Non-Reversing

Class 8538 / Refer to Catalog 8538CT9701

Fusible Disconnect Switch Type

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

Class 8538 and 8539 Type S combination starters combine the requirements of motor overload and short circuit protection into one package. These starters are manufactured according to NEMA standards and are UL Listed (some Form numbers may not be listed—contact the Customer Care Center). Class 8538 and 8539 combination starters operate at 600 Vac maximum, 50–60 Hz, and can be provided with one of four overloaded relay styles (refer to General Information).

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

Class 8538 Fusible Full Voltage Type (Class H Fuse Clips), with Motor Logic SSOLR (replace ●●● with the voltage code)^[1]

Ratings			Fuse Clip Size (A)	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		NEMA 1 General Purpose Enclosure			With External Reset	Without External Reset
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size		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]	Schneider Electric offers express shipping for factory modified NEMA Combo Starters. When you need them fast, our Laser™ Delivery program is the answer to getting your product when you need it most. Ask for Laser™ Delivery, then select the product and the modifications you need when you place your order. It’s as easy as that!
	5	1	30	SCG12●●●H30 ^[4]	SCW12●●●H30 ^[4]	SCW22●●●H30 ^[4]	SCA22●●●H30 ^[4]	SCA12●●●H30 ^[4]
	7-1/2	1	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	SEW25●●●H30	SEA25●●●H30	SEA15●●●H30
	25	3	200	SEG12●●●H30	SEW12●●●H30	—	SEA22●●●H30	SEA12●●●H30
	40	4	200	SFG15●●●H30	SFW15●●●H30	—	SFA25●●●H30	SFA15●●●H30
	75	5	400	SGG15●●●H30	SGW15●●●H30	—	SGA25●●●H30	SGA15●●●H30
	150	6	600	SHG13●●●H30	—	—	SHA23●●●H30	SHA13●●●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]
	7-1/2	1	60	SCG13●●●H30 ^[4]	SCW13●●●H30 ^[4]	SCW23●●●H30 ^[4]	SCA23●●●H30 ^[4]	SCA13●●●H30 ^[4]
	15	2	60	SDG12●●●H30	SDW12●●●H30 ^[4]	SDW22●●●H30 ^[4]	SDA22●●●H30 ^[4]	SDA12●●●H30 ^[4]
	25	3	100	SEG15●●●H30	SEW15●●●H30	SEW25●●●H30	SEA25●●●H30	SEA15●●●H30
	30	3	200	SEG12●●●H30	SEW12●●●H30	—	SEA22●●●H30	SEA12●●●H30
	50	4	200	SFG15●●●H30	SFW15●●●H30	—	SFA25●●●H30	SFA15●●●H30
	100	5	400	SGG15●●●H30	SGW15●●●H30	—	SGA25●●●H30	SGA15●●●H30
	200	6	600	SHG13●●●H30	—	—	SHA23●●●H30	SHA13●●●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	2	60	SDG14●●●H30 ^[4]	SDW14●●●H30 ^[4]	SDW24●●●H30 ^[4]	SDA24●●●H30 ^[4]	SDA14●●●H30 ^[4]
	50	3	100	SEG13●●●H30	SEW13●●●H30	SEW23●●●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
	400	6	600	SHG12●●●H30	—	—	SHA22●●●H30	SHA12●●●H30
575 (600)	5	0	30	SBG13●●●H30	SBW13●●●H30	SBW23●●●H30	SBA23●●●H30	SBA13●●●H30
	10	1	30	SCG14●●●H30	SCW14●●●H30	SCW24●●●H30	SCA24●●●H30	SCA14●●●H30
	15	2	30	SDG16●●●H301	SDW16●●●H301	SDW26●●●H301	SDA26●●●H301	SDA16●●●H301
	25	2	60	SDG14●●●H30	SDW14●●●H30	SDW24●●●H30	SDA24●●●H30	SDA14●●●H30
	50	3	100	SEG13●●●H30	SEW13●●●H30	SEW23●●●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
	400	6	600	SHG12●●●H30	—	—	SHA22●●●H30	SHA12●●●H30
note Some control transformers may require the use of oversized enclosures. Refer to Control Transformer Selection.

Class 8538 Fusible Disconnect Switch Type (Class H Fuse Clips), Single Phase, ^[5]^[6] with Melting Alloy Overload Relays
(see Thermal Unit Selection)

Motor Voltage	Max. Hp	Coil Voltage	NEMA Size	Poles	Fuse Clip Size (A)	NEMA 1 General Purpose Enclosure	NEMA 4 & 4X Watertight and Dusttight Enclosure Stainless Steel (304)	NEMA 4X Watertight, Dusttight and Corrosion Resistant Polyester Enclosure	NEMA 12/3R^[2] Dusttight and Driptight Industrial Use Enclosure
						NEMA 1 General Purpose Enclosure			With External Reset	Without External Reset
						Type	Type	Type	Type	Type
120	1 2 3	120	0 1 2	2	30 30 60	SBG62V02 SCG62V02 SDG62V02	SBW62V02 SCW62V02 SDW62V02	SBW65V02 SCW65V02 SDW65V02	SBA65V02 SCA65V02 SDA65V02	SBA62V02 SCA62V02 SDA62V02
240	2 3 7-1/2	240	0 1 2	2	30 30 60	SBG62V03 SCG62V03 SDG62V03	SBW62V03 SCW62V03 SDW62V03	SBW65V03 SCW65V03 SDW65V03	SBA65V03 SCA65V03 SDA65V03	SBA62V03 SCA62V03 SDA62V03

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

Non-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 8538 Non-Fusible Full Voltage Type, Non-Reversing, 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 Enclosure
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size	NEMA 1 General Purpose Enclosure			With External Reset	Without External Reset
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size	Type ^[3]	Type ^[3]	Type ^[3]	Type ^[3]	Type ^[3]
200 (208)	3 7-1/2 10 25 40 75 150	0 1 2 3 4 5 6	SBG11●●●H30 ^[4] SCG11●●●H30 ^[4] SDG11●●●H30 ^[4] SEG11●●●H30 SFG11●●●H30 SGG11●●●H30 SHG11●●●H30	SBW11●●●H30 ^[4] SCW11●●●H30 ^[4] SDW11●●●H30 ^[4] SEW11●●●H30 SFW11●●●H30 SGW11●●●H30 —	SBW21●●●H30 ^[4] SCW21●●●H30 ^[4] SDW21●●●H30 ^[4] SEW21●●●H30 — — —	SBA21●●●H30 ^[4] SCA21●●●H30 ^[4] SDA21●●●H30 ^[4] SEA21●●●H30 SFA21●●●H30 SGA21●●●H30 SHA21●●●H30	SBA11●●●H30 ^[4] SCA11●●●H30 ^[4] SDA11●●●H30 ^[4] SEA11●●●H30 SFA11●●●H30 SGA11●●●H30 SHA11●●●H30
230 (240)	3 7-1/2 15 30 50 100 200	0 1 2 3 4 5 6	SBG11●●●H30 ^[4] SCG11●●●H30 ^[4] SDG11●●●H30 ^[4] SEG11●●●H30 SFG11●●●H30 SGG11●●●H30 SHG11●●●H30	SBW11●●●H30 ^[4] SCW11●●●H30 ^[4] SDW11●●●H30 ^[4] SEW11●●●H30 SFW11●●●H30 SGW11●●●H30 —	SBW21●●●H30 ^[4] SCW21●●●H30 ^[4] SDW21●●●H30 ^[4] SEW21●●●H30 — — —	SBA21●●●H30 ^[4] SCA21●●●H30 ^[4] SDA21●●●H30 ^[4] SEA21●●●H30 SFA21●●●H30 SGA21●●●H30 SHA21●●●H30	SBA11●●●H30 ^[4] SCA11●●●H30 ^[4] SDA11●●●H30 ^[4] SEA11●●●H30 SFA11●●●H30 SGA11●●●H30 SHA11●●●H30
460 (480)	5 10 25 50 100 200 400	0 1 2 3 4 5 6	SBG11●●●H30 ^[4] SCG11●●●H30 ^[4] SDG11●●●H30 ^[4] SEG11●●●H30 SFG11●●●H30 SGG11●●●H30 SHG11●●●H30	SBW11●●●H30 ^[4] SCW11●●●H30 ^[4] SDW11●●●H30 ^[4] SEW11●●●H30 SFW11●●●H30 SGW11●●●H30 —	SBW21●●●H30 ^[4] SCW21●●●H30 ^[4] SDW21●●●H30 ^[4] SEW21●●●H30 — — —	SBA21●●●H30 ^[4] SCA21●●●H30 ^[4] SDA21●●●H30 ^[4] SEA21●●●H30 SFA21●●●H30 SGA21●●●H30 SHA21●●●H30	SBA11●●●H30 ^[4] SCA11●●●H30 ^[4] SDA11●●●H30 ^[4] SEA11●●●H30 SFA11●●●H30 SGA11●●●H30 SHA11●●●H30
575 (600)	5 10 25 50 100 200 400	0 1 2 3 4 5 6	SBG11●●●H30 SCG11●●●H30 SDG11●●●H30 SEG11●●●H30 SFG11●●●H30 SGG11●●●H30 SHG11●●●H30	SBW11●●●H30 SCW11●●●H30 SDW11●●●H30 SEW11●●●H30 SFW11●●●H30 SGW11●●●H30 —	SBW21●●●H30 SCW21●●●H30 SDW21●●●H30 SEW21●●●H30 — — —	SBA21●●●H30 SCA21●●●H30 SDA21●●●H30 SEA21●●●H30 SFA21●●●H30 SGA21●●●H30 SHA21●●●H30	SBA11●●●H30 SCA11●●●H30 SDA11●●●H30 SEA11●●●H30 SFA11●●●H30 SGA11●●●H30 SHA11●●●H30

