Reversing

Class 8738 / Refer to Catalog 8538CT9701

Class 8738 Fusible Disconnect Switch Type

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

Class 8738 and 8739 Type S reversing combination starters combine the requirements of motor overload and short circuit protection into one convenient package. Type S reversing combination starters are manufactured in accordance with NEMA standards, and are UL Listed (although some Form numbers may not be listed—contact your nearest Square D™/Schneider Electric sales office for further information). Class 8738 and 8739 reversing combination starters are designed to operate at 600 Vac, 50–60 Hz, and are available with one of four types of overload relays. See Introduction for more information. For Class J fuses, use Form Y1072 (no charge).

For Form H30• (special lower-FLA factory-assembled starter combinations with Motor Logic™ SSOLR protection), see Solid-State Overload Relay Forms

Class 8738 Full-Voltage Type, Fusible (With Class H Fuse Clips) Reversing with Motor Logic™ SSOLR
(replace ●●● with the voltage code) [1]

Ratings

NEMA 1
General Purpose Enclosure

NEMA 4X
Watertight, Dusttight Stainless Steel (304) Enclosure

NEMA 4X

Watertight, Dusttight, Corrosion Resistant Polyester Enclosure

NEMA 12/3R[2]
Dusttight and Driptight
Industrial Use Enclosure

Motor Voltage (Starter Voltage)

Max. Hp Polyphase

NEMA Size

Fuse Clip Size (A)

With
External Reset

Without
External Reset

Type [3]

Type [3]

Type [3]

Type [3]

Type [3]

200
(208)

3

0

30

SBG12●●●H30 [4]

SBW12●●●H30 [4]

SBW22●●●H30 [4]

SBA22●●●H30 [4]

SBA12●●●H30 [4]

5

1

30

SCG12●●●H30 [4]

SCW12●●●H30 [4]

SCW22●●●H30 [4]

SCA22●●●H30 [4]

SCA12●●●H30 [4]

7.5

60

SCG13●●●H30 [4]

SCW13●●●H30 [4]

SCW23●●●H30 [4]

SCA23●●●H30 [4]

SCA13●●●H30 [4]

10

2

60

SDG12●●●H30 [4]

SDW12●●●H30 [4]

SDW22●●●H30 [4]

SDA22●●●H30 [4]

SDA12●●●H30 [4]

20

3

100

SEG15●●●H30

SEW15●●●H30

SEA25●●●H30

SEA15●●●H30

40

4

200

SFG15●●●H30

SFW15●●●H30

SFA25●●●H30

SFA15●●●H30

 75

5

400

SGG15●●●H30

SGW15●●●H30

SGA25●●●H30

SGA15●●●H30

230
(240)

3

0

30

SBG12●●●H30 [4]

SBW12●●●H30 [4]

SBW22●●●H30 [4]

SBA22●●●H30 [4]

SBA12●●●H30 [4]

5

1

30

SCG12●●●H30 [4]

SCW12●●●H30 [4]

SCW22●●●H30 [4]

SCA22●●●H30 [4]

SCA12●●●H30 [4]

7.5

60

SCG13●●●H30 [4]

SCW13●●●H30 [4]

SCW23●●●H30 [4]

SCA23●●●H30 [4]

SCA13●●●H30 [4]

15

2

60

SDG12●●●H30 [4]

SDW12●●●H30 [4]

SDW22●●●H30 [4]

SDA22●●●H30 [4]

SDA12●●●H30 [4]

25

3

100

SEG15●●●H30

SEW15●●●H30

SEA25●●●H30

SEA15●●●H30

50

4

200

SFG15●●●H30

SFW15●●●H30

SFA25●●●H30

SFA15●●●H30

100

5

400

SGG15●●●H30

SGW15●●●H30

SGA25●●●H30

SGA1●●●H30

460
(480)

5

0

30

SBG13●●●H30 [4]

SBW13●●●H30 [4]

SBW23●●●H30 [4]

SBA23●●●H30 [4]

SBA13●●●H30 [4]

10

1

30

SCG14●●●H30 [4]

SCW14●●●H30 [4]

SCW24●●●H30 [4]

SCA24●●●H30 [4]

SCA14●●●H30 [4]

15

2

30

SDG16●●●H301

SDW16●●●H301

SDW26●●●H301

SDA26●●●H301

SDA16●●●H301

25

60

SDG14●●●H30 [4]

SDW14●●●H30 [4]

SDW24●●●H30 [4]

SDA24●●●H30 [4]

SDA14●●●H30 [4]

50

3

100

SEG13●●●H30

SEW13●●●H30

SEA23●●●H30

SEA13●●●H30

100

4

200

SFG13●●●H30

SFW13●●●H30

SFA23●●●H30

SFA13●●●H30

200

5

400

SGG13●●●H30

SGW13●●●H30

SGA23●●●H30

SGA13●●●H30

575
(600)

