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Best Surge Protection Installation Practices for PV Systems
Littelfuse, Inc.

Best Surge Protection Installation Practices for PV Systems

Photovoltaic (PV) systems are complicated. They are comprised of many components that require various levels of surge protection. The NFPA 780 offers surge protective device (SPD) installation recommendations for solar applications such as requiring SPDs on specific components. To learn the best SPD installation practices, watch this video.
How to Select the Right Surge Protection for PV Systems
Littelfuse, Inc.

How to Select the Right Surge Protection for PV Systems

Photovoltaic (PV) systems require surge protection due to the inherent risk of damage from direct or indirect lightning. To understand the different types of surge protective devices (SPDs) available and to help select the right device for your specific PV application, watch this video.
How to Protect Your Solar Applications from Lightning
Littelfuse, Inc.

How to Protect Your Solar Applications from Lightning

Lightning strikes are a leading cause of downtime for solar farms. Even indirect strikes can cause major destruction to photovoltaic (PV) systems. Watch this video to learn how the Littelfuse SPD2 Type 2 series of surge protective devices provides a path to ground for excess voltage to protect your PV system.
Littelfuse Food and Beverage Capabilities
Littelfuse, Inc.

Littelfuse Food and Beverage Capabilities

Littelfuse products deliver protection, safe control and distribution of electrical power to optimize your food and beverage processing operations. From dairies to wineries and meat processing to bakeries, Littelfuse products can help protect your equipment and people.
Littelfuse SPD2 Series of Type 2 Surge Protection Devices
Littelfuse, Inc.

Littelfuse SPD2 Series of Type 2 Surge Protection Devices

Littelfuse SPD2 Series Type 2 Surge Protection Devices (SPDs) for branch circuits safeguard components from transient overvoltage or power surges by limiting the fault current to a load or the unit being protected. They are designed to prevent equipment damage or downtime caused by these power fluctuations.
5 Ways to Reduce Arc-Flash Risk
Littelfuse, Inc.

5 Ways to Reduce Arc-Flash Risk

Arc-flash events can destroy equipment and are dangerous and potentially fatal to personnel. Watch this video to learn five ways to reduce arc-flash risk so what matters most, stays safe.
Littelfuse - How Do Arc-Flash Relays Work?
Littelfuse, Inc.

Littelfuse - How Do Arc-Flash Relays Work?

There are many reasons an arc flash can occur and Littelfuse Arc-Flash Relays can provide superior protection against its damaging results. Littelfuse market leading arc-flash relay designs deliver reliable, easy-to-install protection.
How Arc-Flash Relays Make Your Facility Safer
Littelfuse, Inc.

How Arc-Flash Relays Make Your Facility Safer

Arc-flash is one of the most common electrical hazards in industrial environments.  Littelfuse arc-flash relays help protect your facility and workers.  They are cost effective, reduce incident energy and meet new NEC Codes.
Littelfuse Improving Electrical Safety Using Current-Limiting Fuses
Littelfuse, Inc.

Littelfuse Improving Electrical Safety Using Current-Limiting Fuses

In this module from the Littelfuse University 'Electrical Safety by Design' Series, we learn that designing current-limiting fuses into your electrical system greatly enhances the protection provided to your electrical workers and equipment, while also improving the safety ratings of other critical components within your system.
NetPak: Five "Must-Have" Tools for Electrical Contractors
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