Schneider Electric Recalls Surgeloc™ Surge Protection Devices Due to Fire Hazard

What was recalled

The Consumer Product Safety Commission (CPSC) has issued a recall for specific Surge Protection Devices manufactured by Schneider Electric under its Square D brand line. These products are known as Surgeloc™ Surge Protection Devices, and the issue pertains to units that were primarily installed in commercial and industrial settings, though some may have been used in residential applications. The devices are distinctive black rectangular units featuring a green plastic-rimmed meter and a white label on the front that clearly displays "Square D by Schneider Electric," along with the date code and catalog number.

The scope of this recall covers Surgeloc Surge Protection Devices manufactured between January 1, 2013 (identified by date code 13011) and August 24, 2020 (date code 20352). The date codes follow a YYWWD format, where the first two digits represent the year, followed by the week number, and optionally the day of the week. For example, a code like 20452 indicates the product was made in 2020 during week 45 on a Monday. These devices are designed for various voltage configurations, including 120/240 V single-phase systems and 3-phase Wye or High-leg Delta systems.

The specific catalog numbers included in this recall span multiple surge current ratings from 80 kA to 240 kA. For 120/240 V, 1-phase, 3-wire plus ground applications, the affected models include SSP01BIA08PBQ1, SSP01BIA10PBQ1, SSP01BIA12PBQ1, SSP01BIA16PBQ1, SSP01BIA20PBQ1, and SSP01BIA24PBQ1. For 208Y/120 V, 3-phase, 4-wire plus ground Wye systems, the recalled models are SSP02BIA08PBQ1, SSP02BIA10PBQ1, SSP02BIA12PBQ1, SSP02BIA16PBQ1, SSP03BIA20PBQ1, and SSP03BIA24PBQ1. Additionally, for 240Y/120 V, 3-phase, 4-wire plus ground High-leg Delta systems, the affected catalog numbers are SSP03BIA08PBQ1, SSP03BIA10PBQ1, SSP03BIA12PBQ1, SSP03BIA16PBQ1, SSP03BIA20PBQ1, and SSP03BIA24PBQ1.

The recall announcement was published on October 28, 2020. While the exact number of units sold is not specified in the current records, the broad range of catalog numbers and manufacturing dates suggests a significant volume of these devices were distributed to electricians and facility managers over nearly seven years. If you are unsure whether your device falls within this group, checking the white label on the front for the catalog number and date code is the most reliable method of verification.

The hazard, explained

At the heart of this recall is a specific and dangerous failure mode known as an "arc event." To understand why this is serious, it helps to look at what normally happens inside a surge protection device like the Surgeloc™. These devices are designed to act as a pressure valve for your electrical system. When a power spike hits your lines—whether from lightning, a grid fluctuation, or a large appliance turning on—the surge protector diverts that excess energy safely into the ground, protecting your sensitive electronics and wiring.

However, in the recalled Schneider Electric units, this safety mechanism has failed catastrophically. Instead of smoothly diverting the excess voltage, an internal component has broken down or shorted out in a way that creates an electrical arc. In plain terms, an arc is essentially a miniature, high-energy lightning bolt jumping across a gap inside the device where it shouldn't be. This isn't just a glitch; it is a release of intense heat and energy in a confined space.

The danger here is twofold: immediate thermal damage and potential ignition. When that arc forms, it generates temperatures hot enough to melt metal and ignite surrounding materials. The CPSC report confirms this is not theoretical; there is already one documented incident where an arcing event caused significant smoke damage to a wall in a commercial building. While no injuries have been reported in this specific instance, the physics of an electrical arc makes injury a very real possibility if it occurs near flammable insulation, dust, or other combustible materials found in walls or panels.

This is particularly concerning because these devices are often installed in panelboards where they are out of sight and out of mind. The Surgeloc units were primarily designed for commercial and industrial applications, meaning they handle massive amounts of power. If a high-current arc occurs within a 3-wire or 4-wire system rated for up to 240 kA (kiloamperes), the energy release is substantial. It can quickly turn a quiet electrical panel into a fire hazard before anyone notices anything wrong, aside from perhaps a faint smell of burning plastic or ozone.

Understanding this mechanism clarifies why the remedy is so urgent. You cannot simply "reset" an arc event. Once the internal integrity of the surge protection device has been compromised to the point of arcing, it no longer provides reliable protection against future surges either. It is now both a fire risk and a false sense of security. By stopping use immediately, you are removing the potential ignition source from your building’s electrical infrastructure, allowing professionals to replace the failed unit with one that has been verified to meet current safety standards.

