Electrical Condition Monitoring
Intelligent condition monitoring for complete system confidence
Dynamic insight. Predictable performance. Intelligent condition monitoring that keeps people, systems, and assets safe.
How Viper Delivers Cable Health Monitoring
Electrical Condition Monitoring for Resilient Electrical Systems
Modern electrical systems demand more than periodic testing—they require real-time, intelligent condition monitoring to maintain uptime, ensure safety, and extend asset life. Viper’s solutions deliver dynamic, always-on assessment of insulation resistance (IR) and system health, giving operators visibility, control, and confidence across the entire asset lifecycle.
Increased visibility for system health
Solution Overview & Technology Explained
Viper’s Electrical Condition Monitoring solutions provide dynamic, real-time insight into the insulation resistance of electrical systems—a key indicator for predicting faults and preventing failures. Built on decades of subsea and rail expertise, the V-LIM product family (V-LIM, V-LIM2, V-SLIM PCBA, and V-SLIM Canister) brings proven reliability across a range of applications.
Whether embedded in OEM systems, retrofitted into existing cabinets, or deployed subsea, our monitoring solutions deliver sensitive and accurate IR readings in both energised and de-energised systems. This continuous approach offers a significant upgrade over periodic testing, helping operators identify risks earlier, reduce operational hazards, and extend the working life of their assets.
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Our products
Products for Monitoring Cable Health
Explore our cutting-edge solutions for electrical systems.
Case Study
V-LIFE Insulation Resistance Recovery
Designed to recover the electrical integrity of failing subsea circuits.
The most common cause of subsea electrical failures is the ingress of water into the cable insulation, which decreases the insulation resistance (IR) and may produce short circuits or leakage to earth. These faults often lead to loss of power, operability and production of the subsea system.
If you are experiencing low IR, a timely decision is essential, as ignoring the issue may result in expensive subsea fault-finding interventions and the replacement of cables, equipment and umbilicals; not to mention a very real risk of electric shock.
FAQs
Find answers to common questions about monitoring cable health and ensuring system reliability.
What is cable health?
Cable health refers to the condition of electrical cables and their ability to function safely. Monitoring cable health is crucial for preventing failures and extending asset life. It involves assessing insulation integrity, detecting faults, and ensuring optimal performance.
How is it monitored?
Cable health is monitored using advanced technologies such as insulation monitoring and predictive maintenance tools. These systems provide real-time data on cable conditions, allowing for proactive maintenance. Regular assessments help identify potential issues before they escalate.
Why is it important?
Monitoring cable health is vital for preventing unexpected failures that can lead to costly downtime. It ensures the safety of electrical systems and protects valuable assets. By maintaining cable integrity, organizations can enhance operational efficiency.
What are the benefits?
The benefits of monitoring cable health include reduced maintenance costs, improved safety, and extended asset lifespan. It allows for timely interventions and minimizes the risk of catastrophic failures. Overall, it contributes to a more reliable electrical infrastructure.
How often should it be done?
The frequency of cable health monitoring depends on the environment and usage conditions. Regular assessments are recommended, typically every six months to a year. However, high-risk installations may require more frequent evaluations.