Class 8538 Non-Fusible Disconnect Switch Type, Single Phase, with Melting Alloy Overload Relay ^[5] ^[6]
(see Thermal Unit Selection)

Motor Voltage	Max. Hp	Coil Voltage	NEMA Size	Poles	NEMA 1 General Purpose Enclosure	NEMA 4 & 4X Watertight and Dusttight Enclosure Stainless Steel (304)	NEMA 4X Watertight, Dusttight and Corrosion Resistant Polyester Enclosure	NEMA 12/3R^[2] Dusttight and Driptight Industrial Enclosure
					NEMA 1 General Purpose Enclosure			With External Reset	Without External Reset
					Type	Type	Type	Type	Type
120	1 2 3	120	0 1 2	2	SBG61V02 SCG61V02 SDG61V02	SBW61V02 SCW61V02 SDW61V02	SBW64V02 SCW64V02 SDW64V02	SBA64V02 SCA64V02 SDA64V02	SBA61V02 SCA61V02 SDA61V02
240	2 3 7-1/2	240	0 1 2	2	SBG61V03 SCG61V03 SDG61V03	SBW61V03 SCW61V03 SDW61V03	SBW64V03 SCW64V03 SDW64V03	SBA64V03 SCA64V03 SDA64V03	SBA61V03 SCA61V03 SDA61V03

note

Some control transformers may require the use of oversized enclosures. Refer to Control Transformer Selection.

Coil Voltage Codes

Voltage	Code
24 ^[7] 120 ^[8] 208 240 277 480 600 Specify	— 110 — 220 — 440 550 Specify	V01 V02 V08 V03 V04 V06 V07 V99

Voltage

Code

60 Hz

50 Hz

24 ^[7]
120 ^[8]
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 page Selection of Control Circuit Transformers. 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.

Fusible Disconnect Switch Type with Class R Fuse Clips

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 8538 Fusible (with Class R Fuse Clips) Full Voltage Type, Non-Reversing, with Motor Logic SSOLR (100,000 AIC Rated) (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 Enclosure
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size	Fuse Clip Size (A)	NEMA 1 General Purpose Enclosure			With External Reset	Without External Reset
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size	Fuse Clip Size (A)	Type ^[9]	Type ^[9]	Type ^[9]	Type ^[9]	Type ^[9]
200 (208)	3 5 7-1/2 10 20 25 40 75 150	0 1 1 2 3 3 4 5 6	30 30 60 60 100 200 200 400 600	SBG32●●●H30 ^[4] SCG32●●●H30 ^[4] SCG33●●●H30 ^[4] SDG32●●●H30 ^[4] SEG35●●●H30 SEG32●●●H30 SFG35●●●H30 SGG35●●●H30 SHG33●●●H30	SBW32●●●H30 ^[4] SCW32●●●H30 ^[4] SCW33●●●H30 ^[4] SDW32●●●H30 ^[4] SEW35●●●H30 SEW32●●●H30 SFW35●●●H30 SGW35●●●H30 —	SBW42●●●H30 ^[4] SCW42●●●H30 ^[4] SCW43●●●H30 ^[4] SDW42●●●H30 ^[4] SEW45●●●H30 — — — —	SBA42●●●H30 ^[4] SCA42●●●H30 ^[4] SCA43●●●H30 ^[4] SDA42●●●H30 ^[4] SEA45●●●H30 SEA42●●●H30 SFA45●●●H30 SGA45●●●H30 SHA43●●●H30	SBA32●●●H30 ^[4] SCA32●●●H30 ^[4] SCA33●●●H30 ^[4] SDA32●●●H30 ^[4] SEA35●●●H30 SEA32●●●H30 SFA35●●●H30 SGA35●●●H30 SHA33●●●H30
230 (240)	3 5 7-1/2 15 25 30 50 100 200	0 1 1 2 3 3 4 5 6	30 30 60 60 100 200 200 400 600	SBG32●●●H30 ^[4] SCG32●●●H30 ^[4] SCG33●●●H30 ^[4] SDG32●●●H30 ^[4] SEG35●●●H30 SEG32●●●H30 SFG35●●●H30 SGG35●●●H30 SHG33●●●H30	SBW32●●●H30 ^[4] SCW32●●●H30 ^[4] SCW33●●●H30 ^[4] SDW32●●●H30 ^[4] SEW35●●●H30 SEW32●●●H30 SFW35●●●H30 SGW35●●●H30 —	SBW42●●●H30 ^[4] SCW42●●●H30 ^[4] SCW43●●●H30 ^[4] SDW42●●●H30 ^[4] SEW45●●●H30 — — — —	SBA42●●●H30 ^[4] SCA42●●●H30 ^[4] SCA43●●●H30 ^[4] SDA42●●●H30 ^[4] SEA45●●●H30 SEA42●●●H30 SFA45●●●H30 SGA45●●●H30 SHA43●●●H30	SBA32●●●H30 ^[4] SCA32●●●H30 ^[4] SCA33●●●H30 ^[4] SDA32●●●H30 ^[4] SEA35●●●H30 SEA32●●●H30 SFA35●●●H30 SGA35●●●H30 SHA33●●●H30
460 (480)	5 10 15 25 50 100 200 400	0 1 2 2 3 4 5 6	30 30 30 60 100 200 400 600	SBG33●●●H30 ^[4] SCG34●●●H30 ^[4] SDG36●●●H301 SDG34●●●H30 ^[4] SEG33●●●H30 SFG33●●●H30 SGG33●●●H30 SHG32●●●H30	SBW33●●●H30 ^[4] SCW34●●●H30 ^[4] SDW36●●●H301 SDW34●●●H30 ^[4] SEW33●●●H30 SFW33●●●H30 SGW33●●●H30 —	SBW43●●●H30 ^[4] SCW44●●●H30 ^[4] SDW46●●●H301 SDW44●●●H30 ^[4] SEW43●●●H30 — — —	SBA43●●●H30 ^[4] SCA44●●●H30 ^[4] SDA46●●●H301 SDA44●●●H30 ^[4] SEA43●●●H30 SFA43●●●H30 SGA43●●●H30 SHA42●●●H30	SBA33●●●H30 ^[4] SCA34●●●H30 ^[4] SDA36●●●H301 SDA34●●●H30 ^[4] SEA33●●●H30 SFA33●●●H30 SGA33●●●H30 SHA32●●●H30
575 (600)	5 10 15 25 50 100 200 400	0 1 2 2 3 4 5 6	30 30 30 60 100 200 400 600	SBG33●●●H30 ^[4] SCG34●●●H30 ^[4] SDG36●●●H301 SDG34●●●H30 ^[4] SEG33●●●H30 SFG33●●●H30 SGG33●●●H30 SHG32●●●H30	SBW33●●●H30 ^[4] SCW34●●●H30 ^[4] SDW36●●●H301 SDW34●●●H30 ^[4] SEW33●●●H30 SFW33●●●H30 SGW33●●●H30 —	SBW43●●●H30 ^[4] SCW44●●●H30 ^[4] SDW46●●●H301 SDW44●●●H30 ^[4] SEW43●●●H30 — — —	SBA43●●●H30 ^[4] SCA44●●●H30 ^[4] SDA46●●●H301 SDA44●●●H30 ^[4] SEA43●●●H30 SFA43●●●H30 SGA43●●●H30 SHA42●●●H30	SBA33●●●H30 ^[4] SCA34●●●H30 ^[4] SDA36●●●H301 SDA34●●●H30 ^[4] SEA33●●●H30 SFA33●●●H30 SGA33●●●H30 SHA32●●●H30

