11.10b__Frank_Cable_Technical_Manual_for_Swbds_1S _1SAS _2S _2SAS _1E_and_Cont_Unit.pdf

October 1997 Mailed to: E, D, C/29-100A, 31-400A, 31-500A

Series� C Molded Case Circuit Breakers K-Frame Electronic – 70-400 Amperes Thermal-Magnetic – 100-400 Amperes

Breaker Description Page

Types DK, KD, KDB, HKD, KDC, CKD, CHKD Two- and Three-Pole Breakers Types KD, KDB, HKD, KDC Four-Pole Breakers

Dimension Sheet

29-170K

7-333

.875 (22.25)

.438 (11.13)

.500 (12.70)

2.391 (60.73)

5.490(139.43)

.188 (4.77)

10.125 (257.18)

8.438 (214.33)

8.875 (225.43)

3.563 (90.50)

4.000 (101.60)

2.813 (71.45)

.125 (3.18)

1.719 (43.66)

3.438 (87.32)

.625 (15.88)

1.063 (27.00)

.766 (19.46)

2.375 (60.33)

.250 (6.35)

.188 R (4.77) R

.063 (1.60)

1.250 (31.75)

.698 (17.73)

.250 R (6.35) R

Dimensions for Extended Terminals and Barrier Style Nos. 4212B60G02, 4212B61G02 and 1492D24H01

3.812 (96.82)

1.160 (29.49)

.937 (23.80)

.281 (7.14) Dia. Mounting Holes 4 Holes for .250-20 (M6) x 1.50

(38) Mounting Screws .500 (12.70) Dia. C'Bore from Top

2.875 (73.03) Deep Load End

2.625 (66.68) Deep Line End .438 (11.13) Dia C'Bore .750 (10.05) Deep from Bottom

.750 (19.05) Wide Conductor with .391 (9.93) Dia Hole Line and Load End

1.625 (41.28)

1.625 (41.28)

1.219 (30.96)

7.406 (112.70)

4.437 (65.10)

2.563 (12.70)

.375 (9.52)

Contact Position Indicators Red/1 - On Green/O - Off White - Trip

.500 (12.70)

4.125 (104.78)

1.719 (43.66)

.860 (21.84)

2.063 (52.39)

.750 (19.05)

.188 (4.77) R

.093 R (2.36) R

ON

OFF

F

E

.500 (12.70)

.062 (1.57)4.062

(103.17)

39˚

.547 (13.89)

1.734 (44.04)

.209 (5.31)

.188 (4.77)

.500 (12.70)

.500 (12.70)

.062 (1.57)

1.063 (27.00)

3.813 (96.85)

1.000 (25.40)

5.

(1

.0

0)

5.

(1

.5

4)

5.

(1

.4

6)

43˚

.694 (17.63)

.500 (12.70)

4.313 (109.55)

D

.188 (4.77) Dia.

C'Bore x .031 (.79) DP .147 (12.7) Dia.

Hole x .500 DP to Accept #8 (M4) Thread Cutting Screws (8 Places)

.125 (3.18) Wide x

.750 (19.05) Slots for Attachment Leads

C B

A

Trough for Attachment Leads

.625 (15.88) 6 Holes

3.75 (9.52)

.844 (21.44)

.110 (2.79) Dia. x .297 (7.54) Deep, 4 Holes Accept #6 (M3) Thread Cutting Screws

.250 (6.35) R .063 (1.60)

3.875 R

(98.42) RHandle

CL

4.782(121.46)

2.438 (61.89)

Cutler-Hammer

Westinghouse & Cutler-Hammer Products Five Parkway Center Pittsburgh, Pennsylvania, U.S.A. 15220

Dimension Sheet 29-170K

Type KD Two- and Three-Pole Breakers

Front View

Type KD Two- and Three-PoleOctober 1997 Mailed to: E, D, C/29-100A, 31-400A, 31-500A

Side View

Line End

Load End

Westinghouse Series C®

Molded Case Circuit Breakers K-Frame Electronic – 70-400 Amperes Thermal-Magnetic – 100-400 Amperes

Reproduced from drawings 1492D63 and 1492D67

Dimensions in parentheses in millimeters

Breaker Dimensions

Status A B C D E F

On 5.39 5.20 5.69 5.61 4.72 4.77 30 lbs.

(136.9) (132.1) (144.5) (142.5) (119.9) (121.2) (13.61 kgs.)

Tripped 4.77 4.69 5.08 5.11 4.89 4.89 — (121.2) (119.1) (129.0) (129.8) (124.2) (124.2)

Off 4.16 4.21 4.46 4.64 4.95 4.91 25 lbs.

(105.7) (106.9) (113.3) (117.9) (125.7) (124.7) (11.34 kgs.)

Reset 4.07 4.14 4.57 4.56 4.95 4.90 35 lbs.

(103.4) (105.2) (116.1) (115.8) (125.7) (124.5) (15.87 kgs.)

➀ All handle forces measured approximately 0.125 (3.17) from top of handle.

Handle

Force➀

7-334

Dimension Sheet

October 1997

Cutler-Hammer

Westinghouse & Cutler-Hammer Products Five Parkway Center Pittsburgh, Pennsylvania, U.S.A. 15220

Printed in U.S.A.

Type KD Two- and Three-Pole Breakers, Drilling Plans

Westinghouse Series C® Molded Case Circuit Breakers, K-Frame Electronic – 70-400 Amperes; Thermal-Magnetic – 100-400 Amperes

Reproduced from drawings 1492D63 and 1492D67

Dimensions in parentheses in millimeters

3.734 (94.84)

1.640 (41.66)

.562 (14.27)

.625 (15.87)

1.375 (34.91)

1.375 (34.91)

.828 (21.03)

5.141 (130.58)

8.875 (225.42)

.875(22.23) Dia.

(6 Places) (Omit 2 Center Holes for 2-Pole)

CL Breaker Handle

1.719 (43.66)

.859 (21.83)

1.719 (43.66)

1.719 (43.66)

.250-20 (M6) 4 Holes

3.516 (89.31)

4.922 (125.02)

8.438 (214.33)

.844 (21.44)

CL Breaker Handle

3.750 (95.25)

1.250 (31.75)

.188 R (4.77) R

2.625 (66.68)

2.391 (60.73)

1.313 (33.34)

4.782 (121.46)

CL Handle

ON

OFF

1.000 (25.39)

.625 (15.87)

1.000 (25.39)

3.

(9

4.

8.

(2

.3 4)

5.

(1

.6

2)

.5

6.

5.

