Laser Cutting
Laser Cutting
Case Study: Protecting a Laser Machine from Severe Power and Environmental Risks
Safeguarding High-Value Laser Equipment in a High-Risk Power Environment
How a DSP-based UPS system prevented repeated equipment failure in a power-unstable and short-circuit-prone location.
Client Snapshot
- Industry: Industrial / Laser Application
- Location: Varanasi
- Machine: 12kW Laser Machine
- UPS Capacity: DSP-Based Online UPS
- Operating Environment: Power-unstable and high-risk area
The Challenge
The client was operating a 12kW laser machine in a region with extremely poor power quality, where electrical disturbances were frequent and severe.
The situation was further complicated by ground-level environmental issues, making the setup highly vulnerable:
- The area was prone to short circuits, especially during the rainy season
- Frequent transformer failures, including a major incident where the main transformer got shorted
- Rodent issues, with rats damaging cables and causing unexpected faults
- Highly unstable and fluctuating input power conditions
The client had previously installed an analog-based UPS, which failed to handle these harsh conditions. During a major power disturbance:
- The UPS got completely burnt
- The laser machine source was damaged, leading to losses running into lakhs
- Operations were severely impacted, both financially and operationally
The client needed a robust and intelligent power protection system that could withstand not just fluctuations, but real-world electrical hazards.
Solution Provided
We deployed a DSP-Based Online UPS system designed to handle extreme power conditions and provide advanced protection.
Key Features of the Solution:
- Advanced DSP-based technology for faster and more accurate response to disturbances
- Short Circuit Protection, preventing damage during fault conditions
- Superior handling of unstable and fluctuating input power
- Designed for high-value and sensitive industrial equipment
Why This Solution Was Effective
- The DSP-based UPS was able to detect and respond instantly to abnormal conditions, preventing faults from reaching the machine
- Short circuit protection ensured that even in fault-prone conditions, the system remained safe
- Unlike the previous analog UPS, the system was capable of handling real-world disturbances such as cable faults and transformer issues
- Provided a stable and protected power environment for the laser machine
Key Highlights
- Designed for harsh and unpredictable electrical environments
- Protection against both electrical faults and environmental risks
- Significant upgrade from conventional analog UPS systems
- Reliable performance in a high-risk operational setup
Results
- Complete protection of the laser machine from future electrical damage
- No recurrence of UPS failure or equipment damage
- Stable and uninterrupted machine operation
- Elimination of risk from short circuits and power disturbances
- Restoration of client confidence and operational stability
Conclusion
By implementing a DSP-based UPS with advanced protection features, we transformed a highly vulnerable setup into a secure and reliable system. The solution not only prevented further financial losses but also ensured long-term protection of critical industrial equipment.