So, in summary, the answer is YES...you can use a power strip for both the dishwasher and solenoid.
Portable heaters, refrigerators or large electrical draw appliances should never be plugged into the power strip, but rather a dedicated electrical wall outlet.
Surge protectors are a must for any electronic device, whether it's a digital clock, a computer, a dishwasher or a home theater system. The best protection is a whole house surge suppressor backing up a plug-in surge suppressor.
The devices and appliances you want to make sure you plug in, are the expensive ones with microprocessors into your surge protector. This includes TVs, refrigerators, dishwashers, ranges, AC units, PCs, laptops, game systems, and phones.
But bigger or more important items, as well as appliances that require constant power, such as computers, printers, televisions, and refrigerators, should all use surge protectors. Any device that you don't want to lose in the event of a power surge, or that would be expensive to replace, should be protected.
A power strip gives you the ability to plug multiple devices into a single wall outlet. A surge protector is a type of power strip which is specifically designed to withstand a power surge and keep your electronics safe.
Never Plug a Power Strip Into Another Power Strip
Not only is it against half a dozen OSHA regulations in a professional setting, but it can also cause one or more of the strips to fail or even catch fire.
Extension cords and power strips are not to be used together. Power strips are also commonly called Surge Protectors or Relocatable Power Taps (RPT's) although there are some differences in their capabilities. For connection purposes they are treated the same regardless of their capabilities.
Don't forget about TVs, lamps, and other household items. All these items plugged into a power strip can put stress on it. Most people probably don't give much thought to how many devices are plugged in at any given time.
When it comes to plugging your appliances into power strips, a surge protector is safer than an extension cord. Surges can occur for any number of reasons, including lightning strikes and faulty wiring.
Take for instance your smart TV, your laptop computer and your cable box, all these devices use energy when they're off. Incorporating a power strip into your home office or your entertainment centers are pretty easy, just make sure you're on the hunt for a smart power strip!
However, the main difference between the two lies in the purpose: If you want to multiply the number of electrical outlets from a single source, use a power strip. If you want to stretch out a power source towards a distant appliance, use an extension cord.
Amps decide the amount of current that flows to the dishwasher from the power source. The new power cord must have a rating equal to or higher than the electronic circuit it is connected to. Most large appliances use up to 60 amps while small appliances may use up to 25 amps.
Even if there are six sockets in your power strip, you should only use one or two at a given time. Plugging multiple power strips into one wall receptacle. You should never have more than one outlet per wall receptacle serving a power strip.
Is it safe to install Two Surge Protectors In One Outlet? If we maintain the current limit of the socket, it is totally fine. Even Two Surge Protectors In One Outlet can serve as extra protection over a single one if connected in parallel. Both the surge protectors will work as backup for each other.
It's the improper use that can cause safety issues, such as creating a potential electrical failure and/or a possible fire hazard. An example of using power strips unsafely is when they are “daisy chained” together.
Generally power strips provide a maximum of six to eight outlets, yet when multiple strips are connected to one another the primary strip connected to the wall unit or building outlet has to supply more energy than it is rated for.
A power strip can safely handle AV equipment or low-power household items like smartphones, tablets, laptops, or lamps. However, if you plug in a device or appliance that needs a lot of electricity to function, you run the risk of overloading the powerstrip and starting an electrical fire.
Typically, power strips are cheap, multi-outlet products that are merely an expansion of a wall outlet. They're usually small and thin, sometimes fitting directly into the outlet itself. They usually have a circuit breaker (on/off switch) of some sort, but most don't offer any real "protection" from electrical issues.
Without a surge protector, a power spike or power surge could shorten the life of your computer, wipe out all of your data, or even completely destroy your system. In fact, you should use a surge protector with any high-end electronic device.
The spike in voltage that causes power surges has the potential to damage electrical devices and appliances. When voltage increases above normal capacity, it can cause an arc of electrical current, with associated heat also posing a risk to electronic components.
We do not recommend connecting a refrigerator or freezer to a surge protector. The reason we do not recommend this is explained below: The compressor is sensitive to temperature and current overloads and will shut itself down with a power surge.
There is no protection against power surges and spikes in standard electrical outlets.