(1

.1

5)

1.375 (34.91)

1.719 (43.64)

3.438 (87.28)

.859 (21.82)

1.719 (43.64)

3.734 (94.32)

8.875 (130.22)

1.375 (34.91)

5.141 (130.52)

.875 R (22.22) R

.438 (11.11) Dia. 4 Holes for .312 (7.92) Mtg. Bolts

.625 (15.87)

.313 (7.93)

3.438 (112.67)

1.719 (43.64)

.344 R (8.74) R

CL Breaker Handle

.281 R (7.14) R

3.375(85.69)3.375(85.69)

9.688(245.97) 5.250(133.30)

.688 (17.46)

Rear Connected Studs Front Connected Terminals Front Cover Cutout

7-335

.875 (22.25)

.438 (11.13)

.500 (12.70)

7.219 (183.11)

.188 (4.77)

10.125 (257.17)

8.438 (214.33)

8.875 (225.42)

3.563 (90.50)

4.000 (101.60)

2.813 (71.45)

.125 (3.18)

1.719 (43.66)

3.438 (87.32)

.625 (15.88)

1.063 (27.00)

.766 (19.46)

2.375 (60.33)

.250 (6.35)

.188 R (4.77) R

.062 (1.60)

1.250 (31.75)

.698 (17.73)

.250 R (6.35) R

Dimensions for Extended Terminals and Barrier Style Nos. 4212B60G02, 4212B61G02 and 1492D24H01

3.812 (96.82)

1.160 (29.49)

.937 (23.80)

.281 (7.14) Dia. Mounting Holes 6 Holes for .250-20 (M6) x 1.50

(38) Mounting Screws .500 (12.70) Dia. C'Bore from Top

2.875 (73.03) Deep Load End

2.625 (66.68) Deep Line End .438 (11.13) Dia C'Bore .750 (19.05) Deep from Bottom

.750 (19.05) Wide Conductor with .391 (9.93) Dia Hole Line and Load End

1.625 (41.28)

1.625 (41.28)

1.219 (30.96)

7.406 (188.11)

4.437 (112.70)

2.563 (65.10)

.375 (9.52)

Contact Position Indicators Red/1 - On Green/O - Off White - Trip

.500 (12.70)

5.845 (148.46)

1.719 (43.66)

.860 (21.83)

3.782 (96.06)

.750 (19.05)

.188 R (4.78) R

.093 R (2.36) R

ON

OFF

F

E

.500 (12.70)

.062 (1.57)

4.062 (103.17)

39˚

.547 (13.89)

1.734 (44.04)

.209 (5.31)

.188 (4.78)

.500 (12.70)

.500 (12.70)

.062 (1.57)

1.063 (27.00)

3.813 (96.85)

1.000 (25.40)

5.

7.

5.

1.

5.

(1

.4

6)43˚

.694 (17.63)

.500 (12.70)

4.313 (109.55)

D

.188 (4.77) Dia.

C'Bore x .031 (.79) DP .147 (3.73) Dia.

Hole x .500 (12.70) DP to Accept #8 (M4) Thread Cutting Screws (8 Places)

.125 (3.18) Wide x

.750 (19.05) Slots for Attachment Leads

C B

A

Trough for Attachment Leads

.625 (15.87) 6 Holes

3.75 (9.52)

.844 (21.44)

.110 (2.79) Dia. x

.297 (7.54) Deep, 4 Holes Accept #6 (M3) Thread Cutting Screws

.062 (1.60)

3.875 (98.42) R

1.719 (43.66)

2.438 (61.93)

2.391 (60.73)

4.782 (121.46)

.250 (6.35) R

CL

Handle

Cutler-Hammer

Westinghouse & Cutler-Hammer Products Five Parkway Center Pittsburgh, Pennsylvania, U.S.A. 15220

Type KD Four-Pole Breakers

Type KD Four-PoleOctober 1997 Mailed to: E, D, C/29-100A, 31-400A, 31-500A

Load End

Line End

Westinghouse Series C®

Molded Case Circuit Breakers K-Frame Electronic – 70-400 Amperes Thermal-Magnetic – 100-400 Amperes

Breaker Dimensions

Status A B C D E F

On 5.39 5.20 5.69 5.61 4.72 4.77 30 lbs.

(136.9) (132.1) (144.5) (142.5) (119.9) (121.2) (13.61 kgs.)

Tripped 4.77 4.69 5.08 5.11 4.89 4.89 — (121.2) (119.1) (129.0) (129.8) (124.2) (124.2)

Off 4.16 4.21 4.46 4.64 4.95 4.91 25 lbs.

(105.7) (106.9) (113.3) (117.9) (125.7) (124.7) (11.34 kgs.)

Reset 4.07 4.14 4.57 4.56 4.95 4.90 35 lbs.

(103.4) (105.2) (116.1) (115.8) (125.7) (124.5) (15.87 kgs.)

➀ All handle forces measured approximately 0.125 (3.17) from top of handle.

Handle

Force➀

Reproduced from drawings 1492D64 and 1492D68

Dimensions in parentheses in millimeters

Front View Side View

7-336

October 1997

Cutler-Hammer

Westinghouse & Cutler-Hammer Products Five Parkway Center Pittsburgh, Pennsylvania, U.S.A. 15220

Printed in U.S.A.

Reproduced from drawings 1492D64 and 1492D68 Dimensions in parentheses in millimeters

Drilling Plans

Westinghouse Series C® Molded Case Circuit Breakers, K-Frame Electronic – 70-400 Amperes; Thermal-Magnetic – 100-400 Amperes

3.734 (94.84)

1.640 (41.66)

.828 (21.03)

5.141 (130.58)

8.875 (225.42)

.875 (22.23) Dia.

CL Breaker Handle

1.719 (43.66)

.859 (21.83)

1.719 (43.66)

1.719 (43.66)

.250-20 (M6) 6 Holes

3.516 (89.31)

4.922 (125.02)

8.438 (214.33)

.844 (21.44)

CL Breaker Handle

3.750 (95.25)

1.250 (31.75)

.188 (4.77)

R

2.625 (66.68)

2.391 (60.73)

1.313 (33.34)

4.782 (121.46)

1.719 (43.66)

1.719 (43.66)

.344 R (8.74) R

CL Breaker Handle

CL Breaker Handle

Rear Connected Studs Front Connected Terminals Front Cover Cutout

7-337

Date: 3/21/2010 Time : 04:34:08 PM

Title: C:\Documents and Settings\e0077675\Desktop\69D4563.PLT 7-338

Date: 3/21/2010 Time : 04:34:32 PM

Title: C:\Documents and Settings\e0077675\Desktop\69D4563.PLT

7-339

Date: 3/21/2010 Time : 04:34:53 PM

Title: C:\Documents and Settings\e0077675\Desktop\69D4564.PLT

7-340

Date: 3/21/2010 Time : 04:35:13 PM

Title: C:\Documents and Settings\e0077675\Desktop\69D4564.PLT

7-341

October 1997 Mailed to: E, D, C/29-100A, 31-400A, 31-500A

Series� C Molded Case Circuit Breakers N-Frame 400-1200 Amperes

Breaker Description Page

Types ND, HND, NDC, CND, CHND, CNDC Two- and Three-Pole Breakers Types ND, HND, NDC, CND, CHND, CNDC Four-Pole Breakers N-Frame OPTIM Three-Pole Breakers

Dimension Sheet 29-170N

7-342

Cutler-Hammer

Westinghouse & Cutler-Hammer Products Five Parkway Center Pittsburgh, Pennsylvania, U.S.A. 15220

Dimension Sheet 29-170N

Type ND Two- and Three-Pole Breakers

Reproduced from drawing 1494D64 Dimensions in parentheses in millimeters

Type ND Two- and Three-PoleOctober 1997 Mailed to: E, D, C/29-100A, 31-400A, 31-500A

Load End

Front View Side View

Line End

Westinghouse Series C®

Molded Case Circuit Breakers N-Frame 400-1200 Amperes

ON/I

OFF/O

1.062(26.987) .531(13.481)

.344(8.738) Dia. Mounting Holes

.703(17.856) Dia. C'Bore 4.453(113.106) Deep from Top .594(15.088) Dia C'Bore .359(9.119) Deep from Bottom

.500-13 (12 X 1.75) Tap 12-Holes

.250R (6.350)R

.062R (1.575)R

.094R (2.388)R

3.236 (82.194)

7.

(1

.7

5.

(2

.0

8.

(2

.0

.7

(3

.6

9.

