Technical documents
Specifications
Brand
EatonCurrent Rating
200A
Fuse Size
A4
Voltage Rating
415V ac
Fuse Standard
BS 88, IEC 269
Fixing Centres
93.7mm
Application Category
gG
Tag Width
19mm
High Rupture Capacity
Yes
Overall Length
110mm
Body Diameter
29.5mm
Tag Type
Bolted
Tag Orientation
Offset
Body Length
47mm
Body Width
31mm
Body Height
47mm
Fuse Dimensions
29.5 x 47mm
Country of Origin
India
Product details
Eaton Bussmann HRC Offset Tag Fuses - BS88 British Standard Fuses
Eaton Bussmann's offset tag fuses (or offset bolted tag fuses) are essentially a cylindrical fuse that is fitted with offset brackets, these brackets allow the fuse to be bolted onto a fuse holder. Predominantly, this type of fuse is used within installations as a "weak link". They are designed to break when a fault occurs, such as an overcurrent or short circuit - they are a safety and damage measure. Eaton Bussmann's fuses are commonly found within a multitude of industrial and switchgear applications, electrical equipment, wiring systems and circuit breakers. This fuse range is suitable for general purpose use.
Features & Benefits
The low-temperature rise enables the fuse to be suitable for high-density mounting
Fuse links, specifically designed for the protection of equipment
Conforms to industry standards
Low voltage fuse
High rupture capacity (HRC)
Suitable for three-phase applications
Suitable for type 2 co-ordinated applications as defined in IEC 947-4
Low power loss, typically 20% lower than the requirements of BS 88
Why use a slotted tag fuse?
A slotted tag fuse is distinguished by the metal slotted tags that extend off the ends of the fuse. This tag can either enable the fuse to have an offset tag or be centred to the fuse. Predominantly, this type of fuse is used within installations as a "weak link". They are designed to break when a fault occurs, such as an overcurrent or short circuit - they are a safety and damage protection measure within electrical circuits.
Stock information temporarily unavailable.
Please check again later.
₪ 318.70
Each (ex VAT)
₪ 372.88
Each (inc. VAT)
1
₪ 318.70
Each (ex VAT)
₪ 372.88
Each (inc. VAT)
1
Buy in bulk
quantity | Unit price |
---|---|
1 - 4 | ₪ 318.70 |
5 - 24 | ₪ 273.76 |
25 - 49 | ₪ 239.77 |
50 - 99 | ₪ 217.54 |
100+ | ₪ 207.72 |
Technical documents
Specifications
Brand
EatonCurrent Rating
200A
Fuse Size
A4
Voltage Rating
415V ac
Fuse Standard
BS 88, IEC 269
Fixing Centres
93.7mm
Application Category
gG
Tag Width
19mm
High Rupture Capacity
Yes
Overall Length
110mm
Body Diameter
29.5mm
Tag Type
Bolted
Tag Orientation
Offset
Body Length
47mm
Body Width
31mm
Body Height
47mm
Fuse Dimensions
29.5 x 47mm
Country of Origin
India
Product details
Eaton Bussmann HRC Offset Tag Fuses - BS88 British Standard Fuses
Eaton Bussmann's offset tag fuses (or offset bolted tag fuses) are essentially a cylindrical fuse that is fitted with offset brackets, these brackets allow the fuse to be bolted onto a fuse holder. Predominantly, this type of fuse is used within installations as a "weak link". They are designed to break when a fault occurs, such as an overcurrent or short circuit - they are a safety and damage measure. Eaton Bussmann's fuses are commonly found within a multitude of industrial and switchgear applications, electrical equipment, wiring systems and circuit breakers. This fuse range is suitable for general purpose use.
Features & Benefits
The low-temperature rise enables the fuse to be suitable for high-density mounting
Fuse links, specifically designed for the protection of equipment
Conforms to industry standards
Low voltage fuse
High rupture capacity (HRC)
Suitable for three-phase applications
Suitable for type 2 co-ordinated applications as defined in IEC 947-4
Low power loss, typically 20% lower than the requirements of BS 88
Why use a slotted tag fuse?
A slotted tag fuse is distinguished by the metal slotted tags that extend off the ends of the fuse. This tag can either enable the fuse to have an offset tag or be centred to the fuse. Predominantly, this type of fuse is used within installations as a "weak link". They are designed to break when a fault occurs, such as an overcurrent or short circuit - they are a safety and damage protection measure within electrical circuits.