5

0

30

SBG13●●●H30

SBW13●●●H30

SBW23●●●H30

SBA23●●●H30

SBA13●●●H30

10

1

30

SCG14●●●H301

SCW14●●●H301

SCW24●●●H301

SCA24●●●H301

SCA14●●●H301

15

2

30

SDG16●●●H30

SDW16●●●H30

SDW26●●●H30

SDA26●●●H30

SDA16●●●H30

25

60

SDG14●●●H30

SDW14●●●H30

SDW24●●●H30

SDA24●●●H30

SDA14●●●H30

50

3

100

SEG13●●●H30

SEW13●●●H30

SEA23●●●H30

SEA13●●●H30

100

4

200

SFG13●●●H30

SFW13●●●H30

SFA23●●●H30

SFA13●●●H30

200

5

400

SGG13●●●H30

SGW13●●●H30

SGA23●●●H30

SGA13●●●H30

Coil Voltage Codes

Voltage

Code

60 Hz

50 Hz

24[5]
120[6]
208
240
277
480
600
Specify


110

220

440
550
Specify

V01
V02
V08
V03
V04
V06
V07
V99

note

For voltage codes used with control transformers, see Full Voltage Contactors and Starters.
Form S (separate control) is used when a separate source of power is available for the control (coil) voltage. Form S is available at no charge.

Dimensions: NEMA 1, 12, and 3R
Factory Modifications (Forms): Full Voltage Starters
Replacement Parts (Class 9998): Magnetic Coils
Type S Accessories (Class 9999): Contact Kits

For How to Order Information, see Catalog Interpretation, Type S Starters.

Non-Fusible and Fusible Disconnect Switch Type

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

For Form H30• (special lower-FLA factory-assembled starter combinations with Motor Logic™ SSOLR protection), see Solid-State Overload Relay Forms

Class 8738 Non-Fusible Disconnect Switch Type—Full-Voltage, Reversing, with Motor Logic™ SSOLR
(replace ●●● with the voltage code) [1]

Ratings

NEMA 1
General Purpose Enclosure

NEMA 4X
Watertight, Dusttight, Stainless Steel (304) Enclosure

NEMA 4X
Watertight, Dusttight, Corrosion Resistant Polyester Enclosure

NEMA 12/3R[2]
Dusttight and Driptight
Industrial Use Enclosure

Motor Voltage (Starter Voltage)

Max. Hp Polyphase

NEMA Size

Fuse Clip Size (A)

With
External Reset

Without
External Reset

Type [7]

Type [7]

Type [7]

Type [7]

Type [7]

200
(208)

  3

0

None

SBG11●●●H30 [4]

SBW11●●●H30 [4]

SBW21●●●H30 [4]

SBA21●●●H30 [4]

SBA11●●●H30 [4]

     7-1/2

1

None

SCG11●●●H30 [4]

SCW11●●●H30 [4]

SCW21●●●H30 [4]

SCA21●●●H30 [4]

SCA11●●●H30 [4]

 10

2

None

SDG11●●●H30 [4]

SDW11●●●H30 [4]

SDW21●●●H30 [4]

SDA21●●●H30 [4]

SDA11●●●H30 [4]

 25

3

None

SEG11●●●H30

SEW11●●●H30

SEA21●●●H30

SEA11●●●H30

 40

4

None

SFG11●●●H30

SFW11●●●H30

SFA21●●●H30

SFA11●●●H30

 75

5

None

SGG11●●●H30

SGW11●●●H30

SGA21●●●H30

SGA11●●●H30

230
(240)

  3

0

None

SBG11●●●H30 [4]

SBW11●●●H30 [4]

SBW21●●●H30 [4]

SBA21●●●H30 [4]

SBA11●●●H30 [4]

     7-1/2

1

None

SCG11●●●H30 [4]

SCW11●●●H30 [4]

SCW21●●●H30 [4]

SCA21●●●H30 [4]

SCA11●●●H30 [4]

 15

2

None

SDG11●●●H30 [4]

SDW11●●●H30 [4]

SDW21●●●H30 [4]

SDA21●●●H30 [4]

SDA11●●●H30 [4]

 30

3

None

SEG11●●●H30

SEW11●●●H30

SEA21●●●H30

SEA11●●●H30

 50

4

None

SFG11●●●H30

SFW11●●●H30

SFA21●●●H30

SFA11●●●H30

100

5

None

SGG11●●●H30

SGW11●●●H30

SGA21●●●H30

SGA11●●●H30

460
(480)

  5

0

None

SBG11●●●H30 [4]

SBW11●●●H30 [4]

SBW21●●●H30 [4]

SBA21●●●H30 [4]

SBA11●●●H30 [4]

 10

1

None

SCG11●●●H30 [4]

SCW11●●●H30 [4]

SCW21●●●H30 [4]

SCA21●●●H30 [4]

SCA11●●●H30 [4]

 25

2

None

SDG11●●●H30 [4]

SDW11●●●H30 [4]

SDW21●●●H30 [4]

SDA21●●●H30 [4]

SDA11●●●H30 [4]

 50

3

None

SEG11●●●H30

SEW11●●●H30

SEA21●●●H30

SEA11●●●H30

100

4

None

SFG11●●●H30

SFW11●●●H30

SFA21●●●H30

SFA11●●●H30

200

5

None

SGG11●●●H30

SGW11●●●H30

SGA21●●●H30

SGA11●●●H30

575
(600)

  5

0

None

SBG11●●●H30 [4]