(2

.9

.0

(4

.4

) .946

(24.022)

.297 (7.544)

.750(19.050)

.375(9.525)

1.500 (38.100)

Contact Position Indicator Red-I/ON Green-O/OFF White-TRIPPED

Removable Terminal Cover Must Be in Place While in Service

1.375 (34.925)

3.187 (80.950)

8.250 (209.550)

4.124 (104.750)

3.808 (96.723)

2.798 (71.057)

2.511 (63.786)

.312R (7.925)R

11.431 (290.348)

Removable Terminal Cover Must Be in Place While in Service

.147 (3.734) Dia. Hole

.500 (12.70) Deep to Accept a #8Thread Cutting Screw 6-Places

6.375 (161.925)

CL Handle

.188R (4.762)R

1.157(29.388)

.532(13.513)

.062(1.575)

Trough for Attachment Lead

.125 X .750 (3.175 X 19.050) Slots for Attachment Leads

2.982 (75.743)

1.034 (33.281)

.353 (6.331)

.375 (9.525)

21˚±2˚

ON

3.850R

Handle Pivot

0˚±2˚

TRIPPED

15˚±2˚

RESET

.062(1.575)

.532(13.513)

1.095(27.813)

3.344(84.938)

5.188(131.769)

5.248(133.293)

5.500(139.687)

6.000(152.400)

7.132(181.146)

AB

13˚±2˚ OFF

3.375 (85.725)

2.750 Ref.

(69.850) Ref.

2.000 (50.800)2.000

(50.800)

1.688 (42.863)

1.000 (25.400)

1.562 (39.687)

.781(19.844)

For 2-Pole Breaker Omit Current Carrying Parts from Center Pole

3.906 (99.187)

4.875 (123.799)

.062 (1.588)

R

.062 (1.575)

.062 (1.588)

R

2.344 (59.541)

2.750 (69.850)

1.500 Ref

(38.100) Ref

C L P u sh

T o

T ri p

3.819 (96.723)

2.493 (63.792)

6.375 Ref

(161.925) Ref

Dimensions

Breaker Status A B

On 7.90 (200.66) 8.30 (210.82)

Tripped 6.50 (165.10) 6.90 (175.26)

Off 5.70 (144.78) 6.10 (154.94)

Reset 5.60 (142.24) 6.00 (152.40)

Handle Forces (At Handle C)

On 130 lbs. (58.97 kgs.)

Off 105 lbs. (47.63 kgs.)

Reset 160 lbs. (72.57 kgs.)

L

7-343

October 1997

Cutler-Hammer

Westinghouse & Cutler-Hammer Products Five Parkway Center Pittsburgh, Pennsylvania, U.S.A. 15220

Printed in U.S.A.

Westinghouse Series C Molded Case Circuit Breakers, N-Frame, 400-1200 Amperes

Type ND Two- and Three-Pole Breakers, Continued Drilling Plans

Dimensions in parentheses in millimetersReproduced from drawing 1494D64

Line End Load End

Rear Connected Front Connected Front Cover Cutout

7.000 (177.800)

11.500 (292.100)

2.750 (69.850)

C L B re ak er

CL Handle

Omit Center for 2-Pole Breaker

8.625 (219.075)

14.750 (374.650)

3.438 (87.28)

1.375(34.925) 2.750(69.850)

1.719 (43.64)

1.906 (48.40)

1.500 (38.09)

3.681 (93.23)

6.375 (161.86)

3.187 (80.93)

.250 R (6.35) R

.188 R (4.76) R

CL Handle

C L H an d le

C L H an d le

CL Handle

5.500 (139.700)

ON

/I

OF

F/ O

3.75(95.21) 3.06(77.76)

.78 (19.84)

3.75(95.21) 3.06(77.76)

.78 (19.84)

Terminal Arrangements

Catalog Wire Number Torque Number Range of Cables Lb-in

Aluminum or Copper Cable

TA700NB1 #1-500 MCM 2 375

TA1000NB1 3/0-400 MCM 3 375

TA1200NB1 4/0-500 MCM 4 375

TA1201NB1 500-750 MCM 3 450

Copper Cable Only

T700NB1 2/0-500 MCM 2 300

T1000NB1 3/0-500 MCM 3 300

T1200NB3 3/0-400 MCM 4 275

Drilling Plan for Rear Connecting Studs

Amp Hole Rating Diameter

700 & 800 1.188 (30.175) Diameter

900-1200 1.312 (33.325) Diameter

7-344

ON/I

OFF/O

1.062(26.987) .531(13.481)

.344(8.738) Dia. Mounting Holes

.703(17.856) Dia. C'Bore 4.453(113.106) Deep from Top .594(15.088) Dia C'Bore .359(9.119) Deep from Bottom

.500-13 (12 X 1.75) Tap 12-Holes

.250R (6.350)R

.062R (1.575)R

.094R (2.388)R

3.236 (82.194)

7.

(1

.7

5.

(2

.0

8.

(2

.0

.7

(3

.6

9.

(2

.9

.0

(4

.4

.946 (24.022)

.297 (7.544)

.750(19.050)

.375(9.525)

Contact Position Indicator Red-I/ON Green-O/OFF White-TRIPPED

Removable Terminal Cover Must Be in Place While in Service

1.375 (34.925)

3.187 (80.950)

11.000 (279.400)

4.124 (104.750)

2.798 (71.057)

.312R (7.925)R

.4

(2

.3

Removable Terminal Cover Must Be in Place While in Service

.147 (3.734) Dia. Hole

.500 (12.70) Deep to Accept a #8Thread Cutting Screw 6-Places

6.375 (161.925)

CL Handle

.188R (4.762)R

1.157(29.388)

.532(13.513)

.062(1.575)

Trough for Attachment Lead

.125 X .750 (3.175 X 19.050) Slots for Attachment Leads

2.982 (75.743)

1.034 (33.281)

.353 (6.331)

.375 (9.525)

21˚±2˚

ON

3.850R (97.800)R

Handle Pivot

0˚±2˚

TRIPPED

15˚±2˚

RESET

.062(1.575)

.532(13.513)

1.095(27.813)

3.344(84.938)

5.188(131.769)

5.248(133.293)

5.500(139.687)

6.000(152.400)

7.132(181.146)

AB

13˚±2˚

OFF

2.344 (59.541)

2.750 (69.850)

For Dimension’s Locating Trip Unit Items See View A

4.124 (104.750)

3.375 (85.725)

2.750 Ref.

(69.850) Ref.

5.500 (139.700)

1.562 (39.687)

4.875 (123.799)

3.906 (99.187)

.062 Ref.

(1.575) Ref.

1.688 (42.863)

2.000 (50.800)

2.000 (50.800)

2.000 (50.800)

.781(19.844) 1.000(25.400)

1.000(25.400).062 R (1.588) R

1.500 (38.100)

1.500 Ref

(38.100) Ref

C L P u sh

T o

T ri p

3.819 (96.723)

2.493 (63.792)

6.375 Ref

(161.925) Ref

Cutler-Hammer

Westinghouse & Cutler-Hammer Products Five Parkway Center Pittsburgh, Pennsylvania, U.S.A. 15220

Type ND Four-Pole Breakers

Reproduced from drawings 1494D64 and 1494D68 Dimensions in parentheses in millimeters

Front View

Type ND Four-PoleOctober 1997 Mailed to: E, D, C/29-100A, 31-400A, 31-500A

Line End

Side View

Load End

Westinghouse Series C®

Molded Case Circuit Breakers N-Frame 400-1200 Amperes

Handle Forces (At Handle C)

On 130 lbs. (58.97 kgs.)

Off 105 lbs. (47.63 kgs.)

Reset 160 lbs. (72.57 kgs.)

