Common use of Additional Electrical Design Specifications Clause in Contracts

Additional Electrical Design Specifications. 4.3.1 CLEC agrees that, in addition to specifications and requirements referred to in Section 4.1 above, CLEC’s Facilities placed in AT&T-22STATE’s Conduit System shall meet all of the following electrical design specifications: 4.3.1.1 No Facility shall be placed in AT&T-22STATE’s Conduit System in violation of FCC regulations. 4.3.1.2 CLEC’s Facilities placed in AT&T-22STATE’s Conduit System shall not be designed to use the earth as the sole conductor for any part of CLEC’s circuits. 4.3.1.3 CLEC’s Facilities carrying more than 50 volts AC rms (root mean square) to ground or 135 volts DC to ground shall be enclosed in an effectively grounded Sheath or shield. 4.3.1.4 No coaxial cable of CLEC shall occupy a Conduit System containing AT&T-22STATE’s cable unless such cable of CLEC meets the voltage limitations of Article 820 of the National Electrical Code referred to in Section 4.1.2 above. 4.3.1.5 CLEC’s coaxial cable may carry continuous DC voltages up to 1800 volts to ground where the conductor current will not exceed one-half (1/2) amperes and where such cable has two (2) separate grounded metal Sheaths or xxxxxxx and a suitable insulating jacket over the outer Sheath or shield. The power supply shall be so designed and maintained that the total current carried over the outer Sheath shall not exceed 200 micro-amperes under normal conditions. Conditions which would increase the current over this level shall be cleared promptly. 4.3.1.6 Neither Party shall circumvent the other Party’s corrosion mitigation measures. Each Party’s new Facilities shall be compatible with the other Party’s Facilities so as not to damage any Facilities of the other Party by corrosion or other chemical reaction.

Additional Electrical Design Specifications. 4.3.1 CLEC agrees that, in addition to specifications and requirements referred to in Section 4.1 above, CLEC’s Facilities placed in AT&T-22STATEinAT&T’s Conduit System shall meet all of the following electrical design specifications: 4.3.1.1 No Facility shall be placed in AT&T-22STATEinAT&T’s Conduit System in violation of FCC regulations. 4.3.1.2 CLEC’s Facilities placed in AT&T-22STATEiAnT&T’s Conduit System shall not be designed to use the earth as the sole conductor for any part of CLEC’s circuits. 4.3.1.3 CLEC’s Facilities carrying more than 50 volts AC rms ArmCs (root mean square) to ground or 135 volts DC to ground shall be enclosed in an effectively grounded Sheath or shield. 4.3.1.4 No coaxial cable of CLEC shall occupy a Conduit System containing AT&T-22STATEcontainAinTg&T’s cable unless such cable of CLEC meets the voltage limitations of Article 820 of the National Electrical Code referred to in Section 4.1.2 above. 4.3.1.5 CLEC’s coaxial cable may carry continuous DC voltages up to 1800 volts to ground where the conductor current will not exceed one-half (1/2) amperes and where such whersuch cable has two (2) separate grounded metal Sheaths or xxxxxxx and a suitable insulating jacket over the outer Sheath or shield. The power supply shall be so designed and maintained that the total current carried over the outer Sheath shall not exceed 200 micro-amperes under normal conditions. Conditions which would increase the current over this level shall be cleared promptly. 4.3.1.6 Neither Party shall circumvent the other Party’s corrosion mitigation measures. Each Party’s new Facilities shall be compatible with compatiblewith the other Party’s Facilities Faiclities so as not to notto damage any Facilities of the other Party by corrosion or other chemical reaction.

