Nema Contactors And Staters Sd 558848 Catalog

235972-Catalog 235972-Catalog 235972-Catalog 785901 Batch7 unilog cesco-content

2014-07-05

: Pdf 558848-Catalog 558848-Catalog 785901 Batch5 unilog

Open the PDF directly: View PDF .
Page Count: 36

17-1

17 NEMA/DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Table of Contents

Section 17

NEMA Contactors and Starters

Electromechanical

Reduced Voltage Starter (p. 17-18)

IEC Style Disconnect Switches

GS1 Fusible and LK3 Nonfusible, UL98 Tested 17-2

GS1 Fusible and LK3 Nonfusible, Dimensions 17-5

UL508 Motor Disconnect Switches

Mini-Vario and Vario™ Switches 17-8

NEMA Style Disconnect Switches

NEMA Style Door-Mounted Disconnect Switches 17-9

Door-Mounted Operating Mechanisms

For Square D™ Circuit Breakers 17-10

Approximate Dimensions 17-12

Bracket-Mounted Disconnect Devices

Type T Disconnect Switches 17-13

Flexible Cable Mechanisms

For Circuit Breakers 17-14

Disconnect Switch Accessories

Flange Mounted, Variable Depth 17-15

Reversing Drum Switches

Type A and B 17-17

Electromechanical Reduced Voltage Starters

Description of All Types 17-18

How to Order 17-18

Autotransformer Starters 17-19

Wye-Delta Starters (Open Transition) 17-20

Wye-Delta Starters (Closed Transition) 17-21

Part Winding Starters 17-22

Approximate Dimensions 17-23

Multispeed Magnetic Starters

Application Data 17-24

Two-Speed Combination Starters 17-26

Reversing Two-Speed Magnetic Starters 17-27

Two-Speed Magnetic Starters 17-28

Approximate Dimensions 17-29

Lighting Contactors

Panelboard Lighting Contactors, Type PB 17-30

Well-Guard™ Pump Panel

Reduced Voltage Type 17-31

Factory Modifications (Forms)

Reduced Voltage Starters 17-32

Definite Purpose Contactors

Reversing/Hoist, Type R 17-35

Thermal Overload Relays—NEMA Style

Solid-State Overload Relay, Motor Logic™ Plus 17-36

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

IEC Style Disconnect

Switches

GS1 Fusible and LK3 Nonfusible, UL98 Tested

Class 9421 / Refer to Catalog 9421CT0301

The GS1 part numbers can be identified as follows.

See Catalog 9421CT0301 for specific applications.

aShipped with line side terminal shrouds; for additional shrouds,

see page 17-4.

bTerminal lug must be ordered separately—see page 17-4.

Table 17.1: Identification System

GS1 D U 3

Model GS1 Fusible (Class J fuse unless noted), LK3 Nonfusible

Current Range, Operator Type (front operator unless noted), Accessory Type

D30 A front and side operation T800 A (Class L if fused)

DD 30 A Class CC front and side operation U1000 A

E30 A W1200 A

EE 30 A Class CC AH handle

G60 A AHT handle with test

J100 A AE extension shaft

M200 A AD auxiliary contact holder

Q400 A AM auxiliary contact

S600 A

UL Certification

Poles—Number of Poles, 2 or 3

Note: All fusible switches through 400 A and nonfused switches through 200 A are equipped with a feature to test optional auxiliary contacts without energizing

the load when the appropriate GS1AHT•••• handle is used.

Table 17.2: Fusible Switches

Catalog No. Description $ Price

Compact GS1 Fusible IEC Style Disconnect Switches

GS1DDU3 30 A, 3-pole, Class CC, use 5x5 shaft 237.00

GS1DU3 30 A, 3-pole, Class J, use 5x5 shaft 260.00

GS1 Fusible IEC Style Disconnect Switches

GS1EEU3 30 A, 3-pole, Class CC , use 10x10 shaft 237.00

GS1EU3 30 A, 3-pole, Class J, use 10x10 shaft 260.00

GS1GU3 60 A, 3-pole, Class J, use 10x10 shaft 336.00

GS1JU3ab 100 A, 3-pole, Class J, use 10x10 shaft 536.00

GS1MU3ab 200 A, 3-pole, Class J, use 10x10 shaft 1181.00

GS1QU3ab 400 A, 3-pole, Class J, use 10x10 shaft 2252.00

GS1SU3ab 600 A, 3-pole, Class J, use 15x15 shaft 3377.00

GS1TU3ab 800 A, 3-pole, Class L, use 15x15 shaft 5061.00

Table 17.3: Fusible Switches with

Direct Mount Side Handle

Catalog No. Description $ Price

GS1EERU20 30 A, 2-pole, Class CC 204.00

GS1EERU30 30 A, 3-pole, Class CC 242.00

GS1AH01 Right side handle for GS1EERU20 & GS1EERU30 46.40

200 A Switch

GS1MU3

30 A Side Handle

GS1EERU30

Table 17.4: Nonfusible Switches

Catalog No. Description $ Price

Compact LK3 Nonfusible IEC Style Disconnect Switches

LK3DU3 30 A, 3-pole, 5x5 shaft 218.00

LK3 Nonfusible IEC Style Disconnect Switches

LK3GU3 60 A, 3-pole, use 10x10 shaft 263.00

LK3JU3 100 A, 3-pole, use 10x10 shaft 458.00

LK3MU3ab 200 A, 3-pole, use 10x10 shaft 1010.00

LK3QU3ab 400 A, 3-pole, use 15x15 shaft 1910.00

LK3SU3ab 600 A, 3-pole, use 15x15 shaft 2873.00

LK3TU3ab 800 A, 3-pole, use 15x15 shaft 4301.00

LK3UU3ab 1000 A, 3-pole, use 15x15 shaft 5372.00

LK3WU3ab 1200 A, 3-pole, use 15x15 shaft 6450.00

Compact 30 A Switch

LK3DU3

Example of the parts to order to build a complete GS or LK switch:

Choose a Switch + Shaft + Handle Assembly + Lugs, if needed

600 A, LK3SU3 Shaft 200 mm, GS1AE6 Black Handle, LK3AH150 Lugs Kit, GS1AW503

For example:

LK3SU3 (600 A nonfusible switch, use 15x15 shaft) + GS1AE6 (15x15 200 mm Type H shaft) + LK3AH150 (black/black, lockable)

To add auxiliary contacts:

For front-mounted contacts order GS1AD30 (front-mounted auxiliary contact holder) + GS1AM110 (NO contact for GS1AD10, 20, and 30)

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA/DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

CP1 Discount

Schedule

IEC Style Disconnect

Switches

GS1 Fusible and LK3 Nonfusible, UL98 Tested

Class 9421 / Refer to Catalog 9421CT0301

Handles

Note: Now UL approved for indoor or outdoor applications.

Table 17.5: Pistol Handles for Compact GS1 and LK3 for Use with Shaft Type D

Type Defeatable Padlockable Color Operation Catalog

Number $ Price

NEMA/UL IEC

1, 12 IP54 Yes Yes Black Off/On (O/I) GS1AH101 51.00

Red/Yellow GS1AH102

Table 17.6: Pistol Handles for Compact GS1 and LK3 for Use with Shaft Type G

Type Defeatable Padlockable Color Operation Catalog

Number $ Price

NEMA/UL IEC

1, 3R, 12 IP54 Yes Yes

Black Off/On (O/I) GS1AH110 62.00

Red/Yellow Off/On (O/I) GS1AH120 62.00

Black Test/Off/On (T/O/I) GS1AHT110 117.00

Red/Yellow Test/Off/On (T/O/I) GS1AHT120 117.00

1, 3R, 4, 4X, 12 IP65 Yes Yes

Black Off/On (O/I) GS1AH410 46.60

Red/Yellow Off/On (O/I) GS1AH420 46.60

Black Test/Off/On (T/O/I) GS1AHT410 78.00

Red/Yellow Test/Off/On (T/O/I) GS1AHT420 78.00

Table 17.7: Pistol Handles for Standard GS1 and LK3

Type Defeatable Padlockable Color Operation Catalog

Number $ Price

NEMA/UL IEC

GS1 30–100 A and LK3 60–100 A (3 in. handles)

1, 3R, 12 IP54 Yes Yes

Black Off/On (O/I) GS1AH110 62.00

Red/Yellow Off/On (O/I) GS1AH120 62.00

Black Test/Off/On (T/O/I) GS1AHT110 117.00

Red/Yellow Test/Off/On (T/O/I) GS1AHT120 117.00

1, 3R, 4, 4X, 12 IP65 Yes Yes

Black Off/On (O/I) GS1AH410 70.00

Red/Yellow Off/On (O/I) GS1AH420 70.00

Black Test/Off/On (T/O/I) GS1AHT410 117.00

Red/Yellow Test/Off/On (T/O/I) GS1AHT420 117.00

GS1 200–400 A and LK3 200 A (5 in. handles)

1, 3R, 12 IP54 Yes Yes

Black Off/On (O/I) GS1AH130 70.00

Red/Yellow Off/On (O/I) GS1AH140 70.00

Black Test/Off/On (T/O/I) GS1AHT130 125.00

Red/Yellow Test/Off/On (T/O/I) GS1AHT140 125.00

1, 3R, 4, 4X, 12 IP65 Yes Yes Black Off/On (O/I) GS1AH430 78.00

Red/Yellow Off/On (O/I) GS1AH440 78.00

Table 17.8: Pistol Handles for Use with Shaft Type H

Type Defeatable Padlockable Color Operation Catalog

Number $ Price

NEMA/UL IEC

For LK3 400–1200 A

1, 3R, 4, 4X, 12 IP65

Ye s

Black

Off/On (O/I)

LK3AH150 233.00

No Red/Yellow LK3AH160 233.00

Ye s B l a c k LK3AH170 386.00

Yes Red/Yellow LK3AH180 386.00

For GS1 600–800 A

1, 3R, 4, 4X, 12 IP65

Ye s

Black

Off/On (O/I)

LK3AH150 233.00

No Red/Yellow LK3AH160 233.00

Ye s B l a c k GS1AH170 386.00

Yes Red/Yellow GS1AH180 386.00

Table 17.9: Shafts

Length Catalog No. $ Price

in. mm

Shaft 5 mm x 5 mm—For use with Pistol Handles, Type D

12.6 320 GS1AE7 18.60

15.7 400 GS1AE71 23.30

Shaft 5 mm x 5 mm—For use with Pistol Handles, Type G

12.6 320 GS1AE8 18.60

15.7 400 GS1AE81 23.30

Shaft 10 mm x 10 mm—For Standard GS1 and LK3

12.6 320 GS1AE2 20.30

15.7 400 GS1AE21 24.90

Shaft 15 mm x 15 mm—For use with Pistol Handles, Type H

7.9 200 GS1AE6 32.60

15.7 400 GS1AE61 40.40

Type D—alternate handles

for compact switches only

Compact Shaft Kits

GS1AH101 GS1AH102

GS1AE7/AE71 Shafts

5 mm x 5 mm

Type G—Standard Handle Design

Use these shaft kits when

using compact switches:

GS1AE8/AE81 Shafts

5 mm x 5 mm

GS1AH110 GS1AH120

LK3AH160 GS1AE6

GS1AE2/AE21 Shafts

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

CP1 Discount

Schedule

IEC Style Disconnect

Switches

GS1 Fusible and LK3 Nonfusible, UL98 Tested

Class 9421 / Refer to Catalog 9421CT0301

Accessories

aCannot be mixed. A single switch must use all GS1AN11/GS1AN22 contact blocks or all GS1ANT11/GS1ANT22

contact blocks. A GS1AN • • contact block may not be used on the same switch as a GS1ANT• •.

bGS1 600–800 A and LK3 800–1250 A can receive 1 lug for 3 cables per terminal or 2 lugs for 2 cables per terminal.

cAll GS1 and LK3 switches supplied with line side shrouding.

dThree-piece kit for either line or load side.

Table 17.10: Auxiliary Contacts

Type Description Catalog No. $ Price

For Compact LK3 / GS1

U = Upper or

Top mounted

Standard products allow up to 4 auxiliary contacts without any extra

contact holders. Contact holder (for 5 to 8 auxiliary contacts) GS1AD10 46.70

10 A 1 N.O. Contact Block GS1AM110 14.70

600 Vac 1 N.C. Contact Block GS1AM101 14.70

For LK3 60–200 A, GS1 30–400 A

U = Upper or

Top mounted Contact holder required (for 1 to 8 upper auxiliary contacts) GS1AD20 46.70

10 A 1 N.O. Contact Block GS1AM110 14.70

600 Vac 1 N.C. Contact Block GS1AM101 14.70

S = Side mounted a1 N.O. & N.C. Contact Block (max of two blocks—any mix) GS1AN11 78.00

2 N.O. & N.C. Contact Block (max of two blocks—any mix) GS1AN22 140.00

S = Side mounted a1 N.O. & N.C. Contact Block w/ Test (max of two blocks—any mix) GS1ANT11 93.00

2 N.O. & N.C. Contact Block w/ Test (max of two blocks—any mix) GS1ANT22 156.00

For LK3 400–1200 A

U = Upper or

Top mounted Contact holder (for 1 to 4 auxiliary contacts) LK3AD30 46.70

10 A 1 N.O. Contact Block GS1AM110 14.70

600 Vac 1 N.C. Contact Block GS1AM101 14.70

For GS1 600–800 A

Micro-switch

(top mounted)

1 N.O./N.C. Contact GS1AMU3 57.00

2 N.O./N.C. Contact GS1AMU4 83.00

Table 17.11: Terminal Lugs

For Use On Wire Size # of Wires

per Lug Wire Type Lugs

per Kit Catalog No. $ Price

Compact GS1/LK3 #14–#10 1 Cu — Standard —

GS1 30 A CC #14–#10 1 Cu — Standard —

GS1 30 A J #14–#10 1 Cu — Standard —

GS1/LK3 60 A J #10–#3 1 Cu — Standard —

LK3 100 A #14–#2/0 1 Cu — Standard —

GS1 100 A #14–2/0 1 Cu/Al 6 GS1AW303 59.00

GS1/LK3 200 A #6–3/0 1 Cu/Al 6 GS1AW403 98.00

GS1/LK3 400–600 A b2 x 2–2 x 600 2 Cu/Al 6 GS1AW503 197.00

GS1/LK3 800 A / LK3 1000 A b3 x 2–3 x 600 3 Cu/Al 6 GS1AW803 246.00

LK3 1250 A b4 x 2–4 x 600 2 Cu/Al 12 GS1AW903 395.00

Table 17.12: Terminal Shrouds

For Use On Catalog No. $ Price

For Line or Load Side c

Compact GS1/LK3 Standard —

All GS1/LK3 30 A Standard —

All GS1/LK3 60 A Standard —

LK3 100 A Standard —

GS1 100 A dGS1AP33 101.00

GS1/LK3 200 A dGS1AP43 132.00

GS1 400 A GS1AP63 213.00

LK3 400–600 A LK3AP63 86.00

GS1 600–800 A GS1AP83 140.00

LK3 800–1250 A LK3AP83 101.00

Table 17.13: Shorting Links

For Use On Shorting Links

per Kit Catalog No. $ Price

GS1 60 A

GS1AU203 29.60

GS1 100 A GS1AU303 41.90

GS1 200 A GS1AU403 62.10

GS1 400 A GS1AU503 93.00

GS1 600–800 A GS1AU803 156.00

Table 17.14: Shaft Padlocking Kit

For Use On Catalog No. $ Price

Compact GS1/LK3

Standard —

LK3 60–200 A

GS1 30–400 A

LK3 400–1250 A

GS1AD10 +

GS1AM110

GS1AD20 +

GS1AM110

GS1AD30 +

GS1AM110

Terminal Lugs

Terminal Shrouds

Shorting Links

www.schneider-electric.us

17 NEMA/DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

CP1 Discount

Schedule

IEC Style Disconnect

Switches

GS1 Fusible and LK3 Nonfusible, Dimensions

Class 9421 / Refer to Catalog 9421CT0301

Dimensions

25.6

37.3

FIX

116

79.5

96.5

18.3

M 5

FIX

ø 4.5

ø 31

90°

-OFF

-ON

Door Drilling

83.8

3.25

2.5

2.48

1.83

2.75

76.2

3.0

90°

65°

2.0

ø 31

1.25

4 ø 4.5

0.13

-ON

-OFF

GS1AH/AHT110, 120, 410, or 420

0.125

1.25

3.75

0.59

1.47

3.125

4.56

1.78

0.72

Test Position

GS1DDU3

Compact CC

30 A

GS1AH110 or 120

2.75

65°

GS1AH/AHT110, 120, 410, or 420

4.13

105.5

1.47

37.3

0.059

4.56

116

3.38

0.63

15.8

1.0

3.0

7.62

2.48

2.0

FIX

FIX ø 0.19

1.83

46.5

2.5

3.88

OFF

0.13

2 ø 4.5

ø 31

1.25

90°

-ON

0.13

2 ø 4.5

ø 31

1.25

2.0

-OFF

90°

-ON

Door Drilling

Test Position

GS1DU3

Compact J

30 A

GS1EEU3,

GS1

30 A

1.13 Fix

90°

65°

Test Position

-ON

5.69

144

5.88

149

2.00

2.75

3.00

76.2

3.88

2.44

2.63

67 1.25

Ø 31

0.13

4 Ø 4.5

0-OFF

Fix 5.25

133

Door Drilling

Dimensions: in.

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

CP1 Discount

Schedule

IEC Style Disconnect

Switches

GS1 Fusible and LK3 Nonfusible, Dimensions

Class 9421 / Refer to Catalog 9421CT0301

90°

65°

Test Position

-ON

Door Drilling

2.00

1.25

Ø 31

.13

4 Ø 4.5

0-OFF

1.50

5.88

149

2.75

6.75

171

2.63

2.75

3.00

76.2

Fix

5.25

133

5.63

143

3.50

Mounting Hole

Dimension:

0.19 in. (4.8 mm)

GS1EU3/GS1GU3,

GS1

30 A/60 A J

Terminal Lugs 2/0 Max.

90°

65°

Test Position

-ON

Door Drilling

2.00

1.25

Ø 31

Ø6.9

.75

.63

.88

0.13

4 Ø 4.5

0-OFF

2.06

7.19

183

8.25

210

3.31

2.75

3.00

76.2

Fix 6.56

167

5.63

1433.44

87.25

GS1JU3,

GS1

100 A J

Mounting Hole

Dimension:

0.19 in. (4.8 mm)

Terminal Lugs 3/0 Max.

90°

65°

Test Position

-ON

Door Drilling

2.00

1.00

1.13

1.50

2.00

.44

11Ø1 1.6

.13

4 Ø 4.5

1.25

Ø 31

0-OFF

Fix 2.44

8.13

207

9.44

240

3.69

3.75

Fix 7.50

191

2.75

6.00

152 3.44

5.00

127

GS1MU3,

GS1

200 A J

Mounting Hole

Dimension:

0.19 in. (4.8 mm)

GS1QU3,

GS1

400 A J

Mounting Hole

Dimension:

0.25 in. (6.3 mm)

90°

65°

Test Position

-ON

Door Drilling

Terminal Lugs

2 x 600 MCM Max.

2.00

1.50

3.13

2.88

2.00

0.13

4 Ø 4.5

1.25

Ø 31

0-OFF

.38

Ø 10.2

Fix 2.81

Fix 8.81

224

2.81

14.31

363

11.94

303

2.06

4.44

112

2.75

5.00

127

5.56

141 3.44

Ø .25

Dimensions: in.

Door Drilling

Terminal Lugs

2X600 MCM Max. 3X600 MCM Max.

2.50

19.38

492 6.00

152

2.38

59 4.75

120 4.75

120 4.00

100

3.88

7.50

190

7.50

190

4.13

106

3.13

2.75

3.13

803.56

91 1.56

2.50

2.88

733.00

1.50

.50

.25

9.88

250

14.25

362

20.38

517

1.50

38 7.13

181

Ø 9.38 Fix 13.63

346

Fix 9.88

251

Locking

55˚

Ø .38

Ø 44

Ø 1.25

2.00

0.13

Ø 4.5

GS1SU3/GS1TU3,

GS1

600 A J

and 800 A L

Mounting Hole

Dimension:

0.38 in. (9.6 mm)

www.schneider-electric.us

17 NEMA/DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

CP1 Discount

Schedule

IEC Style Disconnect

Switches

GS1 Fusible and LK3 Nonfusible, Dimensions

Class 9421 / Refer to Catalog 9421CT0301

90°

Door Drilling

4.56

116

3.78

1.94

0.59

1.00

2.00

0.75

1.83

2.59

2.48

3.84

1.78

0.72

0.56

Fix

3.13

Fix

Ø .19

-ON

0-OFF

1.25

Ø 31

0.13

2 Ø 4.5

Mounting Hole

Dimension:

0.19 in. (4.8 mm)

LK3DU3,

Compact LK3

30 A

ø 0.19

5FIX 1.50

5.88

149

170

6.69

2.75

FIX 5.25

133

2.63 76.2

3.00

2.75

3.88

3.50

90°

65°

Test Position

-ON

Door Drilling

2.00

.13

4 Ø 4.5

1.25

Ø 31

0-OFF

LK3GU3/LK3JU3,

LK3

60 A/100 A

Mounting Hole

Dimension:

0.19 in. (4.8 mm)

Terminal Lugs 3/0 Max.

90°

65°

Test Position

-ON

Door Drilling

2.00

1.00

1.13

1.50

2.00

.44

Ø11.6

0.13

4 Ø 4.5

1.25

Ø 31

0-OFF

8.13

206

2.44

9.50

241

3.69

3.75

2.75

3.44

5.00

127

.19

Fix

7.50

191

LK3MU3,

LK3

200 A

Mounting Hole

Dimension:

0.19 in. (4.8 mm)

Door Drilling

Terminal Lugs

2 x 600 MCM Max.