L

Dimensions

Breaker Status A B

On 7.90 (200.66) 8.30 (210.82)

Tripped 6.50 (165.10) 6.90 (175.26)

Off 5.70 (144.78) 6.10 (154.94)

Reset 5.60 (142.24) 6.00 (152.40)

7-345

October 1997

Cutler-Hammer

Westinghouse & Cutler-Hammer Products Five Parkway Center Pittsburgh, Pennsylvania, U.S.A. 15220

Printed in U.S.A.

Type ND Four-Pole Breakers, Continued

Reproduced from drawings 1494D64 and 1494D68 Dimensions in parentheses in millimeters

Westinghouse Series C Molded Case Circuit Breakers, N-Frame, 400-1200 Amperes

Drilling Plans

Rear Connecting Studs Front Cover CutoutMounting Bolts/ Front Connect Terminals

8.625 (219.075)

14.750 (374.650)

3.438 (87.28)

1.375 (34.925)

2.750 (69.850)

1.719 (43.64)

1.906 (48.40)

1.500 (38.09)

3.681 (93.23)

6.375 (161.86)

3.187 (80.93)

.250 R (6.35) R

.188 R (4.76) R

CL Handle C L

H an d le

C L H an d le

CL Handle

7.000 (177.800)

11.500 (292.100)

2.750 (69.850)

5.500 (139.700)

8.250 (209.550)

CL Handle

C L H an d le

Drilling Plan for Rear Connecting Studs

Amp Hole Rating Diameter

700 & 800 1.188 (30.175) Diameter

900-1200 1.312 (33.325) Diameter

7-346\

1.581 (40.15)

ON/I

OFF/O

1.062(26.987) .531(13.481)

.344(8.738) Dia. Mounting Holes

.703(17.856) Dia. C'Bore 4.453(113.106) Deep from Top .594(15.088) Dia C'Bore .359(9.119) Deep from Bottom

.500-13 (12 X 1.75) Tap 12-Holes

.250R (6.350)R

.062R (1.575)R

.094R (2.388)R

3.236 (82.194)

7.

(1

.7

5.

(2

.0

8.

(2

.0

.7

(3

.6

9.

(2

.9

.0

(4

.4

) .946

(24.022)

.297 (7.544)

.750(19.050)

.375(9.525)

1.500 (38.100)

Contact Position Indicator Red-I/ON Green-O/OFF White-TRIPPED

Removable Terminal Cover Must Be in Place While in Service

1.375 (34.925)

3.187 (80.950)

8.250 (209.550)

4.124 (104.750)

3.808 (96.723)

2.798 (71.057)

2.511 (63.786)

.312R (7.925)R

11.431 (290.348)

Removable Terminal Cover Must Be in Place While in Service

.147 (3.734) Dia. Hole

.500 (12.70) Deep to Accept a #8Thread Cutting Screw 6-Places

6.375 (161.925)

CL Handle

.188R (4.762)R

1.157(29.388)

.532(13.513)

.062(1.575)

Trough for Attachment Lead

.125 X .750 (3.175 X 19.050) Slots for Attachment Leads

2.982 (75.743)

1.034 (33.281)

.353 (6.331)

.375 (9.525)

21˚±2˚

ON

3.850R

Handle Pivot

0˚±2˚

TRIPPED

15˚±2˚

RESET

.062(1.575)

.532(13.513)

1.095(27.813)

3.344(84.938)

5.188(131.769)

5.248(133.293)

5.500(139.687)

6.000(152.400)

7.132(181.146)

AB

13˚±2˚ OFF

3.375 (85.725)

2.750 Ref.

(69.850) Ref.

2.000 (50.800)2.000

(50.800)

1.688 (42.863)

1.000 (25.400)

1.562 (39.687)

.781(19.844)

3.906 (99.187)

4.875 (123.799)

.062 (1.588)

R

.062 (1.575)

.062 (1.588)

R

2.344 (59.541)

2.750 (69.850)

1.500 Ref

(38.100) Ref

C L P u sh

T o

T ri p

3.819 (96.723)

2.493 (63.792)

6.375 Ref

(161.925) Ref

1.048 (26.62)

3.561 (90.44)

Control Wires are Inserted to Top Side of Terminals

7.310 (185.67)

.901 (22.90)

5.812(147.63)

N-Frame OPTIM Three-Pole Breakers

N-Frame OPTIM Three-Pole

Load End

Front View

Series C®

Molded Case Circuit Breakers N-Frame 400-1200 Amperes

Dimensions

Breaker Status A B

ON 7.90 (200.66) 8.30 (210.82)

TRIPPED 6.50 (165.10) 6.90 (175.26)

OFF 5.70 (144.78) 6.10 (154.94)

RESET 5.60 (142.24) 6.00 (152.40)

Side View

Line End

Reproduced from drawing 1484D70 Dimensions in parentheses in millimeters Dimensions for estimating purposes only

February 1999

7-347

February 1999

29-170N

Printed in U.S.A.

Series C Molded Case Circuit Breakers, N-Frame, 400-1200 Amperes

N-Frame OPTIM Three-Pole Breakers, Continued Drilling Plans

Dimensions in parentheses in millimetersReproduced from drawing 1484D70

Rear Connected Front Connected Front Cover Protrusion

Terminal Arrangements

Catalog Wire Number Torque Number Range of Cables Lb-in

Aluminum or Copper Cable

TA700NB1 #1-500 kcmil 2 375

TA1000NB1 3/0-400 kcmil 3 375

TA1200NB1 4/0-500 kcmil 4 375

TA1201NB1 500-750 kcmil 3 450

Copper Cable Only

T700NB1 2/0-500 kcmil 2 300

T1000NB1 3/0-500 kcmil 3 300

T1200NB3 3/0-400 kcmil 4 275

Drilling Plan for Rear Connecting Studs

Amp Hole Rating Diameter

700 & 800 1.188 (30.175) Diameter

900-1200 1.312 (33.325) Diameter

Cutler-Hammer

ON/I

OFF/O

3.75(95.21) 3.06(77.76)

.78 (19.84)

3.75(95.21) 3.06(77.76)

.78 (19.84)

7.000 (177.800)

11.500 (292.100)

2.750 (69.850)

C L B re ak er

CL Handle

Omit Center for 2-Pole Breaker

8.625 (219.075)

14.750 (374.650)

3.438 (87.28)

1.375(34.925) 2.750(69.850)

1.719 (43.64)

1.906 (48.40)

1.500 (38.09)

3.681 (93.23)

6.375 (161.86)

3.187 (80.93)

.250 R (6.35) R

.188 R (4.76) R

CL Handle

C L H an d le

C L H an d le

CL Handle

5.500 (139.700)

Load End Line End

Terminal Extensions for 100% Rating

Dimensions for estimating purposes only

7-348

Selection and Application Guide

Low Voltage WL Circuit Breakers usa.siemens.com/circuitbreakers 7-349 / (7-350 Blank)

These instructions do not purport to cover all details or variations in equipment, or to provide for every possible contingency to be met in connection with installation, operation or maintenance.

Should further information be desired or should particular problems arise which are not covered sufficiently for the purchaser’s purpose, the matter should be referred to the local Siemens sales office.

The contents of this catalog shall not become part of or modify any prior or existing agreement, commitment or relationship.

The sales contract contains the entire obligation of Siemens. The warranty contained in the contract between the parties is the sole warranty of Siemens. Any statements contained herein do not create new warranties or modify the existing warranty.

For additional information, please visit our website, www.usa.siemens.com/circuitbreakers, or contact your local Siemens Sales Office.

