Generator and automatic transfer switch surge protection for ATS and generators manufactured by companies such as Caterpillar, Cummins, Generac, and Kohler increases the reliability of energy for when utility power fails unexpectedly. The last thing you want is for your automatic transfer switch (ATS) or generator to fail when it is needed most. Owning a Kohler or Generac generator alone does not ensure that a building will continue to get power without the use of an ATS. Automatic transfer switches may fail at the wrong time, adding problems in the midst of an emergency, when not correctly surge protected. Generators and ATS include sensitive electronics that can be damaged by surges and, without enhanced filtering, generators may provide dirty power, harming all equipment being powered by the panel.
TK-TTLP-1S240-FL Service Entrance Disconnect
TPX-1S240-F-100 Downstream Breaker Panels
TPX-1S240-F Generator Feed at Transfer Switch
TPX-1S240-F Generator, Transfer Switch Output
TPX-1S240-CN Compact for Space Constraints
TPX-1S240-CW Compact with Wire Leads for Internal Locations
TPD eliminates transients & surges
which account for 85% to 95% of all
power issues, being the most common
and significantly the most damaging.
Surge Protect Service Entrance Disconnect/Utility Feed at Transfer Switch: TK-TTLP-1S240-FL
Surge Protect Downstream Breaker Panels: TPX-1S240-F-100
For High Exposure Areas:
Depending on the location of the transfer switch, it is recommended in high exposure areas to protect any data line coming from the transfer switch to the home’s network. SPDs should also be placed between the generator and utility inputs and the ATS output. Installing protection upstream from the ATS will protect the circuit boards and power supplies within the ATS.
Ensure Comfort and Safety
In residential settings, generators and ATS equipment are lifelines during power outages, maintaining essential services like lighting, heating, and refrigeration. Commercial facilities rely on these systems for security and business continuity. Surge-induced failures can disrupt these critical functions, impacting the comfort and safety of individuals in both residential and commercial spaces.
Prevent Data Loss
In today's digital age, both modern homes and businesses heavily depend on electronic devices, from computers to smart home systems. Surges pose a significant threat to these devices. When applied properly, TPD surge protection shields both the generator and connected electronics, preventing data loss and preserving system functionality.
Reduce Repair Costs
Repairing or replacing generator and ATS equipment can be a financial burden. TPD surge protection serves as a guardian, mitigating the risk of electrical damage in both residential and commercial settings, helping homeowners and businesses avoid unexpected repair expenses.
Surge-induced damage can create safety hazards, including the risk of electrical fires. TPD surge protection contributes to home safety in residential contexts and ensures workplace safety in commercial environments, preventing surges from causing dangerous electrical conditions.
Prevent Costly Downtime
Downtime can result in significant financial losses. Surge-induced failures in generator and ATS systems can disrupt business operations, leading to missed production targets, customer dissatisfaction, and lost revenue in commercial settings. In residential spaces, it hampers daily life. TPD surge protection minimizes the risk of such costly disruptions, ensuring smooth operations for both homes and businesses.
Protect Critical Infrastructure
Commercial facilities often house sensitive electronic equipment, data centers, and HVAC systems that rely on uninterrupted power. Surges can wreak havoc on this critical infrastructure, resulting in equipment failure, data loss, and compromised environmental control. TPD surge protection guarantees the reliability of backup power systems, safeguarding the heart of businesses and ensuring business continuity.
TPD surge protection for generator and ATS equipment is an essential investment for both residential and commercial applications. It ensures uninterrupted power, prevents data loss, reduces repair costs, enhances safety, and protects critical infrastructure, contributing to the convenience, resilience, and cost-effectiveness of homes and businesses alike.
Disruption to power in facilities such as hospitals, laboratories, and data centers can be dangerous, as power is required to perform critical tasks and services. If one of these facilities loses power, and generators cannot turn on due to damage caused by surges and/or lightning, it could be harmful. Downtime becomes not only a costly consequence, but one that is life-threatening. If surge take out an ATS, the generator will not turn on at all in the event of power loss.
Additionally, generators do not always provide the cleanest power or sinusoidal waveform that electronics need to operate effectively and sustain longevity. It is not unheard of that generators have killed the very equipment they were designed to keep powered. In most cases, installing a quality surge suppressor with enhanced filtering on the electrical panel fed by the generator will protect all equipment on that panel from the dirty generator power. It is extremely important to protect automatic transfer switches so power can continue to be supplied to homes, buildings, and facilities in the midst of an emergency.
A power outage can create major problems. To avoid those problems, you may have thought about installing a whole-home or whole-house generator. If you do, consider adding a surge protector to control the flow of power into your home. Today’s custom homes have electrical and electronic equipment similar to the lighting systems and controls, automation systems, HVAC systems, etc. found in commercial facilities, so home electrical panels have the same need of protection from dirty power originating from the use of generators.
The 2020 NEC code now requires a surge protector to be included on new generator installations. In certain commercial facilities, the 2104 National Electrical Code requires that a surge suppressor be installed on all panels fed by emergency generators. The NEC recognizes that there is a need to protect the equipment fed by the emergency panel from surges or dirty power coming from the generator. By having a surge protector between your home and generator, you are able to stay assured that in the event of a storm your home's power is protected.