Additional Electrical Design Specifications. 4.3.1 CLEC Sprint agrees that, in addition to specifications and requirements referred to in Section 4.1 Article 3.1 above, CLEC’s Sprint's Facilities placed in AT&T-22STATE’s AT&T's Conduit System shall meet all of the following electrical design specifications: 4.3.1.1 3.3.1 No Facility facility shall be placed in AT&T-22STATE’s AT&T's Conduit System in violation of FCC regulations. 4.3.1.2 CLEC’s 3.3.2 Sprint's Facilities placed in AT&T-22STATE’s AT&T's Conduit System shall not be designed to use the earth as the sole conductor for any part of CLEC’s Sprint's circuits. 4.3.1.3 CLEC’s 3.3.3 Sprint's Facilities carrying more than 50 volts AC rms (root mean squarerms) to ground or 135 volts DC to ground shall be enclosed in an effectively grounded Sheath or shield. 4.3.1.4 3.3.4 No coaxial cable of CLEC Sprint shall occupy a Conduit System containing AT&T-22STATE’s AT&T's cable unless such cable of CLEC Sprint meets the voltage limitations of Article 820 of the National Electrical Code referred to in Section 4.1.2 aboveCode. 4.3.1.5 CLEC’s 3.3.5 Sprint's coaxial cable may carry continuous DC voltages up to 1800 volts to ground where the conductor current will not exceed one-half (1/2) amperes and where such cable has two (2) separate grounded metal Sheaths sheaths or xxxxxxx and a suitable insulating jacket over the outer Sheath or shield. The power supply shall be so designed and maintained that the total current carried over the outer Sheath shall not exceed 200 micro-micro amperes under normal conditions. Conditions which would increase the current over this level shall be cleared promptly. 4.3.1.6 3.3.6 Neither Party party shall circumvent the other Party’s party's corrosion mitigation measures. Each Party’s party's new Facilities shall be compatible with the other Party’s party's Facilities so as not to damage any Facilities of the other Party party by corrosion or other chemical reaction.

Additional Electrical Design Specifications. 4.3.1 CLEC agrees that, in addition to specifications and requirements referred to in Section 4.1 above, CLEC’s Facilities placed in AT&T-22STATEAT&T-21STATE’s Conduit System shall meet all of the following electrical design specifications: 4.3.1.1 No Facility shall be placed in AT&T-22STATEAT&T-21STATE’s Conduit System in violation of FCC regulations. 4.3.1.2 CLEC’s Facilities placed in AT&T-22STATE’s Conduit System shall not be designed to use the earth as the sole conductor for any part of CLEC’s circuits. 4.3.1.3 CLEC’s Facilities carrying more than 50 volts AC rms (root mean square) to ground or 135 volts DC to ground shall be enclosed in an effectively grounded Sheath or shield. 4.3.1.4 4.3.1.3 No coaxial cable of CLEC shall occupy a Conduit System containing AT&T-22STATEAT&T-21STATE’s cable unless such cable of CLEC meets the voltage limitations of Article 820 of the National Electrical Code referred to in Section 4.1.2 aboveCode. 4.3.1.5 4.3.1.4 CLEC’s coaxial cable may carry continuous DC voltages up to 1800 volts to ground where the conductor current will not exceed one-half (1/2) amperes ampere and where such cable has two (2) separate grounded metal Sheaths or xxxxxxx and a suitable insulating jacket over the outer Sheath or shield. The power supply shall be so designed and maintained that the total current carried over the outer Sheath shall not exceed 200 micro-amperes under normal conditions. Conditions which would increase the current over this level shall be cleared promptly. 4.3.1.6 4.3.1.5 Neither Party shall circumvent the other Party’s corrosion mitigation measures. Each Party’s new Facilities shall be compatible with the other Party’s Facilities so as not to damage any Facilities of the other Party by corrosion or other chemical reaction.

Additional Electrical Design Specifications. 4.3.1 CLEC agrees that, in addition to specifications and requirements referred to in Section 4.1 above, CLEC’s Facilities placed in AT&T-22STATEAT&T ALABAMA’s Conduit System shall meet all of the following electrical design specifications: 4.3.1.1 No Facility shall be placed in AT&T-22STATEAT&T ALABAMA’s Conduit System in violation of FCC regulations. 4.3.1.2 CLEC’s Facilities placed in AT&T-22STATEAT&T ALABAMA’s Conduit System shall not be designed to use the earth as the sole conductor for any part of CLEC’s circuits. 4.3.1.3 CLEC’s Facilities carrying more than 50 volts AC rms (root mean square) to ground or 135 volts DC to ground shall be enclosed in an effectively grounded Sheath or shield. 4.3.1.4 No coaxial cable of CLEC shall occupy a Conduit System containing AT&T-22STATEAT&T ALABAMA’s cable unless such cable of CLEC meets the voltage limitations of Article 820 of the National Electrical Code referred to in Section 4.1.2 above. 4.3.1.5 CLEC’s coaxial cable may carry continuous DC voltages up to 1800 volts to ground where the conductor current will not exceed one-half (1/2) amperes and where such cable has two (2) separate grounded metal Sheaths or xxxxxxx and a suitable insulating jacket over the outer Sheath or shield. The power supply shall be so designed and maintained that the total current carried over the outer Sheath shall not exceed 200 micro-amperes under normal conditions. Conditions which would increase the current over this level shall be cleared promptly. 4.3.1.6 Neither Party shall circumvent the other Party’s corrosion mitigation measures. Each Party’s new Facilities shall be compatible with the other Party’s Facilities so as not to damage any Facilities of the other Party by corrosion or other chemical reaction.

