Surge-Protected Power Strips
Protect your new build from power spikes with a properly rated surge protector.
Upload: surge-protected-power-strips.jpgOur online shop is coming soon for clients, so this product can't be ordered yet. Specs and pricing may change before launch. Contact us with questions.
Specs
- Multiple outlet and USB charging configurations
- Joule rating suited for full PC setups
- Rated for continuous workstation or field use
- Indicator light for protection status
What a Surge Protector Actually Does
A power strip and a surge protector look almost identical, but only one of them is doing anything to protect what's plugged into it. A plain power strip is just a way to add outlets; it passes electricity through exactly as it comes in, spikes and all. A surge protector has internal components that absorb excess voltage during a spike and divert it away from whatever's plugged in, which matters because voltage spikes from storms, grid switching, or even large appliances cycling on and off elsewhere in a building can degrade or damage sensitive electronics over time even when they don't cause an obvious, sudden failure.
Joule rating is the number that tells you how much energy a surge protector can absorb before it's used up its protective capacity. A rating suited for full PC setups accounts for a system that draws real, continuous power (a desktop tower, monitor, and any peripherals plugged into the same strip) rather than the lighter loads a basic strip might be sized for. Multiple outlet and USB charging configurations mean a single strip can handle a full desk setup without needing a separate charger block plugged in elsewhere.
These strips are rated for continuous use, whether that's running a workstation all day in an office or staying powered in a field or jobsite setting where power quality is less predictable than a typical home outlet. The indicator light is a simple but useful feature; it tells you at a glance whether the protection circuitry is still active, since a surge protector can absorb a large enough spike that it stops protecting the outlet even though power still passes through.
A regular power strip just adds outlets. A surge protector adds circuitry that absorbs voltage spikes before they reach whatever's plugged in, protecting sensitive electronics like a PC.
It shows whether the surge protection circuitry is still active. A strip can absorb enough of a spike over time that its protection wears out even though outlets still supply power.