HANDBOOK REQUIREMENTS - Central Maine Power Company
HANDBOOK REQUIREMENTS - Central Maine Power Company
HANDBOOK REQUIREMENTS - Central Maine Power Company
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4. The electrician will make an appointment with the<br />
<strong>Company</strong> for the <strong>Company</strong> to disconnect the old service<br />
drop while the electrician is removing the old service<br />
entrance conductors and installing the new conductors<br />
between the new meter enclosure and the new main switch<br />
using the same hole in the building. Any switching of the<br />
customer's equipment and the removal of the temporary<br />
jumper will be the responsibility of the electrician.<br />
5. If, in the opinion of the electrician, the procedure<br />
in<br />
paragraphs 3 and 4 above presents undue safety risk,<br />
the<br />
<strong>Company</strong> will work with the electrician to make other<br />
mutually acceptable arrangements to de-energize and reenergize<br />
the service.<br />
406. AGRICULTURAL<br />
CENTRAL DISTRIBUTION POINT<br />
SERVICE<br />
Services to more than one agricultural building may be<br />
supplied from a central distribution point in accordance with NEC<br />
Section 547.9. When services to agricultural buildings are located<br />
on the opposite sides of the public way, they shall be supplied<br />
through separate meters.<br />
Generally, the <strong>Company</strong>’s secondary distribution will be<br />
terminated on a centrally located service pole from which<br />
customer-owned service drops may be connected. For this<br />
arrangement, the disconnecting means and overcurrent protection<br />
is located at the load (building) end of each service drop where<br />
normal service equipment and grounding standards apply.<br />
Additionally, NEC Section 547.9(A) requires a properly marked<br />
and identified disconnecting means at the central distribution<br />
point<br />
where two or more buildings are supplied from that point. This<br />
disconnecting means shall be classified as a “site-isolating device”<br />
and shall have provisions for bonding the grounding<br />
electrode