Additional Electrical Design Specifications. 4.3.1 CLEC agrees that, in addition to specifications and requirements referred to in Section 4.1 above, CLEC’s Facilities placed in AT&T-22STATEinAT&T’s Conduit System shall meet all of the following electrical design specifications: 4.3.1.1 No Facility shall be placed in AT&T-22STATEiAnT&T’s Conduit System in violation of FCC regulations. 4.3.1.2 CLEC’s Facilities placed in AT&T-22STATEiAnT&T’s Conduit System shall not be designed to use the earth as the sole conductor for any part of CLEC’s circuits. 4.3.1.3 CLEC’s Facilities carrying more than 50 volts AC rms (root mean square) to ground square)otuongdr or 135 volts DC to ground shall be enclosed in an effectively grounded Sheath or shield. 4.3.1.4 No coaxial cable of CLEC shall occupy a Conduit System containing AT&T-22STATEcontaiAnTin&gT’s cable unless such cable of CLEC meets the voltage limitations of Article 820 of the National Electrical Code referred to in Section 4.1.2 above. 4.3.1.5 CLEC’s coaxial cable may carry continuous DC voltages up to 1800 volts to ground where the conductor current will not exceed one-half (1/2) amperes and where such cable has two (2) separate grounded metal Sheaths or xxxxxxx and a suitable insulating jacket over the outer Sheath or shield. The power supply shall be so designed and maintained that the total current carried over the outer Sheath shall not exceed 200 micro-amperes under normal conditions. Conditions which would increase the current thecurrent over this level shall be cleared promptly. 4.3.1.6 Neither Party shall circumvent the other Party’s corrosion mitigation measures. Each Party’s new Facilities shall be compatible with the other Party’s Facilities so as not to damage any Facilities of the other Party by corrosion or other chemical reaction.

Additional Electrical Design Specifications. 4.3.1 CLEC WSP agrees that, in addition to specifications and requirements referred to in Section 4.1 above, CLECWSP’s Facilities placed in AT&T-22STATEAT&T-21STATE’s Conduit System shall meet all of the following electrical design specifications: 4.3.1.1 No Facility shall be placed in AT&T-22STATEAT&T-21STATE’s Conduit System in violation of FCC regulations. 4.3.1.2 CLEC’s Facilities placed in AT&T-22STATE’s Conduit System shall not be designed to use the earth as the sole conductor for any part of CLEC’s circuits. 4.3.1.3 CLECWSP’s Facilities carrying more than 50 volts AC rms (root mean square) to ground or 135 volts DC to ground shall be enclosed in an effectively grounded Sheath or shield. 4.3.1.4 4.3.1.3 No coaxial cable of CLEC WSP shall occupy a Conduit System containing AT&T-22STATEAT&T-21STATE’s cable unless such cable of CLEC meets the voltage limitations of Article 820 of the National Electrical Code referred to in Section 4.1.2 aboveCode. 4.3.1.5 CLEC4.3.1.4 WSP’s coaxial cable may carry continuous DC voltages up to 1800 volts to ground where the conductor current will not exceed one-half (1/2) amperes ampere and where such cable has two (2) separate grounded metal Sheaths or xxxxxxx and a suitable insulating jacket over the outer Sheath or shield. The power supply shall be so designed and maintained that the total current carried over the outer Sheath shall not exceed 200 micro-amperes under normal conditions. Conditions which would increase the current over this level shall be cleared promptly. 4.3.1.6 4.3.1.5 Neither Party shall circumvent the other Party’s corrosion mitigation measures. Each Party’s new Facilities shall be compatible with the other Party’s Facilities so as not to damage any Facilities of the other Party by corrosion or other chemical reaction.