Who is most at risk

Understanding who is vulnerable in this recall requires looking beyond the immediate mechanics of the electrical failure and considering the environment where these devices operate. The Schneider Electric Surgeloc Surge Protection Devices are not standard household items you might find plugged into a wall outlet in your living room or bedroom. Instead, they are specialized components designed for commercial and industrial applications. This distinction is crucial because it defines the primary group at risk: the occupants of businesses, factories, warehouses, and large institutional buildings where electrical infrastructure is complex and high-volume.

The devices were primarily installed to protect sensitive equipment and power distribution systems in these professional settings. Consequently, the people most directly exposed to the potential fire hazard are employees, facility managers, and maintenance staff who work within or manage these properties. Unlike a residential surge protector that might fail in a home where occupants are awake and aware of their surroundings, these industrial units are often installed in electrical rooms, server closets, or ceiling plenums—spaces that are frequently unoccupied for long periods. This lack of constant human presence increases the risk because an arcing event could progress from a small spark to a significant fire before anyone notices smoke or heat.

While the recall notes that some residential applications may be included, the vast majority of these units serve commercial loads. For homeowners who might have such a device installed in their main service panel, the risk profile is slightly different. In a home, occupants are more likely to hear the distinct popping sound of an arc or smell burning insulation early in the process. However, for business owners and property managers, the risk extends beyond personal safety to the protection of critical data, expensive machinery, and business continuity. A fire originating from a hidden electrical fault can lead to catastrophic operational downtime and significant property damage.

In terms of physical vulnerability, there are no specific demographics like children or the elderly identified as uniquely at higher risk from this particular product in the official reports. The hazard is environmental rather than biological. However, individuals with respiratory sensitivities could be at greater risk from the smoke damage reported in the single known incident, particularly if they work in poorly ventilated areas near the electrical panel. It is also worth noting that while no injuries have been reported to date, the nature of electrical fires means that anyone in the immediate vicinity when an arc event occurs faces a risk of burns or shock, though this is rare given the protective design of the panelboard enclosures.

Ultimately, the group most at risk is anyone who relies on the integrity of commercial electrical systems managed by Schneider Electric. This includes facility engineers responsible for maintenance, security personnel patrolling server rooms, and even customers in retail or office spaces if a fire were to compromise building safety systems. Because these devices are hidden from view behind panel doors, the general public is largely unaware of their presence until a failure occurs. Therefore, the responsibility for risk mitigation falls heavily on property owners and facility managers to verify their inventory against the recall list immediately.

How to tell if you have the recalled item

Identifying whether your surge protection device is part of this recall requires a close inspection of the physical unit itself. These are not standard plug-in power strips found in most home offices; they are substantial, industrial-grade components typically installed inside electrical panels or mounted on walls in commercial and industrial settings, though they may also appear in some residential applications. To begin your search, look for a black, rectangular device that features a distinctive green plastic rimmed meter on the front face. You should see a white label adhered to the device that clearly reads "Square D by Schneider Electric." This branding is critical, as the recall specifically targets products manufactured by Schneider Electric under this brand identity.

Once you have located the device, the most reliable way to confirm if it is included in this safety notice is to check two specific pieces of information printed on that white label: the catalog number and the date code. The catalog numbers are unique identifiers for each model configuration. You need to look for any of the following codes, which vary based on voltage and surge current rating:

• NQ Panelboard Units (1 Phase, 3-wire + ground): SSP01BIA08PBQ1, SSP01BIA10PBQ1, SSP01BIA12PBQ1, SSP01BIA16PBQ1, SSP01BIA20PBQ1, or SSP01BIA24PBQ1.
• 208Y/120 V Units (3-Phase, 4-wire + ground Wye): SSP02BIA08PBQ1, SSP02BIA10PBQ1, SSP02BIA12PBQ1, SSP02BIA16PBQ1, SSP03BIA20PBQ1, or SSP03BIA24PBQ1.
• 240Y/120 V Units (3-Phase, 4-wire + ground High-leg Delta): SSP03BIA08PBQ1, SSP03BIA10PBQ1, SSP03BIA12PBQ1, SSP03BIA16PBQ1, SSP03BIA20PBQ1, or SSP03BIA24PBQ1.