1.50

3.13

2.88

.38

Ø 10.2

.13

4 Ø 4.5

1.25

Ø 31

2.00

0.81

11.00

279

0.56

7.50

191

3.88

6.56

166 1.63

2.31

5.00

127

1.56

3.13

Fix 10.06

255

Fix 6.88

175

Fix 12.63

320

LK3QU3/LK3SU3,

LK3

400 A/600 A

Mounting Hole

Dimension:

0.25 in. (6.3 mm)

Dimensions: in.

Door Drilling

Terminal Lugs

2X600 MCM Max. 3X600 MCM Max.

3.13

803.56

91 1.56

2.50

2.88

733.00

1.50

Ø .38

Ø 44

Ø 1.25

2.00

6.56

166 1.56

2.00

0.13

Ø 4.5

0.81

2.31

1.56

14.63

372

6.81

1734.75

121

13.00

330

7.50

191

3.88

2.50

Fix 6.88

175

Fix 13.69

347

LK3TU3/LK3UU3/

LK3WU3,

LK3

800 A/1000 A/1250 A

Mounting Hole

Dimension:

0.38 in. (9.6 mm)

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

UL508 Motor Disconnect

Switches

Mini-Vario and Vario™ Switches

Refer to Catalog 9421CT0301

Vario

The Vario Motor Disconnect Switch is also offered as an enclosed switch made of corrosion

resistant material. The 3-pole version makes the Vario switch ideal for manual motor control

applications. The switches are compact, easy to wire and connect, and come undrilled to

allow variable cable entry positions.

NOTE: VCGUN enclosures are UL approved.

aAssembled, includes switches mounted in enclosure with handle.

aUL Rated, NEMA Type 1, 12, IP55.

Table 17.15: Non-Metallic Enclosed Switches a

Ampere Size IP55-PVC 3-Pole, NEMA Type 1 & 12

UL IEC Catalog No. $ Price

20 32 VC1GUN 239.00

25 40 VC2GUN 287.00

45 63 VC3GUN 345.00

63 80 VC4GUN 381.00

100 125 VC5GUN 548.00

115 175 VC6GUN 845.00

Table 17.16: Non-Metallic Enclosed Switch Dimensions a

Catalog No. a

No.

Poles

Dimensions

a b c d e f

in. mm in. mm in. mm in. mm in. mm in. mm

VC1GU–VC2GU

6.7 170 4.1 105 3.2 82 4.8 122 2.1 53 5.0 128

VC3GU–VC4GU 6.7 170 5.3 135 3.3 85 5.1 130 3.7 95 5.2 131

VC5GU–VC6GU 11.0 280 8.6 220 5.0 126 7.9 201 7.5 190 8.6 203

Table 17.17: Vario Manual Motor Control Switches, IEC

Rating (A)

IEC

kW Rating 3-Pole Switch Body

230 V 240 V 400 V 415 V 500 V 690 V

20 4 4 5.5 5.5 7.5 11

25 5.5 5.5 7.5 7.5 11 15

32 5.5 5.5 11 11 11 15

40 7.5 7.5 15 15 18.5 15

63 15 15 22 22 30 22

80 18.5 18.5 30 30 37 30

125222237374537

175303045455545

Non-Metallic Enclosure

Ø 6.2

.25

Legend

Plate

Holder

VC1GU–VC6GU

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

NEMA Style Disconnect

Switches

NEMA Style Door-Mounted Disconnect Switches

Refer to Catalog 9420CT9701

aNonfused ratings.

aOne block per switch.

Note: These switches are for motor circuit applications.

aOne conductor per lug.

aContinuous current should not exceed switch rating (size).

Fuse clip kits should be sized to accommodate inrush.

File D10

The D10 disconnect switch features high I2T rating, longer contact life, visible contact indication, fuse-mounting flexibility, dead-front construction,

and auxiliary interlocks.

A complete installation includes a D10 disconnect switch, D11 handle operator, and D12 fuse clip kit. The D10 accepts Class H, K, J, or R fuses, or

can be used for nonfusible applications. The D10 disconnect switch is operated by a cast metal handle operator that is lockable in the “Off” position

and defeatable in the “On” position.

Table 17.18: Disconnect Switches

(without fuse clips or shorting straps)

600 V—Without Service Entrance Rating

Starter

NEMA

Size

Rating

(A)

Max. Horsepower Ratinga

Catalog

Number $ Price

120 V 200–

240 V 480 V 600 V

0–1 30 5 10 20 25 D10S1 270.00

26010204050D10S2 292.00

3 100 15 30 60 75 D10S3 452.00

4 200 25 50 100 100 D10S4 860.00

600 V—With Service Entrance Rating

Starter

NEMA

Size

Rating

(A)

Max. Horsepower Rating a

Catalog

Number $ Price

120 V 200–

240 V 480 V 600 V

0–1 30 5 10 20 25 D10S1H 320.00

26010204050D10S2H 352.00

3 100 15 30 60 75 D10S3H 544.00

4 200 25 50 100 100 D10S4H 1154.00

Table 17.19: Rotary Handle Operator Kits and Shafts

Kits include: Handle, Shaft, and Actuator

NEMA Type 1, 3, 3R, 4, and 12

Description Rating

(A)

Enclosure Interior

Depth—Inches

Catalog

Number $ Price

Complete Kit with

Handle, Shaft, and

Actuator

30,

60,

100,

200

5–6 D11SF4 106.00

6–10 D11SF10 118.00

10–16 D11SF16 130.00

Shaft only 6D11SH10 26.20

12 D11SH16 32.80

Table 17.20: Auxiliary Electrical Interlock

(for mounting on 30–200 A disconnect switch a)

Block Description

(with switch contacts open)

Catalog

Number $ Price

1 N.O. D11N0 79.00

1 N.C. D11NC 79.00

1 N.O. and 1 N.C. D11N0C 116.00

2 N.O. D11N00 116.00

2 N.O. and 2 N.C. D11N0C2 130.00

Table 17.21: Interrupting and Withstandability

Ratings

Rating

(A)

Interrupting Rating

Amperes Symmetrical

600 Vac, 3Ø

Withstandability I2T

(Amperes2 seconds)

30 1,200 0.38 x 106

60 1,800 1.28 x 106

100 2.000 2.62 x 106

200 3,600 5.25 x 106

Line Shield

Centerline

of Switch

Operating

Shaft

Table 17.22: Lug Data

Rating (A) Number

Per Pole Wire RangeaWire Type

#14–#8 Cu

60 #14–#4 Cu

100 #14–#1/0 Al–Cu

200 #6–250 kcmil Al–Cu

Table 17.23: Fuse Clip Kits

D10

Switch Size

Fuse Clip Rating aCatalog

Number $ Price

Amperes AC Volts Type

30 A

No Fuse D12C01 8.30

0–30 250 H, K D12C21 16.30

0–30 250 R D12CR21 65.00

0–30 600 H, K D12C61 24.50

0–30 600 R D12CR61 65.00

0–30 600 J D12CJ1 49.30

31–60 250 H, K D12C22 24.50

31–60 600 H, K D12C62 49.30

31–60 600 R D12CR62 82.50

31–60 600 J D12CJ2 57.50

61–100 250 H, K D12C23 65.00

60 A

No Fuse D12D02 24.50

0–30 250 R D12DR21 65.00

0–30 600 H, K D12D61 24.50

0–30 600 R D12DR61 65.00

31–60 250 H, K D12D22 23.80

31–60 250 R D12DR22 82.50

31–60 600 H, K D12D62 41.00

31–60 600 R D12DR62 82.50

31–60 600 J D12DJ2 57.50

61–100 250 H, K D12D23 65.00

61–100 600 H, K D12D63 115.00

61–100 600 J D12DJ3 106.30

61–100 600 R D12DR63 113.80

100 A

No Fuse D12E03 49.30

31–60 250 H, K D12E22 41.00

31–60 600 H, K D12E62 41.00

61–100 250 H, K D12E23 32.50

61–100 250 R D12ER23 115.00

61–100 600 H, K D12F63 90.00

61–100 600 R D12FR63 115.00

61–100 600 J D12EJ3 115.00

101–200 250 H, K D12F24 106.30

101–200 600 H, K D12F64 122.50

101–200 600 J D12FJ4 140.00

200 A

No Fuse D12F04 82.50

61–100 600 H, K D12F63 90.00

101–200 250 H, K D12F24 106.30

101–200 250 R D12FR24 140.00

101–200 600 H, K D12F64 122.50

101–200 600 R D12FR64 135.00

101–200 600 J D12FJ4 140.00

Table 17.24: Switch Dimensions (in inches)

Rating

(A)

Length Width Mounting Hole Dimensions Depth

A B C D E F G H I J Kalb

30 7-5/16 4-15/32 5-7/8 3-15/32 6 3-15/32 1-7/8 13/32 5-7/16 3-1/4 4-3/32 4-11/32

60 7-5/16 4-15/32 5-7/8 3-15/32 6 3-15/32 1-7/8 13/32 5-7/16 3-1/4 4-11/32 4-11/32

100 9-27/32 5-11/32 8-3/16 4-5/8 5-13/16 3-13/16 2-11/16 51/64 7-5/16 4-3/16 5-23/32 4-27/32

200 12-3/16 7-7/32 8-3/16 4-5/8 5-13/16 3-13/16 2-11/16 51/64 7-5/16 4-3/16 5-23/32 4-27/32

aMaximum depth with largest fuse.

bDepth including insulating barrier on service entrance switches.

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Door-Mounted Operating

Mechanisms

For Square D™ Circuit Breakers

Class 9421 / Refer to Catalog 9420CT9701

Type L Circuit Breaker Mechanisms

Type L door-mounted, variable-depth operating mechanisms feature heavy duty, all metal construction with trip

indication. All can be padlocked in the “Off” position when the enclosure door is open. Further, the handle assemblies

can be locked “Off” with up to three padlocks, which also locks the enclosure when the door is closed. (The 3” handle

accepts one padlock.) Complete kits are rated for NEMA Type 1, 3R, and 12 enclosures. They include a handle

assembly, operating mechanism, and shaft assembly.

aContains support bracket.

aOptional accessory for use with 9421L operating mechanisms. Not used with GJL, NAL,

NCL, NEL, NXL, NSF, NSJ, PowerPact™ C, D, H, and J circuit breakers; use field-installed

circuit breaker interlocks instead.

Table 17.25: Complete Kits

Complete Kit

Does Not Include Circuit Breaker

Includes:

Operating Mechanism

Standard 6 in. Handle

Standard Shaft Kit

Includes:

Operating Mechanism

Standard 6 in. Handle

Long Shaft Kit

Includes:

Operating Mechanism

Short 3 in. Handle

Long Shaft Kit

Use With

Circuit Breaker or

Interrupter Type

No.

Poles

Frame

Size

(A)

Type $ Price

Mounting

Depth a

Min. – Max.

Type $ Price

Mounting

Depth a

Min. – Max.

Type $ Price

Mounting

Depth a

Min. – Max.

GJL 3 75, 100 LG1 140.00 5-1/2–10-1/4 LG4 158.00 5-1/2–20-7/8 LG3 198.00 5-1/2–20-7/8

FAL, FCL, FHL 2–3 100 LN1 140.00 5-1/2–10-7/16 LN4 158.00 5-1/2–21 LN3 198.00 5-1/2–21

KAL, KCL, KHL 2–3 250 LP1 171.00 6-1/4–11-3/16 LP4 189.00 6-1/4–21-3/4 LP3 230.00 6-1/4–21-3/4

LALc, LHLc, Q4L 2–3 400 LR1 242.00 6-5/16–10-7/8 LR4 255.00 6-5/16–21-1/2 LJ3 230.00 5-1/2–21-3/8

MEL, MXL 2–3 800 LT1 b242.00 7-3/16–11-5/8 LT4 b255.00 7-3/16–22-1/4

3 in. handles are not recommended

for use with these circuit breakers.

MAL, MHL 2–3 1200 LT1b242.00 7-3/16–11-5/8 LT4b255.00 7-3/16–22-1/4

NAL, NCL, NEL, NXL 2–3 1200 LX1b242.00 8-1/4–12-3/4 LX4b255.00 8-1/4–23-3/8

Table 17.26: Component Parts

Use With

3 in. Handle

Assemblies

Type 1, 3R, 12

Standard

Handle

Assemblies

Type 1, 3R, 12

Operating

Mechanism

(Lockout

Included)

Standard Shaft

(Support Bracket

Not Required)

Long Shaft

(Support Bracket

Included)

Circuit Breaker or

Interrupter Type

No.

Poles

Frame

Size

(A)

Type $ Price Type $ Price Type $ Price

Mounting

Depth a

Min. – Max.

Type $ Price

Mounting

Depth a

Min. – Max.

Type $ Price

GJL 3 75, 100 LH3 90.00 LH6 50.00 LG7 68.00 5-1/2–10-7/16 LS8 21.50 5-1/2–21 LS13 35.60

FAL, FCL, FHL 2–3 100 LH3 90.00 LH6 50.00 LF1 71.00 5-1/2–10-7/16 LS8 21.50 5-1/2–21 LS12 35.60

KAL, KCL, KHL 2–3 250 LH3 90.00 LH6 50.00 LK1 105.00 6-1/4–11-3/16 LS8 21.50 6-1/4–21-3/4 LS12 35.60

LALc, LHLc, Q4L 2–3 400 3 in. handles

are not

recommended

for use with

these circuit

breakers.

LH6 50.00 LL1 170.00 6-5/16–10-7/8 LS8 21.50 6-5/16–21-1/2 LS10 35.60

MEL, MXL 2–3 800 LH8 50.00 LM1 170.00 7-3/16–11-5/8 LS8 21.50 7-3/16–22-1/4 LS10 35.60

MAL, MHL 2–3 1200 LH8 50.00 LM1 170.00 7-3/16–11-5/8 LS8 21.50 7-3/16–22-1/4 LS10 35.60

NAL, NCL, NEL, NXL 2–3 1200 LH8 50.00 LX7 170.00 8-1/4–12-3/4 LS8 21.50 8-1/4–23-3/8 LS10 35.60

aMounting depth in inches, measured from circuit breaker mounting surface (control panel) to outside of enclosure door.

bTypes LT1, LT4, LX1, and LX4 include an 8 in. handle rather than a 6 in. handle.

cThese operating mechanisms cannot be used with any LA/LH circuit breaker with an MB or MT suffix.

Table 17.27: NEMA Type 4 and 4X Handle Assemblies a

Use With Standard Handle Assemblies 3 in. Handle Version

Circuit Breaker or

Interrupter Type

No.

Poles

Frame

Size

(A)

NEMA Type 1, 3R,

4, 12

(Painted)

NEMA Type 1, 3R,

4, 4X, 12

(Chrome Plated)

NEMA Type 1, 3R,

4, 12

(Painted)

NEMA Type 1, 3R,

4, 4X, 12

(Chrome Plated)

Type $ Price Type $ Price Type $ Price Type $ Price

GJL 3 75 LH46 90.00 LC46 149.00 LH43 165.00 LC43 233.00

FAL, FCL, FHL 2–3 100 LH46 90.00 LC46 149.00 LH43 165.00 LC43 233.00

KAL, KCL, KHL 2–3 250 LH46 90.00 LC46 149.00 LH43 165.00 LC43 233.00

LAL, LHL, Q4L 2–3 400 LH46 90.00 LC46 149.00

3 in. handles are not recommended

for use with these circuit breakers.

MEL, MXL 2–3 800 LH48 90.00 LC48 149.00

MAL, MHL 2–3 1000 LH48 90.00 LC48 149.00

NAL, NCL, NEL, NXL 2–3 1200 LH48 90.00 LC48 149.00

aDue to gasketing, NEMA Type 3 and 4 handle assemblies are not trip indicating.

Table 17.28: IEC Style Operating Mechanisms

Circuit Breaker or

Interrupter Type

Type 1, 4, 4X, 12 Operating Mechanism

(Lockout Included)

Extension Shafts

Mounting Depth Type $ Price

Color Type $ Price Type $ Price Min. Max.

GJL Red/Yellow NW3 90.00 LG8 71.00 6-1/8 10-3/4 NS16 28.70

Black NW3B 90.00 6-1/8 17-7/8 NS336a35.60

Table 17.29: Electrical Interlock Kits—Class 9999 a

Description Class Type $ Price

Single-Pole, Double-Throw 9999 R47 131.00

Double-Pole, Double-Throw 9999 R48 221.00

Operating

Mechanism

3 in. Handle

Assembly

Standard

Handle

Assembly

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Approximate

Dimensions

Door-Mounted Operating Mechanisms

Class 9421 / Refer to Catalog 9420CT9701

aMounting depth measured from circuit breaker mounting surface (control panel) to outside of enclosure door.

Table 17.30: Shaft Cutting Dimensions

Class Type Shaft Length

Formula

H = Standard Shaft H = Long Shaft

Min. Max. Min. Max.

9421 LG7, LG1, LG4, LG3 L = H–2.50 5.50 10.25 5.50 20.85

64 140 260 140 530

9421 LF1, LN1, LN3, LN4 L = H–2.88 5.50 10.44 5.50 21.00

73 140 265 140 533

9421 LK1, LP1, LP3, LP4 L = H–3.63 6.25 11.19 6.25 21.75

92 159 284 159 552

9421 LL1, LR1, LR4 L= H–3.13 6.31 10.88 6.31 21.50

79 160 276 160 546

9421 LM1, LT1, LT4 L= H–4.00 7.18 11.63 7.18 22.25

102 182 295 182 565

9421 LX7, LX1, LX4 L= H–5.17 8.25 12.75 8.25 23.38

131 210 324 210 594

Handle Mechanism

Handle

Mechanism

(2) #8-32 Tap

2.38

Mounting Depth

.28

Maximum

7 Door Thickness

L = Overall shaft length

H = Distance from inside of enclosure door to circuit

breaker mounting surface

1.38

3.50

Min.

1.18

.50

.45

4.72

120

1.77

3.94

100

Screw Driver

Interlock Pin

Location

Refer to NEC

Article 430-10

for minimum

dimension from

top mounting hole

to wall or barrier

to ensure adequate

wire bending space.

Panel drilling for GJL circuit breaker

and operating mechanism

2.25

1.50

7.00

178

1.6 3

6.00

152

5.13

130

(4) #8-32 Tap

1.56

.75

4.50

114

Hinge

Point of

Door

L Handle

Mechanism

L Handle & Ckt. Bkr. Toggle

Minimum to wall or

barrier to ensure

adequate wire bending

space to lug surface

when maximum wire

size is used with

standard lugs.

Refer to NEC Article

430-10.

3.25

Minimum

83 (Both Sides)

Panel drilling for FAL, FCL, and FHL

circuit breakers and operating mechanisms

3.25 Minimum

83 (Both Sides)

2.25

1.50

13.50

343

1.6 3

6.00

152

7.13

181

(4) #10-24 Tap

C30080-120

1.81

.75

4.50

114

Hinge

Point of

Door

L Handle & Ckt. Bkr. Toggle

Minimum to wall or

barrier to ensure

adequate wire bending

space to lug surface

when maximum wire

size is used with

standard lugs.

Refer to NEC Article

430-10.

Dimensions: in.

Panel drilling for KAL, KCL, and KHL

circuit breakers and operating mechanisms

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Approximate

Dimensions

Door-Mounted Operating Mechanisms

Class 9421 / Refer to Catalog 9420CT9701

(4) 1/4-20 Tap

L Handle

Circuit Breaker

L Handle

9.25

235

4.57

116

6.00

152

19.19

487

.88

6.00

Minimum

152 (Both Sides)

Hinge

Point

of Door Minimum to wall or barrier

to ensure adequate wire

bending space to lug surface

when maximum wire size is

used with standard lugs.

Refer to NEC Article 430-10.

4.68

119

7.19

183

(4) #12-24 Tap

2.68

.56

6.00

152

.44

.38

3.00

2.00

1.00

1.59

1.63

2.00

Circuit Breaker

4.50

114 3.00

3.09

3.50

1.66

4.937

125

8.00

203

.38

.44

1.63R

1.03

(4) 5/16-18 Tap

(4) 1/4-20 Tap

Minimum to wall or

barrier to ensure

adequate wire bending

space to lug surface

when maximum wire

size is used. Refer to

NEC Article 430-10.

2.00

1.50

9.00

229

Hinge

Point

Door

5.09

129

10.19

259

8.00 Minimum

203 (Both Sides)

Handle

Panel drilling for LAL, LHL, and Q4L

circuit breakers and operating mechanisms

Panel drilling for MAL, MEL, MHL, and MXL

circuit breakers and operating mechanisms

Circuit Breaker Type Dimensions = in. (mm)

A B

MAL, MHL 10.69 (272) 14.00 (356)

MEL, MXL 11.47 (291) 14.75 (375)

Panel drilling for NAL, NCL, NEL, and NXL

circuit breakers and operating mechanisms

9.00 Minimum (Both Sides)

229

7.50

191

8.50

216

8.00

203

12.13

308

9.50

241

8.75

222 1.6 3R

1.66

5.00

127

3.16

2.50

(4) 1/4-20 Tap

15.00

381

Hinge

Point

of Door

L Handle

Mechanism

Circuit Breaker

Handle Mechanism

Dimensions: in.

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Bracket-Mounted

Disconnect Devices

Type T Disconnect Switches

Class 9422 / Refer to Catalog 9420CT9701

aThese operating mechanisms cannot be used with any LA/LH circuit

breaker with an MB or MT suffix.

Note: Some enclosures may not accept the listed bracket-mounted

operating mechanisms; contact the enclosure manufacturer.

Table 17.32: Electrical Interlock Kits—Class 9999

Optional accessory for use with circuit breaker operating

mechanisms listed to the left and the flexible cable

mechanisms listed below, except GJL.

Note: Not used with GJL; use field installed circuit breaker interlocks.