note

Some control transformers may require the use of oversized enclosures. Refer to Control Transformer Selection.

Class 8538 Fusible Disconnect Switch Type (Class R Fuses), Single Phase with Melting Alloy Overload Relay^[5]^[6] (see Thermal Unit Selection)

Motor Voltage	Max. Hp	Coil Voltage	NEMA Size	Poles	Fuse Clip Size (A)	NEMA 1 General Purpose Enclosure	NEMA 4X Watertight and Dusttight Enclosure Stainless Steel	NEMA 4X Watertight, Dusttight and Corrosion Resistant Polyester Enclosure	NEMA 12/3R Dusttight and Driptight Industrial Use Enclosure
						NEMA 1 General Purpose Enclosure	NEMA 4X Watertight and Dusttight Enclosure Stainless Steel		With External Reset	Without External Reset
						Type	Type	Type	Type	Type
120	1 2 3	120	0 1 2	2	30 30 60	SBG63V02 SCG63V02 SDG63V02	SBW63V02 SCW63V02 SDW63V02	SBW66V02 SCW66V02 SDW66V02	SBA66V02 SCA66V02 SDA66V02	SBA63V02 SCA63V02 SDA63V02
240	2 3 7-1/2	240	0 1 2	2	30 30 60	SBG63V03 SCG63V03 SDG63V03	SBW63V03 SCW63V03 SDW63V03	SBW66V03 SCW66V03 SDW66V03	SBA66V03 SCA66V03 SDA66V03	SBA63V03 SCA63V03 SDA63V03

Coil Voltage Codes

Voltage		Code
60 Hz	50 Hz	Code
24^[10] 120^[11] 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 Selection of Control Circuit Transformers.
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.

Full Voltage Type with Motor Logic™ Solid-State Overload Relays

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 8538 with Oversized Enclosures (replace ●●● with the voltage code)^[1]

