1SCA022701R1340
OFAA3GG500 HRC Fuse Link Size NH3, gG
OFAA3GG500 HRC Fuse Link Size NH3, gG
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OFAA3GG500 HRC Fuse Link Size NH3, gG
OFAA3GG500 HRC Fuse Link Size NH3, gG
The Eaton 170M3819D is a high-quality industrial automation product that is designed to provide reliable and efficient performance in demanding manufacturing environments. This component is a motor starter protector with a rated current of 38 amps and a voltage rating of 690 volts AC. It features a compact and rugged design that makes it ideal for use in a variety of industrial applications, including conveyor systems, material handling equipment, and pumping systems. The 170M3819D is built to last, with a robust construction that can withstand harsh conditions and heavy use. It is easy to install and maintain, with simple wiring and a clear and intuitive user interface. With its advanced features and superior performance, the Eaton 170M3819D is the perfect choice for any industrial automation project.
The Eaton 170M3819D is a high-quality industrial automation product that is designed to provide reliable and efficient performance in demanding manufacturing environments. This component is a motor starter protector with a rated current of 38 amps and a voltage rating of 690 volts AC. It features a compact and rugged design that makes it ideal for use in a variety of industrial applications, including conveyor systems, material handling equipment, and pumping systems. The 170M3819D is built to last, with a robust construction that can withstand harsh conditions and heavy use. It is easy to install and maintain, with simple wiring and a clear and intuitive user interface. With its advanced features and superior performance, the Eaton 170M3819D is the perfect choice for any industrial automation project.
TeSys GS fuse switch-disconnector, 3 poles (3P), 800A/1000V, to be used with class J fuse links up to 800A, for motor applications up to 450kW@400V AC-23. To be equipped with an external front side mounting operating handle GS2AH (several models available). Screw terminals to be equipped with upstream and downstream 3P terminal shrouds GS1AP73 (to be ordered separately), it provides high short circuit current rating 200kA@600V. Add-on auxiliary contact modules, front mounting GS1AM (early-break and position signaling), side mounting GS1AN (position signaling) can complete the assembly (to be ordered separately). UL/CSA certified, Green Premium compliant (RoHS/REACh).
TeSys GS fuse switch-disconnector, 3 poles (3P), 800A/1000V, to be used with class J fuse links up to 800A, for motor applications up to 450kW@400V AC-23. To be equipped with an external front side mounting operating handle GS2AH (several models available). Screw terminals to be equipped with upstream and downstream 3P terminal shrouds GS1AP73 (to be ordered separately), it provides high short circuit current rating 200kA@600V. Add-on auxiliary contact modules, front mounting GS1AM (early-break and position signaling), side mounting GS1AN (position signaling) can complete the assembly (to be ordered separately). UL/CSA certified, Green Premium compliant (RoHS/REACh).
Extremely high breaking capacity fuses Protection of power semiconductors as per IEC standard 60269-1 and -4 690V voltage rating as per IEC 33 gR class (current ratings 12 to 90A) as per VDE 636-23 - Clearing all overloads - Improved safety and protection - Enabling selective coordination with all fuses within distribution circuit aR class (current ratings 100A) according to VDE 636-23 and IEC 60269-4 Connection as per - German standard DIN 43653/00C - British standard BS88-4 These fuses are UL Recognized
Extremely high breaking capacity fuses Protection of power semiconductors as per IEC standard 60269-1 and -4 690V voltage rating as per IEC 33 gR class (current ratings 12 to 90A) as per VDE 636-23 - Clearing all overloads - Improved safety and protection - Enabling selective coordination with all fuses within distribution circuit aR class (current ratings 100A) according to VDE 636-23 and IEC 60269-4 Connection as per - German standard DIN 43653/00C - British standard BS88-4 These fuses are UL Recognized
FUSE LINK,LV HRC,80A,500VAC,440VDC SIZE 2, 80A, AC 500V/DC 440V WITH FRONT INDICATOR WITH NON-INSULATED GRIP LUGS LV HRC FUSE LINK GL/GG
FUSE LINK,LV HRC,80A,500VAC,440VDC SIZE 2, 80A, AC 500V/DC 440V WITH FRONT INDICATOR WITH NON-INSULATED GRIP LUGS LV HRC FUSE LINK GL/GG
20AMP CYLINDRICAL FUSE LINK,500V SIZE 10X38MM, 500V 20A WITHOUT INDICATOR ACC. TO FRENCH STANDARD (NFC) CYLINDRICAL FUSE A.M.
20AMP CYLINDRICAL FUSE LINK,500V SIZE 10X38MM, 500V 20A WITHOUT INDICATOR ACC. TO FRENCH STANDARD (NFC) CYLINDRICAL FUSE A.M.
