KCR-13 KCR-13 5.59 (142 97 (44.0) 105 (47.6) 23 (10.4)

KCR-15 KCR-15 6.59 (167 114 (51.7) 124 (56.2) 28 (12.7)

KCR-17 KCR-17 8.13 (217) 134 (60.8) 145 (65.8) 39 (17.7)

KCR-19 KCR-19 8.13 (217) 143 (64.9) 155 (70.3) 38 (17.2)

KCR-21 KCR-21 8.13 (217) 152 (68.9) 165 (74.8) 36 (16.3)

Note: Electrolyte weighs approximately 10 lbs per gallon (1.210 kgs per liter).

*H (Height) dimension is to the top of the flame arresting vent (highest point on the cell).

For information on battery racks, please refer to brochure 12-560.

12-316/062615/CD 2 www.cdtechno.com

RATINGS TABLE: AMPERES

Final Volts Models Nominal AH

Rating

*Nominal Rates @ +77°F (+25°C) in 1.215 Nominal SG (includes connection voltage drop)

Amperes

8 hr 4 hr 3 hr 1.5 hr 1 hr 30 min 15 min 1 min

1.75

KCR/KAR-5 200 25 41 50 77 94 128 165 243

KCR/KAR-7 250 31 53 65 101 126 173 221 309

KCR/KAR-9 330 41 71 87 135 168 231 294 412

KCR/KAR-11 410 52 88 108 166 206 284 364 508

KCR/KAR-13 495 61 106 131 204 254 351 450 655

KCR/KAR-15 577 72 124 152 237 297 411 532 797

KCR/KAR-17 660 82 142 174 272 340 470 604 871

KCR/KAR-19 742 92 159 195 303 378 520 664 949

KCR/KAR-21 825 103 176 215 332 413 567 728 1028

1.78

KCR/KAR-5 194 24 41 49 74 91 122 154 213

KCR/KAR-7 239 30 51 62 95 17 158 198 264

KCR/KAR-9 319 40 68 83 126 156 211 264 353

KCR/KAR-11 401 50 84 102 155 191 260 327 435

KCR/KAR-13 478 60 102 124 191 236 320 404 560

KCR/KAR-15 558 70 119 145 222 275 375 477 682

KCR/KAR-17 637 80 136 166 254 315 429 542 745

KCR/KAR-19 718 90 152 186 283 350 474 596 812

KCR/KAR-21 802 100 169 205 310 382 518 653 881

1.81

KCR/KAR-5 190 24 39 48 71 86 114 140 183

KCR/KAR-7 231 29 49 59 88 108 143 175 221

KCR/KAR-9 310 39 65 78 117 144 191 233 294

KCR/KAR-11 390 49 80 97 145 177 235 289 364

KCR/KAR-13 464 58 97 118 178 218 290 357 467

KCR/KAR-15 541 68 114 138 207 254 339 422 569

KCR/KAR-17 618 77 130 157 237 291 388 479 621

KCR/KAR-19 698 87 146 176 264 323 429 527 677

KCR/KAR-21 778 97 161 194 289 353 469 577 736

*Data based on discharge directly from a 72-hour float condition per IEEE-450 procedures.

Additional ratings and application information is available in the battery selection program at www.cdstandbypower.net

12-316/062615/CD 3 www.cdtechno.com

Copyright 2012 C&D TECHNOLOGIES, INC. Printed in U.S.A.

Battery

# of cells per string

Racks

Lead- Calcium

Lead- Antimony

Two tier rack Three tier rack Two step rack

Rack qty Rack P/N* Rack qty Rack P/N* Rack qty Rack P/N*

KCR-5 N/A 58 1 RDB0801-10P 1 RDB0802-07P 1 RDB0803-10P

KCR-7 KAR-7 58 1 RDB0801-10P 1 RDB0802-07P 1 RDB0803-10P

KCR-9 KAR-9 58 1 RDB0801-13P 1 RDB0802-09P 1 RDB0803-13P

KCR-11 KAR-11 58 1 RDB0801-13P 1 RDB0802-09P 1 RDB0803-13P

KCR-13 KAR-13 58 1 RDB0801-15P 1 RDB0802-11P 1 RDB0803-15P

KCR-15 KAR-15 58 2 RDB0801-09P 1 RDB0802-12P 2 RDB0803-09P

KCR-17 KAR-17 58 2 RDB0801-12P 1 RDB0802-16P 2 RDB0803-12P

KCR-19 KAR-19 58 2 RDB0801-12P 1 RDB0802-16P 2 RDB0803-12P

KCR-21 KAR-21 58 2 RDB0801-12P 1 RDB0802-16P 2 RDB0803-12P

KCR-5 N/A 60 1 RDB0801-11P 1 RDB0802-07P 1 RDB0803-11P

KCR-7 KAR-7 60 1 RDB0801-11P 1 RDB0802-07P 1 RDB0803-11P

KCR-9 KAR-9 60 1 RDB0801-13P 1 RDB0802-09P 1 RDB0803-13P

KCR-11 KAR-11 60 1 RDB0801-13P 1 RDB0802-09P 1 RDB0803-13P

KCR-13 KAR-13 60 1 RDB0801-16P 1…