Electrical and Mechanical Sample Clauses
The 'Electrical and Mechanical' clause defines the standards, responsibilities, and requirements related to the electrical and mechanical systems within a project or contract. It typically outlines the specifications for installation, maintenance, and testing of equipment such as wiring, lighting, HVAC systems, and machinery. This clause ensures that all electrical and mechanical work meets safety codes and performance criteria, thereby reducing the risk of system failures and ensuring compliance with regulatory standards.
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Electrical and Mechanical. In the event of any breakdown of the electrical, mechanical, heating or plumbing systems, the Landlord will not be liable or responsible for damages, personal discomfort or any illness arising therefrom, but the Landlord will carry out all necessary repairs with reasonable diligence.
Electrical and Mechanical. The Device hardware is comprised of two (2) major components: (i) an Insulated Handle and (ii) a Shaft with Electrode Tip. RF energy is passed through the Insulated Handle through the Shaft to the Electrode Tip by a powered lead from an electrosurgical generator.
Electrical and Mechanical. In the event of any breakdown of the electrical, mechanical, heating or plumbing systems, the Owner will not be liable or responsible for damages, personal discomfort or any illness arising there from. The Owner will, however, carry out all necessary repairs with reasonable diligence.
Electrical and Mechanical. Connectors and splices are a critical component in fixed platforms because they provide connectivity between the different modules in the platform. Underwater, wet and surface-mateable connectors are used. Underwater-mateable connectors are used for joining up electrical circuits underwater without having to bring any element to the surface. They provide a termination of an underwater cable containing electrical conductors and have features that protect the conductors from the external environment. This allows divers, ROV’s or AUV’s to facilitate the connection of the two halves underwater. The capability of being able to connect platform modules underwater opens a wide range of actions to accomplish the installation and maintenance operations. The wet-connector types most commonly used by the oceanographic industry are: • Rubber molded wet-mate connector • Metal shell wet-mate connector A major consideration in the selection of underwater –mateable connectors is the intended mode of operation with reference to its specification and hence price. A correct connector selection should ensure the intended service, for the required lifetime, at the correct time. Selecting underwater connectors factor beyond the obvious; cost, availability and size, are; suitability, ease of use, reliability and the consequence of connector failure. Generic failure modes and causes:
Electrical and Mechanical. All electrical and mechanical apparatus, equipment fixtures (other than lighting fixtures), conduits, ducts, flues, utility meters, downspouts, vents and pipes located on the exterior of any Building shall be concealed from view from streets and the ground level of Buildings on other Sites and shall be architecturally treated in a manner acceptable to FIPCO. All roof apparatus shall be screened by roof screening or a parapet that shall be a minimum of two inches higher than the apparatus itself. Such screens must have approval by FIPCO.