Ratings				NEMA 1 General Purpose Enclosure	NEMA 4X Watertight and Dustight Enclosure Stainless Steel (304)	NEMA 12/3R^[2] Dusttight and Driptight Industrial Use Enclosure
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size	Fuse Clip Size (A)	NEMA 1 General Purpose Enclosure		With External Reset	Without External Reset
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size	Fuse Clip Size (A)	Type ^[9]	Type ^[9]	Type ^[9]	Type ^[9]
Class 8538 Non-Fusible Disconnect Switch Type—NEMA Size 0–2^[12]^[6]
200 (208)	3	0	N/A	SBG11S8●●●H30 ^[4]	SBW11S8●●●H30 ^[4]	SBA21S8●●●H30 ^[4]	SBA11S8●●●H30 ^[4]
	7-1/2	1	N/A	SCG11S8●●●H30 ^[4]	SCW11S8●●●H30 ^[4]	SCA21S8●●●H30 ^[4]	SCA11S8●●●H30 ^[4]
	10	2	N/A	SDG11S8●●●H30 ^[4]	SDW11S8●●●H30 ^[4]	SDA21S8●●●H30 ^[4]	SDA11S8●●●H30 ^[4]
230 (240)	3	0	N/A	SBG11S8●●●H30 ^[4]	SBW11S8●●●H30 ^[4]	SBA21S8●●●H30 ^[4]	SBA11S8●●●H30 ^[4]
	7-1/2	1	N/A	SCG11S8●●●H30 ^[4]	SCW11S8●●●H30 ^[4]	SCA21S8●●●H30 ^[4]	SCA11S8●●●H30 ^[4]
	15	2	N/A	SDG11S8●●●H30 ^[4]	SDW11S8●●●H30 ^[4]	SDA21S8●●●H30 ^[4]	SDA11S8●●●H30 ^[4]
460 (480)	5	0	N/A	SBG11S8●●●H30 ^[4]	SBW11S8●●●H30 ^[4]	SBA21S8●●●H30 ^[4]	SBA11S8●●●H30 ^[4]
	10	1	N/A	SCG11S8●●●H30 ^[4]	SCW11S8●●●H30 ^[4]	SCA21S8●●●H30 ^[4]	SCA11S8●●●H30 ^[4]
	25	2	N/A	SDG11S8●●●H30 ^[4]	SDW11S8●●●H30 ^[4]	SDA21S8●●●H30 ^[4]	SDA11S8●●●H30 ^[4]
575 (600)	5	0	N/A	SBG11S8●●●H30 ^[4]	SBW11S8●●●H30 ^[4]	SBA21S8●●●H30 ^[4]	SBA11S8●●●H30 ^[4]
	10	1	N/A	SCG11S8●●●H30 ^[4]	SCW11S8●●●H30 ^[4]	SCA21S8●●●H30 ^[4]	SCA11S8●●●H30 ^[4]
	25	2	N/A	SDG11S8●●●H30 ^[4]	SDW11S8●●●H30 ^[4]	SDA21S8●●●H30 ^[4]	SDA11S8●●●H30 ^[4]
Class 8538 Fusible Disconnect Switch Type—NEMA Size 0–2^[12]^[6]
200 (208)	3	0	30	SBG12S8●●●H30 ^[4]	SBW12S8●●●H30 ^[4]	SBA22S8●●●H30 ^[4]	SBA12S8●●●H30 ^[4]
	5	1	30	SCG12S8●●●H30 ^[4]	SCW12S8●●●H30 ^[4]	SCA22S8●●●H30 ^[4]	SCA12S8●●●H30 ^[4]
	7-1/2	1	60	SCG13S8●●●H30 ^[4]	SCW13S8●●●H30 ^[4]	SCA23S8●●●H30 ^[4]	SCA13S8●●●H30 ^[4]
	10	2	60	SDG12S8●●●H30 ^[4]	SDW12S8●●●H30 ^[4]	SDA22S8●●●H30 ^[4]	SDA12S8●●●H30 ^[4]
230 (240)	3	0	30	SBG12S8●●●H30 ^[4]	SBW12S8●●●H30 ^[4]	SBA22S8●●●H30 ^[4]	SBA12S8●●●H30 ^[4]
	5	1	30	SCG12S8●●●H30 ^[4]	SCW12S8●●●H30 ^[4]	SCA22S8●●●H30 ^[4]	SCA12S8●●●H30 ^[4]
	7-1/2	1	60	SCG13S8●●●H30 ^[4]	SCW13S8●●●H30 ^[4]	SCA23S8●●●H30 ^[4]	SCA13S8●●●H30 ^[4]
	15	2	60	SDG12S8●●●H30 ^[4]	SDW12S8●●●H30 ^[4]	SDA22S8●●●H30 ^[4]	SDA12S8●●●H30 ^[4]
460 (480)	5	0	30	SBG13S8●●●H30 ^[4]	SBW13S8●●●H30 ^[4]	SBA23S8●●●H30 ^[4]	SBA13S8●●●H30 ^[4]
	10	1	30	SCG14S8●●●H30 ^[4]	SCW14S8●●●H30 ^[4]	SCA24S8●●●H30 ^[4]	SCA14S8●●●H30 ^[4]
	15	2	30	SDG16S8●●●H301	SDW16S8●●●H301	SDA26S8●●●H301	SDA16S8●●●H301
	25	2	60	SDG14S8●●●H30 ^[4]	SDW14S8●●●H30 ^[4]	SDA24S8●●●H30 ^[4]	SDA14S8●●●H30 ^[4]
575 (600)	5	0	30	SBG13S8●●●H30 ^[4]	SBW13S8●●●H30 ^[4]	SBA23S8●●●H30 ^[4]	SBA13S8●●●H30 ^[4]
	10	1	30	SCG14S8●●●H30 ^[4]	SCW14S8●●●H30 ^[4]	SCA24S8●●●H30 ^[4]	SCA14S8●●●H30 ^[4]
	15	2	30	SDG16S8●●●H301	SDW16S8●●●H301	SDA26S8●●●H301	SDA16S8●●●H301
	25	2	60	SDG14S8●●●H30 ^[4]	SDW14S8●●●H30 ^[4]	SDA24S8●●●H30 ^[4]	SDA14S8●●●H30 ^[4]
Class 8538 Fusible Disconnect Switch Type with Class R Fuse Clips—NEMA Size 0–2^[12]^[6]
200 (208)	3	0	30	SBG32S8●●●H30 ^[4]	SBW32S8●●●H30 ^[4]	SBA42S8●●●H30 ^[4]	SBA32S8●●●H30 ^[4]
	5	1	30	SCG32S8●●●H30 ^[4]	SCW32S8●●●H30 ^[4]	SCA42S8●●●H30 ^[4]	SCA32S8●●●H30 ^[4]
	7-1/2	1	60	SCG33S8●●●H30 ^[4]	SCW33S8●●●H30 ^[4]	SCA43S8●●●H30 ^[4]	SCA33S8●●●H30 ^[4]
	10	2	60	SDG32S8●●●H30 ^[4]	SDW32S8●●●H30 ^[4]	SDA42S8●●●H30 ^[4]	SDA32S8●●●H30 ^[4]
230 (240)	3	0	30	SBG32S8●●●H30 ^[4]	SBW32S8●●●H30 ^[4]	SBA42S8●●●H30 ^[4]	SBA32S8●●●H30 ^[4]
	5	1	30	SCG32S8●●●H30 ^[4]	SCW32S8●●●H30	SCA42S8●●●H30	SCA32S8●●●H30
	7-1/2	1	60	SCG33S8●●●H30	SCW33S8●●●H30 ^[4]	SCA43S8●●●H30 ^[4]	SCA33S8●●●H30 ^[4]
	15	2	60	SDG32S8●●●H30 ^[4]	SDW32S8●●●H30 ^[4]	SDA42S8●●●H30 ^[4]	SDA32S8●●●H30 ^[4]
460 (480)	5	0	30	SBG33S8●●●H30 ^[4]	SBW33S8●●●H30 ^[4]	SBA43S8●●●H30 ^[4]	SBA33S8●●●H30 ^[4]
	10	1	30	SCG34S8●●●H30 ^[4]	SCW34S8●●●H30 ^[4]	SCA44S8●●●H30 ^[4]	SCA34S8●●●H30 ^[4]
	15	2	30	SDG36S8●●●H301	SDW36S8●●●H301	SDA46S8●●●H301	SDA36S8●●●H301
	25	2	60	SDG34S8●●●H30 ^[4]	SDW34S8●●●H30 ^[4]	SDA44S8●●●H30 ^[4]	SDA34S8●●●H30 ^[4]
575 (600)	5	0	30	SBG33S8●●●H30 ^[4]	SBW33S8●●●H30 ^[4]	SBA43S8●●●H30 ^[4]	SBA33S8●●●H30 ^[4]
	10	1	30	SCG34S8●●●H30 ^[4]	SCW34S8●●●H30 ^[4]	SCA44S8●●●H30 ^[4]	SCA34S8●●●H30 ^[4]
	15	2	30	SDG36S8●●●H301	SDW36S8●●●H301	SDA46S8●●●H301	SDA36S8●●●H301
	25	2	60	SDG34S8●●●H30 ^[4]	SDW34S8●●●H30 ^[4]	SDA44S8●●●H30 ^[4]	SDA34S8●●●H30 ^[4]
note Some control transformers may require the use of oversized enclosures. Refer to Control Transformer Selection

Coil Voltage Codes

Voltage	Code
24^[13] 120^[14] 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 Selection of Control Circuit Transformers.

Voltage

Code

60 Hz

50 Hz

24^[13]

120^[14]

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 Selection of Control Circuit Transformers.

Class 8538 Fusible Disconnect Switch Type for Horizontal Mounting^[6] (replace ●●● with the voltage code)^[1]

Ratings				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
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size	Fuse Clip Size (A)	Type ^[9]	Type ^[9]
200 (208)	2	1	30	SCA22S1●●●H30	SCA12S1●●●H30
200 (208)	7-1/2	1	60	SCA23S1●●●H30	SCA13S1●●●H30
230 (240)	2	1	30	SCA22S1●●●H30	SCA12S1●●●H30
230 (240)	7-1/2	1	60	SCA23S1●●●H30	SCA13S1●●●H30
460 (480)	10	1	30	SCA24S1●●●H30	SCA14S1●●●H30
575 (600)	10	1	30	SCA24S1●●●H30	SCA14S1●●●H30