Table 17.31: Bracket-Mounted Operating Mechanisms for Use With Square D™ Circuit Breakers

The circuit breaker operating mechanisms listed below are shipped with the external operating handle assembled to a

bracket. Circuit breakers are not included and must be ordered separately. A trim plate is provided with each kit to

prevent any mounting screws from being accessible from the front and also to provide an attractive installation.The

operating handle is Type A1. These switches can be used with Class 9423 door closing mechanisms.

Use With

Operating Mechanism

Right Hand

Flange Mounting

Circuit Breaker or

Interrupter Type

No. of

Poles

Frame Size

(A) Cat. No. $ Price

FAL, FHL 2–3 100 BN1 257.00

KAL, KHL 2–3 250 BP1 270.00

LALa, LHLa, Q4L 2–3 400 BR1 543.00

Description Class Type $ Price

Single Pole, Double Throw 9999 R26 131.00

Double Pole, Double Throw 9999 R27 243.00

Disconnect

Device

Table 17.33: Dimensions

Type A

in. (mm)

Min. Enclosure Deptha

in. (mm)

BG1, BN1 8.75 (222) 1.13 (29) 6.50 (165) 8.00 (203) 7.13 (181)

BP1 9.13 (232) 7.38 (187)

aThe minimum enclosure depth is greater than Dimension D since additional space is needed when mounting

the mechanism.

Note: Back panel support is recommended for Types TFB1, 2, and 3. Other devices may also require support if the

flange is not sufficiently rigid.

OFF

0.38

Fused

Non Fused

and Circuit

Breaker

Disconnect

Device

(2) 0.38 Dia. Mounting Holes

(For back panel support if necessary.)

For use with Square D circuit breakers and Class 9422 A handle operators. Especially designed for tall, deep

enclosures where placement flexibility is required. See Digest 176 page 8-24 for dimensions.

Table 17.34: Class 9422—Flexible Cable Mechanisms for Use With Square D Circuit Breakers

Circuit Breaker

Type

No. of

Poles

Frame Size

(A)

Cable Mechanism Cable Mechanisms with A1 Handle

Cable Length Catalog No. $ Price Catalog No. $ Price

GJL 3 100

36 in. CGJ30 273.00 CGJ31 417.00

48 in. CGJ40 291.00 CGJ41 432.00

60 in. CGJ50 291.00 CGJ51 432.00

120 in. CGJ10 333.00 CGJ11 476.00

FAL, FHL 2, 3 100

36 in. CFA30 273.00 CFA31 417.00

60 in. CFA50 291.00 CFA51 432.00

120 in. CFA10 333.00 CFA11 476.00

KAL, KHL 2, 3 250

36 in. CKA30 288.00 CKA31 431.00

60 in. CKA50 305.00 CKA51 446.00

120 in. CKA10 347.00 CKA11 489.00

LALa, LHLa, Q4L 2, 3 400

36 in. CLA30 486.00 CLA31 630.00

60 in. CLA50 504.00 CLA51 647.00

120 in. CLA10 548.00 CLA11 689.00

aThese operating mechanisms cannot be used with any LA/LH circuit breaker with an MB or MT suffix.

Table 17.35: Class 9999 Auxiliary Contact Kits for Disconnect Switches and

Circuit Breakers

Class Type

SPDT DPDT

Type $ Price Type $ Price

Disconnect Switches

9422 TF R8 87.00 R9 243.00

Circuit Breaker Operating Mechanisms

9421 LF, LK, LL, LM, LN, LP, LR, LT R47 131.00 R48 221.00

9422 RM, RN, RP, RR, RT R26 131.00 R27 243.00

9422 CFA, CKA, CLA, CSF R26 131.00 R27 243.00

Note: No external auxiliary contacts are available for the following circuit breakers:

GJL circuit breakers must use internal auxiliary contacts, catalog number AAC.

PowerPact D circuit breakers must use internal auxiliary contacts, catalog number AAC.

Note: For additional variations, contact the Customer Care Center (CCC) at 1-888-778-2733.

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Flexible Cable

Mechanisms

For Circuit Breakers

Class 9422 / Refer to Catalog 9420CT9701

Dual Cable Operating Mechanisms for Square D™ Circuit Breakers

Dual cable operator mechanisms are designed for use with Square D GJL circuit breakers.

The cable mechanisms allow for a single handle operator, Class 9422A1, to operate both

circuit breakers. The cable mechanism is designed especially for tall, deep enclosures

where placement flexibility is required. There are numerous cable arrangements to choose

from to accommodate many applications.

Features

•Separate cables for each circuit breaker

•Rugged metal flange handle operator

•Maximized flexibility of circuit breaker placement for existing and new applications

•Control panel can be fed from two separate supply voltages (if required)

•Dual mechanism allows both separate supply voltages to be controlled by a single

handle to improve security features

Table 17.36: Dual Cable Operating Mechanisms Selection

Circuit Breaker Type Cable Length

in. / mm (quantity)

Catalog

Number

Frame Size

(max.) $ Price

GJL

36 in. / 914 mm (2) 9422CGJD3

100 A

585.00

48 in. / 1219 mm (2) 9422CGJD4 608.00

60 in. / 1524 mm (2) 9422CGJD5 675.00

120 in. / 3048 mm (2) 9422CGJD1 788.00

36 in. / 914 mm (1)

60 in. / 1524 mm (1) 9422CGJD8 642.00

60 in. / 1524 mm (1)

120 in. / 3048 mm (1) 9422CGJD9 720.00

Table 17.37: Special Left-hand Mounted Single Cable Operating Mechanisms

Circuit Breaker Type

Cable Length

in. / mm

(quantity)

Catalog

Number

Frame Size

(max.) $ Price

FAL

120 in. / 3048 mm (1) 9422CFAL10

100 A

350.00

36 in. / 914 mm (1) 9422CFAL30 287.00

60 in. / 1524 mm (1) 9422CFAL50 318.00

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA/DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Disconnect Switch

Accessories

Flange Mounted, Variable Depth

Class 9422 / Refer to Catalog 9420CT9701

Designed for installation in custom built control enclosures where main or branch circuit protective devices are required. All

circuit breaker operating mechanisms are suitable for either right- or left-hand flange mounting, convertible on the job.

aClass 9422 Type R2 will extend mounting depth 7 in.

aNot for use with the GJL operating mechanism.

Table 17.38: Variable-Depth Mechanisms for Use with Square D™ Circuit Breakers and Schneider Electric™

(formerly Merlin Gerin™) Circuit Breakers

Use With Operating Mechanism

Circuit Breaker

Frame Size

No. of

Poles

Frame Size

Variable-Depth Mtg.

Range Min.-Max.a

(Inches)

Operating Mechanism

Only—Does Not Include

Handle Mechanism

Operating Mechanism and Handle Mechanism

Includes Type A1

Handle Mechanism

Includes Type A2

Handle Mechanism

Type $ Price Type $ Price Type $ Price

Square D Circuit Breakers

GJL 3 100 6.00–17.75 RG1 116.00 ARG11 257.00 ARG21 372.00

FAL, FHL 2–3 100 5.38–17.75 RN1 116.00 ARN11 257.00 ARN21 372.00

KAL, KHL 2–3 250 6.38–17.88 RP1 129.00 ARP11 270.00 ARP21 386.00

LALc, LHLc, Q4L 2–3 400 7.44–18.25 RR1 329.00 ARR11 471.00 ARR21 585.00

MEL, MXL 2–3 800 9.00–18.38 RT1 449.00 ART11 593.00 ART21 705.00

MAL, MHL 2–3 1200 9.00–18.38 RT1 449.00 ART11 593.00 ART21 705.00

NAL, NCL, NEL, NXL 2–3 1200 11.00–18.37 RX1 513.00 ——— —

Table 17.39: Electrical Interlocks—Class 9999

Description Class Type $ Price

Single Pole, Double Throw

Double Pole, Double Throw

9999

R26a

R27a

131.00

243.00

Table 17.40: Dimensions

Circuit Breaker

Frame Size Type

Width

(A)

Height

(B)

Distance to Enclosure Flangea

(D)

Minimum Maximum

in. mm in. mm in. mm in. mm in. mm

GJL RG1 5.00 127 4.75 121 6.00 152 17.75 451 4.00 102

FAL, FHL RN1 6.75 171 8.50 216 5.51 140 17.75 451 4.26 108

KAL, KHL RP1 7.13 181 10.13 257 6.51 165 17.88 454 4.94 125

LALc, LHLc, Q4L RR1 10.19 259 11.00 279 7.44 189 18.25 464 6.00 152

MEL, MXL RT1 13.38 340 14.00 356 9.00 229 18.38 467 9.69 246

MAL, MHLbRT1 13.38 340 14.00 356 9.00 229 18.38 467 9.69 246

NAL, NCL, NEL, NXL RX1 19.63 499 13.50 343 11.00 279 18.37 467 9.00 229

a9422R2 will extend the dimension by 7 in. Two required.

bMinimum mounting depth when using MAL or MHL circuit breakers can be decreased to 7.63 inches by using the

Class 9422 Type RT1B conversion kit. $23.00

cWarning: These operating mechanisms cannot be used with any LA / LH circuit breaker with an MB or MT suffix.

Minimum to wall or barrier.

Right- or left-hand mounting

to ensure adequate wire

bending space to lug

surface when maximum

wire size is used.

Refer to NEC Article 430-10.

R.H. Handle

L L.H. Handle

C = Distance from Outside of

Flange to Circuit Breaker

Mounting Surface

Enclosure Flange

Enclosure Door

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Disconnect Switch

Accessories

Flange Mounted, Variable Depth

Class 9422 / Refer to Catalog 9420CT9701

Remote or Dual Adapter Kit

For the remote or dual operation of GJL, FAL, FHL, KAL, KHL, LAL, LHL, Q4L, MAL, MHL,

MEL, and MXL circuit breakers.

Remote Operation—permits mounting the Class 9422 Type A9 or A10 handle mechanism

at a lower level than the disconnect device it controls. This arrangement is often required

where the disconnect device is mounted too high for personnel to easily reach a

conventional operator.

Dual Operation—permits controlling two disconnect devices, one in line with, and one

remote from, a single Class 9422 Type A9 or A10 handle mechanism.

NOTE: A Class 9422 Type A9 or A10 handle (see Digest 176 page 8-15) and the

preferred mounting method must be used.

aPrices do not include air valves or handle mechanism. For more information on the

air valves listed above, contact Parker at c-parker@parker.com, or call 1-800-272-7537.

Table 17.41: Disconnect Device

Disconnect Device

Enclosure Mounting Depth

Type $ Price

Min. Max.

Circuit Breaker

GJL 10.50 19.50

D2 251.00

FAL, FHL 10.66 19.50

KAL, KHL 11.13 19.50

LAL, LHL, Q4L 12.13 19.88

MAL, MHL,MEL, MXL 13.75 20.25

Table 17.42: Air Valve Interlock

Note: Air valve interlocks only accept the specific three-way air valves, manufactured by Parker,

listed in the table below.

Parker Valve Model NumberaClass 9422

Air Valve Interlock

Air Valve Size Knob Operated Type $ Price

0.50 NPT

M04841885 G1 513.00

M08541848

0.75 NPT

M04861885 G2 513.00

M08561848

1.00 NPT

25 M00080004 G1 513.00

Table 17.43: Other Accessories

Accessory Description Class Type $ Price

Channel/Flange

Support Kit

Auxiliary kit recommended for use with 30 A and 60 A disconnect switches

and FAL, FCL, FHL, KAL KHL, NSF, and NSJ circuit breaker mechanisms

when these devices are to be mounted on the center channel of a multi-door

enclosure or when extra rigidity for the flange is required. Supplied as

9422 C1 42.80

Switch

Breaker

Remote operation shown

(handle mechanism not

included in kit)

Air valve interlock

mounted on enclosure

Alternate Mounting Kit

Channel/Flange

Support Kit

Auxiliary Lock Plate

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Reversing Drum Switches Type A and B

Class 2601 / Refer to Catalog 2510CT9701

NEMA Types 1, 3R, 4, and 13 Without Overload

Class 2601 reversing drum switches may be used for across-the-line starting and reversing of AC polyphase, AC single

phase or DC motors, where overload protection is not required or is provided separately. They are compact and

inexpensive but ruggedly constructed. Drum switches are field convertible from maintained-only to momentary-only

operation. This conversion consists of removing the handle screw and handle, turning the shaft 180 degrees, then

replacing the handle and handle screw.

aMaintained – “Forward”; Momentary – “Reverse”; (not field convertible)

Approximate Dimensions—Class 2601 Reversing Drum Switches

Table 17.44: Reversing Drum Switches

600 Vac Maximum Class 2601 360 Vdc Maximum

Ratings NEMA Type 1

General Purpose

Enclosure

NEMA Type 4

Watertight and

Dusttight Enclosure

NEMA Type 1

Maintained &

Momentary a

NEMA Type 13

Oiltight

Flush Mounting

Voltage

Maximum Horsepower

Single

Phase

Poly-

Phase

DC Type $ Price Type $ Price Type $ Price Type $ Price

115-

200/230

230

460/575

1-1/2

—

1/4

—

1/4

—

AG2 158.00 AW2 428.00 AG2S2 158.00 AF2 131.00

115-

200/230

230

460/575

1-1/2

—

7-1/2

—

BG1 428.00 BW1 590.00 — ———

File

CCN

E42243

NLRV

File

Class

LR25490

3211-05

Table 17.45: How to Order

To Order Specify: Catalog Number

•Class Number

•Type Number

Class Type

2601 AG2

Type AG2

3.38

5.20

132

3.19

3.70

.20

2.38

2.87

2.77

3.81

5.58

142

(4) .17 Mounting Holes

Type AF2 Types AW and BW

(2) 1/2" NPT

Pipe Thread

.60

1.82

5.50

140

6.89

175

3.20

4.00

5.18

2.68

3.26

5.38

6.62

dimensions (inches) =

4.61

4.86

AG/AH

(2) K.O. For 1/ 2" Conduits

2.91

3.53

Types AG, BG

Dimensions: in.

Type AW2

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Electromechanical

Reduced Voltage Starters

Description of All Types

Class 8600 / Refer to Catalog 8600CT9601

A squirrel cage motor draws high starting current (inrush) and produces high starting torque when started at full voltage.

While these values differ for different motor designs, for a typical NEMA design B motor, the inrush will be approximately

600% of the motor full load amperage (FLA) rating, and the starting torque will be approximately 150% of full load torque at

full voltage. High current inrush and starting torque can cause problems in the electrical and mechanical systems, or may

even damage the materials being processed.

When a motor is started at reduced voltage, the current at the motor terminals is reduced in direct proportion to the voltage

reduction, while the torque is reduced by the square of the voltage reduction. If the “typical” NEMA B motor is started at 70%

of line voltage, the starting current would be 70% of the full voltage value (that is, 0.70 x 600% = 420% FLA). The torque

would then be (0.70)2 or 49% of the normal starting torque (that is, 0.49 x 150% = 74% full load torque). Therefore, reduced

voltage starting provides an effective means of reducing both inrush current and starting torque.

If the motor has a high inertia or if the motor rating is marginal for the applied load, reducing the starting torque may prevent

the motor from reaching full speed before the thermal overload relays trip. Applications that require high starting torque

should be reviewed to determine if reduced voltage starting is suitable.

Square D™ offers several types of electromechanical as well as solid-state reduced voltage starters that provide different

starting characteristics. The following describes the 8600 series of reduced voltage starters.

Class 8606—Autotransformer Starter: Autotransformer starters provide reduced voltage to the motor terminals

during starting through the use of a tapped, three phase autotransformer. Taps on the autotransformer allow for

selection of the motor with 50%, 65%, or 80% of line voltage values supplying 50%, 65%, or 80% of the current inrush

seen during a full voltage start. The resulting starting torque will be 25%, 42%, or 64% of full voltage values, as will be

the current draw on the line. Thus, the autotransformer provides the maximum torque with minimum line current.

Class 8630—Wye-Delta Starter: Wye-delta starters can only be used on wye-delta motors which have six leads that

allow for motor winding to be connected in either a wye or delta configuration. During start up, the windings are

connected in the wye, resulting in 58% of line voltage applied across two windings. This reduces both inrush and

starting torque to 33% of the delta connected values. After a set time delay, the motor leads are switched to the delta

connection. The wye-delta starter is available in both open and closed transition configurations. Closed transition

starters are supplied with an additional contactor and resistor bank used to keep the motor windings energized for a

few cycles until the transition from wye to delta is complete.

Class 8640—Part Winding Starter: Part winding starters can be used only with part winding motors. During a part winding

start, only one winding is energized, reducing the inrush current to 60–70% (depending on the motor design) and starting

torque to 50% of normal starting values with both windings energized. Most (but not all) dual voltage 230/460 volt motors are

suitable for part winding starts at 230 volts.

1. Specify the Class Number and the Type Number.

2. If all coils are at the line voltage, and not Sizes 6 or 7, select the voltage code from Table 17.47 (Sizes 6 and 7 are supplied with a

fused transformer with 120 Vac as standard).

3. If the coils are at a different voltage than line supply, or Size 6 or 7, select a voltage code from Table 17.48 and also select a Form

code from Table 17.49 (note that a Form code may be used with any voltage code, except as noted).

Table 17.46: Starter Characteristics

Characteristic Full Voltage Autotransformer, Class 8606 Wye-Delta Class, 8630 Part Winding, Class 8640 Solid-State ATS46

Voltage at Motor 100% 50% / 65% / 80% (tap setting) 100% 100% Ramped Up

Line Current (% Full Load Current) 600% 150% / 250% / 380% 200% 390% 150% to 700% (adjustable)

Starting Torque (% Rated Torque) 150% 40% / 60% / 100% 50% 70% 0% to 100% (adjustable)

Start Time (Factory Setting) — 6–7 seconds 10 seconds / 15 seconds

(open/closed transition)

1–1.5 seconds 10 seconds

(adjustable 1–60 seconds)

Advantages •Simple

•Economical

•High Starting Torque

•High torque/amperage

•High inertial loads

•Flexibility

•High inertial loads

•Long acceleration loads

•Good torque/amperage

•Simple

•Small size

•Greatest flexibility

•Smooth ramp

•Solid-state overload relay

•Diagnostics

Disadvantages •Abrupt starts

•Large current inrush

•Large size •Low torque

•No flexibility

Not suitable for:

•High inertial loads

•Frequent starting

•SCR heat dissipation

•Ambient limitations

Motor Standard Standard Special Special Standard

bSee Table 17.50 for sizing of 380 V starters.

c24 V coils are not available on Sizes 4–7.

Table 17.47: Line Voltage Codes

Line Control Code

208

240

380

480

600

208

240

380

480

600

V08

V03

V05

V06

V07

Table 17.48: Coil Voltage Codes

Line Control Code

208

240

480

600

380

other

120

240

120

110/50

specify

V84

V82

V80

V83

V81

V87

V86

V95

V99

Table 17.49: Form Codes

Form Description Form Code

Fused CPT for timing relay only F4T

Fused CPT for all coils F4T40

Separate control of timing relay only S

Separate control for all coils Y195

Table 17.50: 380 Vac, 50 Hz Starters, Maxiumum Horsepower Rating

Autotransformer, Class 8606 Wye-Delta, Class 8630 Part Winding, Class 8640

Max. hp NEMA Size Max. hp NEMA Size Max. hp NEMA Size

—

150

300

—

150

250

500

1YD

2YD

3YD

4YD

5YD

6YD

125

250

500

1PW

2PW

3PW

4PW

5PW

6PW

Table 17.51: Coil Voltages

Hz Vol tage Code Voltag e Code Voltage Code Volt ag e Code

120

110 V02 240

220 V03 480

440 V06 600

550 V07

Reduced Voltage

Starting of Squirrel

Cage Motors

Electromechanical

Reduced Voltage

Starters

How to Order

Note: Tables 17.47 and 17.48 are

for 60 Hz; see Table 17.51

for 50 Hz codes.

380 Vac, 50 Hz

Starters The Class 8600 starters are available for 380 Vac,

50 Hz applications. Table 17.50 provides maximum

horsepower ratings. To determine the Type Number,

select the second digit based on NEMA size. Select the

fifth digit based on the horsepower requirement. Specify

V05 voltage code. List prices for the same NEMA size

starter apply.

The starters in this section can also be operated at

50 Hz at the coil voltages listed in Table 17.51.

For additional coil voltage availability, contact the

Customer Care Center (CCC) at 1-888-778-2733.

50 Hz Control

Voltage

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Electromechanical

Reduced Voltage Starters

Autotransformer Starters

Class 8606 / Refer to Catalog 8600CT9601

NOTE: Prices shown do not include thermal units. Devices require 3 thermal units

(Sizes 00–6). Standard trip thermal units are $21.50 each. See Digest 176

page 16-116 for selection information.

eForms need to be specified only if any of the coils are at a different voltage than line supply (V8•).

See page 17-18 for a fuller explanation of how to order; this page also provides the necessary

coil voltage and Form codes as well as codes for 380 V starters and 50 Hz applications.

Table 17.52: 3-Pole Polyphase, 600 Vac Maximum, 50–60 Hz

Motor

Vol tage

(Starter

Voltage )

Max.

