2MMC9 8536SFG1V08H30
SQUARE D
Motor Starter, NEMA 1, 208V, 3 Pole, 135A
Magnetic Motor Starter, Non Reversing, NEMA Size 4, NEMA Type 1, Number Of Poles 3, Power Rating @ 208 VAC Three Phase 40 HP, Power Rating @ 230 VAC Three Phase 50 HP, Power Rating @ 460 VAC Three Phase 100 HP, Width 9.00 In, Height 25.16 In, Depth 11.25 In, 208 VAC Coil, Three Thermal Units Required Sold Separately
Артикул:
1H548
Каталог:
Grainger
Производитель:
SQUARE D
Номер модели:
8536SFG1V08
Страна производства:
Not Available
Вес (кг):
19.60
Спецификация:
Type: NEMA |
Starter Type: Nonreversing |
NEMA Size: 4 |
Coil Volts: 208VAC |
Number of Poles: 3 |
Amps AC: 135 |
HP @ 3 Phase - 208V: 40 |
HP @ 3 Phase - 230V: 50 |
HP @ 3 Phase - 460V: 100 |
Height (In.): 25.16 |
Width (In.): 9.00 |
Depth (In.): 11.25 |
Accessory Group: C6 |
NEMA Enclosure Type: 1 |
Дополнительные аксессуары: | ||||
Артикул Каталог |
Наименование |
Описание | Производитель № модели |
|
---|---|---|---|---|
1H441 Grainger |
Magnetic Coil, Starter Size 4, For Use With Starter Type SF and SV, 120 VAC, For Class 8536/8903, Four/Five Pole | SQUARE D 31091-400-38 |
||
1H442 Grainger |
Magnetic Coil, Starter Size 4, For Use With Starter Type SF and SV, 208 VAC, For Class 8536/8903, Four/Five Pole | SQUARE D 31091-400-44 |
||
1H573 Grainger |
Magnetic Contactor/Starter Contact Kit, Starter Size 4, Three Poles | SQUARE D 9998SL9 |
||
1H574 Grainger |
Pushbutton Control Kit, Starter Size 00-7, For Use With 1 and 3R/12, For NEMA Starter/Contactor | SQUARE D 9999SA3 |
||
1H577 Grainger |
Circuit Fuse Holder, Starter Size All, For NEMA 00-7 Starter/Contactor, Single Fuse Unit | SQUARE D 9999SF3 |
Альтернативная продукция:
Motor Starter, NEMA, Non Reversing, NEMA Size 4, NEMA Enclosure Type 1, Coil Volts 208, 50/60 Hz, Number of Poles 3, 135 Amps AC, Aux Contact Configuration 1 NO, 40 HP @ 3 Phase - 208V, 50 HP @ 3 Phase - 230V, 100 HP @ 3 Phase - 460V, 100 HP @ 3 Phase - 575V, Height 25.16 In, Width 11.25 In, Depth 9.00 In, UL/ CSA, Includes Class 20 Solid State Ambient-Compensated Overload Relay and Instantaneous Magnetic Trip Mechanism