EATON DH322NGK K Series Fusible Heavy Duty Single Throw Safety Switch With Neutral, 240 V AC, 60 A, 3 hp, 7-1/2 hp, 10 hp, 15 hp, 3PST Contact, 3 Poles
Eatons heavy-duty safety switches provide a highly visible means of disconnect to help improve personnel safety and equipment protection. Additionally, theyre Ideal for applications where reliable performance, safety, and service continuity are critical.
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BrandEATON
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UPC782113205823
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Manufacturer Part NumberDH322NGK
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CountryUSA
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FinishPainted
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MaterialSteel
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TypeFusible Heavy Duty Single Throw
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Contact Form3PST
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Voltage Rating240 V AC
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Amperage Rating60 A
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SeriesK Series
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Horsepower3 hp, 7-1/2 hp, 10 hp, 15 hp
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Short Circuit Current Rating100 kA
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Number of Poles3
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Dimensions16-1/2 in L x 9-1/2 in W x 16 in H
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Insulation TypeClass H
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Number of Wires4
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Enclosure TypeNEMA 1
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Phase1/3
- Suitable for service entrance applications unless otherwise noted
- Mechanically interlocked cover to prevent easy access when the switch is in the ON position
- Visible ON/OFF indication
- Features optional viewing window that incorporates visible blade components
- Fusible and non-fusible switches are 100% load break and 100% load make rated
- Complete accessory and renewal parts data shown on inner door label
- Meets stringent UL 98 standards for safety, durability and reliability
- Accepts class h fuses
- 3 hp at 240 VAC standard 1-phase, 7-1/2 hp at 240 VAC standard 3-phase, 10 hp at 240 VAC TD 1-phase, 15 hp at 240 VAC TD 3-phases and 10 hp at 250 VDC maximum hp rating
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Alternative Part Number7343347
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UNSPSC39122205
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IDEA Index ID7343347
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Package DescriptionEACH
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Standards/ApprovalsUL Listed,NEC 230.62 (C) Compliant Barrier
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Warranty1 year
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Catalog
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Specification Sheet
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EATON DH322NGK K Series Fusible Heavy Duty Single Throw Safety Switch With Neutral, 240 V AC, 60 A, 3 hp, 7-1/2 hp, 10 hp, 15 hp, 3PST Contact, 3 Poles
Eatons heavy-duty safety switches provide a highly visible means of disconnect to help improve personnel safety and equipment protection. Additionally, theyre Ideal for applications where reliable performance, safety, and service continuity are critical.