For technical support, please contact the Technical Support Hotline at 1-800-333-7421, or submit a request through Online Support: http://support.automation.siemens.com/US

For order entry, logistics, or customer service issues, please contact the Customer Support hotline: 1-866-663-7324.

Low Voltage Circuit Breaker Guidelines

7-351

Features and benefits 4 Breaker assembly view 5 Product overview 6 Draw-out cradle assembly view 7

Electronic trip units (ETUs) 8 - 14 ETU models and features 8 ETU communication 10 ETU metering function 11 Alarm parameters 12 Extended relaying 12 Function overview of the ETU 13 - 14

Factory installed options 15 - 19 Ground fault module 15 Key lock-out 15 Operation counter 15 Auxiliary contacts 15 Breaker status sensor (BSS) 15 Bell alarm contact and reset coil 16 Racking handle key lock 16 Breaker push-button locks 16 Close coil 16 Spring charging handle lock 17 Rating plugs 17 Ready-to-close contact 17 Shunt trip 17 Shunt trip (continuous duty) 17 Status contact 18 Spring charging motor 18 Undervoltage release 18 Secondary disconnect 19 Isolation shutters 19 PROFIBUS or MODBUS communications 19 Dual key breaker locking 19

Cradle accessories and options 20 Arc chute cover 20 TOC (truck operated contacts) 20 MOC (mechanism operated contacts 20

Accessories 20 - 23 Communication power supplies 21 Handheld test device 21 Breaker display adapter (BDA) 21 Mechanical breaker interlocks 21 Metering current transformer – 3-phase window 22 Metering current transformer – single phase 22 Neutral current sensor – 4-wire residual 23 Breaker door cover 23 Door sealing frame 23 Breaker lifting device 23 Remote breaker racking device 23 Breaker hoist 23 CubicleBus modules 24 Digital input module 24 ZSI module 24 Analog output module 24 Pre-assembled CubicleBus communication cables 24

Fixed-mounted breaker bus connectors 25 Primary lug connector kits 25

WL Catalog Numbering Overview 26

UL 489 Ratings 27 - 28 Ratings for UL 489 27 Ratings for UL 489 (non-automatic) 28

UL 489 assembled breaker catalog number 29 - 33 Interrupting rating, frame size, breaker type and frame rating 29 Rating plug 30 Electric trip unit 30 Bell alarm, ready-to-close contacts 31 Shunt trip 31 Undervoltage release 32 Charging motor, motor switch, operations counter 32 Close coil, power metering and communications 33 Breaker locks 33 Miscellaneous options 33

UL 489 assembled breaker catalog number (non-automatic) 34 - 37

Breaking capacity, frame size, switch type and frame rating 34 Ready-to-close auxiliary contacts 34 Shunt trip 35 Undervoltage release 35 Charging motor switch and operation counter 36 Close coil communications 36 Switch locks 37 Miscellaneous options 37

UL 489 accessories 38 External breaker accessories 38

UL 489 cradle catalog numbers 39 - 40

UL 489 cradle accessories 41

UL 1066 ratings 42 - 43 Ratings for UL 1066 42 - 43 Ratings for UL 1066 (non-automatic) 43

UL 1066 assembled breaker catalog number 44 - 48 Interrupting rating, frame size, breaker type and frame rating 44 Rating plug 45 Electronic trip units 45 Bell alarm, auxiliary contacts 46 Shunt trip 46 Undervoltage release 47 Charging motor 47 Close coil power metering and communications 48 Breaker locks 48 Miscellaneous options 48

WL Circuit Breaker Table of Contents

7-352

UL 1066 non-automatic assembled breaker catalog numbers 49 - 52

Breaker capacity, frame size, switch type and frame rating 49 Auxiliary contacts 50 Shunt trip 50 Undervoltage release 50 Charging motor, motor switch, operations counter 51 Close coil, communications 51 Switch locks 52 Miscellaneous options 52

UL 1066 breaker external accessories 52 UL 1066 cradle catalog numbers 53 UL 1066 accessories 54 Secondary terminal assignments 55 General wiring schematic 56 - 57 Ground fault setting 58 Metering voltage details 59

UL 489 Fixed breaker dimensions 60 - 75 UL 489 Draw-out breaker dimensions 76 - 89 UL 489 Door sealing frame dimensions 90

Ul 1066 Draw-out breaker dimensions 91 - 101 UL 1066 Draw-out fuse carriage dimensions 102 - 103 UL 1066 Door sealing frame dimensions 104 UL 1066 Draw-out dimensions 105

Spare/Replacement Parts

Trip unit options 106 - 107 Rating plugs 106 Trip unit test equipment 107 24Vdc power supply 107

Draw-out cradle assembly 108 - 110 Secondary disconnects 108 Stationary primary bus-bar disconnect terminals 109 Cradle arc chute cover 109 MOC (mechanism operated aux. contacts) 109 TOC (truck operated aux. contacts) 109 Isolation shutters 109 Locking devices 110 Mechanical interlock devices 110

Metering CT units 111 3-phase metering CTs 111 Single phase metering CTs 111

Ground fault and current sensors 112

Circuit breaker accessories 113 - 116 Shunt trip releases 113 Auxiliary switches 113 Bell Alarm switches 113 Ready to close switch 113 Operation counter 113 Undervoltage trip release 114 Signal cont actor for UV trip 114 Closing coil 114 Spring charging motor 115 UL 1066 Internal contact replacement kit 115 Internal phase sensor 115 UL1066 Circuit breaker arc chute replacement kit 115 Circuit breaker finger cluster replacement kit 116 Circuit breaker bus connectors (fixed mounted) 116 Circuit breaker fix mount optional metric hardware 116

Options and accessories 117 - 118 Locking devices/sealing caps & padlocking provisions 117 Breaker locking devices 118

Fuse kits WL fuse replacement kits 118

Options and accessories 119 Mushroom head emergency open button Door sealing frame Plexiglass breaker cover Breaker lifting device Breaker manual charging handle replacement Breaker shaft extension Breaker maintenance grease Breaker replacement feet WL Circuit Breaker certified test report Wire for N + GF CTs from X8.11 & 12 to electronic trip Cubicle-bus internal wiring Return to factory shipping cartons for breaker only

Communication components 120 Breaker communications module Breaker status sensor External I/O CubicleBus module Cables for CubicleBus modules External communications devices Technical support literature Typical certified test report Quick reference guide

WL Circuit Breaker Table of Contents WL Circuit Breaker Table of Contents

7-353

4 WL Circuit Breaker Selection and Application Guide

Businesses are becoming increasingly more intelligent about the way they consume energy. Industrial and Commercial energy consumers are continuously looking for practical and efficient methods of measuring their energy usage while simultaneously ensuring any possible downtime is minimized. At Siemens we understand those needs and we have developed products and solutions to help energy consumers achieve their goals.

One of our solutions begins with our world-class WL Circuit Breakers. The WL line-up of breakers developed by Siemens combines decades of patented circuit breaker protection experience with the latest technology in circuit breaker performance and communication.

A good example of our innovative technology is, Dynamic Arc-Flash Sentry® (DAS). DAS is a solution that allows users the ability to automatically lower the down-stream available fault current when facility personnel are nearby the electrical equipment. Helping our customers provide a safer work-place environment is an important part to our overall solutions.

Other valuable aspects that complement our solutions are the WL circuit breaker’s ability to gather energy and environmental data and send it to a central or remote monitoring network system. You’ll find these capabilities and more when you take a closer look at WL circuit breakers features within this guide.