SBW11●●●H30 [4]

SBW21●●●H30 [4]

SBA21●●●H30 [4]

SBA11●●●H30 [4]

 10

1

None

SCG11●●●H30 [4]

SCW11●●●H30 [4]

SCW21●●●H30 [4]

SCA21●●●H30 [4]

SCA11●●●H30 [4]

 25

2

None

SDG11●●●H30 [4]

SDW11●●●H30 [4]

SDW21●●●H30 [4]

SDA21●●●H30 [4]

SDA11●●●H30 [4]

 50

3

None

SEG11●●●H30

SEW11●●●H30

SEA21●●●H30

SEA11●●●H30

100

4

None

SFG11●●●H30

SFW11●●●H30

SFA21●●●H30

SFA11●●●H30

200

5

None

SGG11●●●H30

SGW11●●●H30

SGA21●●●H30

SGA11●●●H30

Class 8738 Fusible Disconnect Switch Type with Class R Fuse Clips—100,000 AIC Rating
(replace ●●● with the voltage code) [1]

Ratings

NEMA 1
General Purpose Enclosure

NEMA 4 & 4X
Watertight, Dusttight, Stainless Steel (304) Enclosure

NEMA 4X
Watertight, Dusttight, Corrosion Resistant Polyester Enclosure[8]

NEMA 12/3R[2]
Dusttight and Driptight
Industrial Use Enclosure

Motor Voltage (Starter Voltage)

Max. Hp Polyphase

NEMA
Size

Fuse Clip Size (A)

With
External Reset

Without
External Reset

Type [7]

Type [7]

Type [7]

Type [7]

Type [7]

200
(208)

3

0

30

SBG32●●●H30 [4]

SBW32●●●H30 [4]

SBW42●●●H30 [4]

SBA42●●●H30 [4]

SBA32●●●H30 [4]

5

1

30

SCG32●●●H30 [4]

SCW32●●●H30 [4]

SCW42●●●H30 [4]

SCA42●●●H30 [4]

SCA32●●●H30 [4]

7-1/2

60

SCG33●●●H30 [4]

SCW33●●●H30 [4]

SCW43●●●H30 [4]

SCA43●●●H30 [4]

SCA33●●●H30 [4]

10

2

60

SDG32●●●H30 [4]

SDW32●●●H30 [4]

SDW42●●●H30 [4]

SDA42●●●H30 [4]

SDA32●●●H30 [4]

20

3

100

SEG35●●●H30

SEW35●●●H30

SEA45●●●H30

SEA35●●●H30

40

4

200

SFG35●●●H30

SFW35●●●H30

SFA45●●●H30

SFA35●●●H30

75

5

400

SGG35●●●H30

SGW35●●●H30

SGA45●●●H30

SGA35●●●H30

230
(240)

3

0

30

SBG32●●●H30 [4]

SBW32●●●H30 [4]

SBW42●●●H30 [4]

SBA42●●●H30 [4]

SBA32●●●H30 [4]

5

1

30

SCG32●●●H30 [4]

SCW32●●●H30 [4]

SCW42●●●H30 [4]

SCA42●●●H30 [4]

SCA32●●●H30 [4]

7-1/2

60

SCG33●●●H30 [4]

SCW33●●●H30 [4]

SCW43●●●H30 [4]

SCA43●●●H30 [4]

SCA33●●●H30 [4]

15

2

60

SDG32●●●H30 [4]

SDW32●●●H30 [4]

SDW42●●●H30 [4]

SDA42●●●H30 [4]

SDA32●●●H30 [4]

25

3

100

SEG35●●●H30

SEW35●●●H30

SEA45●●●H30

SEA3●●●H30

50

4

200

SFG35●●●H30

SFW35●●●H30

SFA45●●●H30

SFA35●●●H30

100

5

400

SGG35●●●H30

SGW35●●●H30

SGA45●●●H30

SGA35●●●H30

460
(480)

5

0

30

SBG33●●●H30 [4]

SBW33●●●H30 [4]

SBW43●●●H30 [4]

SBA43●●●H30 [4]

SBA33●●●H30 [4]

10

1

30

SCG34●●●H30 [4]

SCW34●●●H30 [4]

SCW44●●●H30 [4]

SCA44●●●H30 [4]

SCA34●●●H30 [4]

15

2

30

SDG36●●●H301

SDW36●●●H301

SDW46●●●H301

SDA46●●●H301

SDA36●●●H301

25

60

SDG34●●●H30 [4]

SDW34●●●H30 [4]

SDW44●●●H30 [4]

SDA44●●●H30 [4]

SDA34●●●H30 [4]

 50

3

100

SEG33●●●H30

SEW33●●●H30

SEA43●●●H30

SEA33●●●H30

100

4

200

SFG33●●●H30

SFW33●●●H30

SFA43●●●H30

SFA33●●●H30

200

5

400

SGG33●●●H30

SGW33●●●H30

SGA43●●●H30

SGA33●●●H30

575
(600)

5

0

30

SBG33●●●H30 [4]

SBW33●●●H30 [4]

SBW43●●●H30 [4]

SBA43●●●H30 [4]

SBA33●●●H30 [4]

