24/7 Emergency Call Line

    Call Us: 866-255-6030

    Case Study #8: A Case of a UPS in Bypass

    Share this article:

    Type of Customer/Facility: Casino


    Location: Pennsylvania


    Product: 2008 UPS System, Eaton 9390. Backs up the south end of the property


    Service Level: Full service including parts, labor, and emergency calls


    Summary: After phone technical support and a site visit, our field engineers determined the root cause of the UPS bypass were multiple outdated parts. Our field engineer visited the site and determined the UPS unit had outdated capacitors, fans, and batteries, resulting in the UPS’ failure.


    Preliminary Actions: The unit was operating in bypass mode upon the emergency notification. The circuit breaker on the UPS unit continuously tripped and would not close. A missing or disabled wire was the suspected culprit from phone technical support. The unit was newly under contract and had not received a preventative maintenance visit prior to the emergency.


    Mean Time to Repair (MTTR): 24 Hours to Diagnose and Quote


    Failed Parts: Capacitors, Fans, and Batteries


    Findings/Solutions: 


    1. Our field engineer performed phone technical support to determine what was causing the UPS unit to be in bypass.


    2. Another of our field engineers visited the site the same day as the emergency call, examined the UPS unit, and determined the capacitors, fans, and batteries were outdated in the UPS unit.


    3. The outdated parts were quoted the next business day.


    4. After two weeks, the client returned the purchase order. We were able to order the parts from our supplier three days later.

    Connect with Us:

    More Industry-Leading Insights

    A close up of a lithium ion battery with a red cable attached to it.
    15 Apr, 2024
    Unraveling Battery Connections: Understanding the Differences Between Series and Parallel Configurations for Optimal Power Management.
    11 Jan, 2024
    Uninterruptible power supply (UPS) units play a crucial role in providing backup power for your connected devices during power fluctuations, surges, or failures. This ensures the continuous operation of vital equipment, data protection, and a seamless transition to generators if necessary. To determine the ideal size and type of UPS for your requirements, it's essential to calculate both the load and runtime specific to your equipment. In this guide, we'll walk you through the process. Key Takeaways Identify Your Equipment: Begin by listing the equipment that needs UPS protection, excluding non-essential devices to avoid energy wastage. Calculate Total Energy Usage: Determine the total energy consumption of your connected equipment during peak operational hours. Factor in a Safety Margin: Allow for additional load capacity to prevent running the UPS at 100% capacity, which can lead to inefficiencies and potential failures. Regularly Update: Periodically review your energy consumption and adjust your UPS system to accommodate future expansions or equipment upgrades that may alter your total load.  What Size UPS Do I Need?
    A woman works on a series of UPS systems, she knows How To Calculate UPS Runtime
    20 Apr, 2023
    When purchasing a UPS system, you want to ensure that it can handle all connected devices. Click here to learn more about calculating UPS runtime and load.
    More posts
    Share by: