The 600A elbow and 200A tap plug are combined to form this innovative design. Reliability is improved by eliminating the risk of sweat, dirt, water or other contaminants getting onto the interface during installation. Additionally, the R-800 reduces the risk of cross-threading by bypassing the need for installing a 200A tap plug. And this combination design not only increases reliability, but reduces costs as well! So what was once a messy, hit-or-miss task has been greatly simplified by the R-800! And, it’s 100% compatible with other manufacturers’ components.
We do more testing than industry standards require. IEEE 386 requires either Impulse or AC Withstand. We run both on all of our products.
Richards 600/900A, 15 and 25kV Class, Separable R-800 was designed and validated against the following industry standards:
IEEE 386 – Industry Minimum Requirements | ||
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Voltage Ratings | ||
Voltage Class, Phase-to-Phase | 15kV | 25kV |
Maximum Operating Voltage – (phase-to-ground) | 8.3kV | 15.2kV |
Corona Voltage Level – (partial discharge extinction voltage) | 11kV | 19kV |
AC Withstand – (1 minute) | 34kV | 40kV |
Impulse-Withstand Voltage – (BIL) | 95kV | 125kV |
Current Ratings (Deadbreak Side) | |
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Continuous – (Aluminum) | 600A |
Continuous – (Copper) | 900A |
Short-Time Current – (Aluminum) | 25kA, 10c. and 10kA, 3s. |
Short-Time Current – (Copper) | 40kA, 10c. and 10kA, 3s. |
Current Ratings (Loadbreak Side) | |
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Continuous | 200A |
Short-Time Current | 10kA, 10c. and 3.5kA, 3s. |