NEMA

Size

NEMA Type 1

General Purpose

Enclosure

NEMA Type 4a

Watertight and

Dusttight Enclosure

NEMA Type 12/3Rd

Dusttight & Driptight

Industrial Use Enclosure

Open Type O.E.M. Kit c

Typeb$ Price Typeb$ Price Typeb$ Price Typeb$ Price Typeb$ Price

200

(208)

10 2 SDG1C 8076.00 SDW1C 12491.00 SDA1C 10641.00 SDO1C 7734.00 SDK1C 6786.00

SEG1D

SEG1E

SEG1F

9500.00

SEW1D

SEW1E

SEW1F

13914.00

SEA1D

SEA1E

SEA1F

13707.00

SEO1D

SEO1E

SEO1F

8418.00

SEK1D

SEK1E

SEK1F

7493.00

40 4SFG1G

SFG1H 18417.00 SFW1G

SFW1H 26535.00 SFA1G

SFA1H 21834.00 SFO1G

SFO1H 16848.00 SFK1G

SFK1H 13181.00

75 5SGG1J

SGG1L 30330.00 SGW1J

SGW1L 38448.00 SGA1J

SGA1L 34176.00 SGO1J

SGO1L 27167.00 SGK1J

SGK1L 23223.00

100

125

150

SHG1M

SHG1N

SHG1P

56507.00

SHW1M

SHW1N

SHW1P

67190.00

SHA1M

SHA1N

SHA1P

61848.00

SHO1M

SHO1N

SHO1P

51438.00

SHK1M

SHK1N

SHK1P

41481.00

230

(240)

15 2SDG1C

SDG1D 8076.00 SDW1C

SDW1D 12491.00 SDA1C

SDA1D 10641.00 SDO1C

SDO1D 7734.00 SDK1C

SDK1D 6786.00

SEG1E

SEG1F

SEG1G

9500.00

SEW1E

SEW1F

SEW1G

13914.00

SEA1E

SEA1F

SEA1G

12207.00

SEO1E

SEO1F

SEO1G

8418.00

SEK1E

SEK1F

SEK1G

7493.00

50 4SFG1H

SFG1J 18417.00 SFW1H

SFW1J 26535.00 SFA1H

SFA1J 21834.00 SFO1H

SFO1J 16848.00 SFK1H

SFK1J 13181.00

100 5SGG1L

SGG1M 30330.00 SGW1L

SGW1M 38448.00 SGA1L

SGA1M 34176.00 SGO1L

SGO1M 27167.00 SGK1L

SGK1M 23223.00

125

150

200

SHG1N

SHG1P

SHG1Q

56507.00

SHW1N

SHW1P

SHW1Q

67190.00

SHA1N

SHA1P

SHA1Q

61848.00

SHO1N

SHO1P

SHO1Q

51438.00

SHK1N

SHK1P

SHK1Q

41481.00

250

300 7SJG1R

SJG1S 96786.00 SJW1R

SJW1S 107468.00 SJA1R

SJA1S 102126.00 ——— —

460

(480)

575

(600)

SDG1C

SDG1D

SDG1E

SDG1F

8076.00

SDW1C

SDW1D

SDW1E

SDW1F

12491.00

SDA1C

SDA1D

SDA1E

SDA1F

10641.00

SDO1C

SDO1D

SDO1E

SDO1F

7734.00

SDK1C

SDK1D

SDK1E

SDK1F

6786.00

SEG1G

SEG1H

SEG1J

9500.00

SEW1G

SEW1H

SEW1J

13914.00

SEA1G

SEA1H

SEA1J

12207.00

SEO1G

SEO1H

SEO1J

8418.00

SEK1G

SEK1H

SEK1J

7493.00

100

SFG1K

SFG1L

SFG1M

18417.00

SFW1K

SFW1L

SFW1M

26535.00

SFA1K

SFA1L

SFA1M

21834.00

SFO1K

SFO1L

SFO1M

16848.00

SFK1K

SFK1L

SFK1M

13181.00

125

150

200

SGG1N

SGG1P

SGG1Q

30330.00

SGW1N

SGW1P

SGW1Q

38448.00

SGA1N

SGA1P

SGA1Q

34176.00

SGO1N

SGO1P

SGO1Q

27167.00

SGK1N

SGK1P

SGK1Q

23223.00

250

300

400

SHG1R

SHG1S

SHG1T

56507.00

SHW1R

SHW1S

SHW1T

67190.00

SHA1R

SHA1S

SHA1T

61848.00

SHO1R

SHO1S

SHO1T

51438.00

SHK1R

SHK1S

SHK1T

41481.00

500

600 7SJG1U

SJG1W 96786.00 SJW1U

SJW1W 107468.00 SJA1U

SJA1W 102126.00 SJO1W 88250.00 ——

aNEMA Type 4 enclosures are painted sheet steel. Where required, stainless steel enclosures are available at extra cost.Specify as Form G17. See “Modifications & Forms” for price adder.

bBoth line and control voltage must be specified to order this product. See page 17-18 for the necessary codes and instructions for ordering.

cNo factory modifications (Forms) are available with O.E.M. Kit.

dNEMA Type 12 enclosures can be field modified for outdoor non-corrosive and non-service entrance rated applications.

Note: Class 8606 starters are supplied with a NEMA style medium duty autotransformer.

Medium duty service includes applications to motors which drive loads such as fans, pumps, compressors, and line shafts.

NEMA Sizes 2–5: Autotransformer is rated for fifteen 15-second starts per hour.

NEMA Sizes 6–7: Autotransformer is rated for three 30-second starts per hour.

Contact the Customer Care Center (CCC) at 1-888-778-2733 for applications which require frequent starting or jogging, or have extremely high inertia.

Table 17.53: How to Order

To Order Specify: Catalog Number

•Class Number

•Type Number

•Voltage Code

•Form(s)e

Class Type Voltage Code Form(s)

8606 SFG1M V81 S

Description: 100 hp, 480 V line, 120 V separate control, 60 Hz

ROL

OL T2

2S 1S

OL T3

Motor

10 0

TR 1S

Separate

Control

1Stop Start

2 Wire Control

Device (If used)

Typical Autotransformer Starter

Sizes 2–5

Separate Control (Form S)

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Electromechanical

Reduced Voltage Starters

Wye-Delta Starters (Open Transition)

Class 8630 / Refer to Catalog 8600CT9601

NOTE: Prices shown do not include thermal units. Devices require 3 thermal units

(Sizes 00–6). Standard trip thermal units are $21.50 each. See Digest 176 page

16-116 for selection information.

eForms need to be specified only if any of the coils are at a different voltage than line supply (V8•).

See page 17-18 for a fuller explanation of how to order; this page also provides the necessary

coil voltage and Form codes as well as codes for 380 V starters and 50 Hz applications.

Refer to page 17-32 for other factory modifications (Forms).

Table 17.54: 3-Pole Polyphase, 600 Vac Maximum, 50–60 Hz

Motor

Voltage

(Starter

Voltage)

Max.

NEMA

Size

NEMA Type 1

General Purpose

Enclosure

NEMA Type 4a

Watertight and

Dusttight Enclosure

(Stainless Steel 1YD-4YD)

NEMA Type 12/3Rd

Dusttight & Driptight

Industrial Use Enclosure

Open Type O.E.M. Kit c

Typeb$ Price Typeb$ Price Typeb$ Price Typeb$ Price Typeb$ Price

200

(208)

10 1YD SCG1C 4892.00 SCW1C 6602.00 SCA1C 6317.00 SCO1C 4806.00 ——

20 2YD SDG1D

SDG1E 5790.00 SDW1D

SDW1E 7713.00 SDA1D

SDA1E 7569.00 SDO1D

SDO1E 5562.00 ——

3YD

SEG1F

SEG1G

SEG1H

8424.00

SEW1F

SEW1G

SEW1H

11204.00

SEA1F

SEA1G

SEA1H

10562.00

SEO1F

SEO1G

SEO1H

7542.00

SEK1F

SEK1G

SEK1H

6596.00

60 4YD SFG1J

SFG1K 17568.00 SFW1J

SFW1K 21941.00 SFA1J

SFA1K 20417.00 SFO1J

SFO1K 15987.00 SFK1J

SFK1K 9300.00

100

125

150

5YD

SGG1L

SGG1M

SGG1N

SGG1P

31584.00

SGW1L

SGW1M

SGW1N

SGW1P

39702.00

SGA1L

SGA1M

SGA1N

SGA1P

35429.00

SGO1L

SGO1M

SGO1N

SGO1P

28422.00

SGK1L

SGK1M

SGK1N

SGK1P

18530.00

200

250

300

6YD

SHG1Q

SHG1R

SHG1S

67589.00

SHW1Q

SHW1R

SHW1S

78272.00

SHA1Q

SHA1R

SHA1S

72930.00

SHO1Q

SHO1R

SHO1S

62519.00

SHK1Q

SHK1R

SHK1S

39347.00

230

(240)

10 1YD SCG1C 4892.00 SCW1C 6602.00 SCA1C 6317.00 SCO1C 4806.00 ——

2YD

SDG1D

SDG1E

SDG1F

5790.00

SDW1D

SDW1E

SDW1F

7713.00

SDA1D

SDA1E

SDA1F

7569.00

SDO1D

SDO1E

SDO1F

5562.00 ——

3YD

SEG1G

SEG1H

SEG1J

8424.00

SEW1G

SEW1H

SEW1J

11204.00

SEA1G

SEA1H

SEA1J

10562.00

SEO1G

SEO1H

SEO1J

7542.00

SEK1G

SEK1H

SEK1J

6596.00

75 4YD SFG1K

SFG1L 17568.00 SFW1K

SFW1L 21941.00 SFA1K

SFA1L 20417.00 SFO1K

SFO1L 15987.00 SFK1K

SFK1L 9300.00

100

125

150

5YD

SGG1M

SGG1N

SGG1P

31584.00

SGW1M

SGW1N

SGW1P

39702.00

SGA1M

SGA1N

SGA1P

35429.00

SGO1M

SGO1N

SGO1P

28422.00

SGK1M

SGK1N

SGK1P

18530.00

200

250

300

6YD

SHG1Q

SHG1R

SHG1S

67589.00

SHW1Q

SHW1R

SHW1S

78272.00

SHA1Q

SHA1R

SHA1S

72930.00

SHO1Q

SHO1R

SHO1S

62519.00

SHK1Q

SHK1R

SHK1S

39347.00

400

500 7YD SJG1T

SJG1U 91160.00 SJW1T

SJW1U 101843.00 SJA1T

SJA1U 96501.00 SJO1T

SJO1U 86090.00 ——

460

(480)

575

(600)

15 1YD SCG1C

SCG1D 4892.00 SCW1C

SCW1D 6602.00 SCA1C

SCA1D 6317.00 SCO1C

SCO1D 4806.00 ——

2YD

SDG1E

SDG1F

SDG1G

SDG1H

5790.00

SDW1E

SDW1F

SDW1G

SDW1H

7713.00

SDA1E

SDA1F

SDA1G

SDA1H

7569.00

SDO1E

SDO1F

SDO1G

SDO1H

5562.00 ——

3YD

SEG1J

SEG1K

SEG1L

8424.00

SEW1J

SEW1K

SEW1L

11204.00

SEA1J

SEA1K

SEA1L

10562.00

SEO1J

SEO1K

SEO1L

7542.00

SEK1J

SEK1K

SEK1L

6596.00

100

125

150

4YD

SFG1M

SFG1N

SFG1P

17568.00

SFW1M

SFW1N

SFW1P

21941.00

SFA1M

SFA1N

SFA1P

20417.00

SFO1M

SFO1N

SFO1P

15987.00

SFK1M

SFK1N

SFK1P

9300.00

200

250

300

5YD

SGG1Q

SGG1R

SGG1S

31584.00

SGW1Q

SGW1R

SGW1S

39702.00

SGA1Q

SGA1R

SGA1S

35429.00

SGO1Q

SGO1R

SGO1S

28422.00

SGK1Q

SGK1R

SGK1S

18530.00

400

500

600

6YD

SHG1T

SHG1U

SHG1W

67589.00

SHW1T

SHW1U

SHW1W

78272.00

SHA1T

SHA1U

SHA1W

72930.00

SHO1T

SHO1U

SHO1W

62519.00

SHK1T

SHK1U

SHK1W

39347.00

800

1000 7YD SJG1Y

SJG1Z 91160.00 SJW1Y

SJW1Z 101843.00 SJA1Y

SJA1Z 96501.00 SJO1Y

SJO1Z 86090.00 ——

aNEMA Type 4 enclosures are painted sheet steel. Where required, stainless steel enclosures are available at extra cost. Specify as Form G17. See page 17-32 for price adder.

bBoth line and control voltage must be specified to order this product. See page 17-18 for the necessary codes and instructions for ordering.

cNo Factory Modifications (Forms) available with O.E.M. Kit.

dNEMA Type 12 enclosures may be field modified for outdoor non-corrosive and non-service entrance rated applications. See Digest 176 page 16-95 for more information.

Table 17.55: How to Order

To Order Specify: Catalog Number

•Class Number

•Type Number

•Voltage Code

•Form(s)e

Class Type Voltage Code Form(s)

8630 SFG1M V06

Description: 100 hp, 480 V line, 480 V common control, 60 Hz

T4 T2

T1 T5

T6 T3

1Stop Start

1M S

TR OL

Motor

2 Wire Control Device (If used)

Typical Wye-Delta Starter Sizes 1–4 (Open Transition)

Common Control (Standard)

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Electromechanical

Reduced Voltage Starters

Wye-Delta Starters (Closed Transition)

Class 8630 / Refer to Catalog 8600CT9601

NOTE: Prices shown do not include thermal units. Devices require 3 thermal units

(Sizes 00–6). Standard trip thermal units are $21.50 each. See Digest 176 page

16-116 for selection information.

eForms need to be specified only if any of the coils are at a different voltage than line supply (V8 •).

See page 17-18 for a fuller explanation of how to order; this page also provides the necessary

coil voltage and Form codes as well as codes for 380 V starters and 50 Hz applications.

Refer to page 17-32 for other factory modifications (Forms).

Table 17.56: 3-Pole Polyphase, 600 Vac Maximum, 50–60 Hz

Motor

Vol tage

(Starter

Voltage )

Max.

NEMA

Size

NEMA Type 1

General Purpose

Enclosure

NEMA Type 4d

Watertight and

Dusttight Enclosure

(Stainless Steel 1YD-4YD)

NEMA Type 12/3Rc

Dusttight & Driptight

Industrial Use Enclosure

Open Type O.E.M. Kit b

Typea$ Price Typea$ Price Typea$ Price Typea$ Price Typea$ Price

200

(208)

10 1YD SCG2C 7470.00 SCW2C 9180.00 SCA2C 8895.00 SCO2C 7385.00 ——

20 2YD SDG2D

SDG2E 8454.00 SDW2D

SDW2E 10376.00 SDA2D

SDA2E 10233.00 SDO2D

SDO2E 8226.00 ——

3YD

SEG2F

SEG2G

SEG2H

11672.00

SEW2F

SEW2G

SEW2H

14450.00

SEA2F

SEA2G

SEA2H

13809.00

SEO2F

SEO2G

SEO2H

10790.00

SEK2F

SEK2G

SEK2H

10142.00

60 4YD SFG2J

SFG2K 22995.00 SFW2J

SFW2K 27368.00 SFA2J

SFA2K 25844.00 SFO2J

SFO2K 21414.00 SFK2J

SFK2K 13931.00

100

125

150

5YD

SGG2L

SGG2M

SGG2N

SGG2P

38363.00

SGW2L

SGW2M

SGW2N

SGW2P

46481.00

SGA2L

SGA2M

SGA2N

SGA2P

42209.00

SGO2L

SGO2M

SGO2N

SGO2P

35202.00

SGK2L

SGK2M

SGK2N

SGK2P

25181.00

200

250

300

6YD

SHG2Q

SHG2R

SHG2S

85022.00

SHW2Q

SHW2R

SHW2S

95702.00

SHA2Q

SHA2R

SHA2S

90363.00

SHO2Q

SHO2R

SHO2S

79950.00

SHK2Q

SHK2R

SHK2S

50319.00

230

(240)

10 1YD SCG2C 7470.00 SCW2C 9180.00 SCA2C 8895.00 SCO2C 7385.00 ——

2YD

SDG2D

SDG2E

SDG2F

8454.00

SDW2D

SDW2E

SDW2F

10376.00

SDA2D

SDA2E

SDA2F

10233.00

SDO2D

SDO2E

SDO2F

8226.00

—

3YD

SEG2G

SEG2H

SEG2J

11672.00

SEW2G

SEW2H

SEW2J

14450.00

SEA2G

SEA2H

SEA2J

13809.00

SEO2G

SEO2H

SEO2J

10790.00

SEK2G

SEK2H

SEK2J

10142.00

75 4YD SFG2K

SFG2L 22995.00 SFW2K

SFW2L 27368.00 SFA2K

SFA2L 25844.00 SFO2K

SFO2L 21414.00 SFK2K

SFK2L 13931.00

100

125

150

5YD

SGG2M

SGG2N

SGG2P

38363.00

SGW2M

SGW2N

SGW2P

46481.00

SGA2M

SGA2N

SGA2P

42209.00

SGO2M

SGO2N

SGO2P

35202.00

SGK2M

SGK2N

SGK2P

25181.00

200

250

300

6YD

SHG2Q

SHG2R

SHG2S

85022.00

SHW2Q

SHW2R

SHW2S

95702.00

SHA2Q

SHA2R

SHA2S

90363.00

SHO2Q

SHO2R

SHO2S

79950.00

SHK2Q

SHK2R

SHK2S

50319.00

400

500 7YD SJG2T

SJG2U 118206.00 SJW2T

SJW2U 128888.00 SJA2T

SJA2U 123548.00 SJO2T

SJO2U 113135.00 —

——

460

(480)

575

(600)

15 1YD SCG2C

SCG2D 7470.00 SCW2C

SCW2D 9180.00 SCA2C

SCA2D 8895.00 SCO2C

SCO2D 7385.00 —

——

2YD

SDG2E

SDG2F

SDG2G

SDG2H

8454.00

SDW2E

SDW2F

SDW2G

SDW2H

10376.00

SDA2E

SDA2F

SDA2G

SDA2H

10233.00

SDO2E

SDO2F

SDO2G

SDO2H

8226.00

—

3YD

SEG2J

SEG2K

SEG2L

11672.00

SEW2J

SEW2K

SEW2L

14450.00

SEA2J

SEA2K

SEA2L

13809.00

SEO2J

SEO2K

SEO2L

10790.00

SEK2J

SEK2K

SEK2L

10142.00

100

125

150

4YD

SFG2M

SFG2N

SFG2P

22995.00

SFW2M

SFW2N

SFW2P

27368.00

SFA2M

SFA2N

SFA2P

25844.00

SFO2M

SFO2N

SFO2P

21414.00

SFK2M

SFK2N

SFK2P

13931.00

200

250

300

5YD

SGG2Q

SGG2R

SGG2S

38363.00

SGW2Q

SGW2R

SGW2S

46481.00

SGA2Q

SGA2R

SGA2S

42209.00

SGO2Q

SGO2R

SGO2S

35202.00

SGK2Q

SGK2R

SGK2S

25181.00

400

500

700

6YD

SHG2T

SHG2U

SHG2W

85022.00

SHW2T

SHW2U

SHW2W

95702.00

SHA2T

SHA2U

SHA2W

90363.00

SHO2T

SHO2U

SHO2W

79950.00

SHK2T

SHK2U

SHK2W

50319.00

800

1000 7YD SJG2Y

SJG2Z 118206.00 SJW2Y

SJW2Z 128888.00 SJA2Y

SJA2Z 123548.00 SJO2Y

SJO2Z 113135.00 —

——

aBoth line and control voltage must be specified to order this product. See page 17-18 for the necessary codes and instructions for ordering.

bNo Factory Modifications (Forms) available with O.E.M. Kit.

cNEMA Type 12 enclosures may be field modified for outdoor non-corrosive and non-service entrance rated applications. See Digest 176 page 16-95 for more information.

dNEMA Type 4 enclosures are painted sheet steel. Where required, stainless steel enclosures are available at extra cost. Specify as Form G17. See page 17-32 for price adder.

Table 17.57: How to Order

To Order Specify: Catalog Number

•Class Number

•Type Number

•Voltage Code

•Form(s)e

Class Type Voltage Code Form(s)

8630 SFG1M V81 F4T40

Description: 100 hp, 480 V line, 120 V separate control, 60 Hz

OL T1

OL T2

OL T3

T6 T6

(HI) PRI

SEC(X1) (X2)

GND (If used)

1Stop Start

2 Wire Control

Device (If used)

Motor

Typical Wye-Delta Starter

Sizes 1–4 (Closed Transition)

Fused Control Transformer (Form F4T40)

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Electromechanical

Reduced Voltage Starters

Part Winding Starters

Class 8640 / Refer to Catalog 8600CT9601

NOTE: Prices shown do not include thermal units. Devices require 6 thermal units

(Sizes 00–6). Standard trip thermal units are $21.50 each. See Digest 176

page 16-116 for selection information.

eForms need to be specified only if any of the coils are at a different voltage than line supply (V8•).

See page 17-18 for a fuller explanation of how to order; this page also provides the necessary

coil voltage and Form codes as well as codes for 380 V starters and 50 Hz applications.

Refer to page 17-32 for other factory modifications (Forms).

Table 17.58: 3-Pole Polyphase—600 Vac Maximum—50–60 Hz

Motor

Vol tage

(Starter

Voltage )

Max.