10

1

30

SCG34●●●H30 [4]

SCW34●●●H30 [4]

SCW44●●●H30 [4]

SCA44●●●H30 [4]

SCA34●●●H30 [4]

15

2

30

SDG36●●●H301

SDW36●●●H301

SDW46●●●H301

SDA46●●●H301

SDA36●●●H301

25

60

SDG34●●●H30 [4]

SDW34●●●H30 [4]

SDW44●●●H30 [4]

SDA44●●●H30 [4]

SDA34●●●H30 [4]

50

3

100

SEG33●●●H30

SEW33●●●H30

SEA43●●●H30

SEA33●●●H30

100

4

200

SFG33●●●H30

SFW33●●●H30

SFA43●●●H30

SFA33●●●H30

200

5

400

SGG33●●●H30

SGW33●●●H30

SGA43●●●H30

SGA33●●●H30


For How to Order Information, see Catalog Interpretation, Type S Starters.

Class 8739 / Refer to Catalog 8538CT9701

Electronic Motor Circuit Protector (MCP)

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

For Form H30• (special lower-FLA factory-assembled starter combinations with Motor Logic™ SSOLR protection), see Solid-State Overload Relay Forms

Class 8739 Full-Voltage Type, Reversing with Motor Logic SSOLR (replace ●●● with the voltage code) [1]

Ratings

NEMA 1
General Purpose Enclosure

NEMA 4X
Watertight, Dusttight, Stainless Steel (304) Enclosure (Sizes 0-5)

NEMA 4X
Watertight, Dusttight, Corrosion Resistant Polyester Enclosure

NEMA 12/3R[2]
Dusttight and Driptight
Industrial Use Enclosure

Motor Voltage (Starter Voltage)

NEMA Size

Hp Range Polyphase

Circuit Breaker (See Page 7-32 for Breaker Adjustment Range)

With
External Reset

Without

External Reset

Type [7]

Type [7]

Type [7]

Type [7]

Type [7]

200
(208)

0

0.25–3

HLL36030M71

SBG43●●●H30 [4]

SBW43●●●H30 [4]

SBW53●●●H30 [4]

SBA53●●●H30 [4]

SBA43●●●H30 [4]

1

0.25–5

HLL36030M71

SCG44●●●H30 [4]

SCW44●●●H30 [4]

SCW54●●●H30 [4]

SCA54●●●H30 [4]

SCA44●●●H30 [4]

7.5

HLL36050M72

SCG45●●●H30 [4]

SCW45●●●H30 [4]

SCW55●●●H30 [4]

SCA55●●●H30 [4]

SCA45●●●H30 [4]

2

1.5–5

HLL36030M71

SDG42●●●H301

SDW42●●●H301

SDW52●●●H301

SDA52●●●H301

SDA42●●●H301

7.5–10

HLL36050M72

SDG43●●●H30 [4]

SDW43●●●H30 [4]

SDW53●●●H30 [4]

SDA53●●●H30 [4]

SDA43●●●H30 [4]

3

15–25

HLL36100M73

SEG42●●●H30

SEW42●●●H30

SEW52●●●H30

SEA52●●●H30

SEA42●●●H30

4

30–40

JJL36250M75

SFG44●●●H30

SFW44●●●H30

SFW54●●●H30

SFA54●●●H30

SFA44●●●H30

5

50–60

JLL36250M75

SGG44●●●H30

SGW44●●●H30

SGA54●●●H30

SGA44●●●H30

75

LJL36400M36

SGG45●●●H30

SGW45●●●H30

SGA55●●●H30

SGA45●●●H30

6

100

LJL36400M36

SHG43●●●H30

SHW43●●●H30

SHA53●●●H30

SHA43●●●H30

125–150

LJL36600M42

SHG45●●●H30

SHW45●●●H30

SHA55●●●H30

SHA45●●●H30

230
(240) 

0

 0.25–3

HLL36030M71

SBG43●●●H30 [4]

SBW43●●●H30 [4]

SBW53●●●H30 [4]

SBA53●●●H30 [4]

SBA43●●●H30 [4]

1

0.25–7.5

HLL36030M71

SCG44●●●H30 [4]

SCW44●●●H30 [4]

SCW54●●●H30 [4]

SCA54●●●H30 [4]

SCA44●●●H30 [4]

2

1.5–7.5

HLL36030M71

SDG42●●●H301

SDW42●●●H301

SDW52●●●H301

SDA52●●●H301

SDA42●●●H301

 10

HLL36050M72

SDG43●●●H30 [4]

SDW43●●●H30 [4]

SDW53●●●H30 [4]

SDA53●●●H30 [4]

SDA43●●●H30 [4]

 15

HLL36100M73

SDG44●●●H30 [4]

SDW44●●●H30 [4]

SDW54●●●H30 [4]

SDA54●●●H30 [4]

SDA44●●●H30 [4]

