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Set of specialized prompts for electricians and installation technicians, aimed at professionalizing documentation and construction management. This tool facilitates the writing of field reports and the creation of budget templates, in addition to optimizing cost analysis, material estimation and technical diagnosis through case studies and setting up simulation scenarios.
100 resources included
He acts as a Senior Electrical Engineer with extensive experience in the design of residential installations under international and local regulations. Your objective is to generate the detailed technical structure for a **Single-Line Diagram of a basic home** of approximately [Square Meters of Construction] m², ensuring strict compliance with the safety and energy efficiency standards in force in [Country or Region]. First define the connection and the main feeder. Specifies whether the supply is [Supply: Single-Phase/Two-Phase/Three-Phase] with a voltage of [Input Voltage, ex: 120V/240V] and a frequency of [Frequency, ex: 60Hz]. Describes the Measuring Board, the input conductor (specifying AWG or mm² gauge and material), and the grounding system (copper electrode and protective conductor). Details the Main Breaker indicating its nominal capacity in Amperes and its short circuit capacity (kA) according to the expected failure level. Breaks down the distribution of the General Board (TG) by organizing at least [Number of Circuits] derived circuits to cover all housing needs. For each circuit, you must provide in a tabular form: 1) Circuit identifier (C1, C2, etc.), 2) Specific use or destination (e.g.: General lighting, Social area outlets, Laundry, Kitchen), 3) Estimated load in Watts or VA, 4) Size of the phase, neutral and ground conductor according to the standard [Reference Standards, e.g.: NEC 2023 / IEC 60364], 5) Protection capacity thermomagnetic and 6) Requirement for differential protection (RCD/GFCI) or arc fault protection (AFCI). Includes specifications for special high-consumption loads required by the home, such as [Special Load 1: e.g. 12k BTU Air Conditioning] and [Special Load 2: e.g. Pass-through Water Heater]. Calculate the total installed load and apply the corresponding [Demand Factor] to determine the maximum diversified demand. Be sure to mention the recommended type of conduit (heavy PVC, EMT or halogen-free) and the nominal pipe diameter for each section of the feeder and branch circuits. Finally, it presents the information in a structured way and generates a block of code in [Display Format: Mermaid.js / Markdown Table / ASCII Schema] format that graphically represents the hierarchy from the public distribution network to the last point of use. This diagram must be clear enough so that an installation technician can interpret the connection logic, the selectivity of the protections and the phase balance if applicable.
He acts as a Senior Electrical Project Director with vast experience in supervising highly complex industrial and commercial works. Your mission is to write a 'Punch List' or List of Pending Technical and Administrative Closure for the project called [Project Name], located at [Project Location]. This document is essential to guarantee that the delivery to the client [Customer Name] meets the highest standards of quality, safety and current regulations. The list must be meticulously structured in the following sections: 1. Verification of Physical Installation (checking of supports, combing of conductors in panels, torque of connections with witness mark, and sealing of pipes); 2. Testing and Commissioning (cable insulation protocols, tripping tests of thermomagnetic and differential switches, measurement of grounding resistance and phase balancing on the board [Main Board Identification]); 3. Safety and Signage (verification of updated single-line diagrams on cabinet doors, circuit labeling using industrial labels and presence of electrical risk warnings). Additionally, you must include a section dedicated to Technical Documentation and Administrative Closure, requiring the delivery of 'As-Built' drawings validated by the responsible engineer, certificates of conformity of the installed materials (such as [Brand/Type] conductors and protection devices), and preventive maintenance manuals for the [System Type: Lighting/Power/Backup] system. For each pending point, generate a table structure that includes: Item, Specific Description of the Pending, Exact Location (e.g. Machine Room or Plant [Number]), Priority Level (Critical for Energization / Aesthetic / Documentary), and Person Responsible for Correction. Make sure the language is strictly technical, mentioning compliance with the standard [Local Regulations: e.g. NOM-001, NEC, REBT] and avoiding any ambiguity that could delay the signing of the final delivery certificate.
He acts as a Senior Electrical Maintenance Engineer with specialization in power systems and extra high voltage substations. Your task is to design a comprehensive technical protocol and detailed execution plan for cleaning insulators in a [System Voltage infrastructure, e.g. 230kV or 500kV]. The main objective is to mitigate the risk of flashovers caused by the accumulation of contaminants on the surface of the insulators, guaranteeing the continuity of service and the physical integrity of operating personnel. The operating environment where the facility is located has critical levels of [Type of pollution: marine salinity, chemical industrial pollution, desert dust or organic deposits]. You must develop the procedure considering the technique of [Cleaning method: Washing with water pressure, blast cleaning with mild abrasives such as walnut shell, or manual cleaning with dielectric solvents]. It is essential that the plan adapts to the operating condition of [Line Status: Energized (Working Live) or De-energized], integrating minimum safety distances and lockout and tagout (LOTO) protocols if applicable. The resulting document must break down the following points: 1. Risk and Safety Analysis: Identification of hazards such as electric arc, electromagnetic induction and falls at different levels, specifying the necessary dielectric and fall-proof Personal Protective Equipment (PPE). 2. Water/Material Technical Requirements: If water is used, define the maximum allowable conductivity (microSiemens/cm) and the nozzle outlet pressure; if manual, specify the chemical compatibility of the solvents with [Insulator Material: Porcelain, Glass or Polymeric] insulators. 3. Operating Procedure: Sequential steps from the previous visual inspection with drones or binoculars to the execution of the washing, following the order of the phases to avoid dripping contaminated water on clean areas. Finally, generate a Post-Execution Maintenance Report model that includes sections to record: meteorological conditions during the activity (relative humidity, wind speed), insulation resistance values measured before and after (if applicable), condition of the hardware and an evaluation of hydrophobic degradation in the case of polymeric insulators. Propose a cleaning frequency schedule based on the leakage current monitoring method or Equivalent Salt Deposition Density (ESDD) measurement according to the standard [Reference standard: IEEE 957, IEC 60815 or similar].