NEMA

Size

NEMA Type 1

General Purpose

Enclosure

NEMA Type 4a

Watertight and

Dusttight Enclosure

(Stainless Steel 1PW–4PW)

NEMA Type 12/3Rd

Dusttight & Driptight

Industrial Use Enclosure

Open Type O.E.M. Kit c

Typeb$ Price Typeb$ Price Typeb$ Price Typeb$ Price Typeb$ Price

200

(208)

10 1PW SCG1C 3119.00 SCW1C 4829.00 SCA1C 4544.00 SCO1C 3033.00 ——

20 2PW SDG1D

SDG1E 4445.00 SDW1D

SDW1E 6368.00 SDA1D

SDA1E 6224.00 SDO1D

SDO1E 4217.00 SDK1D

SDK1E 2685.00

3PW

SEG1F

SEG1G

SEG1H

6267.00

SEW1F

SEW1G

SEW1H

9045.00

SEA1F

SEA1G

SEA1H

8405.00

SEO1F

SEO1G

SEO1H

5868.00

SEK1F

SEK1G

SEK1H

4359.00

4PW

SFG1J

SFG1K

SFG1L

13404.00

SFW1J

SFW1K

SFW1L

17775.00

SFA1J

SFA1K

SFA1L

16253.00

SFO1J

SFO1K

SFO1L

12662.00

SFK1J

SFK1K

SFK1L

8217.00

100

125

150

5PW

SGG1M

SGG1N

SGG1P

28071.00

SGW1M

SGW1N

SGW1P

36192.00

SGA1M

SGA1N

SGA1P

31919.00

SGO1M

SGO1N

SGO1P

26505.00

SGK1M

SGK1N

SGK1P

18621.00

230

(240)

10 1PW SCG1C 3119.00 SCW1C 4829.00 SCA1C 4544.00 SCO1C 3033.00 ——

2PW

SDG1D

SDG1E

SDG1F

4445.00

SDW1D

SDW1E

SDW1F

6368.00

SDA1D

SDA1E

SDA1F

6224.00

SDO1D

SDO1E

SDO1F

4217.00

SDK1D

SDK1E

SDK1F

2685.00

3PW

SEG1G

SEG1H

SEG1J

6267.00

SEW1G

SEW1H

SEW1J

9045.00

SEA1G

SEA1H

SEA1J

8405.00

SEO1G

SEO1H

SEO1J

5868.00

SEK1G

SEK1H

SEK1J

4359.00

75 4PW SFG1K

SFG1L 13404.00 SFW1K

SFW1L 17775.00 SFA1K

SFA1L 16253.00 SFO1K

SFO1L 12662.00 SFK1K

SFK1L 8217.00

100

125

150

5PW

SGG1M

SGG1N

SGG1P

28071.00

SGW1M

SGW1N

SGW1P

36192.00

SGA1M

SGA1N

SGA1P

31919.00

SGO1M

SGO1N

SGO1P

26505.00

SGK1M

SGK1N

SGK1P

18621.00

200

250

300

6PW

SHG1Q

SHG1R

SHG1S

58694.00

SHW1Q

SHW1R

SHW1S

67338.00

SHA1Q

SHA1R

SHA1S

65816.00

SHO1Q

SHO1R

SHO1S

53622.00 ——

400 7PW SJG1T 89672.00 SJW1T 98865.00 SJA1T 98217.00 SJO1T 80699.00 ——

460

(480)

575

(600)

15 1PW SCG1C

SCG1D 3119.00 SCW1C

SCW1D 4829.00 SCA1C

SCA1D 4544.00 SCO1C

SCO1D 3033.00 —

——

2PW

SDG1E

SDG1F

SDG1G

SDG1H

4445.00

SDW1E

SDW1F

SDW1G

SDW1H

6368.00

SDA1E

SDA1F

SDA1G

SDA1H

6224.00

SDO1E

SDO1F

SDO1G

SDO1H

4217.00

SDK1E

SDK1F

SDK1G

SDK1H

2685.00

3PW

SEG1J

SEG1K

SEG1L

6267.00

SEW1J

SEW1K

SEW1L

9045.00

SEA1J

SEA1K

SEA1L

8405.00

SEO1J

SEO1K

SEO1L

5868.00

SEK1J

SEK1K

SEK1L

4359.00

100

125

150

4PW

SFG1M

SFG1N

SFG1P

13404.00

SFW1M

SFW1N

SFW1P

17775.00

SFA1M

SFA1N

SFA1P

16253.00

SFO1M

SFO1N

SFO1P

12662.00

SFK1M

SFK1N

SFK1P

8217.00

200

250

350

5PW

SGG1Q

SGG1R

SGG1S

28071.00

SGW1Q

SGW1R

SGW1S

36192.00

SGA1Q

SGA1R

SGA1S

31919.00

SGO1Q

SGO1R

SGO1S

26505.00

SGK1Q

SGK1R

SGK1S

18621.00

460

(480)

575

(600)

400

500

600

6PW

SHG1T

SHG1U

SHG1W

58694.00

SHW1T

SHW1U

SHW1W

67338.00

SHA1T

SHA1U

SHA1W

65816.00

SHO1T

SHO1U

SHO1W

53622.00 ——

700

800 7PW SJG1X

SJG1Y 89672.00 SJW1X

SJW1Y 98865.00 SJA1X

SJA1Y 98217.00 SJO1X

SJO1Y 80699.00 —

——

aNEMA Type 4 enclosures are painted sheet steel. Where required, stainless steel enclosures are available at extra cost. Specifiy as Form G17. See page 17-32 for price adder.

bBoth line and control voltage must be specified to order this product. See page 17-18 for the necessary codes and instructions for ordering.

cNo Factory Modifications (Forms) available with O.E.M. Kit.

dNEMA Type 12 enclosures may be field modified for outdoor non-corrosive and non-service entrance rated applications. See Digest 176 page 16-95 for more information.

OL1 OL2

1Stop Start

SOL2

OL1

OL2

OL2 A

To Motor

2 Wire Control

Device (If used)

Typical Part Winding

Sizes 1–4

Common Control (Standard)

Table 17.59: How to Order

To Order Specify: Catalog Number

•Class Number

•Type Number

•Voltage Code

•Form(s)e

Class Type Voltage Code Form(s)

8640 SFG1M V06 C

Description: 100 hp, 480 V line, 480 V common control, 60 Hz

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Electromechanical

Reduced Voltage Starters

Approximate Dimensions

Class 8606, 8630, 8640 / Refer to Catalog 8600CT9601

Approximate Dimensions—Not for Construction

Note: H = Height, W = Width, D = Depth

aSubtract 8 in. from height for Type 1 or 12 enclosure.

bFree standing enclosure. Combination Starter Form Reference

Circuit Breaker: Y791, Y7911

Nonfusible Disconnect Switch: Y792, Y7910

Fusible Disconnect Switch: Y793-Y799

Refer to page 17-32 for a complete listing of Forms for combination devices.

Class 8606

Autotransformer

Table 17.60: Class 8606—Autotransformer

NEMA

Size Dim. Open

NEMA Type 1 / 12 Enclosure NEMA Type 4 Enclosure

Non-Combo or Combo

with Circuit Breaker

Combo

with Disconnect Switch

Non-Combo or Combo

with Circuit Breaker

Combo

with Disconnect Switch

in. mm in. mm in. mm in. mm in. mm

H 43 1092 52 1320 52 1320 52 1320 52 1320

W 22 559 25 635 25 635 25 635 25 635

D 8 203 10 254 10 254 10 254 10 254

3 or 4

H63160070b1778 70b1778 75b1778 75b1778

W 28 711 32 813 32 813 32 813 32 813

D 9 229 16 406 16 406 16 406 16 406

H63160070b1778 90b2286 75b1778 95b 2413

W 28 711 32 813 36 914 32 813 36 914

D 9 229 16 406 16 406 16 406 16 406

H56142290b2286 90b2286 98b2489 98b2489

W 30 762 34 864 64 1626 34 864 64 1626

D 14 354 20 508 24 610 20 508 24 610

Class 8630

Wye-Delta

Table 17.61: Class 8630—Wye-Delta, Open Transition

NEMA

Size Dim. Open NEMA Type 1 / 12 Enclosure NEMA Type 4 Enclosure

Non-Combo Combo Non-Combo Combo

in. mm in. mm in. mm in. mm in. mm

1YD

2YD

H 21 553 25 635 25 635 25 635 — —

W 21 553 23 584 23 584 23 584 — —

D 7 178 8 203 8 203 8 203 — —

3YD

4YD

H 42 1067 48 1219 49 1245 48 1219 49 1245

W 25 635 28 712 30 762 28 712 30 762

D 7 178 8 203 11 279 8 203 11 279

5YD

6YD

H62157690b2286 90b2286 98b2489 98b2489

W 29 737 36 914 36 914 36 914 36 914

D 10 254 16 406 16 406 16 406 16 406

Table 17.62: Class 8630—Wye-Delta, Closed Transition

NEMA

Size Dim. Open NEMA Type 1 / 12 Enclosure NEMA Type 4 Enclosure

Non-Combo Combo Non-Combo Combo

in. mm in. mm in. mm in. mm in. mm

1YD

2YD

H 21 553 25 635 25 635 25 635 — —

W 21 553 23 584 23 584 23 584 — —

D 14 354 16 406 16 406 16 406 — —

3YD

4YD

H 42 1067 48 1219 49 1245 48 1219 49 1245

W 25 635 28 712 30 762 28 712 30 762

D 14 354 16 406 18 457 16 406 18 457

5YD

6YD

H80203290b2286 90b2286 98b2489 98b2489

W 30 762 36 914 36 914 36 914 36 914

D 12 305 16 406 16 406 16 406 16 406

Class 8640

Part Winding

Table 17.63: Class 8640—Part Winding

NEMA

Size Dim. Open

Enclosed—NEMA Type 1 / 4 / 12

Non-Combo Combo with Circuit Breaker Combo with Disconnect

Switch

in. mm in. mm in. mm in. mm

1PW

2PW

H 21 553 25 635 34 853 25 635

W 21 553 23 584 19 483 23 584

D 6 152 8 203 11 279 8 203

3PW

H 42 1067 48 1219 44 1118 52 1321

W 26 660 28 712 30 762 25 635

D 7 178 8 203 12 305 11 279

4PW

H 42 1067 48 1219 44 1118 78b1981

W 26 660 28 712 30 762 32 813

D 7 178 8 203 12 305 16 406

5PW

H 35 889 44 1118 78ba 1981 78ba 1981

W 22 559 24 610 36 914 36 914

D 10 254 12 305 16 406 16 406

6PW

H 49 1245 64 1626 — — 90b2286

W 24 610 28 712 — — 64 1626

D 11 279 16 406 — — 24 406

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Multispeed Magnetic

Starters

Application Data

Class 8810 / Refer to Catalog 8502CT9701

Multispeed motors are available in two basic versions:

1) separate winding, and 2) consequent pole. A separate

winding motor has a winding for each speed while a

consequent pole motor has a winding for every two speeds

(three-speed motors have two windings). The motor

connections (and thus the types of controllers) for two

speed starters are exemplified by the schematic diagrams

shown below. Note that consequent pole two-speed

controllers involve a 5-pole and a 3-pole starter, while

separate winding controllers have two 3-pole starters.

Verify the type of motor before ordering. Field

modification of starters to match the motor may not

be possible.

Separate winding motors are usually chosen when

flexibility is important, since the speeds of a consequent

pole motor are usually limited to a 2/1 ratio; a broad range

of speeds can be obtained on a separate winding motor.

Both separate winding and consequent pole motors are

available in three types: 1) constant horsepower,

2) constant torque, and 3) variable torque. Table 17.64

shows typical applications for these different types of

motors.

NOTE: For detailed information involving the technical

aspects of flexibility of the starters used in the

multispeed controllers, see Classes 8702,

8736, and 8810 application data.

Additional Features—Special Relays for

Non-Reversing and Reversing Multispeed

Starters

General. Some applications require special relays to

control the speed change and/or starting of the motor.

The descriptions that follow cover the four common relay

schemes for these applications.

Form R1 Compelling Relay. This relay requires the

motor to be started at low speed before any higher speed

can be selected. This arrangement ensures that the motor

will always start the load at low speed. The stop button

must be pressed before it is possible to change from a

higher to a lower speed. (Not available with Form R2.)

Form R2 Accelerating Relay/Timer. With Form R2

accelerating relays, the ultimate speed is determined by

the button which is pressed, but the starter will start the

motor at low speed and automatically accelerate it through

successive steps until the selected speed is reached.

Definite time intervals must elapse between each speed

change. Individual adjustable timing relays are provided

for each interval.

The stop button must be pressed before it is possible to

change from a higher to a lower speed.

(Not available with Form R1.)

Form R3 Decelerating Relay/Timer. This is similar in

action to Form R2 accelerating relays, except that they

function to prevent immediate transfer from a higher to a

lower speed. A definite time interval, preset on the timer,

must elapse between each speed change.

Form R10 Antiplugging Relays/Timers. This Form

imposes a time delay when transferring from the forward

to the reverse direction or reverse to forward, for

reversing multispeed starters. This provides up to a

60 second delay in the transfer of the direction of the

motor, and can help prevent damage which could result

from plugging.

Form Y81 (Low Speed) Overload Relay Modification.

For NEMA size 3 and 4, when the low speed full load

current does not appear on the appropriate thermal unit

selection tables, include Form Y81 (low speed) (no charge

for this Form). This Form modifies the overload relay block

to accept Type B thermal units. For assistance on thermal

unit selection, contact the Customer Care Center (CCC) at

1-888-778-2733.

Table 17.64: Typical Applications

Constant HP Constant Torque Variable Torque

A. Spindles A. Conveyors A. Fans

B. Cutting Tools B. Mills B. Centrifugal Pumps

1. Lathes C. Dough Mixers

2. Saws D. Reciprocating Pumps

Table 17.65: Typical Schematic Diagrams

STOP HIGH 4LOW 5H

HIGH

LLL

LOL OL

OL OL OL OL OL OL

T1 T2 T3 T6 T4 T5

2-Speed

Consequent Pole

Constant Horsepower

NEMA Size 0–4

Sizes 5, 6, & 7 Use Special Circuitry

STOP HIGH 4LOW 5H

HIGH

LLL

LOL OL

OL OL OL OL OL OL

T1 T2 T3 T6 T4 T5

2-Speed

Consequent Pole

Constant or Variable Torque

NEMA Size 0–4

Sizes 5, 6, & 7 Use Special Circuitry

STOP HIGH4

LOW

HIGH

LLL

LOLOL

OL OL OL OL OL OL

T1 T2 T3 T11 T12 T13

2-Speed

Separate Winding

Constant HP, Constant Torque

and Variable Torque

NEMA Size 0–4

Sizes 5, 6, & 7 Use Special Circuitry

Table 17.66: Special Pilot Lighting

STOP HIGH 4LOW 5H

HIGH

L OL OL

To Power Circuit

One pilot light “On”

STOP HIGH 4LOW 5H

HIGH

LOL OL

OFF

To Power Circuit

One pilot light “Off”

STOP HIGH 4LOW 5H

HIGH

OL OL

To Power Circuit

Two pilot lights

“L” and “H'”

STOP HIGH 4LOW 5H

HIGH

LOL OL

To Power Circuit

OFF

Two pilot lights

“On” and “Off”

STOP HIGH 4LOW 5H

HIGH

OL OL

To Power Circuit

OFF

Three pilot lights

“L”, “H”, and “Off”

“L”, “H” and “Off”

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Multispeed Magnetic

Starters

Application Data

Class 8810 / Refer to Catalog 8502CT9701

Multispeed motors are available in two basic versions: 1) consequent pole, and 2) separate winding. A separate

winding motor has a winding for each speed while a consequent pole motor has a winding for every two speeds

(three-speed motors have two windings).

3-Pole Polyphase, 600 Vac Maximum, 50–60 Hz

Note that the prices shown do not include thermal units. Devices require 6 thermal units (Sizes 0–6). Standard trip

thermal units are $21.50 each. See Digest 176 page 16-116 for selection information.

aThe NEC 1300% maximum setting for instantaneous trip circuit breakers may be inadequate for multispeed motors.

bPrices and type numbers shown for three phase, separate-winding motor starters apply only when motor windings are wye connected.

When motor windings are connected open delta, use the prices shown for three phase consequent pole motor starters.

cVoltage code must be specified to order this product. Refer to standard voltage codes shown on page 17-18.

dNEMA Type 4X hubs are included with each starter at no additional cost.

eNot available in Mag-Gard versions.

fNEMA Type 12 enclosures may be field modified for outdoor non-corrosive and non-service entrance rated applications.

See Digest 176 page 16-95 for more information.

Table 17.67: Class 8810—Non-Combination Type

Type of

Motor

NEMA

Size

Maximum Polyphase Horsepower Ratings

NEMA Type 1

General

Purpose

Enclosure

NEMA Type 4 & 4X

Watertight and

Dusttight

Enclosure

(Stainless Steel)

(304)

(Sizes 0—5)

Sheet Steel

(Size 6)

NEMA Type 4Xd

Watertight,

Dusttight

and Corrosion

Resistant

Enclosure

NEMA Type 12/3Rf

Dusttight and

Driptight

Industrial Use

Enclosure

Open Type

Constant

Horsepower

Motors

Constant Torque

or Variable

Torque Motors

200 V 230 V 460–

575 V 200 V 230 V 460–

575 V Type $ Price Type $ Price Type $ Price Type $ Price Type $ Price

Single Winding (Consequent Pole) 5-Pole–3-Pole

Constant

7-1/2

100

150

7-1/2

150

300

—

SBG1c

SCG1c

SDG1c

SEG1c

SFG1c

SGG1c

SHG1c

2199.

2370.

4307.

6501.

17352.

34286.

77286.

SBW1c

SCW1c

SDW1c

SEW1c

SFW1c

SGW1c

SHW1c

3567.

3708.

5958.

8837.

22365.

46008.

93308.

SBW51c

SCW51c

SDW51c

—

4100.

4278.

6557.

—

SBA1c

SCA1c

SDA1c

SEA1c

SFA1c

SGA1c

SHA1c

2640.

2811.

4932.

7925.

20172.

46008.

83753.

SBO1c

SCO1c

SDO1c

SEO1c

SFO1c

SGO1c

SHO1c

2142.

2285.

4050.

6101.

15786.

31197.

70799.

Constant

To r q u e

Variable

To r q u e

—

7-1/2

150

7-1/2

100

200

100

200

400

SBG2c

SCG2c

SDG2c

SEG2c

SFG2c

SGG2c

SHG2c

2199.

2370.

4307.

6501.

17352.

34286.

77286.

SBW2c

SCW2c

SDW2c

SEW2c

SFW2c

SGW2c

SHW2c

3567.

3708.

5958.

8837.

22365.

46008.

93308.

SBW52c

SCW52c

SDW52c

—

4100.

4278.

6557.

—

SBA2c

SCA2c

SDA2c

SEA2c

SFA2c

SGA2c

SHA2c

2640.

2811.

4932.

7925.

20172.

46008.

83753.

SBO2c

SCO2c

SDO2c

SEO2c

SFO2c

SGO2c

SHO2c

2142.

2285.

4050.

6101.

15786.

31197.

70799.

Two Winding (Separate Winding) 3-Pole–3-Poleb

Constant

7-1/2

100

—

150

225

7-1/2

150

300

450

—

SBG3c

SCG3c

SDG3c

SEG3c

SFG3c

SGG3c

SHG3c

SJG3c

1571.

1772.

3167.

4962.

12168.

28718.

58755.

76032.

SBW3c

SCW3c

SDW3c

SEW3c

SFW3c

SGW3c

SHW3c

—

2939.

3110.

3231.

7412.

17181.

40440.

66090.

—

SBW53c

SCW53c

SDW53c

—

3384.

3567.

3564.

—

SBA3c

SCA3c

SDA3c

SEA3c

SFA3c

SGA3c

SHA3c

SJA3c

2015.

2213.

2529.

6386.

14988.

40440.

65195.

82826.

SBO3c

SCO3c

SDO3c

SEO3c

SFO3c

SGO3c

SHO3c

SJO3c

1515.

1686.

1956.

4590.

11429.

26994.

51848.

69195.

Constant

To r q u e

Variable

To r q u e

—

7-1/2

150

—

7-1/2

100

200

300

100

200

400

600

SBG4c

SCG4c

SDG4c

SEG4c

SFG4c

SGG4c

SHG4c

SJG4c

1571.

1772.

3167.

4962.

12168.

28718.

58755.

76032.

SBW4c

SCW4c

SDW4c

SEW4c

SFW4c

SGW4c

SHW4c

—

2939.

3110.

3231.

7412.

17181.

40440.

66090.

—

SBW54c

SCW54c

SDW54c

—

3384.

3567.

3564.

—

SBA4c

SCA4c

SDA4c

SEA4c

SFA4c

SGA4c

SHA4c

SJA4c

2015.

2213.

2529.

6386.

14988.

40440.

65195.

82826.

SBO4c

SCO4c

SDO4c

SEO4c

SFO4c

SGO4c

SHO4c

SJO4c

1515.

1686.

1956.

4590.

11429.

26994.

51848.

69195.

Table 17.68: Class 8810—Combination Circuit Breaker Type (Thermal Magnetic Circuit Breakers)ae

Single Winding (Consequent Pole) 5-Pole–3-Pole

Constant

7-1/2

100

150

7-1/2

150

300

—

CBG1c

CCG1c

CDG1c

CEG1c

CFG1c

CGG1c

CHG1c

4206.

4377.

6758.

9162.

22224.

43758.

91229.

CBW1c

CCW1c

CDW1c

CEW1c

CFW1c

CGW1c

CHW1c

6429.

6566.

10089.

13836.

29460.

57816.

68843.

CBW51c

CCW51c

CDW51c

—

6962.

7140.

10089.

—

CBA1c

CCA1c

CDA1c

CEA1c

CFA1c

CGA1c

CHA1c

4676.

4867.

7497.

10787.

26753.

56847.

65841.

—

Constant

To r q u e

Variable

To r q u e

—

7-1/2

150

7-1/2

100

200

100

200

400

CBG2c

CCG2c

CDG2c

CEG2c

CFG2c

CGG2c

CHG2c

4206.

4377.

6758.

9162.

22224.

43758.

91229.

CBW2c

CCW2c

CDW2c

CEW2c

CFW2c

CGW2c

CHW2c

6429.

6566.

10089.

13836.

29460.

57816.

68843.

CBW52c

CCW52c

CDW52c

—

6962.

7140.

10089.

—

CBA2c

CCA2c

CDA2c

CEA2c

CFA2c

CGA2c

CHA2c

4676.

4867.

7497.

10787.

26753.

56847.

65841.

—

Two Winding (Separate Winding) 3-Pole–3-Poleb

Constant

7-1/2

100

—

150

225

7-1/2

150

300

450

—

CBG3c

CCG3c

CDG3c

CEG3c

CFG3c

CGG3c

CHG3c

CJG3c

3581.

3780.

5616.

7626.

17040.

38190.

72629.

95358.

CBW3c

CCW3c

CDW3c

CEW3c

CFW3c

CGW3c

CHW3c

—

5801.

5972.