WL Circuit Breaker features and benefits

• 3 frame sizes: Three frame sizes that cover a wide range of continuous current ratings allow for flexible exchange of breakers to other compartments and reducing the footprint of the breaker enclosures.

• Ready-to-close indication: Built-in check points of the breakers mechanical operator provide an additional layer of safety and external controls by inhibiting the breaker from closing until certain conditions are satisfied.

• 100% rating: All model breakers are designed for continuous operation at their maximum current ratings without de-rating the frame.

• High-efficiency: Low loss of energy flowing through the breaker reduces the operating costs.

• Bi-directional feed: Top or bottom supply feed without any hardware configuration changes.

• Rogowski coil sensing: Full range sensing without tap terminals or exchanging sensors to match load change requirements.

• Modular trip unit: Upgrading to a higher or lower current rating, adding ground fault, power monitoring or communication is cost effective and expandable using separately available modules.

• Common accessories: Interchangeable accessories for all frame sizes makes upgrading easy and readily available.

Practical solution

Applications The WL line of power breakers are protecting electrical distribution applications like waste water treatment, industrial plants, hospitals, transportation systems and data centers just to name a few. Yes, mission critical applications trust the Siemens WL circuit breakers to operate safe and reliably. The compact modular design provides higher power density in a section or line-up of distribution gear. Components like spring-charging motor, shunt trips, and trip units are common across the entire line of breakers. That allows users the ability to stock fewer spare parts or exchange options if necessary. Common options and accessories also make learning how to order, maintain and operate the WL much easier than most breakers on the market today.

WL circuit breakers are manufactured and performance tested to comply with UL489 and UL1066 standards for listed products.

UL/CSA 489 Listed type WL low voltage insulated case circuit breakers are generally intended to provide service entrance, feeder, and branch circuit protection in accordance with UL/CSA 489 Standard for Safety for Molded-Case Circuit Breakers, Molded-Case Switches, and Circuit-Breaker Enclosures. This versatile family of insulated case circuit breakers is acceptable for use within low-voltage switchboards (i.e. UL 891), low-voltage motor control centers (i.e. UL 845), and other types of industrial control equipment (i.e. UL 508 series). Certain options and maintenance capability may be limited in comparison to the UL1066 Listed circuit breakers.

UL file numbers E231263, E236091 and E236299 apply.

UL 1066 Listed type WL low voltage power circuit breakers are generally intended to provide main and feeder circuit protection in accordance with UL1066 Standard for Safety for Low-Voltage AC and DC Power Circuit Breakers Used in Enclosures. Presently, there is not an equivalent CSA standard to UL 1066, and therefore these circuit breakers do not carry a CSA listing mark. These circuit breakers are constructed in compliance with ANSI/IEEE C37.13, and performance tested in accordance with ANSI C37.50. Throughout this document any reference to UL1066 will also mean ANSI C37 Certified. This versatile family of power circuit breakers is acceptable for use within low voltage switchgear (i.e. ANSI/IEEE C37.20.1, ANSI/IEEE C37.20.7, and UL 1558), low voltage switchboards (i.e.

UL 891), low voltage motor control centers (i.e. UL 845), and other types of industrial control equipment (i.e. UL 508 series). Certain options and ratings may be limited may be limited in comparison to the UL/CSA 489 Listed circuit breakers. UL file numbers E240124, E240232, E240233 and E236299 apply.

WL Circuit Breaker Introduction

7-354

5WL Circuit Breaker Selection and Application Guide

WL Circuit Breaker Breaker Assembly View

Exterior breaker features

1. Secondary contacts

2. Charging handle

3. Centralized operator panel

4. Integral racking handle with position indicator

5. Trip unit with LCD

6. Arc chutes

Interior breaker features

1. Remote closing coil

2. Second shunt trip or UV release

3. Auxiliary switch

4. Automatic charging motor

5. Operation counter

6. Operating mechanism

7. Electronic trip unit (ETU)

8. Optional ground fault module with alarm and trip functions

9. Interchangeable current rating plug

10. Breaker status sensor (BSS)

11. Bell alarm contact with remote reset

12. Shunt trip coil

13. Ready-to-close-contact

7-355

6 WL Circuit Breaker Selection and Application Guide

Superior individual products for low-voltage power distribution systems

3 2 6 7

17 15

16 14

25 10

4 5

1.Guide Frame (for drawout version only)

2. Vertical to Horizontal BUS Connector

3. Position Signaling Switch

4. Breaker / Guide Frame Grounding Contact

5. Shutter (locking)

6. MODBUS or PROFIBUS Communications

7. External CubicleBUS I/O Module

8. Plug-In Open and Closed Solenoids)

9. Multiple Secondary Connections

10. Auxiliary Switch Block

11. Door Sealing Frame

12. Interlocking Set Base Plate

13. Protective Cover for OPEN/CLOSE Buttons

14. Multiple Key Locking Accessories

15. Single Bolt Motor Operator Installation

16. Operations Counter

17. Breaker Status Sensor (BSS)

18. Complete Trip Unit Family

19. Remote Reset

20. Breaker Data Adapter (BDA) for

Internet Connection

21. Multi Angle LCD Module

22. Ground Fault Protection Module

23. Rating Plug

24. Metering Function (+ wave forms and harmonics)

25. Circuit Breaker

7-356

7WL Circuit Breaker Selection and Application Guide

Draw-out Cradle Assembly View

Cradle accessories

1. Mechanical interlock (not shown)

2. Isolation shutters

3. Mechanism operated contact switches (MOC)

4. Dual key-lock location

5. Breaker position switches (TOC)

6. Communication module location (COM 16 or COM 15)

7. Optional arc chute cover (not shown)

Standard cradle

1. Stationary secondary disconnect

2. Primary disconnects

3. Cradle frame assembly for draw-out breakers

3 2

7- 357

8 WL Circuit Breaker Selection and Application Guide

Electronic Trip Unit (ETU)

Electronic trip units (ETUs) Power system protection is necessary to treat common types of abnormal occurrences, such as overloads or faults that can lead to electrical power system failure.

The methods for detecting and clearing such abnormalities and restore to normal operation is an engineered technique.

Adequate protection requires constant measurements of certain system quantities, such as voltages and currents, comparing those system quantities, or some combination of the quantities, to a threshold setting computed by a systems engineer and set into an electronic trip unit like those available on the WL breakers. It’s equally important for power system protection to perform under normal operating conditions. If the above thresholds are set too low the power may be interrupted unnecessarily causing loss of productivity or safety provisions.

The WL circuit breaker offers a practical means of setting power system protection through vast selectivity available in its Electronic Trip Unit (ETU). WL ETUs have a wide range of protective settings for implementing simple or complex coordination schemes and configuring reliable system protection.

ETU enhanced features

• Extended Instantaneous Protection (EIP): Allows the entire range of WL ampacities to be applied at the withstand rating of the breaker with minus 0% tolerance; that means no instantaneous override whatsoever. EIP further enables the circuit breaker to be applied up to the full interrupting rating of the breaker on systems where the available fault current exceeds the withstand rating, even with LS-only trip units.

• Dynamic Arc-Flash Sentry (DAS): Allows you the ability to execute a faster coordinated trip condition should an arc fault event occur while personnel are within the arc flash boundary. When the presence of personnel is no longer in the arc flash boundary, DAS will default back to maintaining your selective trip coordination through time delay functions.

This is like toggling between two trip units on one breaker.

DAS can be activated by a simple contact closer, so a wide range of activation devices can be used to enable DAS.

• Selectable I4t: ETU745 and 776 make it possible to switch over from an I2t to an I4t inverse-time function for overload protection. This selectivity increases optimization of coordinated overload protection when overload fuse protection is also provided.

