EATON CH150 Type CH Standard Circuit Breaker, 120/240 V AC, 50 A, 10 kA Interrupt, 1 Poles
Quick-make, quick-break switch mechanism combined with inverse time element tripping operation and trip-free handle design. Type CH circuit breakers trip to the off position, eliminating nuisance callbacks. The CHF family also includes a trip flag to differentiate between a trip and the breaker being turned off the thermal magnetic trip curve avoids nuisance tripping on mild overloads while reacting almost instantaneously to severe short circuit conditions. Multi-pole breakers have internal common trip connection to operate all poles simultaneously. Handles are marked with ON-OFF indication and ampere rating of the breaker.
-
BrandEATON
-
UPC782113101682
-
Manufacturer Part NumberCH150
-
CountryUSA
-
Temperature Rating60 to 75 deg C
-
Trip TypeThermal/Magnetic
-
TypeType CH Standard
-
Connection TypeBox Lug
-
Mounting TypePlug-On
-
Actuator TypeToggle Handle
-
Voltage Rating120/240 V AC
-
Amperage Rating50 A
-
Wire Size14 to 2 AWG
-
Number of Poles1
-
Dimensions3-1/2 in L x 5 in W x 3 in H
-
Interrupt Rating10 kA
-
Phase1
- 14 to 2 AWG copper/aluminum at 60 to 75 deg C
- Each pole of the circuit breaker will provide inverse time delay overload and instantaneous short circuit protection by means of both thermal and magnetic sensors
- The circuit breaker calibration shall not be affected by environmental changes in relative humidity
- All circuit breakers shall be operated by a toggle type handle and multipole circuit breakers shall have an internal common trip mechanism
- Contacts shall be of non-welding Silver alloy
- All terminals shall be listed for use with copper or aluminum conductors
- The terminals shall meet UL 486B requirements and shall be suitable for use with either 60 or 75 deg C wire
- Breakers shall be SWD rated and/or HACR rated as required
- 3/4 in per pole
-
Alternative Part Number7335588
-
UNSPSC39121601
-
IDEA Index ID7335588
-
Package DescriptionEACH
-
Standards/ApprovalsUL 489|Federal Specification W-C-375|UL File No. E11713|UL File No. E8741|UL File No. E3624|UL File No. E51287|CSA File No. LR87196
-
Warranty10 Years
-
Catalog
-
Specification Sheet
-
Owners/User Manual
Recently Viewed
EATON CH150 Type CH Standard Circuit Breaker, 120/240 V AC, 50 A, 10 kA Interrupt, 1 Poles
Quick-make, quick-break switch mechanism combined with inverse time element tripping operation and trip-free handle design. Type CH circuit breakers trip to the off position, eliminating nuisance callbacks. The CHF family also includes a trip flag to differentiate between a trip and the breaker being turned off the thermal magnetic trip curve avoids nuisance tripping on mild overloads while reacting almost instantaneously to severe short circuit conditions. Multi-pole breakers have internal common trip connection to operate all poles simultaneously. Handles are marked with ON-OFF indication and ampere rating of the breaker.
ISOSTATIC™ Oilube® 601374 Round Bore Sleeve Bearing, 25 mm Dia Bore, 32 mm OD, 25 mm W
ISOSTATIC™ Oilube® 601374 Round Bore Sleeve Bearing, 25 mm Dia Bore, 32 mm OD, 25 mm W
GRINDER QUICK-CHANGE OUTER NUTS-MTB31.602.384>
5/8" STAINLESS STEEL SOLID SHAFT COLLAR
IKO LBB20 Inch Series Standard Linear Bushing, 1-1/4 in Dia Shaft, 2 in OD, 2-5/8 in L
IKO LBB20 Inch Series Standard Linear Bushing, 1-1/4 in Dia Shaft, 2 in OD, 2-5/8 in L
Bostitch® C8R99BCG C Series Coil Framing Nail, 2-1/2 in L, 0.099 in Dia, 13 ga, Thickcoat™ Galvanized, Steel
Bostitch® manufactures over 2000 types of fasteners. Each fastener is engineered for optimal performance in Bostitch® tools, and for exceeding the performance expectations of our customers. Our goal is to continually increase efficiency, productivity and quality, and to ensure building code compliance through the cc ear 2020, cc ear 1539 and cc ez 5426 reports. Our team of engineers leads the industry in innovation and design. Utilizing our advanced laboratory, our team of engineers conducts environmental testing to study the effects of storm forces and other weather conditions, withdrawal testing to evaluate new coatings, penetration testing to evaluate drive characteristics, and development testing to optimize withdrawal, shear and pull-through performance.

