Destructive surges can be hundreds of thousands of joules. A protector rated for hundreds of joules does not claim to protect from the other and typically destructive surge. In fact, a 250 joule surge will simply be converted by electronics into low voltage DC to safely power its semiconductors.
A destructive surge may be 20,000 amps. So a minimal 'whole house' protector for all homes should be at least 50,000 amps. Any protector that fails on a surge did not provide effective protection. And was a potential house fire.
Depends on a type of protector. Some protectors work by absorbing energy. These might be rated in joules (pronounced 'jewel'). Are typically hundreds or a few thousand joules. Another protector for all types of surges works differently. It is measured in amps. For example a typically destructive surge (lightning is one example) might be 20,000 amps. So a 'whole house' protector is minimally 50,000 amps. Protector must not stop working. If properly sized, it only degrades. Protector that is grossly undersized stops working in a manner that violated the manufacturer's specifications. And that is a potential fire. A typically destructive surge can be hundred of thousands of joules. What does that do to the first type protector that must somehow absorb that energy? Two type protectors. One rated in joules. The other in amps.
The number of joules in a surge protector is a measure of its energy absorption capacity, not its voltage rating. In order to determine the joules rating of the Newpoint Surge Protector model E87630, you would need to refer to the product specifications or documentation provided by the manufacturer.
Surge protectors are rated in joules because joules measure the energy a surge protector can absorb before it fails to protect your devices. The higher the joule rating, the more energy the surge protector can handle. Choosing a surge protector with a higher joule rating can provide better protection for your electronics.
Not a lot. The rating is to denote the voltage the bulb is designed for. The higher rating just says it will handle voltage that high so you have a bit more flexibility if your voltage fluctuates.
A 250V - 660W rating on a bathroom fixture means that it is designed to operate with a maximum voltage of 250 volts and draw a maximum power of 660 watts. This rating helps ensure that the fixture is safely connected to the appropriate electrical supply in your home.
Depends on a type of protector. Some protectors work by absorbing energy. These might be rated in joules (pronounced 'jewel'). Are typically hundreds or a few thousand joules. Another protector for all types of surges works differently. It is measured in amps. For example a typically destructive surge (lightning is one example) might be 20,000 amps. So a 'whole house' protector is minimally 50,000 amps. Protector must not stop working. If properly sized, it only degrades. Protector that is grossly undersized stops working in a manner that violated the manufacturer's specifications. And that is a potential fire. A typically destructive surge can be hundred of thousands of joules. What does that do to the first type protector that must somehow absorb that energy? Two type protectors. One rated in joules. The other in amps.
The typical rating of a hot wire relay contacts is 35 amp
The typical rating of a hot wire relay contacts is 35 amp
The maximum amperage rating for a typical dryer outlet is 30 amps.
The typical starting Elo rating for beginners in chess is around 800 to 1200.
The number of joules in a surge protector is a measure of its energy absorption capacity, not its voltage rating. In order to determine the joules rating of the Newpoint Surge Protector model E87630, you would need to refer to the product specifications or documentation provided by the manufacturer.
Voltage is electrical pressure and Joules is a power rating so other info is needed
yes also knows as joules per second
Surge protectors are rated in joules because joules measure the energy a surge protector can absorb before it fails to protect your devices. The higher the joule rating, the more energy the surge protector can handle. Choosing a surge protector with a higher joule rating can provide better protection for your electronics.
The maximum amp rating for a device designed to handle a 10-2 amp rating is 10 amps.
The typical amp hour rating of a marine battery is usually between 50 to 200 amp hours.
No way of telling. to get amps you have to have a current flow, which you get when you connect a consumer to an outlet. Then the consumer will pull amps according to its wattage rating (Watts / Volts = amps) - assuming it's all hooked to a fuse with enough rating.