You're installing a feeder in a hospital that will terminate in five branch circuits in patient care areas. To make the feeder legal for this purpose in this area, you must A. use enhanced bonding practices on the feeder's raceway. B. bond the neutral to a grounding electrode at both ends of the feeder. C. run a bonded and an isolated EGC. D. run two wire conductor EGCs. 15.b. An electrical system that's not grounded and is between 120 and 1000 volts must include the use of A. equipotential barriers. B. ground detectors. C. ground isolators.
You're installing a feeder in a hospital that will terminate in five branch circuits in patient care areas. To make the feeder legal for this purpose in this area, you must A. use enhanced bonding practices on the feeder's raceway. B. bond the neutral to a grounding electrode at both ends of the feeder. C. run a bonded and an isolated EGC. D. run two wire conductor EGCs. 15.b. An electrical system that's not grounded and is between 120 and 1000 volts must include the use of A. equipotential barriers. B. ground detectors. C. ground isolators.
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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15.a. You're installing a feeder in a hospital that will terminate in five branch circuits in patient care areas. To
make the feeder legal for this purpose in this area, you must
A. use enhanced bonding practices on the feeder's raceway.
B. bond the neutral to a grounding electrode at both ends of the feeder.
C. run a bonded and an isolated EGC.
D. run two wire conductor EGCs.
15.b. An electrical system that's not grounded and is between 120 and 1000 volts must include the use of
A. equipotential barriers.
B. ground detectors.
C. ground isolators.
D. arc suppression.
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