820/835

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Fuseholders are critical in most applications, but none more so than the 820/835 model from ABB. This type of fuse arrester is designed to protect sensitive components from surges and other electrical abnormalities. The 820/835, in particular, is suitable for a variety of applications, including 6 kV, 4 kV, 12 kV, 18 kV, 24 kV, and 36 kV applications.

The 820/835 fuse holder works by the principle of thermal protection. This means that when too much current passes through the holder, the arrester will heat up. If not enough current is flowing, or the arrester is exposed to an electrical overload, the thermostat will detect the temperature and open the fuse. This will break the circuit, thereby preventing the overload from damaging the electrical components.

The 820/835 comes with two different structures, the fuse body and the fuse link. The fuse body is a small metal cylinder that houses the fuse link. The fuse link is a unique set of conductive wires that create a path for the current. The fuse link is specifically designed to "slow blow" when an overload situation occurs. This type of fuse can handle a larger load than the normal fuse, as the fuse body can delicately slow the current.

The 820/835 fuse holder is used in many different electrical applications. It is especially useful in high voltage applications where sensitive electrical components need to be protected from surges and other abnormalities. It can also be used in industrial and commercial settings, including in high voltage rectifiers and associated equipment.

The 820/835 is an extremely reliable andresistant product. It is also easy to install and requires minimal maintenance. It can also be used in damp and corrosive environments, as the robust construction ensures the product remains functional even under the harshest conditions.

The 820/835 fuse holder is an important component for any environment where electrical components are concerned. It is a reliable, easy to install product that can protect electrical components from damage. By utilizing the thermal protection principle, it can help reduce accidental damage and save money on maintenance costs.

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