8379.

12297.

16182.

52248.

84306.

—

CBW53c

CCW53c

CDW53c

—

6251.

6429.

8879.

—

CBA3c

CCA3c

CDA3c

CEA3c

CFA3c

CGA3c

CHA3c

CJA3c

4050.

4248.

6357.

9248.

14379.

51278.

80199.

103217.

—

Constant

To r q u e

Variable

To r q u e

—

7-1/2

150

—

7-1/2

100

200

300

100

200

400

600

CBG4c

CCG4c

CDG4c

CEG4c

CFG4c

CGG4c

CHG4c

CJG4c

3581.

3780.

5616.

7626.

17040.

38190.

72629.

95358.

CBW4c

CCW4c

CDW4c

CEW4c

CFW4c

CGW4c

CHW4c

—

5801.

5972.

8379.

12297.

16182.

52248.

84306.

—

CBW54c

CCW54c

CDW54c

—

6251.

6429.

8879.

—

CBA4c

CCA4c

CDA4c

CEA4c

CFA4c

CGA4c

CHA4c

CJA4c

4050.

4248.

6357.

9248.

14379.

51278.

80199.

103217.

—

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Multispeed Magnetic

Starters

Two-Speed Combination Starters

Class 8810 / Refer to Catalog 8502CT9701

3-Pole Polyphase, 600 Vac Max., 50–60 Hz

Note that the prices shown do not include thermal units.

Devices require 6 thermal units (Sizes 0–6).

Standard trip thermal units are $21.50 each.

See Digest 176 page 16-116 for selection information.

aPrices and type numbers shown for three phase, separate-winding

motor starters apply only when motor windings are wye connected.

When motor windings are connected open delta, use the prices shown

for three phase consequent pole motor starters.

bVoltage code must be specified to order this product. Refer to standard

voltage codes shown below.

cNEMA Type 12 enclosures may be field modified for outdoor

non-corrosive and non-service entrance rated applications. See

Digest 176 page 16-95 for more information.

dWhen separate control is specified, use V8x (see page 32) voltage

codes to specify motor and control voltages.

Dimensions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 17-28

Refer to the following Digest 176 pages for:

Factory Modifications (Forms) . . . . . . . . . . . . . . . . . . . . . . . . . . . page 16-100

Replacement Parts (Class 9998). . . . . . . . . . . . . . . . . . . . . . . . . page 16-105

Type S Accessories (Class 9999) . . . . . . . . . . . . . . . . . . . . . . . . page 16-109

e24 V coils are not available on Sizes 4–7. On Sizes 00–3, where 24 V

coils are available, Form S (separate control) must be specified (for

example, order as 8810UBG1V01S).

fThese voltage codes must include Form S (supplied at no charge)

(for example, order as 8810UCG1V02S).

Note: For voltage codes used with control transformers, see page 17-32.

Form S (separate control) is used when a separate source of power is

available for the control (coil) voltage. Form S is supplied at no charge.

Table 17.69: Class 8810—Combination Disconnect Switch Type (Class H Fuse Clips)

Type of

Motor

NEMA

Size

Maximum Polyphase Horsepower Ratings

Fuse

Clip

Size

NEMA Type 1

General

Purpose

Enclosure

NEMA Type 4 & 4X

Watertight

and Dusttight Enclosure

Stainless Steel (304)

(Sizes 0–5)

Sheet Steel (Size 6 not 4X)

NEMA Type 12/3Rc

Dusttight and

Driptight

Industrial Use

Enclosure

Constant

Horsepower

Motors

Constant Torque

or Variable

Torque Motors

200 V 230 V 460–

575 V 200 V 230 V 460–

575 V Type $ Price Type $ Price Type $ Price

Single Winding (Consequent Pole) 5-Pole–3-Pole

Constant

Horsepower

0 223———

None

30d

UBG1b

DBG1b

3537.00

3765.00

UBW1b

DBW1b

5759.00

5988.00

UBA1b

DBA1b

4008.00

4235.00

1 5 5 7-1/2———

None

30d

UCG1b

DCG1b

3708.00

3936.00

UCW1b

DCW1b

5903.00

6129.00

UCA1b

DCA1b

4179.00

4406.00

2 7-1/2 10 20 — — — None

UDG1b

DDG1b

6015.00

6129.00

UDW1b

DDW1b

8751.00

8864.00

UDA1b

DDA1b

6758.00

6870.00

3 202540———

None

100

UEG1b

DEG1b

8666.00

8837.00

UEW1b

DEW1b

13337.00

13508.00

UEA1b

DEA1b

10287.00

10458.00

4 304075———

None

200

UFG1b

DFG1b

19517.00

20970.00

UFW1b

DFW1b

27693.00

25964.00

UFA1b

DFA1b

24987.00

22500.00

5 6075150———

None

400

UGG1b

DGG1b

39644.00

40154.00

UGW1b

DGW1b

35799.00

54212.00

UGA1b

DGA1b

34622.00

52446.00

6 100 150 300 — — — None

600

UHG1b

DHG1b

87789.00

91085.00

UHW1b

DHW1b

99824.00

103121.00

UHA1b

DHA1b

95324.00

98621.00

Constant

To r q u e

Variable

To r q u e

0 ——— 3 3 5

None

30d

UBG2b

DBG2b

3537.00

3765.00

UBW2b

DBW2b

5759.00

5988.00

UBA2b

DBA2b

4008.00

4235.00

1 — — — 7-1/2 7-1/2 10 None

30d

UCG2b

DCG2b

3708.00

3936.00

UCW2b

DCW2b

5903.00

6129.00

UCA2b

DCA2b

4179.00

4406.00

2 — — — 10 15 25 None

UDG2b

DDG2b

6015.00

6129.00

UDW2b

DDW2b

8751.00

8864.00

UDA2b

DDA2b

6758.00

6870.00

3 — — — 25 30 50 None

100

UEG2b

DEG2b

8666.00

8837.00

UEW2b

DEW2b

13337.00

13508.00

UEA2b

DEA2b

10287.00

10458.00

4 — — — 40 50 100 None

200

UFG2b

DFG2b

19517.00

20970.00

UFW2b

DFW2b

27693.00

25964.00

UFA2b

DFA2b

24987.00

22500.00

5 — — — 75 100 200 None

400

UGG2b

DGG2b

39644.00

40154.00

UGW2b

DGW2b

35799.00

54212.00

UGA2b

DGA2b

34622.00

52446.00

6 — — — 150 200 400 None

600

UHG2b

DHG2b

87789.00

91085.00

UHW2b

DHW2b

99824.00

103121.00

UHA2b

DHA2b

95324.00

98621.00

Two Winding (Separate Winding) 3-Pole–3-Pole

Constant

Horsepower

0 223———

None

30d

UBG3b

DBG3b

2910.00

3140.00

UBW3b

DBW3b

5133.00

5360.00

UBA3b

DBA3b

3380.00

3609.00

1 5 57-1/2———

None

30d

UCG3b

DCG3b

3110.00

3338.00

UCW3b

DCW3b

5304.00

5531.00

UCA3b

DCA3b

3581.00

3807.00

2 7-1/2 10 20 — — — None

UDG3b

DDG3b

4877.00

4991.00

UDW3b

DDW3b

7640.00

7754.00

UDA3b

DDA3b

5616.00

5732.00

3 202540———

None

100

UEG3b

DEG3b

7127.00

7866.00

UEW3b

DEW3b

11798.00

11969.00

UEA3b

DEA3b

8751.00

9491.00

4 304075———

None

200

UFG3b

DFG3b

15159.00

17324.00

UFW3b

DFW3b

22509.00

23021.00

UFA3b

DFA3b

19803.00

21852.00

5 6075150———

None

400

UGG3b

DGG3b

34073.00

34586.00

UGW3b

DGW3b

48131.00

48644.00

UGA3b

DGA3b

50439.00

50952.00

6 100 150 300 — — — None

600

UHG3b

DHG3b

69188.00

72485.00

UHW3b

DHW3b

80868.00

84164.00

UHA3b

DHA3b

76766.00

80063.00

Constant

To r q u e

Variable

To r q u e

0 ——— 3 3 5

None

30d

UBG4b

DBG4b

2910.00

3140.00

UBW4b

DBW4b

5133.00

5360.00

UBA4b

DBA4b

3380.00

3609.00

1 — — — 7-1/2 7-1/2 10 None

30d

UCG4b

DCG4b

3110.00

3338.00

UCW4b

DCW4b

5304.00

5531.00

UCA4b

DCA4b

3581.00

3807.00

2 — — — 10 15 25 None

UDG4b

DDG4b

4877.00

4991.00

UDW4b

DDW4b

7640.00

7754.00

UDA4b

DDA4b

5616.00

5732.00

3 — — — 25 30 50 None

100

UEG4b

DEG4b

7127.00

7866.00

UEW4b

DEW4b

11798.00

11969.00

UEA4b

DEA4b

8751.00

9491.00

4 — — — 40 50 100 None

200

UFG4b

DFG4b

15159.00

17324.00

UFW4b

DFW4b

22509.00

23021.00

UFA4b

DFA4b

19803.00

21852.00

5 — — — 75 100 200 None

400

UGG4b

DGG4b

34073.00

34586.00

UGW4b

DGW4b

48131.00

48644.00

UGA4b

DGA4b

50439.00

50952.00

6 — — — 150 200 400 None

600

UHG4b

DHG4b

69188.00

72485.00

UHW4b

DHW4b

80868.00

84164.00

UHA4b

DHA4b

76766.00

80063.00

Table 17.70: Coil Voltage Codes

Voltage Code $ Price Adder

60 Hz 50 Hz

24fe

120f

208

240

—

480

600

Specify

—

110

—

220

380

440

550

Specify

V01

V02

V08

V03

V05

V06

V07

V99

No Charge

35.60

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Multispeed Magnetic

Starters

Reversing Two-Speed Magnetic Starters

Class 8810 / Refer to Catalog 8502CT9701

3-Pole Polyphase, 600 Vac Max., 50–60 Hz

Note that the prices shown do not include thermal units. Devices require 6 thermal units (Sizes 0–6).

Standard trip thermal units are $21.50 each. See Digest 176 page 16-116 for selection information.

3-Pole Polyphase, 600 Vac Max., 50–60 Hz

Note that the prices shown do not include thermal units. Devices require 6 thermal units (Sizes 0–6). Standard trip

thermal units are $21.50 each. See Digest 176 page 16-116 for selection information.

aPrices and type numbers shown for three phase, separate winding motor starters apply only when motor windings are wye connected. When motor

windings are connected open delta, use the prices shown for consequent pole motor starters.

bSpecify the speed which requires reversing by adding an L (low) or an H (high) after the type number, e.g., a Class 8810 Type SBG21 with reversing in

low only would be ordered as a Class 8810 Type SBG21L.

cVoltage codes must be specified to order this product. Refer to standard voltage codes listed below.

d24 V coils are not available on Sizes 4–7. On Sizes 00–3, where 24 V coils are available,

Form S (separate control) must be specified (for example, order as 8810SCG21V01S).

eThese voltage codes must include Form S (supplied at no charge) (for example, order as 8810SDG21V02S).

fNEMA Type 12 enclosures may be field modified for outdoor non-corrosive and non-service entrance rated

applications. See Digest 176 page 16-95 for more information.

Note: For voltage codes used with control transformers, see page 17-18.

Form S (separate control) is used when a separate source of power is available for the control (coil) voltage.

Form S is supplied at no charge.

Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . page 17-28

Refer to the following Digest 176 pages for:

Factory Modifications (Forms) . . . . . . . . . . . . . . . . . . . . . . . page 16-100

Replacement Parts (Class 9998) . . . . . . . . . . . . . . . . . . . . . page 16-105

Type S Accessories (Class 9999) . . . . . . . . . . . . . . . . . . . . . page 16-109

Table 17.71: Class 8810—Reversing

Type of

Motor

NEMA

Size

Maximum Polyphase Ratings Reversing In One Speed Only (Specify High or Low)bReversing In Both Speeds

Constant

Horsepower

Motors

Constant Torque

or Variable

Torque Motors

NEMA Type 1

General

Purpose

Enclosure

NEMA Type 12

Dusttight

and Driptight

Industrial Use

Enclosure

Open

Type

NEMA Type 1

General

Purpose

Enclosure

NEMA Type

12/3Rf

Dusttight

and Driptight

Industrial Use

Enclosure

Open

Type

200 V 230 V 460–

575 V 200 V 230 V 460–

575 V Type $ Price Type $ Price Type $ Price Type $ Price Type $ Price Type $ Price

Single

Winding

Constant

Horsepower

7-1/2

150

—

SBG21c

SCG21c

SDG21c

SEG21c

SFG21c

SGG21c

3936.

4248.

6984.

10260.

20457.

46449.

SBA21c

SCA21c

SDA21c

SEA21c

SFA21c

SGA21c

5261.

5574.

8522.

13892.

28290.

58172.

SBO21c

SCO21c

SDO21c

SEO21c

SFO21c

SGO21c

3851.

4121.

6501.

9662.

19718.

42164.

SBG31c

SCG31c

SDG31c

SEG31c

SFG31c

SGG31c

4563.

4926.

8522.

13508.

26810.

56946.

SBA31c

SCA31c

SDA31c

SEA31c

SFA31c

SGA31c

6330.

6728.

10517.

17139.

33390.

68679.

SBO31c

SCO31c

SDO31c

SEO31c

SFO31c

SGO31c

4449.

4791.

8010.

11997.

24930.

52659.

Single

Winding

Constant

Torque or

Variable

To r q u e

—

7-1/2

100

200

SBG22c

SCG22c

SDG22c

SEG22c

SFG22c

SGG22c

3936.

4248.

6984.

10260.

20457.

46449.

SBA22c

SCA22c

SDA22c

SEA22c

SFA22c

SGA22c

5261.

5574.

8522.

13892.

28290.

58172.

SBO22c

SCO22c

SDO22c

SEO22c

SFO22c

SGO22c

3851.

4121.

6501.

9662.

19718.

42164.

SBG32c

SCG32c

SDG32c

SEG32c

SFG32c

SGG32c

4563.

4926.

8522.

13508.

26810.

56946.

SBA32c

SCA32c

SDA32c

SEA32c

SFA32c

SGA32c

6330.

6728.

10517.

17139.

33390.

68679.

SBO32c

SCO32c

SDO32c

SEO32c

SFO32c

SGO32c

4449.

4791.

8010.

11997.

24930.

52659.

Two Winding

Constanta

Horsepower

7-1/2

150

—

SBG23c

SCG23c

SDG23c

SEG23c

SFG23c

SGG23c

3252.

3452.

5817.

9005.

15929.

37335.

SBA23c

SCA23c

SDA23c

SEA23c

SFA23c

SGA23c

4577.

4778.

7353.

12639.

22338.

49058.

SBO23c

SCO23c

SDO23c

SEO23c

SFO23c

SGO23c

3167.

3324.

5432.

8267.

15188.

33048.

SBG33c

SCG33c

SDG33c

SEG33c

SFG33c

SGG33c

4193.

4620.

8067.

12027.

21284.

49455.

SBA33c

SCA33c

SDA33c

SEA33c

SFA33c

SGA33c

5958.

6386.

10061.

15885.

27693.

59396.

SBO33c

SCO33c

SDO33c

SEO33c

SFO33c

SGO33c

4077.

4449.

7554.

11228.

20487.

43388.

Two Winding

Constanta

To r q u e

Variable

To r q u e

—

7-1/2

100

200

SBG24c

SCG24c

SDG24c

SEG24c

SFG24c

SGG24c

3252.

3452.

5817.

9005.

15929.

37335.

SBA24c

SCA24c

SDA24c

SEA24c

SFA24c

SGA24c

4577.

4778.

7353.

12639.

22338.

49058.

SBO24c

SCO24c

SDO24c

SEO24c

SFO24c

SGO24c

3167.

3324.

5432.

8267.

15188.

33048.

SBG34c

SCG34c

SDG34c

SEG34c

SFG34c

SGG34c

4193.

4620.

8067.

12027.

21284.

49455.

SBA34c

SCA34c

SDA34c

SEA34c

SFA34c

SGA34c

5958.

6386.

10061.

15885.

27693.

59396.

SBO34c

SCO34c

SDO34c

SEO34c

SFO34c

SGO34c

4077.

4449.

7554.

11228.

20487.

43388.

Table 17.72: Class 8810—Non-Reversing, Vertically Arranged, Open Type, Two-Speed Starters

Type

Motor

NEMA

Size

Maximum HP Ratings For Consequent Pole Motors For Separate Winding Motors

200 V 230 V 380 V 460-575 V Type $ Price Type $ Price

Constant

Horsepower

7-1/2

SBO11c

SCO11c

SDO11c

SEO11c

SFO11c

2142.00

2282.00

4050.00

6101.00

15786.00

SBO13c

SCO13c

SDO13c

SEO13c

SFO13c

1515.00

1686.00

2939.00

4563.00

11429.00

Constant

To r q u e

Var iable

To r q u e

7-1/2

100

SBO12c

SCO12c

SDO12c

SEO12c

SFO12c

2142.00

2282.00

4050.00

6101.00

15786.00

SBO14c

SCO14c

SDO14c

SEO14c

SFO14c

1515.00

1686.00

2939.00

4563.00

11429.00

Table 17.73: Coil Voltage Codes

Vol tage Code $ Price Adder

60 Hz 50 Hz

24ed

120e

208

240

—

480

600

Specify

—

110

—

220

380

440

550

Specify

V01

V02

V08

V03

V05

V06

V07

V99

No Charge

35.60

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Multispeed Magnetic

Starters

Two-Speed Magnetic Starters

Class 8810 / Refer to Catalog 8502CT9701

aConsequent pole type starters consist of two 3-pole starters as pictured in Figure 4 and an additional 2-pole shorting contactor (not shown),

all on a common baseplate, horizontally mounted.

bCurrent transformers used with Size 1 overload relay blocks.

cSolid-state overload relays and special current transformers.

Table 17.74: NEMA Type 1 Enclosure (see Figure 1)

Type A B C D E F G H

SBG and SCG 11-7/8 11-7/8 7-17/32 9-3/4 1-1/16 1-1/16 9-3/4 5/16

SDG 14-7/8 14-1/8 7-21/32 12-3/4 1-1/16 1-1/16 12 5/16

SEG3 & 4 and SFG3 & 4 18-5/32 29-5/32 9-15/64 15-1/2 1-11/32 1-11/32 26-1/2 7/16

SEG1 & 2 and SFG1 & 2 22-5/32 39-5/32 10-15/64 19-1/2 1-11/32 1-11/32 36-1/2 7/16

SGG1, 2, 3, 4 20-7/32 65-3/4 16-29/64 31 2-1/8 2-1/8 42 9/16

SHG1, 2, 3, 4 36-7/32 62-7/32 19-15/32 Floor Mount

SJG3 & 4 Consult Square D

(4) H Dia. Mtg. Holes

RESET RESET

Figure 1:

NEMA Type 1, 4, and 12 Enclosures

Table 17.75: NEMA Type 4 Enclosure (see Figure 1)

Type A B C D E F G H I J

SBW and SCW 12-5/8 14-11/16 7-13/16 4-1/4 4-3/16 19/32 13-1/2 5/16 1-21/32 2-5/16

SDW 14-7/8 15-3/4 8-1/4 4-1/4 5-5/16 3/8 15 5/16 2-1/32 2-5/8

SEW3 & 4 and SFW3 & 4 18-5/32 32-7/32 8-19/64 12 3-5/64 55/64 30-1/2 7/16 2-37/64 3-3/16

SEW1 & 2 and SFW1 & 2 22-5/32 42-7/32 9-49/64 16 3-5/64 55/64 40-1/2 7/16 2-21/64 2-57/64

SGW1, 2, 3, 4 35-7/32 49-7/32 12-1/8 27 4-3/32 39/64 48 9/16 2-63/64 3-1/2

Table 17.76: NEMA Type 12/3R Enclosure (see Figure 1)

Type A B C D E F G H

SBA and SCA 11-7/8 13-1/2 7-3/4 4-1/4 3-13/16 3/8 12-3/4 5/16

SDA 14-7/8 15-3/4 7-7/8 4-1/4 5-5/16 3/8 15 5/16

SEA3 & 4 and SFA3 & 4 18-5/32 31-1/2 9-19/32 16 3-3/32 1/2 30-1/2 7/16

SEA1 & 2 and SFA1 & 2 22-5/3 41-1/2 10-19/32 16 3-3/32 1/2 40-1/2 7/16

SGA1, 2, 3, 4 35-7/32 49 13-7/64 27 4-7/64 1/2 48 9/16

SHA1, 2, 3, 4 36-7/32 62-7/32 19-15/32 Floor Mount

SJA3 & 4 Consult Square D

RESET RESET

Trave l

Figure 2:

Class 8810 NEMA Sizes 0, 1, and 2

Table 17.77: Non-Reversing, Open Type

Fig.

No.

NEMA

Size Type Mtg.