FUSE LINK,LV HRC,160A,500VAC,440VDC SIZE 2, 160A, AC 500V/DC 440V WITH FRONT INDICATOR WITH NON-INSULATED GRIP LUGS LV HRC FUSE LINK GL/GG
FUSE LINK,LV HRC,160A,500VAC,440VDC SIZE 2, 160A, AC 500V/DC 440V WITH FRONT INDICATOR WITH NON-INSULATED GRIP LUGS LV HRC FUSE LINK GL/GG
Mersen aM and gG fuse-links cover a wide range of physical sizes and ampere ratings for 400, 500, and 690VAC for protection in electrical distribution circuits and various industrial applications. Most ratings are available in size 8x31 and size 10x38 with an optional indicator, and in size 14x51 and 22x58 with an optional striker to activate an auxiliary contact. All cylindrical fuse-links have ceramic bodies and silver-plated ferrules. Cylindrical fuse-links gG are used for the protection of cables, motors and LV-networks. They limit and cut off unacceptable overcurrents and short-circuit currents up to their nominal breaking capacity. Cylindrical fuse-links gG also protect electrical equipment and installations against the dynamic effect of high short-currents. Our technology and process was designed to ensure highly reliable technical performance.
Mersen aM and gG fuse-links cover a wide range of physical sizes and ampere ratings for 400, 500, and 690VAC for protection in electrical distribution circuits and various industrial applications. Most ratings are available in size 8x31 and size 10x38 with an optional indicator, and in size 14x51 and 22x58 with an optional striker to activate an auxiliary contact. All cylindrical fuse-links have ceramic bodies and silver-plated ferrules. Cylindrical fuse-links gG are used for the protection of cables, motors and LV-networks. They limit and cut off unacceptable overcurrents and short-circuit currents up to their nominal breaking capacity. Cylindrical fuse-links gG also protect electrical equipment and installations against the dynamic effect of high short-currents. Our technology and process was designed to ensure highly reliable technical performance.
OFAA1GG100 HRC Fuse Link Size NH1, gG
OFAA1GG100 HRC Fuse Link Size NH1, gG
The 10x38 gR cylindrical is a fast acting, full range fuse used in the protection of inverters, UPS, variable speed drives and other discrete semiconductor devices.
The 10x38 gR cylindrical is a fast acting, full range fuse used in the protection of inverters, UPS, variable speed drives and other discrete semiconductor devices.
The NH system is classified among plug-in fuse systems and is composed of: fuse-base (possibly including terminal covers and phase barriers) fuse-link with blade contact fuse-link replacement device (LV HRC fuse puller) Since the design of this system cannot guarantee non-interchangeability of rated current it must be handled by a qualified professional. Type gG NH fuse-links are full range breaking capacity fuse-links and are used to protect cables and equipment. They can interrupt any current surge, from the lowest fusing current up to their breaking capacity, and so can be used alone as protection. They also protect electrical devices and industrial set-ups from the electrodynamic effects of very high short-circuit currents.
The NH system is classified among plug-in fuse systems and is composed of: fuse-base (possibly including terminal covers and phase barriers) fuse-link with blade contact fuse-link replacement device (LV HRC fuse puller) Since the design of this system cannot guarantee non-interchangeability of rated current it must be handled by a qualified professional. Type gG NH fuse-links are full range breaking capacity fuse-links and are used to protect cables and equipment. They can interrupt any current surge, from the lowest fusing current up to their breaking capacity, and so can be used alone as protection. They also protect electrical devices and industrial set-ups from the electrodynamic effects of very high short-circuit currents.
LV HRC FUSE LINK A.M. 690V S1 125A LV HRC FUSE LINK A.M. W. NON-INSULATED GRIPPING LUGS SIZE 1, 125A, AC 690 V
LV HRC FUSE LINK A.M. 690V S1 125A LV HRC FUSE LINK A.M. W. NON-INSULATED GRIPPING LUGS SIZE 1, 125A, AC 690 V
SITOR FUSE-LINK 50A,AC 660V (DIN 43620, SIZE 00) SITOR FUSE LINKS 50A, AC 690V
SITOR FUSE-LINK 50A,AC 660V (DIN 43620, SIZE 00) SITOR FUSE LINKS 50A, AC 690V
The NH system is classified among plug-in fuse systems and is composed of: fuse-base (possibly including terminal covers and phase barriers) fuse-link with blade contact fuse-link replacement device (LV HRC fuse puller) Since the design of this system cannot guarantee non-interchangeability of rated current it must be handled by a qualified professional. Type gG NH fuse-links are full range breaking capacity fuse-links and are used to protect cables and equipment. They can interrupt any current surge, from the lowest fusing current up to their breaking capacity, and so can be used alone as protection. They also protect electrical devices and industrial set-ups from the electrodynamic effects of very high short-circuit currents.
The NH system is classified among plug-in fuse systems and is composed of: fuse-base (possibly including terminal covers and phase barriers) fuse-link with blade contact fuse-link replacement device (LV HRC fuse puller) Since the design of this system cannot guarantee non-interchangeability of rated current it must be handled by a qualified professional. Type gG NH fuse-links are full range breaking capacity fuse-links and are used to protect cables and equipment. They can interrupt any current surge, from the lowest fusing current up to their breaking capacity, and so can be used alone as protection. They also protect electrical devices and industrial set-ups from the electrodynamic effects of very high short-circuit currents.