Mechanical Design. Idaho professional engineer/mechanical engineer registration required. This category of service includes: Preliminary Design: Prepare preliminary designs to indicate design concept, code requirements, materials proposed.
Mechanical Design. The strength of insulators shall be such that, when supporting the maximum working load as in service, the factor of safety shall be not less than 2.5. They shall be secured in an approved manner with suitable clamping plates. They shall not engage directly with metal but shall be mounted with suitable interposing materials. The design of all insulators shall be such as to permit easy cleaning.
Mechanical Design. Mechanical design consists of the selection, design, and layout of new process equipment, pumping equipment and piping. Mechanical design also covers cathodic protection systems and/or external protective coatings for buried and submerged metallic pipelines. Contract drawings and specifications for the mechanical work shall be prepared;
Mechanical Design. The mechanical processes for assembly shall be the same as those used on the current production hardware. The electrical interface with the customer is provided through [*]. The electrical interface between the [*] is provided by [*]. The [*] are fastened together with screws. A mechanical exploded view is provided in Figure 15.
Mechanical Design. 5..2.1 System will have all computer components and PCBs integrated into a small, reduced weight, housing, suitable for mounting on, or near the patient table in the Cath Lab and within 30 feet of the patient in the Control Room or Equipment Room.
Mechanical Design. Documentation In this phase, the design team will: Review and evaluate building systems. Develop basic mechanical system based on initial evaluation. Identify general space requirement for mechanical systems. Evaluation White Paper Updated Basis of Design Report Mechanical Plans Single Line Diagrams
Mechanical Design. Documentation In this phase, the design team will: Preliminary Mechanical Plans Establish approximate equipment sizes and capacities. Preliminary Plumbing Establish preliminary equipment layouts and space for equipment. Plans Preliminary Identify any required chases and clearances. Calculations Outline Specifications Updated Basis of Design Report
Mechanical Design. Documentation In this phase, the design team will: Mechanical Plans Prepare Drawings based on the approved Design Development documents. Plumbing Plans Schedules / Details Calculations The Construction Drawings will be submitted for City and Airport review at 35%, 65% and 95%. Specifications Updated Basis of Design Report Address comments related to reviews.
Mechanical Design. The Contractor is responsible for the design and supply of all modifications required and the installation of the new HFPSs and associated equipment on or as close as possible to the existing TR set footprint on the ESP roof. The interfacing point is the HV ducting flange on the roof of the HV room. If this point needs to be moved it will remain the interface point and the moving of the point will be carried out by the Contractor. Refer to the drawings supplied in section 9. The Contractor is responsible for the safe removal of the existing transformers and installing the HFPSs in the place of the conventional transformers currently installed as part of the ESP upgrade. This will include disconnecting and removal of the conventional transformers and relocating to a designated storage location onsite. The Contractor ensures that the transformers are stored in line with OMOP 4010 and OMOP 4460 to ensure adequate preservation of the transformer using long term storage method in OMOP 4460. The Contractor supplies the Employer with a design package that proves the suitability of the Contractor’s design with regards to safe and efficient operating of the plant, i.e. regarding high voltage ducting design, connections thereof, gantry system for removal, sufficient walkways around the HFPS, interlocking system, etc. The Contractor supplies the Employer with welding procedures and welding qualifications for any welding done while performing the Works, whether on site or not. All welding shall be in accordance with 240-106628253: Standard for Welding Requirements on Eskom Plant. The Contractor complies with the NDE requirements as set out in Eskom Standard 240-83539994: Standard for Non-Destructive Testing on Eskom Plant and the Contractor submits a copy of his working practice for acceptance by the Eskom NDT Level 3 practitioner, as per the mentioned standard. Non-destructive examination (NDE) is as per the Employer’s standard practice using personnel qualified to SAQCC level 2 in the applicable NDE techniques. The following will be done: Butt Welds (100%) Ultrasonic test and MPI Fillet Welds (20%) MPI (structural welds), DP (balance pads)
Mechanical Design. Develop conceptual design solution for connection to existing services, heating and ventilating, air conditioning, energy conservation, plumbing, fire protection, special mechanical systems, and control systems. Prepare preliminary load assessments, and identify general space requirements. Review with Princeton University alternate materials, systems and equipment.