Holes A B C D E F G H I J K L M N

0 and 1

SBO1, 2

SCO1, 2 4 9-5/8 7-11/32 5-5/16 8 5/8 — 7/32 6-29/32 — 7/32 4-3/4 2-1/4 5-1/16 19/32

SBO3, 4

SCO3, 4 3 7-1/8 6-29/32 5-5/16 — — 3-13/32 15/32 6-7/32 — 7/32 3-9/16 1-5/8 5-1/16 19/32

2SDO1, 2 6 12-1/32 8-17/32 6-1/32 10-3/8 1/2 — 1/4 8-1/8 6-1/4 5/32 5-3/4 2-13/16 5-5/32 25/32

SDO3, 4 3 9 8-1/16 6-1/32 — — 4-1/2 3/8 7-1/2 — 3/16 4-11/32 2-5/32 5-5/32 25/32

3SEO1, 2 4 18 14-7/16 17 12-1/4 1-1/2 11/16 1/2 6-7/16 7-3/8 1-21/32 2-5/32 — — —

SEO3, 4 4 12-3/4 12-9/32 11-3/4 10-3/4 1-1/32 1/2 1/2 2-1/2 6-3/4 1-5/32 1-5/32 — — —

4SFO1, 2 4 18-5/8 15-19/32 17 12-1/4 1-27/32 1-1/2 1-1/8 6-7/16 7-21/32 1-21/32 1-21/32 — — —

SFO3, 4 4 14-1/4 14-19/32 13-1/4 12-1/4 1-27/32 1/2 1/2 2-15/16 7-3/8 1-21/32 1-21/32 — — —

SGO1, 2a4 29-9/32 20-9/32 9-3/8 5-13/32 1-9/32 28 5/8 12-9/16 19 5/8 22-17/32 1/2 2-13/32 6-5/8

SGO3, 4 4 19-9/32 20-9/32 9-3/8 5-13/32 1-9/32 18 5/8 2-5/8 19 5/8 12-17/32 1/2 2-13/32 6-5/8

46bSHO1, 2a4 29-17/32 22-7/16 9-17/32 6-31/32 3-13/16 28 3/4 11-5/8 21-3/16 5/8 9-7/8 9/16 3-1/32 9-5/16

SHO3, 4 4 19-17/32 22-7/16 9-17/32 6-31/32 3-13/16 18 3/4 21-3/16 1-11/16 5/8 9-7/8 9/16 3-1/32 9-5/16

—7cSJO3, 4 Consult the Customer Care Center (CCC) at 1-888-778-2733.

RESET

GHI

Prov. for (4) .31 Dia. Mtg. Screws

.50

.56

6.25

159

Reset

Trave l

7.00

178

Figure 3: Class 8810 NEMA Sizes 3 and 4

H M

(4) L Dia. Mtg. Holes

Figure 4: Class 8810 NEMA Size 5 and 6

NOTE: Illustrations are intended for

dimensional information only

and may not represent the

actual enclosure. Dimensions

are shown in inches.

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Multispeed Magnetic

Starters

Approximate Dimensions

Class 8810 / Refer to Catalog 8502CT9701

Disconnect Switch or Circuit Breaker Type

aSize 3 (5-Pole–3-Pole) with FA, KA circuit breaker or 100 A disconnect switch.

Size 4 (5-Pole–3-Pole) with KA circuit breaker or 200 A disconnect switch. Size 3 & 4 (3-Pole–3-Pole) enclosures may be smaller.

Consult the Customer Care Center (CCC) at 1-888-778-2733 for additional dimensional information.

Table 17.78: NEMA Type 1 Enclosure, Figure 1

NEMA

Size Class Type

Dimensions (in inches)—see Figure 1 Top & Bottom Sides

A B C D E F G H I J K L M N O W X Y

0–1 8810 CBG UBG DBG

CCG UCG DCG 13-7/8 23-1/8 8-1/4 10-5/8 21 19-9/32 1-7/8 1-7/8 3-3/4 2-5/16 1-1/16 3-19/64 2-3/16 1-1/4 7/8 1/2–3/4–1 1/2–3/4–1 1/2

2 8810 CDG UDG DDG 15-5/32 28-29/32 9-9/16 11-5/8 26-1/4 21-13/16 2-3/16 2 4 2-5/8 1-21/64 3-19/64 2-7/32 1-17/64 29/32 1–1-1/4 1/2–3/4 1/2

3a8810 CEG UEG DEG 22-1/8 42-5/8 10-1/8 18-5/8 40 29-1/8 2-11/32 2-1/8 4-1/4 2-5/8 1-1/4 3-19/64 2-1/4 7/8 3/4 1–1-1/4–1-1/2 1/2–3/4 1/2

4a8810 CFG UFG DFG 22-1/8 50-1/8 10-3/16 18-5/8 47-1/2 29-3/16 2-29/32 2-11/16 5-3/8 2-5/8 1-5/16 3-19/64 2-1/4 7/8 3/4 2-1/2 1/2–3/4 1/2

Table 17.79: NEMA Type 4 Enclosure, Figure 2

NEMA

Size Class Type

Dimensions (in inches)—see Figure 2 Bottom Top &

Bottom

A B C D E F G H I J K L W X

0–1 8810 CBW UBW DBW

CCW UCW DCW 13-7/8 8-21/64 25-3/16 3-19/64 2-9/16 8-3/4 24 19/32 3-61/64 1-5/8 2-5/16 18-17/32 3/4 Hub 1 Hub

2 8810 CDW UDW DDW 15-1/8 9-37/64 30-15/16 3-19/64 2-9/16 10 29-3/4 19/32 3-61/64 2 2-5/8 21-11/32 3/4 Hub 1-1/2 Hub

3a8810 CEW UEW DEW 22-1/8 10-1/8 46-1/4 3-19/64 3 16 44 5/8 3-15/16 1-3/4 2-5/8 29-1/8 3/4 Hub 2 Hub

4a8810 CFW UFW DFW 22-1/8 10-3/16 53-3/4 3-19/64 3 16 51-1/2 5/8 3-15/16 2-9/32 3-3/16 29-3/16 3/4 Hub 2-1/2 Hub

Table 17.80: NEMA Type 12 Enclosure, Figure 3

NEMA

Size Class Type

Dimensions (in inches)—see Figure 3

A B C D E F G H I J

0–1 8810 CBA UBA DBA

CCA UCA DCA 13-7/8 10-3/32 24-3/4 3-19/64 2-9/16 8-3/4 24 3/8 3-61/64 20-9/32

2 8810 CDA UDA DDA 15-5/32 10-31/32 31-1/4 3-19/64 3-5/64 9 30-1/4 1/2 4-53/64 23-7/16

3a8810 CEA UEA DEA 22-1/8 10-1/8 45 3-19/64 3 16 44 5/8 3-15/16 29-1/8

4a8810 CFA UFA DFA 22-1/8 10-3/16 52-1/2 3-19/64 3 16 51-1/2 5/8 3-15/16 29-3/16

HANDLE

SWING

(4) .31 DIA. MTG.HOLES

(for Size 0, 1, & 2)

WXW

COVER OPEN 90°

Figure 1:

NEMA Type 1 Enclosure

HANDLE

SWING

(4) .31 DIA. MTG.HOLES

(for Size 0, 1, & 2)

COVER OPEN 90°

Figure 2:

NEMA Type 4 Enclosure

HANDLE

SWING

(4) .31 DIA. MTG.HOLES

(for Size 0, 1, & 2)

Figure 3:

NEMA Type 12 Enclosure

NOTE: Illustrations are intended for dimensional

information only and may not represent the

actual enclosure. Dimensions are shown

in inches.

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Lighting Contactors Panelboard Lighting Contactors, Type PB

Class 8903 / Refer to Catalog 8903CT9701

General Information

Panelboard lighting contactors, sometimes called remote

control switches, are designed for use with lighting

panelboards and motor control centers where either panel

or bus mounting is desired. Type PB lighting contactors

can be used in a retrofit or new project without increasing

the panelboard depth. They can be used to directly

replace many inoperative existing switches.

The features include: mechanically held; compatible with

Square D panelboards; short-circuit ratings to 100 kA;

compact arc suppression; bus or panel mounted; fits in

standard-depth lighting panelboards; easy manual

operation; standard coil clearing contacts; and operates in

any position.

aVoltage code must be specified to order this product. Refer to standard

voltage codes listed below.

bSlotted mounting holes suitable for 2.88–3.19 in. mounting centers.

Panel Mount

Table 17.81: Class 8903 Type PB Lighting Contactors

Description Bus Mount Panel Mount (Includes Lugs)

Size (A) Poles Type $ Price Type $ Price

30 2

PBM 10Ba

PBM 11Ba

2129.00

2403.00

PBM 10a

PBM 11a

2640.00

2973.00

60 2

PBP 10Ba

PBP 11Ba

2237.00

2573.00

PBP 10a

PBP 11a

2762.00

3185.00

75 2

PBN 10Ba

PBN 11Ba

2237.00

2573.00

PBN 10a

PBN 11a

2762.00

3185.00

100 2

PBQ 10Ba

PBQ 11Ba

2541.00

2978.00

PBQ 10a

PBQ 11a

3119.00

3546.00

150 2

PBR 10Ba

PBR 11Ba

3162.00

4055.00

PBR 10a

PBR 11a

3897.00

4787.00

200 2

PBV 10Ba

PBV 11Ba

3551.00

4496.00

PBV 10a

PBV 11a

4409.00

5360.00

225 2

PBW 10Ba

PBW 11Ba

3909.00

4958.00

PBW 10a

PBW 11a

4964.00

5990.00

Table 17.82: AC Coil Voltage Codes

60 Hz Voltage Code

120

208

240/277

480

V02

V08

V39

V28

Table 17.83: Class 8903—Auxiliary Contacts

Type Description $ Price

PBX1

PBX2

(1) Auxiliary Contact SPDT

(2) Auxiliary Contacts SPDT

243.00

485.00

Table 17.84: Factory Modifications

Form Description $ Price

X11

X22

(1) Auxiliary Contact SPDT

(2) Auxiliary Contacts SPDT

158.00

314.00

Table 17.85: Dimensions (Panel Mount)

Amperes

Dimensions

H W D A B C E

in. mm in. mm in. mm in. mm in. mm in. mm in. mm

30–

100 11.75 298 7.50 191 3.88 98 2.25 57 7.38 187 2.25 57 9.25 235

150–

225 14.50 368 7.50 191 3.88 98 2.88 73 8.50 216 3.00 76 10.50 267

File E78427

CCN NRNT

A A

Table 17.86: Control Distance

Wire Gauge

AWG

Maximum Distance (feet)

120 V 208 V 240 V 277 V 480 V

#14

#12

#10

550

900

1425

1650

2700

4275

2200

3600

5700

2925

4700

7550

8800

14400

22800

Table 17.87: Short-Circuit Ratings

RMS Sym.

Current (A) Max. Volts Short Circuit

Protection Device Recommended

100,000

22,000

65,000

600

240

Class J Fuses

Circuit Breaker—Square D—Type LHL

Table 17.88: Maximum Wire Size (AWG)

Current Range Power Wire

(Cu/Al)

Control Wire

(Cu Only)

30–100 A

150–225 A

#1/0 Max.

350 MCM Max.

#18–#10

Table 17.89: Dimensions (Bus Mount)

Amperes

Dimensions

H W D A B

in. mm in. mm in. mm in. mm in. mm

30–

100 8.31 211 7.50 191 3.38 86 2.25 57 7.38 187

150–

225 9.50 241 7.50 191 3.38 86 2.88b73 8.50 216

A A

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA/DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Well-Guard™ Pump Panel Reduced Voltage Type

Class 8940 / Refer to Catalog 8940CT9701

Class 8940 reduced voltage panels in NEMA 3R

enclosures are specifically designed for pumping

applications. Extra space is provided for field installation of

auxiliary equipment.

•Type S contactors/starters provided as standard

•All devices are UL Listed, and marked “SUITABLE

ONLY FOR USE AS SERVICE EQUIPMENT”

•Price includes Hand-Off-Auto selector switch and Start

push button

For How to Order Information, see Digest 176 page 16-12

and Digest 176 page 16-125 for selection information.

c24 V coils are not available on Sizes 4–7. On Sizes 2–3, where 24 V

coils are available, Form S (separate control) must be specified.

dThis voltage code must include Form S (no charge).

aFuse clips are sized for use with dual-element time-delay fuses. bCoil voltage code must be specified to order this product. Refer to

standard voltage codes shown in Table 17.90.

cFuse clips are sized for use with dual-element time-delay fuses. dCoil voltage code must be specified to order this product. Refer to

standard voltage codes shown in Table 17.90.

aCabinet has double doors. NOTE: Illustrations may not represent the actual enclosure; they are

intended for dimensional information only.

Table 17.90: Coil Voltage Codes

Vol tage Code $ Price Adder

60 Hz 50 Hz

24c

120d

208

240

—

480

600

Specify

—

110

—

220

380

440

550

Specify

V01

V02

V08

V03

V05

V06

V07

V99

No Charge

35.60

Table 17.91: Closed Transition Autotransformer Type, 3-Pole Polyphase—480 Vac Maximum (50–60 Hz)

Note: The prices shown do not include thermal units. Overload relays are ambient temperature compensated. Devices require 3 thermal units (Sizes 2–6). Standard trip thermal units are $21.50 each.

Motor

(Starter)

Vol ts

Max. HP

Polyphase

Coil

Vol tage

NEMA

Size

Fusible Disconnect Type Circuit Breaker Type

Fuse Clip

AmperesaTypeb$ Price Circuit Breaker Typeb$ Price

230

(240)

240@ 60 Hz

220@ 50 Hz

260RD4DV03 11928.00 FAL36080 VD1DV03 11928.00

25 3100 RE4FV03 17055.00 FAL36100 VE1FV03 17055.00

30 200 RE1GV03 17342.00 KAL36100 VE2GV03 17342.00

50 4 200 RF4JV03 26657.00 KAL36200 VF1JV03 28107.00

75 5400 RG1LV03 43946.00 LAL36250 VG2LV03 43946.00

100 400 RG1MV03 46083.00 LAL36350 VG2MV03 46083.00

460

(480)

480 @ 60 Hz

440 @ 50 Hz

260RD2FV06 12555.00 FAL36070 VD1FV06 12555.00

30 3100 RE2GV06 17085.00 FAL36080 VE1GV06 17085.00

50 100 RE2JV06 18197.00 FAL36100 VE1JV06 18197.00

75 4 200 RF2LV06 26657.00 KAL36125 VF1LV06 27872.00

100 200 RF2MV06 28278.00 KAL36200 VF1MV06 28278.00

150 5 400 RG3PV06 42735.00 LAL36250 VG4PV06 46340.00

200 400 RG3QV06 48860.00 LAL36350 VG4QV06 51237.00

300 6 —— —MAL36600 VH1SV06 79338.00

400 — — —MAL36900 VH2TV06 79338.00

600 7 — — —MAL361000 VJ1WV06 123134.00

Type VG4V06K15

Table 17.92: Part Winding Type, 3-Pole Polyphase—480 Vac Maximum (50–60 Hz)

Note: The prices shown do not include thermal units. Overload relays are ambient temperature compensated. Devices require 6 thermal units (Sizes 2–6). Standard trip thermal units are $21.50 each.

Motor

(Starter)

Vol tage

Max. HP

Polyphase

Coil

Vol tage

NEMA

Size

Combination Fusible Disconnect Type Combination Circuit Breaker Type

Fuse Clip

(2 Sets)

(A)c

Typed$ Price

Circuit Breaker

(2 Bkrs.)

Frame Size

Typed$ Price

230

(240)

240 @ 60 Hz

220 @ 50 Hz

2PW 60 MD4FV03 7536.00 FAL36070 PD1FV03 7923.00

30 3PW 60 ME5GV03 11609.00 FAL36080 PE3GV03 11322.00

50 100 ME6JV03 11609.00 FAL36100 PE3JV03 11322.00

75 4PW 200 MF1LV03 21821.00 KAL36150 PF3LV03 23400.00

100

5PW

200 MG3MV03 43326.00 KAL36175 PG2MV03 43326.00

125 400 MG1NV03 43326.00 LAL36250 PG3NV03 43326.00

150 400 MG1PV03 43326.00 LAL36250 PG3PV03 43326.00

460

(480)

480 @ 60 Hz

440 @ 50 Hz

2PW 30 MD5GV06 7536.00 FAL36040 PD1GV06 7293.00

40 60 MD2HV06 7536.00 FAL36050 PD1HV06 7293.00

60 3PW 60 ME7KV06 11609.00 FAL36070 PE3KV06 12822.00

75 100 ME3LV06 11609.00 FAL36090 PE3LV06 11322.00

100 4PW 200 MF3MV06 23400.00 FAL36100 PF2MV06 23400.00

150 200 MF3PV06 23400.00 KAL36125 PF3PV06 23400.00

200

5PW

200 MG4QV06 43326.00 KAL36175 PG2QV06 43326.00

250 200 MG4RV06 43326.00 KAL36225 PG3RV06 43326.00

350 400 MG2TV06 43326.00 LAL36300 PG3TV06 43326.00

Table 17.93: Part Winding—Reduced Voltage Type

Type Figure A B C D E F

in. mm in. mm in. mm in. mm in. mm in. mm

PD 3 19.00 483 34.50 876 12.25 311 13.00 330 33.50 851 0.44 11

MD 3 23.00 584 25.50 648 10.60 269 17.00 432 24.50 622 0.44 11

PE, PF 3 30.00 762 47.00 1194 13.25 337 22.00 559 46.00 1168 0.56 14

ME 3 25.00 635 52.50 1334 12.13 308 19.00 483 51.50 1308 0.44 11

MF 4 36.00 914 93.00 2362 19.25 489 33.75 857 12.50 318 0.69 18

PG, MG 4 36.00 914 73.00 1854 19.25 489 33.75 857 12.50 318 0.69 18

PH 4 38.00 965 93.00 2362 19.25 489 35.75 908 12.50 318 0.69 18

Table 17.94: Autotransformer—Reduced Voltage Type

Type Figure A B C D E F

in. mm in. mm in. mm in. mm in. mm in. mm

RD, VD 3 25.00 635 52.50 1334 11.13 283 19.00 483 51.50 1308 0.44 11

RE, VE, RF, VF 4 32.00 813 72.50 1842 19.25 489 29.75 756 12.50 318 0.68 17

RG 4 36.00 914 93.00 2362 19.25 489 33.75 857 12.50 318 0.69 17

VG 4 32.00 813 72.50 1842 19.25 489 29.75 756 12.50 318 0.68 17

VH 4 34.00 864 93.00 2362 23.25 591 31.75 806 16.50 419 0.69 17

VJa4 64.00 1626 93.00 2362 27.25 692 61.75 1568 17.25 438 0.81 21

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Factory Modifications

(Forms)

Reduced Voltage Starters

Classs 8606, 8630, 8640

aAll push buttons are momentary contact.

bFor pilot light details, refer to the pilot light table in Digest 176 page 16-100.

cSee Table 17.96 below.

dAs standard, Reduced Voltage Controllers are supplied with common control. If Form S or T is specified, only the TR coil will be at control voltage.

Specify Form Y195 or T40 (Ex. Form F4T40) if all coils must be at control voltage. Refer to page 17-18 for control circuit arrangements.

eReduced Voltage Controllers are supplied with two control circuit fuses for conductors at line voltage. Additional fusing may be supplied if a fused control

circuit transformer or separate control is specified.

fMust be used with Form specifying separate control (Ex. Form FS).

gAdd Form letters and price to that of standard control transformer. (Example: For Size 1, Form F4T, plus 100 VA becomes F4T11, $984.00

Form F4T40 plus 100 VA becomes F4T41, $807.00).

hSize 6 and 7 controllers come with Form F4T as standard.

iMust be used in conjunction with a variation of Form of F4T. (Ex. Standard capacity transformer required, 208–24 V. Order as Form F4TT1, 208–24 V.)

The standard primary and secondary voltages for control circuit transformers are indicated in Table 17.96.

To order, select the desired device with the appropriate transformer Form designation. Then convert the previously

selected voltage code (V••) to reflect the desired primary/secondary voltage for the transformer. The secondary voltage

should equal the previously selected coil voltage of the device. (24 Vac coils for NEMA Sizes 4–7 are not available).

Example:

You previously selected a Class 8606SDG1V02S. The designation V02S means that you need a coil voltage of

120-60/110-50 wired for separate control. You would like to add Form FF4T with the transformer voltages being 480

volt primary, 120 volt secondary. The new, complete Class, Type, Voltage Code, and Form are:

jForm numbers should always be shown in alphabetical order.

