The SSD uses proven, solid-state construction combined with innovative production and packaging techniques, to offer exceptional performance while lowering the cost of applying protection products to the industry. With a range of ratings for AC fault current and lightning, and the ability to pass steady-state AC current, the device outperforms other technologies such as metal oxide varistors, gapped arresters, and polarization cells. Now proven over many years, the SSD is the most commonly used Dairyland decoupler in the world providing effective DC decoupling and AC continuity/grounding to end-users around the world.
- “Bridging the Corridor” – World Pipelines Magazine Cover Feature
- “Demystifying Decouplers” – World Pipelines Magazine Cover Feature
- Combining Multiple Decouplers To Create Different Effective Ratings
- Common Tech Support Questions
- Considerations While Line Locating
- Dairyland Decouplers vs. Competing Technologies
- Decoupler Testing – Direct Test
- Decoupler Testing – Indirect Test
- Don’t Take Chances with Grounding Mat Design – Protect Your Workers!
- How Decouplers Work
- How Lightning and AC Faults Impact Your Choice of Conductor
- How To Test A Decoupler — Direct Test Video
- ISO 9001 2015 Certificate
- Isolation Joint Testing with an RF – IT
- Keep Your Storage Tanks Protected
- Native Potential Surveys and DC Leakage
- Polarity Matters – Labels On Your Decoupler
- Safety Considerations In AC Mitigation Applications
- SSD Certificates
- SSD Installation Instructions
- SSD Technical Literature
- The Role of DC Decouplers with Cathodic Protection Systems
- Third-Party Certifications: Why Are They So Important?
- Top-10 Questions About Decouplers
- Understanding the Mega Rule: Interference Mitigation
- Understanding the Mega Rule: RMV Installation Best Practices
- What Are Solid-State Decouplers and How Are They Used?
- When Do I Need a Dairyland Decoupler?
- When to Use a PCRX
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