In addition to the catalog number, you must verify the date code, which indicates when the unit was manufactured. This code is also located on the front of the device. The recall covers units manufactured between January 1, 2013, and August 24, 2020. The date codes follow a YYWWD format (Year-Week-Day), where the day is optional. For example, a code starting with "13" indicates production in 2013, while a code starting with "20" indicates production in 2020. If your device bears any of the listed catalog numbers and falls within this manufacturing window, it is part of the recall. Because these devices are often installed in hard-to-reach electrical panels, take care when inspecting them, and if you are unsure how to safely access or read the label, contact a qualified electrician for assistance.

What to do — step by step

Your refund, repair, or replacement options

If you have identified that your Surge Protection Device falls within the scope of this recall, the most important thing to understand is that Schneider Electric has established a clear and direct path for resolution. You are not left to navigate this safety issue alone, nor are you expected to cover the costs associated with correcting it. The company’s remedy is straightforward: they will provide you with a free equivalent replacement surge protector. This is not a partial credit, a discount voucher, or a repair service; it is a complete substitution of the hazardous unit with a new, safe device at no cost to you. This approach ensures that your electrical infrastructure remains protected without imposing any financial burden on homeowners or facility managers who purchased these products in good faith.

To initiate this process, you will need to contact Schneider Electric directly. The recall notice provides two primary methods for reaching them, and both are monitored during standard business hours. You may call their dedicated consumer support line at 800-577-7353. When you call, please be prepared to do so between 8 a.m. and 5 p.m. Eastern Time, Monday through Friday. Having your device ready during this call is highly recommended. Specifically, have the catalog number and the date code visible on the front of the unit. These details allow the representative to verify that your specific model is indeed part of the recall and to process your replacement order efficiently. If you prefer digital communication or wish to gather more information before speaking with an agent, you can visit their official safety notice page online at www.se.com/us/surgeloc-safetynotice. Alternatively, you may navigate to www.se.com/us/en/ and look for the link titled “Product Safety Notice: Surgelogic NQ SurgeLoc Surge Protection Device.”

While the recall documents do not explicitly detail an internal refund or cash-back option, the provision of a free equivalent replacement serves as the primary remedy. In most cases involving hardware recalls of this nature, the goal is to restore safety rather than to refund the original purchase price, especially since these devices are often installed in commercial or industrial applications where they have been in service for years. The "equivalent" replacement means you will receive a device that matches the specifications and functionality of the one you currently have, ensuring continuity in your power protection strategy. There are no stated conditions regarding proof of purchase, such as a receipt, which suggests that the company is prioritizing safety and accessibility over administrative hurdles.

It is crucial to act promptly once you have confirmed your device is part of this recall. The remedy is available to you, but it requires proactive engagement. Do not attempt to return the old unit to a retail store for a refund, as these are specialized industrial components often installed directly into panelboards. Instead, rely on the manufacturer’s direct support channels. By contacting Schneider Electric through the phone number or website provided, you ensure that your case is logged correctly and that you receive instructions tailored to your specific installation context, whether residential or commercial.

What can happen if you ignore it

It is completely understandable to feel hesitant about taking a device out of service, especially when it is installed in a hard-to-reach panel or integrated into the electrical infrastructure of a home or business. You might think that because the surge protector is doing its job most of the time, ignoring a recall notice is a minor inconvenience compared to the hassle of scheduling a technician. However, with the Schneider Electric Surgeloc™ Surge Protection Devices, patience can turn into a serious liability. The core issue here is not that the device will fail to protect against a power surge; rather, it is that the device itself has become a source of danger. By continuing to use these units, you are leaving an active fire hazard inside your walls or electrical panel, waiting for the right conditions to ignite.

The specific mechanism at play here is an "arc event." In electrical terms, arcing occurs when electricity jumps across a gap in the circuit, creating intense heat and plasma. For these recalled surge protection devices, internal components may degrade or fail in a way that allows this dangerous spark to occur. When an arc happens inside an electrical enclosure, it generates temperatures high enough to melt wiring insulation, scorch surrounding materials, and potentially ignite nearby combustible substances like drywall, dust, or wooden framing. This is not a theoretical risk; the manufacturer has already confirmed that this hazard is real and active.

We do not need to speculate about worst-case scenarios because we have concrete evidence of what happens when this specific defect goes unchecked. Schneider Electric has documented at least one incident where an arcing event occurred in a commercial setting. The result was significant smoke damage to the wall surrounding the unit. While it is a relief that no injuries were reported in that case, the property damage alone illustrates the severity of the situation. Smoke from an electrical fire can spread rapidly through HVAC systems, contaminating air quality throughout a building and causing costly remediation issues long after the initial spark has died down. In a residential setting, the same arc could easily lead to a full-blown structure fire, threatening lives and assets.