3

15–30

HLL36100M73

SEG42●●●H30

SEW42●●●H30

SEW52●●●H30

SEA52●●●H30

SEA42●●●H30

4

40–50

JJL36250M75

SFG44●●●H30

SFW44●●●H30

SFW54●●●H30

SFA54●●●H30

SFA44●●●H30

5

60

JLL36250M75

SGG44●●●H30

SGW44●●●H30

SGA54●●●H30

SGA44●●●H30

75–100

LJL36400M36

SGG45●●●H30

SGW45●●●H30

SGA55●●●H30

SGA45●●●H30

6

125–150

LJL36600M42

SHG45●●●H30

SHW45●●●H30

SHA55●●●H30

SHA45●●●H30

200

PLL34080M68

SHG46●●●H30

SHW46●●●H30

SHA56●●●H30

SHA46●●●H30

460
(480)

0

0.25–5

HLL36030M71

SBG43●●●H30 [4]

SBW43●●●H30 [4]

SBW53●●●H30 [4]

SBA53●●●H30 [4]

SBA43●●●H30 [4]

1

0.25–10

HLL36030M71

SCG44●●●H30 [4]

SCW44●●●H30 [4]

SCW54●●●H30 [4]

SCA54●●●H30 [4]

SCA44●●●H30 [4]

2

5–15

HLL36030M71

SDG42●●●H301

SDW42●●●H301

SDW52●●●H301

SDA52●●●H301

SDA42●●●H301

20–25

HLL36050M72

SDG43●●●H30 [4]

SDW43●●●H30 [4]

SDW53●●●H30 [4]

SDA53●●●H30 [4]

SDA43●●●H30 [4]

3

20–25

30–50

HLL36050M72
HLL36100M73

SEG41●●●H30

SEG42●●●H30

SEW41●●●H30

SEW42●●●H30

SEW51●●●H30

SEW52●●●H30

SEA51●●●H30

SEA52●●●H30

SEA41●●●H30

SEA42●●●H30

4

60–100

JLL36250M75

SFG44●●●H30

SFW44●●●H30

SFW54●●●H30

SFA54●●●H30

SFA44●●●H30

5

125

150–200

JLL36250M75

LJL36400M36

SGG44●●●H30

SGG45●●●H30

SGW44●●●H30

SGW45●●●H30

SGA54●●●H30

SGA55●●●H30

SGA44●●●H30

SGA45●●●H30

6

250–350

400

LJL36600M42

PLL34080M68

SHG45●●●H30

SHG46●●●H30

SHW45●●●H30

SHW46●●●H30

SHA55●●●H30

SHA56●●●H30

SHA45●●●H30

SHA46●●●H30

575
(600)

0

0.25–5

HLL36030M71

SBG43●●●H30 [4]

SBW43●●●H30 [4]

SBW53●●●H30 [4]

SBA53●●●H30 [4]

SBA43●●●H30 [4]

1

0.25–10

HLL36030M71

SCG44●●●H30 [4]

SCW44●●●H30 [4]

SCW54●●●H30 [4]

SCA54●●●H30 [4]

SCA44●●●H30 [4]

2

5–20

HLL36030M71

SDG42●●●H301

SDW42●●●H301

SDW52●●●H301

SDA52●●●H301

SDA42●●●H301

25

HLL36050M72

SDG43●●●H30 [4]

SDW43●●●H30 [4]

SDW53●●●H30 [4]

SDA53●●●H30 [4]

SDA43●●●H30 [4]

3

25–30

40–50

HLL36050M72
HLL36100M73

SEG41●●●H30

SEG42●●●H30

SEW41●●●H30

SEW42●●●H30

SEW51●●●H30

SEW52●●●H30

SEA51●●●H30

SEA52●●●H30

SEA41●●●H30

SEA42●●●H30

4

60–100

JLL36250M75

SFG44●●●H30

SFW44●●●H30

SFW54●●●H30

SFA54●●●H30

SFA44●●●H30

5

125–150

200

JLL36250M75

LJL36400M36

SGG44●●●H30

SGG45●●●H30

SGW44●●●H30

SGW45●●●H30

SGA54●●●H30

SGA55●●●H30

SGA44●●●H30

SGA45●●●H30

6

250

300–400

LJL36400M36

LJL36600M42

SHG43●●●H30

SHG45●●●H30

SHW43●●●H30

SHW45●●●H30

SHA53●●●H30

SHA55●●●H30

SHA43●●●H30

SHA45●●●H30

Coil Voltage Codes

Voltage

Code

60 Hz

50 Hz

24[9]
120[10]
208
240

277
480
600
Specify


110

220


440
550
Specify

V01
V02
V08
V03

V04
V06
V07
V99

note

For voltage codes used with control transformers, see Full Voltage Contactors and Starters.
Form S (separate control) is used when a separate source of power is available for the control (coil) voltage. Form S is available at no charge.

Dimensions: NEMA 1, 12, and 3R
Factory Modifications (Forms): Full Voltage Starters
Replacement Parts (Class 9998): Magnetic Coils
Type S Accessories (Class 9999): Contact Kits

For How to Order Information, see Catalog Interpretation, Type S Starters.