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

Class 8539 / 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 8539 Full Voltage Type, Non-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 Stainless Steel (304) Enclosure (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)	Hp Range Polyphase	NEMA Size	Circuit Breaker (See Page 7-32 for Breaker Adjustment Range)	Type ^[9]	Type ^[9]	Type ^[9]	With External Reset	Without External Reset
Motor Voltage (Starter Voltage)	Hp Range Polyphase	NEMA Size		Type ^[9]	Type ^[9]	Type ^[9]	Type ^[9]	Type ^[9]
200 (208)	0.25–3	0	HLL36030M71	SBG43●●●H30 ^[4]	SBW43●●●H30 ^[4]	SBW53●●●H30 ^[4]	SBA53●●●H30 ^[4]	SBA43●●●H30 ^[4]
	0.25–5 7.5	1	HLL36030M71 HLL36050M72	SCG44●●●H30 ^[4] SCG45●●●H30 ^[4]	SCW44●●●H30 ^[4] SCW45●●●H30 ^[4]	SCW54●●●H30 ^[4] SCW55●●●H30 ^[4]	SCA54●●●H30 ^[4] SCA55●●●H30 ^[4]	SCA44●●●H30 ^[4] SCA45●●●H30 ^[4]
	1.5–5 7.5–10	2	HLL36030M71 HLL36050M72	SDG42●●●H301 SDG43●●●H30 ^[4]	SDW42●●●H301 SDW43●●●H30 ^[4]	SDW52●●●H301 SDW53●●●H30 ^[4]	SDA52●●●H301 SDA53●●●H30 ^[4]	SDA42●●●H301 SDA43●●●H30 ^[4]
	15–25	3	HLL36100M73	SEG42●●●H30	SEW42●●●H30	SEW52●●●H30	SEA52●●●H30	SEA42●●●H30
	30–40	4	JLL36250M75	SFG44●●●H30	SFW44●●●H30	SFW54●●●H30	SFA54●●●H30	SFA44●●●H30
	50–60 75	5	JLL36250M75 LJL36400M36	SGG44●●●H30 SGG45●●●H30	SGW44●●●H30 SGW45●●●H30	— —	SGA54●●●H30 SGA55●●●H30	SGA44●●●H30 SGA45●●●H30
	100 125–150	6	LJL36400M36 LJL36600M42	SHG43●●●H30 SHG45●●●H30	— —	— —	SHA53●●●H30 SHA55●●●H30	SHA43●●●H30 SHA45●●●H30
230 (240)	0.25–3	0	HLL36030M71	SBG43●●●H30 ^[4]	SBW43●●●H30 ^[4]	SBW53●●●H30 ^[4]	SBA53●●●H30 ^[4]	SBA43●●●H30 ^[4]
	0.25–7.5	1	HLL36030M71	SCG44●●●H30 ^[4]	SCW44●●●H30 ^[4]	SCW54●●●H30 ^[4]	SCA54●●●H30 ^[4]	SCA44●●●H30 ^[4]
	1.5–7.5 10 15	2	HLL36030M71 HLL36050M72 HLL36100M73	SDG42●●●H301 SDG43●●●H30 ^[4] SDG44●●●H30 ^[4]	SDW42●●●H301 SDW43●●●H30 ^[4] SDW44●●●H30 ^[4]	SDW52●●●H301 SDW53●●●H30 ^[4] SDW54●●●H30 ^[4]	SDA52●●●H301 SDA53●●●H30 ^[4] SDA54●●●H30 ^[4]	SDA42●●●H301 SDA43●●●H30 ^[4] SDA44●●●H30 ^[4]
	15–30	3	HLL36100M73	SEG42●●●H30	SEW42●●●H30	SEW52●●●H30	SEA52●●●H30	SEA42●●●H30
	40–50	4	JLL36250M75	SFG44●●●H30	SFW44●●●H30	SFW54●●●H30	SFA54●●●H30	SFA44●●●H30
	60 75–100	5	JLL36250M75 LJL36400M36	SGG44●●●H30 SGG46●●●H30	SGW44●●●H30 SGW45●●●H30	— —	SGA54●●●H30 SGA55●●●H30	SGA44●●●H30 SGA45●●●H30
	125–150 200	6	LJL36600M42 PLL34080M68	SHG45●●●H30 SHG46●●●H30	— —	— —	SHA55●●●H30 SHA56●●●H30	SHA45●●●H30 SHA46●●●H30

Refer to page 16-31 for details.

NEMA Type 1 Enclosure

with 30 mm Operators

note

Some control transformers may require the use of oversized enclosures. Refer to Control Transformer Selection.

Coil Voltage Codes

Voltage	Code
24^[15] 120^[16] 208 240 277 480 600 Specify	— 110 — 220 — 440 550 Specify	V01 V02 V08 V03 V04 V06 V07 V99

Voltage

Code

60 Hz

50 Hz

24^[15]
120^[16]
208
240

277
480
600
Specify

—
110
—
220

—
440
550
Specify

V01
V02
V08
V03

V04
V06
V07
V99

note

Dimensions: Approximate Dimensions
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.

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

Class 8539 Full Voltage Type, Non-Reversing, 460–600 V, with Motor Logic SSOLR and Electronic Motor Circuit Protector (MCP) (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)	Hp Range Polyphase	NEMA Size	Circuit Breaker (See Page 7-32 for Breaker Adjustment Range)	Type ^[9]	Type ^[9]	Type ^[9]	With External Reset	Without External Reset
Motor Voltage (Starter Voltage)	Hp Range Polyphase	NEMA Size		Type ^[9]	Type ^[9]	Type ^[9]	Type ^[9]	Type ^[9]
460 (480)	0.25–5	0	HLL36030M71	SBG43●●●H30 ^[4]	SBW43●●●H30 ^[4]	SBW53●●●H30 ^[4]	SBA53●●●H30 ^[4]	SBA43●●●H30 ^[4]
	0.25–10	1	HLL36030M71	SCG44●●●H30 ^[4]	SCW44●●●H30 ^[4]	SCW54●●●H30 ^[4]	SCA54●●●H30 ^[4]	SCA44●●●H30 ^[4]
	5–15 20–25	2	HLL36030M71 HLL36050M72	SDG42●●●H301 SDG43●●●H30	SDW42●●●H301 SDW43●●●H30 ^[4]	SDW52●●●H301 SDW53●●●H30 ^[4]	SDA52●●●H301 SDA53●●●H30 ^[4]	SDA42●●●H301 SDA43●●●H30 ^[4]
	20–25 30–50	3	HLL36050M72 HLL36100M73	SEG41●●●H30 SEG42●●●H30	SEW41●●●H30 SEW42●●●H30	SEW51●●●H30 SEW52●●●H30	SEA51●●●H30 SEA52●●●H30	SEA41●●●H30 SEA42●●●H30
	60–100	4	JLL36250M75	SFG44●●●H30	SFW44●●●H30	SFW54●●●H30	SFA54●●●H30	SFA44●●●H30
	125 150–200	5	JLL36250M75 LJL36400M36	SGG44●●●H30 SGG45●●●H30	SGW44●●●H30 SGW45●●●H30	— —	SGA54●●●H30 SGA55●●●H30	SGA44●●●H30 SGA45●●●H30
	250–350 400	6	LJL36600M42 PLL34080M68	SHG45●●●H30 SHG46●●●H30	— —	— —	SHA55●●●H30 SHA56●●●H30	SHA45●●●H30 SHA46●●●H30
575 (600)	0.25–5	0	HLL36030M71	SBG43●●●H30 ^[4]	SBW43●●●H30 ^[4]	SBW53●●●H30 ^[4]	SBA53●●●H30 ^[4]	SBA43●●●H30 ^[4]
	0.25–10	1	HLL36030M71	SCG44●●●H30 ^[4]	SCW44●●●H30 ^[4]	SCW54●●●H30 ^[4]	SCA54●●●H30 ^[4]	SCA44●●●H30 ^[4]
	5–20 25	2	HLL36030M71 HLL36050M72	SDG42●●●H301 SDG43●●●H30 ^[4]	SDW42●●●H301 SDW43●●●H30 ^[4]	SDW52●●●H301 SDW53●●●H30 ^[4]	SDA52●●●H301 SDA53●●●H30 ^[4]	SDA42●●●H301 SDA43●●●H30 ^[4]
	25–30 40–50	3	HLL36050M72 HLL36100M73	SEG41●●●H30 SEG42●●●H30	SEW41●●●H30 SEW42●●●H30	SEW51●●●H30 SEW52●●●H30	SEA51●●●H30 SEA52●●●H30	SEA41●●●H30 SEA42●●●H30
	60–100	4	JLL36250M75	SFG44●●●H30	SFW44●●●H30	SFW54●●●H30	SFA54●●●H30	SFA44●●●H30
	125–150 200	5	JLL36250M75 LJL36400M36	SGG44●●●H30 SGG45●●●H30	SGW44●●●H30 SGW45●●●H30	— —	SGA54●●●H30 SGA55●●●H30	SGA44●●●H30 SGA45●●●H30
	250 300–400	6	LJL36400M36 LJL36600M42	SHG43●●●H30 SHG45●●●H30	— —	— —	SHA53●●●H30 SHA55●●●H30	SHA43●●●H30 SHA45●●●H30

note

Some control transformers may require the use of oversized enclosures. Refer to Control Transformer Selection.