ETU basic functions Long-time trip The long-time delay adjustment is used to set the tripping delay of the circuit breaker based on the magnitude of the overcurrent condition (6 times lr). For example if the rating plug is 2000 amps and the long-time delay is set to 10 seconds, a fault current of 12,000 amps (6 x 2000) will cause the breaker to trip after 10 seconds. Long-time is an inverse of I2t ramp function. This means the higher the current, the shorter the time the circuit breaker will remain closed. An Alarm LED indicator will flash during the delay period and a separate “Trip L” indicator may turn on if the breaker trips on long-time function.

Short-time trip The short-time pickup adjustment is used to set the level of high current the breaker will carry for a short period of time without tripping. This adjustment is set in multiples of the value of the rating plug (Ir). Together with the short-time delay, this adjustment allows downstream breakers time to clear short circuit faults without tripping upstream breakers. Short-time delay is used to set the time interval the breaker will wait before responding to the current value selected by short-time pickup.

There are two modes of operation: fixed and I2t. The I2t delay has the characteristic of being inversely proportional to the square of the magnitude of the current. This means higher overcurrent conditions have shorter delays. An Alarm LED indicator may flash during the delay period and a separate “Trip S” indicator will turn on if the breaker trips on short-time function.

Instantaneous trip The instantaneous pickup adjustment is used to set the current level at which the breaker will trip without an intentional time delay. Non-delayed tripping as a result of severe over-current minimizes potential damage to the electrical system and equipment.

Ground fault The ground fault pickup adjustment is used to set the level of ground current at which circuit interruption will be initiated.

Together with ground fault delay, this adjustment allows selective tripping between main and feeder or downstream breakers.

The ground fault delay adjustment is used to set the time interval (in seconds) the breaker will wait before responding once the ground fault pickup level has been reached. The available ground fault delay settings available are: inverse time (I2t) or fixed delay.

7-358

9WL Circuit Breaker Selection and Application Guide

Electronic Trip Unit (ETU)

ETU models and features

Features and characteristics ETU745 ETU748 ETU776

Long-time overcurrent protection (L) X X X Short-time delayed overcurrent protection (S) X X X Instantaneous overcurrent protection (I) X X Neutral conductor protection (N) X X X Ground fault protection (G) O O O Selectable neutral protection X X X Defeatable short-time protection X X Defeatable instantaneous protection X X Selectable thermal memory X X X Zone selective interlocking X X X Selectable I2t or fixed short-time delay X X X

Adjustable instantaneous pick-up X X X Selectable I2t or I4t long-time delay X X X

Adjustable short-time delay and pick-up X X X Selectable and adjustable neutral protection X X X Dual protective setting capability X Dynamic arc-flash sentry (DAS) X Extended instantaneous protection (EIP) X X X Parameterization by rotary switches X X Parameterization by communication (absolute values) X Parameterization by menu/keypad (absolute values) X Remote parameterization of the alarm functions X Remote parameterization of the relay functions X Alphanumeric display O O X Graphical display X Power metering function O O O Communication via PROFIBUS-DP O O O Communication via the MODBUS O O O Communication via the Ethernet (BDA) O O O

(X) = standard feature, (O) = optional feature

7-359

10 WL Circuit Breaker Selection and Application Guide

ETU communication The ETU uses a Siemens proprietary communication network called CubicleBus. The CubicleBus network ensures all Siemens devices are able to transmit data reliably and efficiently. The ETU can not be connected directly any other network so the use of converters are necessary to allow communication between the ETU and the outside world. The WL has three types of converters to allow communication between the ETU and computer type equipment. The three converts are:

• PROFIBUS (COM15)

• ModBus (COM16)

• HTML or TCP/IP (BDA)

The WL PROFIBUS converter is model ‘COM15.’ The COM15 device acts as an interface between the WL breaker and the information environment. A joint device master file (GSD) can be used for integrating WL circuit breakers in a PROFIBUS-DP network. The advantage of this joint communication profile is that the same software can be used for automation, monitoring and control systems.

The WL ModBus converter is model ‘COM16’. The COM16 device enables the WL breaker to be connected to any Modbus master network. Universal Modbus mapping can be used to allow custom monitoring and controls with a centralized monitoring system.

The Modbus port is configured for RS485 connectivity and can easily be daisy-chained to several WL breakers to create a serial-network suitable for connecting to a LAN or WAN network.

The WL HTML or TCP/IP converter is called ‘BDA.’ The BDA is a microcomputer with an embedded Linux operating system running a web server application. The HTML pages and JAVA codes are stored internal to the BDA and can be accessed with an external PC web browser. All of the viewable web pages are stored in the BDA. The BDA communicates to the ETU through a front connected ribbon-cable. The PC accesses the BDA through an integral DB-9 serial port or an RJ45 Ethernet port.

All three converters require a 24VDC Class 2 power supply.

See External Accessories for more information on available power supplies.

WL Circuit Breaker Electronic Trip Unit (ETU)

7-360

11WL Circuit Breaker Selection and Application Guide

Electronic Trip Unit (ETU)

Power metering function In addition to excellent protection capabilities, the WL ETU has unparalleled power metering functionality. True RMS current sensing for metering is obtained from the same current sensors used for overload protection. ETU power metering can measure the following:

Potential transformers (PTs) are required to step down the supply voltage to a level that is suitable for local input connection to the breaker. PTs must be wired to the secondary connections of the breaker and configured for three-phase, three-wire or three-phase, four-wire supply system. The measured values can be sent to a central database for future power analysis or consumption reports.

Metering is not field installable – it must be configured in the initial breaker purchase.

Event log The event log is very extensive. Information regarding the list of events can be found in the WL operation manual or communication guide. Some of the event log categories are:

• Warnings

• Trip Logs

• Set-points

• Maintenance Detail

• CubicleBus Conditions

• Waveform Displays

Measured value Value range Accuracy Currents Ia, Ib, Ic, In 30 ... 8000A ± 1%

Ground-fault current Ig (measure with external Gnd transformer) 100 ... 1200A ± 5% Line-to-line voltages Vab, Vbc, Vca 80 ... 120% Vn ± 1% Line-to-neutral voltages Van, Vbn, Vcn 80 ... 120% Vn ± 1% Average value of phase-to-phase voltages V L-L AVG 80 ... 120% Vn ± 1% Apparent power kVA per phase 13 ... 8000kVA ± 2% Total apparent power KVA 13 ... 24000kVA ± 2% Active power kW per phase -8000 ... 8000kW ± 3% (power factor > 0.6) Total active power kW total -24000 ... 24000kVA ± 3% (power factor > 0.6) Reactive power kvar -6400 ... 6400kvar ± 4% (power factor > 0.6) Total reactive power kvar -20000 ... 20000kvar ± 4% (power factor > 0.6) Power factor per phase -0.6 ... 1 ... 0.6 ± 0.04 Power factor total -0.6 ... 1 ... 0.6 ± 0.04 Demand of currents Ia, Ib, Ic 30 ... 8000A ± 1% Average demand of 3-phase current 30 ... 8000A ± 1% Demand kWD per phase 13 ... 8000kW ± 3% (power factor > 0.6) kW demand 3-phase active power kWD total 13 ... 8000kW ± 3% (power factor > 0.6) kVA demand kVA total 13 ... 8000kVA ± 2% kVAR demand kVAR per phase 13 ... 8000kVA ± 2% kVAR demand total -24000 ... 24000kvar ± 4% (power factor > 0.6) kWhr imported 1 ... 10000MWh ± 2% kWhr exported 1 ... 10000MWh ± 2% kVARh imported 1 ... 10000Mvarh ± 4% kVARh exported 1 ... 10000Mvarh ± 4% Frequency 15 ... 440 Hz ± 0.1 Hz Total harmonic distortions for current and voltage 2 ... 100% ± 3% from the meas. range up to the 29th harmonic Phase unbalance for current and voltage 2 ... 150% ± 1%

7-361

12 WL Circuit Breaker Selection and Application Guide

Alarm parameters The metering function includes the following alarm set-point functions:

Extended relaying Protective relays included with the metering function can monitor the following criteria and initiate a trip if the values are exceeded.