Thermal Magnetic Circuit Breaker

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

For Form H30• (special lower-FLA factory-assembled starter combinations with Motor Logic™ SSOLR protection), see Solid-State Overload Relay Forms

Class 8739 Full-Voltage Type, Reversing, 200–240 V, with Motor Logic SSOLR (replace ●●● with the voltage code) [1]

Ratings

NEMA 1
General Purpose
Enclosure

NEMA 4X
Watertight
and Dusttight
Enclosure
Stainless Steel (304)
(Sizes 0-5)

NEMA 4X
Watertight,
Dusttight and Corrosion Resistant
Polyester Enclosure

NEMA 12/3R [2]
Dusttight and Driptight
Industrial Use Enclosure

Motor
Voltage
(Starter
Voltage)

Max.
Hp
Poly­phase 

NEMA
Size

Circuit Breaker

Type [3]

Type [3]

Type [3]

With
External Reset

Without
External Reset

Type

Ampere
Rating

Type [3]

Type [3]

200
(208)

2

3

0

HLL36015


HLL36020

15

20

SBG1●●●H30 [4]

SBG3●●●H30 [4]

SBW1●●●H30 [4]

SBW3●●●H30 [4]

SBW11●●●H30 [4]

SBW13●●●H30 [4]

SBA11●●●H30 [4]

SBA13●●●H30 [4]

SBA1●●●H30 [4]

SBA3●●●H30 [4]

5

7.5

1

HLL36035
HLL36050

35

50

SCG5●●●H30 [4]

SCG2●●●H30 [4]

SCW5●●●H30 [4]

SCW2●●●H30 [4]

SCW15●●●H30 [4]

SCW12●●●H30 [4]

SCA15●●●H30 [4]

SCA12●●●H30 [4]

SCA5●●●H30 [4]

SCA2●●●H30 [4]

10

2

HLL36060

60

SDG1●●●H30 [4]

SDW1●●●H30 [4]

SDW11●●●H30 [4]

SDA11●●●H30 [4]

SDA1●●●H30 [4]

15

20

25

3

HLL36100
HLL36125
HLL36150

100

125

150

SEG3●●●H30

SEG1●●●H30

SEG5●●●H30

SEW3●●●H30

SEW1●●●H30

SEW5●●●H30

SEW13●●●H30

SEW11●●●H30

SEW15●●●H30

SEA13●●●H30

SEA11●●●H30

SEA15●●●H30

SEA3●●●H30

SEA1●●●H30

SEA5●●●H30

30

40

4

JLL36200
JLL36250

200

250

SFG3●●●H30

SFG4●●●H30

SFW3●●●H30

SFW4●●●H30

SFW13●●●H30

SFW14●●●H30

SFA13●●●H30

SFA14●●●H30

SFA3●●●H30

SFA4●●●H30

50

60–75

5

JLL36250
LLL36400U33X

250

400

SGG6●●●H30

SGG4●●●H30

SGW6●●●H30

SGW4●●●H30

SGA16●●●H30

SGA14●●●H30

SGA6●●●H30

SGA4●●●H30

100–125

150

6

LLL36600U33X
MJL36800

600

800

SHG4●●●H30

SHG5●●●H30

SHW4●●●H30

SHW5●●●H30

SHA14●●●H30

SHA15●●●H30

SHA4●●●H30

SHA5●●●H30

230
(240)

2

3

0

HLL36015
HLL36020

15

20

SBG1●●●H30 [4]

SBG3●●●H30 [4]

SBW1●●●H30 [4]

SBW3●●●H30 [4]

SBW11●●●H30 [4]

SBW13●●●H30 [4]

SBA11●●●H30 [4]

SBA13●●●H30 [4]

SBA1●●●H30 [4]

SBA3●●●H30 [4]

5

7.5

1

HLL36035
HLL36045

35

45

SCG5●●●H30 [4]

SCG6●●●H30 [4]

SCW5●●●H30 [4]

SCW6●●●H30 [4]

SCW15●●●H30 [4]

SCW16●●●H30 [4]

SCA15●●●H30 [4]

SCA16●●●H30 [4]

SCA5●●●H30 [4]

SCA6●●●H30 [4]

10

15

2

HLL36060
HLL36090

60

90

SDG1●●●H30 [4]

SDG7●●●H30 [4]

SDW1●●●H30 [4]

SDW7●●●H30 [4]

SDW11●●●H30 [4]

SDW17●●●H30 [4]

SDA11●●●H30 [4]

SDA17●●●H30 [4]

SDA1●●●H30 [4]

SDA7●●●H30 [4]