Coil Voltage Codes

Voltage	Code
24^[17] 120^[18] 208 240 277 480 600 Specify	— 110 — 220 — 440 550 Specify	V01 V02 V08 V03 V04 V06 V07 V99

Voltage

Code

60 Hz

50 Hz

24^[17]
120^[18]
208
240

277
480
600
Specify

—
110
—
220

—
440
550
Specify

V01
V02
V08
V03

V04
V06
V07
V99

note

Dimensions: Approximate Dimensions
Factory Modifications (Forms): Full Voltage Starters
Replacement Parts (Class 9998): DP Starters
Type S Accessories (Class 9999): Contact Kits

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

NEMA Size 0–2 in Oversized Enclosure

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 8539 Electronic Motor Circuit Protectors (MCP) in Oversized Enclosure, NEMA Size 0–2^[1]^[19]^[20]
Full Voltage Type, Non-Reversing with Motor Logic SSOLR (replace ●●● with the voltage code)

Ratings				NEMA 1 General Purpose Enclosure	NEMA 4X Watertight and Dusttight Stainless Steel (304) Enclosure	NEMA 12/3R^[2] Dusttight and Driptight Industrial Use Enclosure
Motor Voltage (Starter Voltage)	Hp Range Polyphase	NEMA Size	Circuit Breaker (See Page 7-32 for Breaker Adjustment Range)	NEMA 1 General Purpose Enclosure		With External Reset	Without External Reset
Motor Voltage (Starter Voltage)	Hp Range Polyphase	NEMA Size		Type ^[9]	Type ^[9]	Type ^[9]	Type ^[9]
200 (208)	0.25–3	0	HLL36030M71	SBG43S8●●●H30^[4]	SBW43S8●●●H30^[4]	SBA53S8●●●H30^[4]	SBA43S8●●●H30^[4]
	0.25–5 7.5	1	HLL36030M71 HLL36050M72	SCG44S8●●●H30^[4] SCG45S8●●●H30^[4]	SCW44S8●●●H30^[4] SCW45S8●●●H30^[4]	SCA54S8●●●H30^[4] SCA55S8●●●H30^[4]	SCA44S8●●●H30^[4] SCA45S8●●●H30^[4]
	1.5–5 7.5–10	2	HLL36030M71 HLL36050M72	SDG42S8●●●H301 SDG43S8●●●H30^[4]	SDW42S8●●●H301 SDW43S8●●●H30^[4]	SDA52S8●●●H301 SDA53S8●●●H30^[4]	SDA42S8●●●H301 SDA43S8●●●H30^[4]
230 (240)	0.25–3	0	HLL36030M71	SBG43S8●●●H30^[4]	SBW43S8●●●H30^[4]	SBA53S8●●●H30^[4]	SBA43S8●●●H30^[4]
	0.25–7.5	1	HLL36030M71	SCG44S8●●●H30^[4]	SCW44S8●●●H30^[4]	SCA54S8●●●H30^[4]	SCA44S8●●●H30^[4]
	1.5–7.5 10 15	2	HLL36030M71 HLL36050M72 HLL36100M73	SDG42S8●●●H301 SDG43S8●●●H30^[4] SDG44S8●●●H30^[4]	SDW42S8●●●H301 SDW43S8●●●H30^[4] SDW44S8●●●H30^[4]	SDA52S8●●●H301 SDA53S8●●●H30^[4] SDA54S8●●●H30^[4]	SDA42S8●●●H301 SDA43S8●●●H30^[4] SDA44S8●●●H30^[4]
460 (480)	0.25–5	0	HLL36030M71	SBG43S8●●●H30^[4]	SBW43S8●●●H30^[4]	SBA53S8●●●H30^[4]	SBA43S8●●●H30^[4]
	0.25–10	1	HLL36030M71	SCG44S8●●●H30^[4]	SCW44S8●●●H30^[4]	SCA54S8●●●H30^[4]	SCA44S8●●●H30^[4]
	5–15 20–25	2	HLL36030M71 HLL36050M72	SDG42S8●●●H301 SDG43S8●●●H30^[4]	SDW42S8●●●H301 SDW43S8●●●H30^[4]	SDA52S8●●●H301 SDA53S8●●●H30^[4]	SDA42S8●●●H301 SDA43S8●●●H30^[4]
575 (600)	0.25–5	0	HLL36060M71	SBG43S8●●●H30^[4]	SBW43S8●●●H30^[4]	SBA53S8●●●H30^[4]	SBA43S8●●●H30^[4]
	0.25–10	1	HLL36030M71	SCG44S8●●●H30^[4]	SCW44S8●●●H30^[4]	SCA54S8●●●H30^[4]	SCA44S8●●●H30^[4]
	5–20 25	2	HLL36030M71 HLL36050M72	SDG42S8●●●H301 SDG43S8●●●H30^[4]	SDW42S8●●●H301 SDW43S8●●●H30^[4]	SDA52S8●●●H301 SDA53S8●●●H30^[4]	SDA42S8●●●H301 SDA43S8●●●H30^[4]

note

Some control transformers may require the use of oversized enclosures. Refer to Control Transformer Selection.

Coil Voltage Codes

Voltage	Code
24^[21] 120^[22] 208 240 277 480 600 Specify	— 110 — 220 — 440 550 Specify	V01 V02 V08 V03 V04 V06 V07 V99

Voltage

Code

60 Hz

50 Hz

24^[21]
120^[22]
208
240

277
480
600
Specify

—
110
—
220

—
440
550
Specify

V01
V02
V08
V03

V04
V06
V07
V99

note

Dimensions: Approximate Dimensions
Factory Modifications (Forms): Full Voltage Starters
Replacement Parts (Class 9998): Magnetic Coils
Type S Accessories (Class 9999): Contact Units for Melting Alloy Type Overload Relays

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

Thermal Magnetic Circuit Breaker

Full Voltage 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 8539 Full Voltage, Thermal-Magnetic Circuit Breaker Type, Non-Reversing, 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 ^[23]	Type ^[23]	Type ^[23]	With External Reset	Without External Reset
Motor Voltage (Starter Voltage)	Max. Hp Polyphase	NEMA Size	Type	Ampere Rating	Type ^[23]	Type ^[23]	Type ^[23]	Type ^[23]	Type ^[23]
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 7-1/2	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	— —	— —	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 7-1/2	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]	SCA1●●●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	— —	— —	SHA14●●●H30 SHA15●●●H30	SHA4●●●H30 SHA5●●●H30

note

Some control transformers may require the use of oversized enclosures. Refer to Control Transformer Selection.

Coil Voltage Codes

Voltage	Code
24^[24] 120^[25] 208 240 277 480 600 Specify	— 110 — 220 — 440 550 Specify	V01 V02 V08 V03 V04 V06 V07 V99

Voltage

Code

60 Hz

50 Hz

24^[24]
120^[25]
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 Selection of Control Circuit Transformers. Form S (separate control) is used when a separate source of power is available for the control (coil) voltage. Form S is provided at no charge.

Dimensions: Approximate Dimensions
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.

