Industrial Power Solutions
Application
Description
Robust capacitor solutions for industrial power supplies, motor drives, and automation equipment
Core Advantages
Recommended Bill of Materials (BOM)
| Item | Part Number | Description | Quantity | Datasheet |
|---|---|---|---|---|
| 1 | RGH-470uF-400V | DC link capacitor | 2 | 📄 Download |
| 2 | RGA-2200uF-63V | Output filtering capacitor | 4 | 📄 Download |
Applications
Technical Specifications
Customer Success Stories
Industrial Drive Manufacturer
Motor Drives |
Challenge
Required high-reliability DC link capacitors for variable frequency drives operating in harsh industrial environments.
Solution
Implemented Lelon RGH series snap-in capacitors with 125°C rating and high ripple current capability.
Results
- Zero capacitor failures in 5 years
- Reduced maintenance costs by 60%
- Improved system uptime
Power Supply OEM
Industrial Power |
Challenge
Needed cost-effective capacitors for industrial power supplies with 10-year operational life requirement.
Solution
Selected Lelon RGA series with proper derating and thermal management design.
Results
- Achieved 10-year operational life target
- 25% cost reduction vs. premium brands
- Passed all environmental testing
FAE Expert Insights
Senior FAE
Applications Engineer
10+ years
Professional Insights
Industrial power applications are the most demanding for capacitors. After 15 years supporting factory automation, motor drives, and power supply projects, I've learned that reliability is non-negotiable. Industrial environments have wide temperature swings, high vibration, and voltage transients that consumer-grade capacitors can't survive. The LGU series with snap-in terminals is designed for these conditions - the mechanical retention is essential for high-vibration environments. For high-voltage applications, voltage derating is critical - I always recommend 30-50% derating for industrial reliability. Ripple current capability must be verified at maximum ambient temperature, not just room temperature. One common mistake is ignoring the effect of altitude on capacitor cooling - at 3000m, you need to derate ripple current by 30%. Always implement proper fuse protection - capacitor failures in industrial equipment can cause expensive downtime.
Key Takeaways
- Thermal management is critical for industrial applications
- Use conservative derating for extended life
- Calculate total temperature including self-heating
- Validate through environmental testing
- Consider vibration and mechanical stress
Decision Framework
Industrial Power Capacitor Selection Framework
Steps:
- Assess environmental conditions (temperature, vibration, altitude)
- Calculate ripple current at maximum ambient with altitude derating
- Apply 30-50% voltage derating for industrial reliability
- Select appropriate termination (snap-in vs screw) for mechanical stress