20

25–30

3

HLL36100

HLL36150

100

150

SEG3●●●H30

SEG5●●●H30

SEW3●●●H30

SEW5●●●H30

SEW13●●●H30

SEW15●●●H30

SEA13●●●H30

SEA15●●●H30

SEA3●●●H30

SEA5●●●H30

40

50

4

JLL36225
JLL36250

225

250

SFG1●●●H30

SFG4●●●H30

SFW1●●●H30

SFW4●●●H30

SFW11●●●H30

SFW14●●●H30

SFA11●●●H30

SFA14●●●H30

SFA1●●●H30

SFA4●●●H30

60

75

100

5

JLL36250
LLL36400U33X
LLL36600U33X

250

400

600

SGG6●●●H30

SGG4●●●H30

SGG2●●●H30

SGW6●●●H30

SGW4●●●H30

SGW2●●●H30

SGA16●●●H30

SGA14●●●H30

SGA12●●●H30

SGA6●●●H30

SGA4●●●H30

SGA2●●●H30

125

150–200

6

LLL36600U33X


MJL36800

600

800

SHG4●●●H30

SHG5●●●H30

SHW4●●●H30

SHW5●●●H30

SHA14●●●H30

SHA15●●●H30

SHA4●●●H30

SHA5●●●H30

Coil Voltage Codes

Voltage

Code

60 Hz

50 Hz

24 [11]
120 [12]
208
240

277
480
600
Specify


110

220


440
550
Specify

V01
V02
V08
V03

V04
V06
V07
V99

note

For voltage codes used with control transformers, see Full Voltage Contactors and Starters.
Form S (separate control) is used when a separate source of power is available for the control (coil) voltage. Form S is available at no charge.

Dimensions: NEMA 1, 12, and 3R
Factory Modifications (Forms): Full Voltage Starters
Replacement Parts (Class 9998): Magnetic Coils
Type S Accessories (Class 9999): Contact Kits

For How to Order Information, see Catalog Interpretation, Type S Starters.

Thermal Magnetic Circuit Breaker

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

For Form H30• (special lower-FLA factory-assembled starter combinations with Motor Logic SSOLR protection), see Solid-State Overload Relay Forms

Class 8739 Full-Voltage Type, Reversing, 460–600 V, with Motor Logic™ SSOLR (replace ●●● with the voltage code) [1]

Ratings

NEMA 1
General Purpose Enclosure

NEMA 4X
Watertight Dusttight, Stainless Steel (304) Enclosure (Sizes 0–5)

NEMA 4X
Watertight, Dusttight, Corrosion Resistant Polyester Enclosure

NEMA 12/3R[2]
Dusttight and Driptight
Industrial Use Enclosure

Motor Voltage (Starter Voltage)

Max. Hp Polyphase

NEMA Size

Circuit Breaker

Type [3]

Type [3]

Type [3]

With
External Reset

Without
External Reset

Type

Ampere Rating

Type [3]

Type [3]

460
(480)

5

0

HLL36015

15

SBG1●●●H30 [4]

SBW1●●●H30 [4]

SBW11●●●H30 [4]

SBA11●●●H30 [4]

SBA1●●●H30 [4]

7-1/2

10

1

HLL36025
HLL36030

25

30

SCG3●●●H30 [4]

SCG7●●●H30 [4]

SCW3●●●H30 [4]

SCW7●●●H30 [4]

SCW13●●●H30 [4]

SCW17●●●H30 [4]

SCA13●●●H30 [4]

SCA17●●●H30 [4]

SCA3●●●H30 [4]

SCA7●●●H30 [4]

15

20

25

2

HLL36045
HLL36060
HLL36070

45

60

70

SDG3●●●H30 [4]

SDG1●●●H30 [4]

SDG5●●●H30 [4]

SDW3●●●H30 [4]

SDW1●●●H30 [4]

SDW5●●●H30 [4]

SDW13●●●H30 [4]

SDW11●●●H30 [4]

SDW15●●●H30 [4]

SDA13●●●H30 [4]

SDA11●●●H30 [4]

SDA15●●●H30 [4]

SDA3●●●H30 [4]

SDA1●●●H30 [4]

SDA5●●●H30 [4]

30

40

50

3

HLL36080
HLL36100
HLL36150

80

100

150

SEG6●●●H30

SEG3●●●H30

SEG5●●●H30

SEW6●●●H30

SEW3●●●H30

SEW5●●●H30

SEW16●●●H30

SEW13●●●H30

SEW15●●●H30

SEA16●●●H30

SEA13●●●H30

SEA15●●●H30

SEA6●●●H30

SEA3●●●H30

SEA5●●●H30

60

75

100

4

JJL36105
JJL36200
JJL36250

150

200

250

SFG5●●●H30

SFG3●●●H30

SFG4●●●H30

SFW5●●●H30

SFW3●●●H30

SFW4●●●H30

SFW15●●●H30

SFW13●●●H30

SFW14●●●H30

SFA15●●●H30

SFA13●●●H30

SFA14●●●H30

SFA5●●●H30

SFA3●●●H30

SFA4●●●H30

125–150

200

5

LLL36400U33X
LLL36600U33X

400

600

SGG4●●●H30

SGG2●●●H30

SGW4●●●H30

SGW2●●●H30

SGA14●●●H30

SGA12●●●H30

SGA4●●●H30

SGA2●●●H30

250

300–400

6

LLL36600U33X
MJL36800

600

800

SHG4●●●H30

SHG5●●●H30

SHW4●●●H30

SHW5●●●H30

SHA14●●●H30

SHA15●●●H30

SHA4●●●H30

SHA5●●●H30

575
(600)