Line Voltage 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 8539 Line Voltage, Thermal-Magnetic Circuit Breaker Type, Non-Reversing, with Motor Logic SSOLR (replace ●●● with the voltage code)^[1]

Ratings	NEMA® 1 General Purpose Enclosure	NEMA 4X Watertight and Dusttight Stainless Steel (304) Enclosure (Sizes 0–5)	NEMA 4X Watertight, Dusttight and Corrosion Resistant Polyester Enclosure	NEMA 12/3R^[2] Dusttight and Driptight Industrial Use Enclosure
460 (480)	5	0	HLL36015	15	SBG1●●●H30 ^[4]	SBW1●●●H30 ^[4]	SBW11●●●H30 ^[4]	SBA11●●●H30 ^[4]	SBA1●●●H30 ^[4]
7.5 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	SEG7●●●H30 SEG3●●●H30 SEG5●●●H30	SEW7●●●H30 SEW3●●●H30 SEW5●●●H30	SEW17●●●H30 SEW13●●●H30 SEW15●●●H30	SEA17●●●H30 SEA13●●●H30 SEA15●●●H30	SEA7●●●H30 SEA3●●●H30 SEA5●●●H30
60 75 100	4	JLL36150 JLL36200 JLL36250	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	— —	— —	SHA14●●●H30 SHA15●●●H30	SHA4●●●H30 SHA5●●●H30
575 (600)	5	0	HLL36015	15	SBG1●●●H30 ^[4]	SBW1●●●H30 ^[4]	SBW11●●●H30 ^[4]	SBA11●●●H30 ^[4]	SBA1●●●H30 ^[4]
7.5 10	1	HLL36020 HLL36025	20 25	SCG8●●●H30 ^[4] SCG3●●●H30 ^[4]	SCW8●●●H30 ^[4] SCW3●●●H30 ^[4]	SCW18●●●H30 ^[4] SCW13●●●H30 ^[4]	SCA18●●●H30 ^[4] SCA13●●●H30 ^[4]	SCA8●●●H30 ^[4] SCA3●●●H30 ^[4]
15 20 25	2	HLL36035 HLL36045 HLL36060	35 45 60	SDG8●●●H301 SDG3●●●H30 ^[4] SDG1●●●H30 ^[4]	SDW8●●●H301 SDW3●●●H30 ^[4] SDW1●●●H30 ^[4]	SDW18●●●H301 SDW13●●●H30 ^[4] SDW11●●●H30 ^[4]	SDA18●●●H301 SDA13●●●H30 ^[4] SDA11●●●H30 ^[4]	SDA8●●●H301 SDA3●●●H30 ^[4] SDA1●●●H30 ^[4]
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	— —	— —	SHA14●●●H30 SHA15●●●H30	SHA4●●●H30 SHA5●●●H30

Ratings

NEMA® 1
General Purpose
Enclosure

NEMA 4X
Watertight and Dusttight Stainless Steel (304) Enclosure (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 ^[23]

With
External Reset

Without
External Reset

Type

Ampere
Rating

Type ^[23]

460
(480)

HLL36015

SBG1●●●H30 ^[4]

SBW1●●●H30 ^[4]

SBW11●●●H30 ^[4]

SBA11●●●H30 ^[4]

SBA1●●●H30 ^[4]

7.5

HLL36025
HLL36030

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]

HLL36045
HLL36060
HLL36070

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]

HLL36080
HLL36100
HLL36150

100

150

SEG7●●●H30

SEG3●●●H30

SEG5●●●H30

SEW7●●●H30

SEW3●●●H30

SEW5●●●H30

SEW17●●●H30

SEW13●●●H30

SEW15●●●H30

SEA17●●●H30

SEA13●●●H30

SEA15●●●H30

SEA7●●●H30

SEA3●●●H30

SEA5●●●H30

100

JLL36150
JLL36200
JLL36250

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

LLL36400U33X
LLL36600U33X

400

600

SGG4●●●H30

SGG2●●●H30

SGW4●●●H30

SGW2●●●H30

—

SGA14●●●H30

SGA12●●●H30

SGA4●●●H30

SGA2●●●H30

250

300–400

LLL36600U33X
MJL36800

600

800

SHG4●●●H30

SHG5●●●H30

—

SHA14●●●H30

SHA15●●●H30

SHA4●●●H30

SHA5●●●H30

575
(600)

HLL36015

SBG1●●●H30 ^[4]

SBW1●●●H30 ^[4]

SBW11●●●H30 ^[4]

SBA11●●●H30 ^[4]

SBA1●●●H30 ^[4]

7.5

HLL36020
HLL36025

SCG8●●●H30 ^[4]

SCG3●●●H30 ^[4]

SCW8●●●H30 ^[4]

SCW3●●●H30 ^[4]

SCW18●●●H30 ^[4]

SCW13●●●H30 ^[4]

SCA18●●●H30 ^[4]

SCA13●●●H30 ^[4]

SCA8●●●H30 ^[4]

SCA3●●●H30 ^[4]

HLL36035
HLL36045
HLL36060

SDG8●●●H301

SDG3●●●H30 ^[4]

SDG1●●●H30 ^[4]

SDW8●●●H301

SDW3●●●H30 ^[4]

SDW1●●●H30 ^[4]

SDW18●●●H301

SDW13●●●H30 ^[4]

SDW11●●●H30 ^[4]

SDA18●●●H301

SDA13●●●H30 ^[4]

SDA11●●●H30 ^[4]

SDA8●●●H301

SDA3●●●H30 ^[4]

SDA1●●●H30 ^[4]

HLL36070
HLL36090

HLL36100

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

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

JLL36250
LLL36400U33X

250

400

SGG6●●●H30

SGG4●●●H30

SGW6●●●H30

SGW4●●●H30

—

SGA16●●●H30

SGA14●●●H30

SGA6●●●H30

SGA4●●●H30

250–350

400

LLL36600U33X
MJL36800

600

800

SHG4●●●H30

SHG5●●●H30

—

SHA14●●●H30

SHA15●●●H30

SHA4●●●H30

SHA5●●●H30

Class 8539 Thermal Magnetic Circuit Breaker Type, Single Phase^[6]^[26] with Melting Alloy Overload Relays

Motor Voltage	Max. Hp	Coil Voltage	NEMA Size	Poles	Circuit Breaker (Type)	Ampere Rating	NEMA 1 General Purpose Enclosure	NEMA 4 & 4X Watertight and Dusttight Stainless Steel (304) Enclosure (Sizes 0–2)	NEMA 4 & 4X Watertight, Dusttight and Corrosion Resistant Polyester Enclosure	NEMA 12/3R^[2] Dusttight and Driptight Industrial Use Enclosure
							NEMA 1 General Purpose Enclosure			With External Reset	Without External Reset
							Type	Type	Type	Type	Type
120	1 2 3	120	0 1 2	2	HLL26030 HLL26050 HLL26080	30 50 80	SBG72V02 SCG72V02 SDG71V02	SBW72V02 SCW72V02 SDW71V02	SBW75V02 SCW75V02 SDW74V02	SBA75V02 SCA75V02 SDA74V02	SBA72V02 SCA72V02 SDA71V02
240	2 3 7.5	240	0 1 2	2	HLL26025 HLL26035 HLL26080	25 35 80	SBG71V03 SCG71V03 SDG71V03	SBW71V03 SCW71V03 SDW71V03	SBW74V03 SCW74V03 SDW74V03	SBA74V03 SCA74V03 SDA74V03	SBA71V03 SCA71V03 SDA71V03

note

Some control transformers may require the use of oversized enclosures.
Refer to Control Transformer Selection.
For How to Order Information, see Catalog Interpretation, Type S Starters.