Table 17.95: Reduced Voltage Controllers Only

Classes 8606, 8630, 8640

Factory Modifications Enclosure

Type Form

NEMA Size

1PW

1 YD

2 PW

2 YD

3 PW

3 YD

4 PW

4 YD

5 PW

5 YD

6 PW

6 YD

7 PW

7 YD

Pilot Devices in Cover and

Control Circuit

Reduced Voltage

Controllers Only

Classes

8606

8630

8640

8647

8650

Push Buttonsa

Start-Stop 1, 4, 12 A 336.00 336.00 336.00 33600 336.00 336.00 336.00

Selector Switches

Hand-Off-Auto 1, 4, 12 C 336.00 336.00 336.00 336.00 336.00 336.00 336.00

On-Off 1, 4, 12 C6 336.00 336.00 336.00 336.00 336.00 336.00 336.00

Pilot Lights (specify color)b

One light On 1, 4, 12 P 336.00 336.00 336.00 336.00 336.00 336.00 336.00

Separate Control Circuitde

TR coil only (at control voltage) 1, 4, 12 S N/C N/C N/C N/C N/C N/C N/C

All coils (at control voltage) 1, 4, 12 Y195 N/C N/C N/C N/C N/C N/C N/C

Fused Control Circuitcdef

One fuse 1, 4, 12 F 314.00 314.00 314.00 314.00 314.00 N/ChN/Ch

Two fuses 1, 4, 12 F4 314.00 314.00 314.00 314.00 314.00 N/ChN/Ch

Control Circuit Transformercde

Standard Capacity (50 or 60 Hz)

Fuses

Primary Secondary

2— 0— 1, 4, 12 F4T 684.00 882.00 1112.00 1254.00 1395.00 N/ChN/Ch

2.. 1— 1, 4, 12 FF4T 1026.00 1197.00 1425.00 1566.00 1710.00 314.00 314.00

2— 0— 1, 4, 12 F4T40 912.00 1182.00 1938.00 2079.00 3803.00 3803.00 3803.00

2— 1— 1, 4, 12 FF4T40 1224.00 1497.00 2250.00 2393.00 4116.00 4116.00 4116.00

Additional capacity (50 or 60 Hz)g

100 VA additional capacity 1, 4, 12 T11 300.00 300.00 300.00 300.00 300.00 300.00 300.00

200 VA additional capacity 1, 4, 12 T12 570.00 570.00 570.00 570.00 570.00 570.00 570.00

300 VA additional capacity 1, 4, 12 T13 1139.00 1139.00 1139.00 1139.00 1139.00 1139.00 1139.00

400 VA additional capacity 1, 4, 12 T14 2421.00 2421.00 2421.00 2421.00 2421.00 2421.00 2421.00

500 VA additional capacity 1, 4, 12 T15 2721.00 2721.00 2721.00 2721.00 2721.00 2721.00 2721.00

Substitute nonstandard single primary and/or single secondary

Voltage rating on the control transformerc1, 4, 12 T1i71.00 71.00 71.00 71.00 71.00 ——

Table 17.96: Selection of Control Circuit Transformers

Voltage

60 Hz (Primary–Secondary) Code

120–12

120–24

208–120

240–24

240–120

277–120

480–24

480–120

480–240

600–120

Specify

V88

V89

V84

V82

V80

V85

V83

V81

V87

V86

V99

Class Type Voltage Code Formj

8606 SDG1 V81 FF4T

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Factory Modifications

(Forms)

Reduced Voltage Starters

Class 8606, 8630

Table 17.97: Class 8606 Reduced Voltage Starters Only

Factory Modifications Enclosure

Type Form NEMA Size

1 2 3 4 5 6 7

Circuit

Breaker

Disconnect

Switch

Molded case thermal magnetic circuit breaker b

1Y7912010.00 2451.00 2664.00 4872.00 9471.00 13944.00 18320.00

4Y7912862.00 3533.00 4886.00 7092.00 11808.00 18216.00 23601.00

12 Y791 2037.00 2564.00 2862.00 6579.00 10839.00 15012.00 20397.00

Nonfusible disconnect switch

1Y7921340.00 1710.00 2165.00 2991.00 5355.00 — —

4Y7922195.00 2793.00 4388.00 5327.00 7691.00 — —

12 Y792 1368.00 1823.00 2366.00 4815.00 5925.00 — —

Atuomatic molded case switch

1 Y7910 — — — — — 12293.00 13004.00

4 Y7910 — — — — — 16565.00 17276.00

12 Y7910 — — — — — 13361.00 14072.00

Fusible Disconnect Switch with Fuse Clips a

30 A clips

1 Y7931566.00 1566.00 — — — — —

4Y7932421.00 2124.00 — — — — —

12 Y793 1596.00 1596.00 — — — — —

60 A clips

1Y7941566.00 1823.00 2066.00 — — — —

4Y7942421.00 2885.00 3609.00 — — — —

12 Y794 1596.00 1938.00 2280.00 — — — —

100 A clips

1Y795 — — 2336.00 2574.00 — — —

4Y795 — — 4559.00 5021.00 — — —

12 Y795 — — 2537.00 2943.00 — — —

200 A clips

1Y796 — — 2885.00 3596.00 — — —

4Y796 — — 5129.00 4340.00 — — —

12 Y796 — — 3105.00 5327.00 — — —

400 A clips

1Y797 — — — — 5868.00 11039.00 —

4Y797 — — — — 8190.00 15354.00 —

12 Y797 — — — — 6438.00 12861.00 —

Automatic Molded Case Switch

with 600 A fuse clips

1Y798 — — — — — 13802.00 —

4Y798 — — — — — 18075.00 —

12 Y798 — — — — — 14871.00 —

Automatic Molded Case Switch

with fuse clips 1200 A or less

1Y799 ——————15425.00

4Y799 ——————19697.00

12 Y799 ——————17562.00

aFuses not included.

bMag-Gard™ circuit breakers are not supplied nor recommended.

Table 17.98: Class 8630 Reduced Voltage Controllers Onlyd

Factory Modifications Enclosure

Type Form NEMA Size

1 YD 2 YD 3 YD 4 YD 5 YD 6 YD 7 YD

Circuit

Breaker

Disconnect

Switch

Molded case thermal magnetic circuit breaker e

1Y7912451.00 2664.00 4872.00 9471.00 13944.00 18320.00 32759.00

4Y7913533.00 4886.00 7092.00 11808.00 18216.00 23601.00 37031.00

12 Y791 2564.00 2856.00 6579.00 10839.00 15012.00 20397.00 33827.00

Nonfusible disconnect switch

1Y7921710.00 2165.00 2991.00 5355.00 — — —

4Y7922793.00 4388.00 5327.00 7691.00 — — —

12 Y792 1823.00 2366.00 4815.00 5925.00 — — —

Atuomatic molded case switch

1 Y7910 — — — — 12293.00 13004.00 29483.00

4 Y7910 — — — — 16565.00 17276.00 33755.00

12 Y7910 — — — — 13361.00 14072.00 30551.00

Fusible Disconnect Switch with Fuse Clipsc

30 A clips

1 Y7931823.00 1823.00 — — — — —

4Y7932421.00 3771.00 — — — — —

12 Y793 1938.00 1938.00 — — — — —

60 A clips

1Y7941823.00 2066.00 — — — — —

4Y7942421.00 3609.00 — — — — —

12 Y794 1938.00 2280.00 — — — — —

100 A clips

1Y795 — 2336.00 2574.00 — — — —

4Y795 — 4559.00 5021.00 — — — —

12 Y795 — 2537.00 2943.00 — — — —

200 A clips

1Y796 — — 2885.00 3596.00 — — —

4Y796 — — 5129.00 5840.00 — — —

12 Y796 — — 3105.00 5327.00 — — —

400 A clips

1Y797 — — — 6510.00 11039.00 — —

4Y797 — — — 8204.00 15354.00 — —

12 Y797 — — — 6438.00 12861.00 — —

Automatic Molded Case Switch

with 600 A fuse clips

1Y798 — — — — 13802.00 14513.00 —

4Y798 — — — — 18075.00 18786.00 —

12 Y798 — — — — 14871.00 15227.00 —

Automatic Molded Case Switch

with fuse clips 1200 A or less

1Y799 — — — — — 15425.00 30195.00

4Y799 — — — — — 19697.00 34704.00

12 Y799 — — — — — 17562.00 31095.00

cFuses not included.

dWye-Delta motor starters typically have higher current ratings per NEMA Size than full voltage motor starters. Care must be taken in selecting the appropriate short circuit protection.

The table on Digest 176 page 7-33 will assist in selecting proper protection based on motor full-load current.

eMag-Gard™ circuit breakers are not supplied nor recommended.

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Factory Modifications

(Forms)

Reduced Voltage Starters

Class 8640, 8606, 8630

NOTE: To comply with Section 430-3 of the National Electrical Code®, combination part-winding starters are

provided as follows:

1. Circuit breaker: two thermal-magnetic, adjustable-trip circuit breakers—one for each motor winding. In the smaller controllers that

use the FA and KA frames, a single external operating mechanism operates the two circuit breakers simultaneously. In the larger

controllers that use the KA and LA frames, each circuit breaker has its own operating mechanism.

2. Nonfusible disconnect switch: a single 3-pole unfused disconnect switch of the proper rating for both windings. The user must

provide proper short-circuit protection external to the starter, using only Class J fuses.

3. Fusible disconnect switch: a single unfused disconnect switch with two sets of fuse clips (each set of the rating indicated) to provide

short-circuit protection for each winding.

Table 17.99: Class 8640 Reduced Voltage Starters Only

Factory Modifications Enclosure

Type Form

NEMA Size

1 PW 2 PW 3 PW 4 PW 5 PW 6 PW

Circuit

Breaker

Disconnect

Switch

Molded case thermal magnetic circuit breaker b

1 Y7911 3014.00 3675.00 3996.00 7307.00 14207.00 —

4 Y7911 4293.00 5300.00 7329.00 10641.00 17711.00 —

12 Y7911 3056.00 3846.00 4293.00 9872.00 16259.00 —

Fusible Disconnect Switch with Fuse Clips a

30 A clips (two sets)

1 Y79312006.00 2006.00 — — — —

4 Y7931 2664.00 2664.00 — — — —

12 Y7931 2132.00 2132.00 — — — —

60 A clips (two sets)

1 Y7941 — 2273.00 2570.00 — — —

4 Y7941 — 3969.00 5013.00 — — —

12 Y7941 — 2507.00 2790.00 — — —

100 A clips (two sets)

1 Y7951 — 2570.00 2831.00 3176.00 — —

4 Y7951 — 5013.00 5525.00 5642.00 — —

12 Y7951 — 2790.00 3239.00 3416.00 — —

200 A clips (two sets)

1 Y7961 — — 3176.00 3959.00 6456.00 —

4 Y7961 — — 5642.00 6425.00 9026.00 —

12 Y7961 — — 3416.00 5859.00 7082.00 —

400 A clips (two sets)

1 Y7971 — — — 6456.00 15182.00 c15596.00 c

4 Y7971 — — — 9026.00 19881.00 c20082.00 c

12 Y7971 — — — 7082.00 16356.00 c16592.00 c

Automatic molded case switch

with 600 A fuse clips (two sets)

1 Y7920 — — — — — 15965.00

4 Y7920 — — — — — 20664.00

12 Y7920 — — — — — 16748.00

Automatic molded case switch

with fuse clips 601–1200 A or less (two sets)

1 Y7921 — — — — — 16968.00

4 Y7921 — — — — — 21668.00

12 Y7921 — — — — — 19319.00

aFuses not included.

bMag-Gard™ circuit breakers are not supplied nor recommended.

cConsists of automatic molded case switch with two sets of 400 A fuse clips.

Table 17.100: Reduced Voltage Controllers Onlyc

Classes 8606, 8630, 8640

Factory Modifications Enclosure

Type Form

NEMA Size

1PW

1 YD

2 PW

2 YD

3 PW

3 YD

4 PW

4 YD

5 PW

5 YD

6 PW

6 YD

7 PW

7 YD

Overload

Relays

Non-Compensated Bimetallic Overload Relays

Three Element

Types SC-SD (Sizes 1 & 2)

Types SE-SG (Sizes 3–5)

Type SH (Size 6)

Any

57.00

—

57.00

—

57.00

—

57.00

—

57.00

—

57.00

—

—b

Ambient Compensated Bimetallic Overload Relays

Three Element

Types SC-SD (Sizes 1 & 2)

Types SE-SF (Sizes 3 & 4)

Types SG-SH (Sizes 5–6)

1, 4, 12

Any

Y59

86.00

—

86.00

—

107.00

—

107.00

—

86.00

—

86.00

—

—b

Overload Relays General

Substitute 9999SO4 isolated alarm contact on melting alloy overload relay

Substitute 9999SO5 isolated alarm contact on melting alloy overload relay

Any

Y342

Y344

179.00

—

Motor Logic™ Overload Relaysde Any

Any

H10

H20

122.00

57.00

Miscellaneous

Add for thermal protector Class 8606

Coil transient suppressor per coil

Addition of terminal blocks (specify wired or unwired).

Wired, per terminal, each

Unwired, per terminal, each

1, 4, 12

Any

1, 4, 12

Y116

Y145

G56a

G50a

—

158.00

116.00

57.00

570.00

158.00

116.00

57.00

570.00

158.00

116.00

57.00

570.00

158.00

116.00

57.00

570.00

158.00

116.00

57.00

570.00

—

116.00

57.00

—

116.00

57.00

aAddition of terminal block 9080CA or 9080GR6 only. The number of circuits is the same as the ending of the Form number. (Example: G505 is 5 wire terminal block.) Available in groups

of 5 only. Order in increments of 5. The number of circuits is the same as the ending of the Form number. (Example: G505 = 5 unwired terminals, G510 is 10 unwired terminals.)

bSize 7 uses a solid-state overload relay. See Class 8536 for complete details.

cNEMA Type 7 and 9 enclosures not available with Class 8600 devices.

dMotor Logic overload relays are not available on Class 8640 Size 1PW to 4PW starters.

eSee Motor Logic overload relays in the Full Voltage section on the bottom of Digest 176 page 16-83 for additional Form options of Motor Logic overload relays.

CP1 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Definite Purpose

Contactors

Reversing/Hoist, Type R

Class 8965 / Refer to Catalog 8910CT9301

Class 8965 reversing hoist contactors meet the small

space requirements found in electrical hoists, light duty

cranes, door operators, and related products. They are

designed to perform in the short periods of jogging

experienced in hoist service. Note that these contactors

must be mounted upright on the vertical plane; the

contactors will not operate properly when mounted in any

other position.

fCP10 Discount Schedule.

gTape wound coils, 2 per package.

hMolded coil, 1 per package.

iSuitable for 440 V 50 Hz applications.

Type RO10V02

Table 17.101: AC Reversing/Hoist Contactors—600 Vac Maximum

No. of

Poles

Horsepower Ratings Power

Terminals

Witha

Jumper Straps

Withouta

Jumper Straps $ Price

115 V

1 Ø

230 V

1 Ø

230 V

3 Ø

460/575 V

3 Ø Open Type Open Type

3-Pole

Polyphase 11-1/23 3

Quick Connect RO10cRO11c998.00

Pressure WirebRO12cRO13c

aJumper straps connect the line side power terminals of the same phase between the forward (up) and reverse (down) contactors in common;

i.e., L1 to L1, L2 to L2, and L3 to L3.

bCoils rated 120 Vac or less are supplied with quick connect terminals only.

cVoltage code must be specified to order this product. Refer to standard voltage codes shown in Table 17.105.

Table 17.102: Miscellaneous Hoist Contactor Kits For Use With Class 8965

Type Series Description Class Type Series Description Class Type $ Priced

RO10

RO11

RO12

RO13

A & B

Armature Kit 9998 RP1e

Armature Kit 9998 RP2e29.40

Contact

Carrier

Order as Part Number

3100206050

Contact

Carrier

Order as Part Number

3100208150 39.40

dCP10 discount schedule.

eOne armature per kit.

Table 17.103: Class 8965 Replacement Contact Kits

Device

Type

Device

Series

Class 9998

Kit Type

Device

Series

Class 9998

Kit Type $ Price

RO10

A & B

RA10

RA14 202.00

RO11 RA11 RA15

RO12 RA12 RA16 236.00

RO13 RA13 RA17

Table 17.104: Auxiliary Contacts Separate Module

Description Terminals Class 9999

Type $ Price

1 N.O.

Each Side

Quick Connect R10

50.00

Screw R12

1 N.C.

Each Side

Quick Connect R11

Screw R13

Table 17.105: Coil Table

Voltage

60 Hz

Vol tage

50 Hz

Voltage

Code

Replacement

Part Number $ Pricef

120

208/220

240

480

600

—

110

—

220

440

550

V01

V02

V21

V03

V06

V07

3100240319g

3100240340g

3100240047h

3100240049h

3100240058hi

3100240060h

119.00

114.00

83.00

Table 17.106: Approximate Dimensions

(3 Poles per Contactor)

Type A B C D E F G

RO10, 11 3.31

3.31

3.03

2.69

1.34

1.56

2.66

RO12, 13 3.31

3.69

2.69

1.34

1.56

2.66

Provisions for

(3) #8 Mounting Screws

Table 17.107: Cross Reference—Obsolete Devices

Obsolete

Device

Replacement

Device

Auxiliary Contact

Required

Obsolete

Device

Replacement

Device

Auxiliary Contact

Required

Class Type Class Type Class Type Class Type Class Type Class Type

8702

8965

HO3

HO4

HO5

HO6

HO7

HO8

8965

RO12

—

9999

—

9999

—

R12

R13

—

R12

R13

8965

RO2

RO2S1

RO2S2

RO3

RO3S1

RO3S2

RO3S3

RO4

RO4S1

RO5

RO5S1

RO5S2

RO6

RO6S1

RO6S2

8965

RO10

RO11

RO10

RO11

RO10

RO12

RO13

RO12

RO13

RO12

RO13

RO12

9999

—

9999

R10

R11

—

R12

R13

8965

RG2S1

RG5S1

RG5S2

RO1

RO1S1

RO1S2

RO1S3

RO1S4

RO1S5

RO1S6

8965

RO10

RO12

RO10

RO11

RO10

RO11

RO10

9999

—

R10

R12

—

Application Data

Coils Duty: Hoist Duty—H4 Intermittent

Voltage Range: AC coils only; +10%, –15% of nominal

Burden Inrush 76 VA, Sealed 27 VA

Approvals

UL Component Recognized: File E78351, CCN NLDX2

CSA Certified: File LR60905, Class 3211 04

Table 17.108: How to Order

To Order Specify: Catalog Number

•Class Number

•Type Number

•Voltage and Frequency

Class Type Voltage and

Frequency

8695 RO10 V02

CP1 CP10 Discount

Schedule

www.schneider-electric.us

17 NEMA DEFINITE PURPOSE TYPE

CONTACTORS AND STARTERS

Thermal Overload

Relays—NEMA Style

Solid-State Overload Relay, Motor Logic™ Plus

Class 9065 / Refer to Catalog 9065CT9701

Motor Logic Plus—Class 9065

The Motor Logic Plus solid-state overload relay is

separately powered and fully programmable. It is designed

to protect 3-phase AC motor applications, 200–480 Vac or

600 Vac. The SSOLR has one Form C relay output rated

for 300 Vac maximum.

jMust use 150:5 external current transformer, purchased separately.

kMust use 300:5 external current transformer, purchased separately.

lMust use 600:5 external current transformer, purchased separately.

Example

Form B 4 2

Motor Logic Plus overload relay with a current range of

6–27 A and modifications to add communication module

for an open style starter package.

Lug-Lug Kit

This kit can be field installed on separately mounted

Motor Logic Plus overload relays.

Software Kit

Solutions software program allows an IBM PC compatible

computer (with Windows 95 or greater) to communicate

with a Motor Logic Plus overload relay connected to an

RS-485 network using Modbus protocol.

Communication Module

This module allows the Motor Logic Plus overload relay to

support RS-485 electrical communications standards. Up

to 99 Motor Logic Plus overload relays can be controlled

and monitored from one remote personal computer.

Motor Logic Plus

Table 17.109: Motor Logic Plus

Class 9065 SP Solid-State Overload Relay $ Price

200 to 480 V 600 V Current Range

SPB4

SPC4

SP14

SP24

SP34

SP44j

SP54k

SP64l

SPB6

SPC6

SP16

SP26

SP36

SP46j

SP56k

SP66l

0.5–2.3 A

2.0–9.0 A

6.0–27.0 A

10.0–45.0 A

20.0–90.0 A

60.0–135.0 A

120.0–270.0 A

240.0–540.0 A

957.00

Table 17.110: Forms for factory addition to 8536

Open Style only

Alpha Character

BMotor Logic Plus Overload Relay

First Digit Current Ranges

0.5–2.3 A

2.0–9.0 A

6.0–27.0 A

10.0–45.0 A

20.0–90.0 A

60.0–135.0 A

120.0–270.0 A

240.0–540.0 A

Second Digit Modifications

No modification for 200–480 V

Add communication module for 200–480 V

No modification for 600 V

Add communication module for 600 V

Table 17.111: Lug-Lug Kit

For Use With Parts Kit

Description

Class 9999

Type $ Price

Class & Type NEMA Size

8536 SA-SH 1–6 Lug-Lug Kit MLPL 80.00

9065 SP 1–6

Table 17.112: Software Kit

For Use With Parts Kit

Description

Class 9999

Type $ Price

Class & Type NEMA Size

8536 SA–SH 1–6 Software Kit MLPS 1295.00

9065 SP

Table 17.113: Communication Module

For Use With Parts Kit

Description

Class 9999

Type $ Price

Class & Type NEMA Size

8536 SA-SH

1–6

Modbus

Communication

Module

MB22 171.00

9065 SP

Table 17.114: How to Order

To Order Specify: Catalog Number

•Class Number

•Type Number

Class Type

9999 AC04

Table 17.115: Full Voltage Controllers Only

Classes 8502, 8536, 8538, 8539, 8702, 8736, 8738, 8739, 8810, 8811 and 8812

Factory Modifications Enclosure

Type Form NEMA Size

00 0 1 2 3 4 5 6 7

Overload

Relays

Non-Compensated Bimetallic Overload Relays

Single Phase:

Types SB–SD (Sizes 0–2)bAny B1 — 35.60 35.60 35.60 ——— ——

Polyphase:

Two Element—For 2 Phase Only

Types SB–SD (Sizes 0–2) Any B1 — 35.60 35.60 35.60 ——— ——

Three Element

Types SB–SD (Sizes 0–2)

Type SG (Size 5)

Type SH (Size 6)

Any

—

35.60

—

35.60

—

35.60

—

35.60

—

35.60

—

—a

Ambient Compensated Bimetallic Overload Relays

Three Element

Types SB–SD (Sizes 0–2)

Types SE–SF (Sizes 3 & 4)

Type SG (Size 5)

Type SH (Size 6)

1, 4, 7, 9, 12

Any

Y59

—

64.00

—

64.00

—

64.00

—

64.00

—

64.00

—

64.00

—

64.00

—

—a

Overload Relays—General

Modify Size 3 Type SE starters with melting alloy overload

relays to accept Type FB quick trip or SB slow trip thermal units

Any Y81 ———— N/C —— ——

Substitute 9999 SO4 isolated alarm contact (N.O.)

on melting alloy overload relay Any Y342 179.00 179.00 179.00 179.00 179.00 179.00

179.00

179.00 —a

Substitute 9999 SO5 isolated alarm contact (N.C.)

on melting alloy overload relay Any Y344 179.00 179.00 179.00 179.00 179.00 179.00

179.00

179.00 —a

aSize 7 uses a solid state overload relay as standard. See Class 8536 for complete details.

bSingle phase bimetallic overload relays for Type S Sizes 0–2 require two (2) thermal units per starter.

cFor Classes 8736, 8738 and 8739 Type SG, consult Schneider Electric CCC at (1-888-778-2733).

CP1 Discount

Schedule

Nema Contactors And Staters Sd 558848 Catalog

235972-Catalog 235972-Catalog 235972-Catalog 785901 Batch7 unilog cesco-content

Navigation menu

Versions of this User Manual:

Views

Navigation