5

0

HLL36015

15

SBG1●●●H30

SBW1●●●H30

SBW11●●●H30

SBA11●●●H30

SBA1●●●H30

7-1/2

10

1

HLL36020
HLL36025

20

25

SCG8●●●H30

SCG3●●●H30

SCW8●●●H30

SCW3●●●H30

SCW18●●●H30

SCW13●●●H30

SCA18●●●H30

SCA13●●●H30

SCA8●●●H30

SCA3●●●H30

15

20

25

2

HLL36035
HLL36045
HLL36060

35

45

60

SDG8●●●H301

SDG3●●●H30

SDG1●●●H30

SDW8●●●H301

SDW3●●●H30

SDW1●●●H30

SDW18●●●H301

SDW13●●●H30

SDW11●●●H30

SDA18●●●H301

SDA13●●●H30

SDA12●●●H30

SDA8●●●H301

SDA3●●●H30

SDA1●●●H30

30

40

50

3

HLL36070
HLL36090
HLL36100

70

90

100

SEG4●●●H30

SEG6●●●H30

SEG3●●●H30

SEW4●●●H30

SEW6●●●H30

SEW3●●●H30

SEW14●●●H30

SEW16●●●H30

SEW13●●●H30

SEA14●●●H30

SEA16●●●H30

SEA13●●●H30

SEA4●●●H30

SEA6●●●H30

SEA3●●●H30

 60–75

100

4

JLL36150
JLL36250

150

250

SFG5●●●H30

SFG4●●●H30

SFW5●●●H30

SFW4●●●H30

SFW15●●●H30

SFW14●●●H30

SFA15●●●H30

SFA14●●●H30

SFA5●●●H30

SFA4●●●H30

125–150

200

5

JLL36250
LLL36400U33X

250

400

SGG6●●●H30

SGG4●●●H30

SGW6●●●H30

SGW4●●●H30

SGA16●●●H30

SGA14●●●H30

SGA6●●●H30

SGA4●●●H30

250–350

400

6

LLL36600U33X


MJL36800

600

800

SHG4●●●H30

SHG5●●●H30

SHW4●●●H30

SHW5●●●H30

SHA14●●●H30

SHA15●●●H30

SHA4●●●H30

SHA5●●●H30

Coil Voltage Codes

Voltage

Code

60 Hz

50 Hz

24 [13]
120 [14]
208
240
480
600
Specify


110

220
440
550
Specify

V01
V02
V08
V03
V06
V07
V99

note

For voltage codes used with control transformers, see Full Voltage Contactors and Starters.
Form S (separate control) is used when a separate source of power is available for the control (coil) voltage. Form S is available at no charge.

For How to Order Information, see Catalog Interpretation, Type S Starters.

Class 8738 UL Listed Short Circuit Ratings

NEMA
Size

Fuse Clip
Type

Enclosure [15]

Ampere Interrupting
Capability Rating (AIC)

0–3

Standard

Standard

5,000

0–3

Class R

Standard

100,000

4–5

Standard

Standard

10,000

4–5

Class R

Standard

100,000

Class 8739 UL Listed Short Circuit Ratings

Motor Circuit Protector Type

NEMA
Size

Voltage

Enclosure [15]

Ampere Interrupting
Capability Rating (AIC)

0–1

480

Standard

100,000

0–1

481 – 600

Standard

35,000

2–5

480

Standard

100,000

2–5

481 – 600

Standard

50,000

6

480

Standard

65,000

6

600

Standard

18,000

Thermal Magnetic Circuit Breaker Type

0–1

480

Standard

100,000

0–1

481–600

Standard

35,000

2–5

480

Standard

100,000

2–5

481–600

Standard

50,000

6

480

Standard

65,000

6

600

Standard

18,000

Footnotes

  1. To order melting alloy overload relay, remove form "H30" from part number.
  2. NEMA 12 enclosures can be field modified for outdoor non-corrosive and non–service entrance rated applications. See Selection for more information.
  3. Replace the three bullets (●●●) in the catalog number with the coil voltage code. Refer to the standard coil voltage codes shown in Coil Voltage Codes.
  4. Form H30, with the possibility of a fourth character to select a lower FLA range (for example, H308). See “Solid-State Overload Relay Forms” on Solid State Overload Relay Factory Modifications (Forms)
  5. 24 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 8738SBG12V01S).
  6. These voltage codes must include Form S (supplied at no charge) (for example, order as 8738SC13V02S).
  7. Replace the three bullets (●●●) in the catalog number with the coil voltage code. Refer to the standard coil voltage codes shown inCoil Voltage Codes.
  8. 5,000 AIC Rating
  9. 24 V coils are not available on Sizes 4–6. On Sizes 00–3, where 24 V coils are available, Form S (separate control) must be specified (for example, order as 8739SBG41V01S).
  10. These voltage codes must include Form S (provided at no charge) (for example, order as 8739SCG41V02S).
  11. 24 V coils are not available on Sizes 4–6. On Sizes 00–3, where 24 V coils are available, Form S (separate control) must be specified (for example, order as 8739SBG1V01S).
  12. These voltage codes must include Form S (provided at no charge) (for example, order as 8739SCG5V02S).
  13. 24 V coils are not available on Sizes 4–6. On Sizes 00–3, where 24 V coils are available, Form S (separate control) must be specified (for example, order as 8739SBG2V01S).
  14. These voltage codes must include Form S (provided at no charge) (for example, order as 8739SDG3V02S).
  15. Standard enclosures include NEMA 1; 4 and 4X stainless; and 12/3R.

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