Class 8538, 8539 / Refer to Catalog 8538CT9701

Application Data

Class 8539—UL Listed Short Circuit Ratings

Motor Circuit Protector Type
NEMA Size	Enclosure	AIC at 480 Vac (RMS)	AIC at 600 Vac (RMS)
0, 1	Standard^[27]	100,000	35,000
2 thru 5	Standard^[27]	100,000	50,000
6	Standard^[27]	65,000	18,000

Electronic Motor Circuit Protector (MCP) Selection by HP Ratings of Induction-type Squirrel-Cage Motors

3Ø, 60 Hz Voltages				Full-Load (A)	Suffix
200 Vac	230 Vac	460 Vac	575 Vac	Full-Load (A)	Suffix
.5–5	.5–7.5	.75–15	1–20	1.5–25	M71
5–10	5–15	10–30	15–40	14–42	M72
10–25	15–30	25–60	30–75	30–80	M73
20–40	25–50	50–100	60–125	58–130	M74
40–60	50–75	100–150	125–200	114–217	M75
note The MCP adjustable trip range is determined by the suffix of the circuit breaker catalog number. This table indicates the trip range which corresponds to a given suffix number. The MCP motor circuit protector should be adjusted to a level just above locked-rotor current of the motor. This setting will provide optimum overcurrent protection for the motor. For more information on MCP instantaneous-trip circuit breakers, refer to the MCP circuit breaker section of this catalog.

Class 8539, UL Listed Short Circuit Ratings

Thermal Magnetic Circuit Breaker Type
NEMA Size	Enclosure	AIC at 480 Vac (RMS)	AIC at 600 Vac (RMS)
0, 1	Standard ^[27]	100,000	35,000
2 thru 5	Standard ^[27]	100,000	50,000
6	Standard ^[27]	65,000	18,000

Class 8538—UL Listed Short Circuit Ratings

NEMA Size	NEMA Fuse Class	Enclosure	Available Amperes RMS Symmetrical
0–3	Class H or K	Standard ^[28]

Section 16: NEMA and Definite Purpose Contactors and Starters

Section 16: NEMA and Definite Purpose Contactors and Starters

Non-Reversing

Class 8538 / Refer to Catalog 8538CT9701

Fusible Disconnect Switch Type

Class 8538 Fusible Full Voltage Type (Class H Fuse Clips), with Motor Logic SSOLR (replace ●●● with the voltage code)[1]

note

Class 8538 Fusible Disconnect Switch Type (Class H Fuse Clips), Single Phase, [5][6] with Melting Alloy Overload Relays (see Thermal Unit Selection)

Non-Fusible Disconnect Switch Type

Class 8538 Non-Fusible Full Voltage Type, Non-Reversing, with Motor Logic SSOLR (replace ●●● with the voltage code)[1]

Class 8538 Non-Fusible Disconnect Switch Type, Single Phase, with Melting Alloy Overload Relay [5] [6] (see Thermal Unit Selection)

note

Coil Voltage Codes

note

Fusible Disconnect Switch Type with Class R Fuse Clips

Class 8538 Fusible (with Class R Fuse Clips) Full Voltage Type, Non-Reversing, with Motor Logic SSOLR (100,000 AIC Rated) (replace ●●● with the voltage code)[1]

note

Class 8538 Fusible Disconnect Switch Type (Class R Fuses), Single Phase with Melting Alloy Overload Relay[5][6] (see Thermal Unit Selection)

Coil Voltage Codes

note

Full Voltage Type with Motor Logic™ Solid-State Overload Relays

Class 8538 with Oversized Enclosures (replace ●●● with the voltage code)[1]

note

Coil Voltage Codes

note

Class 8538 Fusible Disconnect Switch Type for Horizontal Mounting[6] (replace ●●● with the voltage code)[1]

Class 8539 / Refer to Catalog 8538CT9701

Electronic Motor Circuit Protector (MCP)

Class 8539 Full Voltage Type, Non-Reversing, 200–240 V, with Motor Logic SSOLR (replace ●●● with the voltage code)[1]

note

Coil Voltage Codes

note

Class 8539 Full Voltage Type, Non-Reversing, 460–600 V, with Motor Logic SSOLR and Electronic Motor Circuit Protector (MCP) (replace ●●● with the voltage code)[1]

note

Coil Voltage Codes

note

NEMA Size 0–2 in Oversized Enclosure

Class 8539 Electronic Motor Circuit Protectors (MCP) in Oversized Enclosure, NEMA Size 0–2[1][19][20]Full Voltage Type, Non-Reversing with Motor Logic SSOLR (replace ●●● with the voltage code)

note

Coil Voltage Codes

note

Thermal Magnetic Circuit Breaker

Full Voltage Type

Class 8539 Full Voltage, Thermal-Magnetic Circuit Breaker Type, Non-Reversing, with Motor Logic SSOLR (replace ●●● with the voltage code)[1]

note

Coil Voltage Codes

note

Line Voltage Type

Class 8539 Line Voltage, Thermal-Magnetic Circuit Breaker Type, Non-Reversing, with Motor Logic SSOLR (replace ●●● with the voltage code)[1]

Class 8539 Thermal Magnetic Circuit Breaker Type, Single Phase[6][26] with Melting Alloy Overload Relays

note

Class 8538, 8539 / Refer to Catalog 8538CT9701

Application Data

Class 8539—UL Listed Short Circuit Ratings

Electronic Motor Circuit Protector (MCP) Selection by HP Ratings of Induction-type Squirrel-Cage Motors

note

Class 8539, UL Listed Short Circuit Ratings

Class 8538—UL Listed Short Circuit Ratings

Class 8538 Fusible Full Voltage Type (Class H Fuse Clips), with Motor Logic SSOLR (replace ●●● with the voltage code)^[1]

Class 8538 Fusible Disconnect Switch Type (Class H Fuse Clips), Single Phase, ^[5]^[6] with Melting Alloy Overload Relays
(see Thermal Unit Selection)

Class 8538 Non-Fusible Full Voltage Type, Non-Reversing, with Motor Logic SSOLR (replace ●●● with the voltage code)^[1]

Class 8538 Non-Fusible Disconnect Switch Type, Single Phase, with Melting Alloy Overload Relay ^[5] ^[6]
(see Thermal Unit Selection)

Class 8538 Fusible (with Class R Fuse Clips) Full Voltage Type, Non-Reversing, with Motor Logic SSOLR (100,000 AIC Rated) (replace ●●● with the voltage code)^[1]

Class 8538 Fusible Disconnect Switch Type (Class R Fuses), Single Phase with Melting Alloy Overload Relay^[5]^[6] (see Thermal Unit Selection)

Class 8538 with Oversized Enclosures (replace ●●● with the voltage code)^[1]

Class 8538 Fusible Disconnect Switch Type for Horizontal Mounting^[6] (replace ●●● with the voltage code)^[1]

Class 8539 Full Voltage Type, Non-Reversing, 200–240 V, with Motor Logic SSOLR
(replace ●●● with the voltage code)^[1]

Class 8539 Full Voltage Type, Non-Reversing, 460–600 V, with Motor Logic SSOLR and Electronic Motor Circuit Protector (MCP) (replace ●●● with the voltage code)^[1]

Class 8539 Electronic Motor Circuit Protectors (MCP) in Oversized Enclosure, NEMA Size 0–2^[1]^[19]^[20]
Full Voltage Type, Non-Reversing with Motor Logic SSOLR (replace ●●● with the voltage code)

Class 8539 Full Voltage, Thermal-Magnetic Circuit Breaker Type, Non-Reversing, with Motor Logic SSOLR (replace ●●● with the voltage code)^[1]

Class 8539 Line Voltage, Thermal-Magnetic Circuit Breaker Type, Non-Reversing, with Motor Logic SSOLR (replace ●●● with the voltage code)^[1]

Class 8539 Thermal Magnetic Circuit Breaker Type, Single Phase^[6]^[26] with Melting Alloy Overload Relays