Furthermore, ignoring the recall means you are relying on a component that is statistically more likely to fail than a new, safe unit. These devices were manufactured over a seven-year period, from January 2013 through August 2020. The longer you leave a potentially defective electrical component in place, the greater the probability that it will transition from "risky" to "catastrophic." There is no warning light or audible alarm that accompanies an impending arc event. One moment the device looks fine, and the next, it is producing sparks. By acting now, you are preventing a scenario where a simple electrical fault becomes a household emergency. The risk of staying put far outweighs the temporary inconvenience of having a professional swap out the unit.

Consider also the insurance implications. If a fire were to start due to a known, recalled defective product that was left in use despite warnings, you could face significant challenges with your homeowner’s or business insurance provider. They may argue that you ignored a manufacturer’s safety notice, potentially complicating claims for property damage. The remedy offered by Schneider Electric is straightforward: a free replacement. There is no financial upside to waiting, only a growing downside of increased fire risk and potential liability.

Ultimately, electrical safety is about eliminating known variables. You cannot control when the power grid fluctuates or when lightning strikes, but you can control whether your surge protection equipment is a shield or a spark. Ignoring this recall leaves that variable dangerously open. The moment you decide to contact Schneider Electric or a qualified electrician is the moment you remove a potential fire source from your property. Do not let the silence of the device lull you into a false sense of security; its quiet operation does not mean it is safe, only that it has not yet failed catastrophically.

Staying safe: broader tips

While this specific recall addresses a known defect in certain Surge Protection Devices (SPDs), protecting your home or business from electrical hazards requires a proactive, layered approach to safety. Surge protectors are critical tools in managing voltage spikes caused by lightning strikes, utility grid fluctuations, or internal power surges from large appliances cycling on and off. However, they are not "set it and forget it" devices. To maintain a truly safe electrical environment, you must view them as part of a broader safety ecosystem that includes regular maintenance, proper installation practices, and ongoing awareness.

First, understand the lifespan of your surge protection equipment. Unlike a smoke detector with a simple battery indicator, many high-capacity industrial or commercial SPDs do not have obvious visual cues when their protective components are exhausted. Over time, the metal oxide varistors (MOVs) inside these devices absorb energy from voltage spikes and degrade. Once they fail, they may no longer protect your sensitive electronics or prevent electrical fires, even if the device appears to be functioning normally. Consult the manufacturer’s documentation for recommended replacement intervals—often every three to five years for residential units, though commercial industrial units like the Surgeloc series may have different service lives based on usage and environmental conditions. Do not wait for a failure to occur before checking their status.

Secondly, ensure that all electrical installations are performed by qualified professionals who adhere to the National Electrical Code (NEC). Improper installation is a leading cause of electrical fires, regardless of whether the device itself is defective. For commercial and industrial applications, grounding is paramount; a surge protector cannot function correctly if its ground connection is compromised or missing. Regularly inspect visible wiring for signs of wear, heat damage, or loose connections. If you notice any burning smells, flickering lights, or warm outlets, shut off power to that circuit immediately and call a licensed electrician. These are often the earliest warning signs of underlying issues that surge protectors alone cannot fix.

Finally, stay informed about product safety through official channels. The Consumer Product Safety Commission (CPSC) and manufacturers frequently update recall notices as new data comes to light. Sign up for email alerts from the CPSC or create a free account on their database to receive notifications relevant to your specific products. Additionally, keep your purchase receipts and warranty information in a dedicated folder, either physical or digital. Having your model numbers and date codes readily available can significantly speed up the process if a future recall is issued. By combining regular professional inspections with vigilant monitoring of safety alerts, you create a resilient defense against electrical hazards that goes far beyond any single product.

• Check your grounding: Ensure all surge protectors are properly grounded. A poor ground connection renders the device useless and potentially dangerous.
• Monitor indicator lights: Many modern SPDs have LED indicators showing "Protected" or "Replace." Never ignore a "Replace" signal.
• Annual inspections: Have a licensed electrician inspect major electrical panels and surge protection systems annually, especially in older buildings.
• Register your products: Register new electrical devices with the manufacturer to ensure you receive direct communication about safety updates.