Blog

High-density racks and AI workloads demand a new approach to power. Here is how to upgrade your facility for the future of energy distribution.

Electrical contractors and data center managers constantly weigh options when selecting portable power cords. Choosing the right cable prevents costly downtime, equipment failure, and safety hazards. While many cable types appear similar on a spec sheet, subtle...

Understand the key distinctions between 3P3W and 3P4W Russellstoll systems so you can select the right connector for your high-current, industrial needs.

Reliability starts with testing! Read about the rigorous continuity, voltage, and physical stress tests power whips undergo to earn the safety mark.

Protect your IEC cables effectively! Explore the benefits of liquid-tight conduit and how it defends against water, dust, and impact damage.

Find out how to prevent data center downtime with redundant power strategies for power whip failures. Explore 2N, N+1, and other resilient designs!

Protect your SO and TC-ER cabling during maintenance and repair! Prevent downtime, damage, and safety hazards with these essential best practices

Uncover the key innovations transforming prefab power cable manufacturing, from automation and advanced materials to IoT and modular designs.

Should you repair or replace damaged power whip connectors? Find out the key factors to consider for cost-effective, safe electrical decisions.

Ensure your electrical installations are safe and compliant. Uncover the essential NEC Code requirements for NEMA receptacles and other factors to consider.

Our guide breaks down the key differences between IEC C13, C19, & C21 power connectors and helps you find the right connector type for your equipment.

Uncover essential safety protocols for minimizing arc flash hazards during power whip installations to protect personnel and enhance workplace safety.