Protective relay function ANSI device number Setting range Possible delay

Current unbalance 46 5 ... 50% 1 ...15 s

Total harmonic distortion - current 81 THDC 0 ... 50% 5 ...15 s Voltage unbalance 47 5 ... 50% 1 ...15 s Undervoltage 27 100 ... 1100V 1 ...15 s Overvoltage 59 200 ... 1200V 1 ...15 s Total harmonic distortion - voltage 81 THDV 0 ... 50% 5 ...15 s Direction of phase rotation 47N Active power in normal direction 32 1 ... 10000kW 1 ...15 s Active power in reverse direction 32R 1 ... 10000kW 1 ...15 s Under frequency 81U 40 ... 70 Hz 1 ...15 s Over frequency 81O 40 ... 70 Hz 1 ...15 s

Alarm function Setting range Possible delay

Overcurrent 3 ... 10000A 0 ... 255 s

Overcurrent – ground fault 3 ... 10000A 0 ... 255 s Overcurrent – N-conductor 3 ... 10000A 0 ... 255 s Phase unbalance – current 5 ... 50% 0 ... 255 s Demand – current 3 ... 10000A 0 ... 255 s Total harmonic distortion – current 0 ... 50% 5 ... 255 s Undervoltage 100...1200V 0 ... 255 s Overvoltage 200...1200V 0 ... 255 s Phase unbalance – voltage 5 ... 50% 0 ... 255 s Total harmonic distortion – voltage 0 ... 50% 5 ... 255 s Crest factor 0.01 ... 25.5% 0 ... 255 s Form factor 0.01 ... 25.5% 0 ... 255 s Active power in normal direction 1 ... 10000kW 0 ... 255 s Active power in reverse direction 1 ... 10000kW 0 ... 255 s Leading power factor -0.999 ... 1 0 ... 255 s Lagging power factor -0.999 ... 1 0 ... 255 s Demand – active power 1 ... 10000kW 0 ... 255 s Apparent power 1 ... 10000kVA 0 ... 255 s Reactive power in normal direction 1 ... 10000kvar 0 ... 255 s Reactive power in reverse direction 1 ... 10000kvar 0 ... 255 s Demand – apparent power 1 ... 10000kVA 0 ... 255 s Demand – reactive power 1 ... 10000kvar 0 ... 255 s Underfrequency 40 ... 70 Hz 0 ... 255 s Overfrequency 40 ... 70 Hz 0 ... 255 s

WL Circuit Breaker Electronic Trip Unit (ETU)

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13WL Circuit Breaker Selection and Application Guide

ETU Function Overview

1 Extended Instantaneous Protection (EIP) allows the WL breaker to be applied at the withstand rating available of the breaker with minus 0% tolerance; that means no instantaneous override whatsoever. EIP further – not available enables the circuit breaker to be applied up to the full instantaneous rating of the breaker on systems optional where the available fault current exceeds the withstand rating.

2 Ground Fault Module cannot be removed after installation.

Basic functions ETU745

Long-time overcurrent protection Function can be disabled – Setting range IR = In x ... 0.4, 0.45, 0.5, 0.55, 0.6, 0.65, 0.7, 0.8, 0.9, 1 Switch-selectable overload protection (I2t or I4t dependent function) Setting range of time delay class tR at I2t (seconds) 2, 3.5, 5.5, 8, 10, 14, 17, 21, 25, 30 Setting range of time delay tR at I4t (seconds) 1, 2, 3, 4, 5

Thermal memory (via slide switch) Phase loss sensitivity set tsd =20 ms (M) Neutral protection Function can be disabled (via slide switch) N-conductor setting range IN = In x ... 0.5 ... 1 Short-time overcurrent protection Function can be disabled (via rotary switch) Setting range Isd = In x ... 1.25, 1.5, 2, 2.5, 3, 4, 6, 8, 10, 12 Setting range of time delay tsd, fixed (constant time in seconds) 0.02 (M), 0.1, 0.2, 0.3, 0.4, OFF

Setting range of time delay Isd at I2t (seconds) 0.1, 0.2, 0.3, 0.4

Zone Selective Interlocking (ZSI) function per CubicleBUS module Instantaneous overcurrent protection Function can be disabled Extended Instantaneous Protection Instantaneous is active when disabled Setting range Ii = In x ... 1.5, 2.2, 3, 4, 6, 8, 10, 12

0.8 x Icw = Max, Ground fault protection 2 O (field installable module) Trip and alarm function Detection of the ground fault current by residual summing method Detection of the ground fault current by direct sensing method Setting range of the Ig for trip A, B, C, D, E (100 ... 1200A) Setting range of the Ig for alarm A, B, C, D, E (100 ... 1200A) Setting range of the time delay tg

(fixed seconds) 0.1, 0.2, 0.3, 0.4, 0.5 Setting range time delay tg at I2t 0.4, 0., 0.3, 0.4, 0.5 ZSI ground function per CubicleBUS module

L

N

S

I

G

7-363

14 WL Circuit Breaker Selection and Application Guide

ETU Function Overview

2 Extended Instantaneous Protection (EIP) allows the WL breaker to be applied at the withstand rating available of the breaker with minus 0% tolerance; that means no instantaneous override whatsoever. EIP further – not available enables the circuit breaker to be applied up to the full instantaneous rating of the breaker on systems o optional where the available fault current exceeds the withstand rating.

3 Ground Fault Module cannot be removed after installation.

4 Notes:

M = indicates phase loss sensitivity is enabled. LT pick-up reduced 80% when phase unbalance > 50%. ST = 20 ms Key pad = Direct input at the trip unit.

L

N

S

I

G

1 Note: ETU776 settings via WLBDA, Modbus, or Profibus: 1A steps Via ETU Keypad: Below 1000A: 10A steps

1000A-1600A: 50A steps 1600A-10000A: 100A steps Above 10000A, 1000A steps

Basic functions ETU748 ETU776

Long-time overcurrent protection Function can be disabled – – Setting range IR = In x ... 0.4, 0.45, 0.5, 0.55, 40-100% of In (Adjustable in Amps1)

0.6, 0.65, 0.7, 0.8, 0.9, 1

Switch-selectable overload protection (I2t or I4t dependent function) Setting range of time delay class tR at I2t (seconds) 2, 3.5, 5.5, 8, 10, 2...30 (step; 0.1s)

14, 17, 21, 25, 30

Setting range of time delay tR at I4t (seconds) 1, 2, 3, 4, 5 1...5 (step; 0.1s) Thermal memory (via slide switch) (on/off via keypad or communications) Phase loss sensitivity at tsd =20 ms (M) (on/off via keypad or communications) Neutral protection Function can be disabled (via slide switch) (on/off via keypad or communications) N-conductor setting range IN = In x ... 0.5 ... 1 OFF 0.5 ... 2 OFF Short-time delayed overcurrent protection Function can be switched ON/OFF (via rotary switch) (on/off via keypad or communications)

Setting range Isd = In x ... 1.25, 1.5, 2, 2.5, 1.