3.5Electrical diagrams, P&ID & technical templates
The essentials in 30 seconds
- Visio has specialized TECHNICAL TEMPLATES for many areas of engineering: ELECTRICAL DIAGRAMS (standardized symbols), P&ID (piping and instrumentation — industrial processes), mechanics, instrumentation…
- Common principle: STANDARDIZED NOTATIONS and SYMBOLS specific to each field (such as flowchart/BPMN/UML) — respecting them makes the diagrams UNDERSTANDABLE by professionals in the field.
- These templates are especially complete in Visio OFFICE; they are aimed at SPECIALIZED AUDIENCE (electricians, engineers, process technicians) — relevance according to your field.
Wired mini-case — Nadia applies “Electrical diagrams, P&ID & technical templates”
Nadia, quality and organization manager in a service SME in Algiers, should know that Visio covers many specialized technical diagrams (electrical, P&ID, engineering) via its standardized symbol templates, within its limits. She starts from “Electrical diagrams, P&ID & technical templates” and follows the procedure: Explore Visio’s technical templates (“More shapes” → Engineering categories): electrical, P&ID, mechanical, processes… Create a simple electrical diagram with standardized electrical symbols, or discover a P&ID (piping, equipment, instrumentation). Note that compliance with the standardized NOTATIONS specific to each field makes the diagrams understandable by the professionals concerned. Locate Visio: accessible to draw/document these diagrams; for very advanced/specialized engineering, software dedicated to the field is often preferable. Expected result: You know that Visio covers many specialized technical diagrams (electrical, P&ID, engineering) via its standardized symbol templates — an asset of versatility, within its limits.
Ongoing case from section 3.5: it comes back in the script and the 48 hour challenge.
1. Templates by domain
Visio has templates for many specialized TECHNICAL and ENGINEERING areas beyond common diagrams. This section discusses them to show the extent of the possibilities and to know that they exist. electrical diagrams: Visio provides templates of standardized electrical symbols (components, circuits, wiring) for drawing electrical, electronic and circuit diagrams. P&IDs (Piping and Instrumentation Diagrams): standardized diagrams in the field of industrial PROCESSES, representing piping, equipment (pumps, valves, tanks), instrumentation (sensors, regulators) and their interconnections — essential in chemical engineering, petrochemicals, industrial processes. Other technical templates: mechanics, process engineering, instrumentation, systems… Visio covers a wide range of engineering fields with standardized symbols specific to each.
2. Standards and limits
The principle common to all these technical diagrams: they are based on STANDARDIZED NOTATIONS and SYMBOLS specific to each field (electrical symbols, P&ID symbols, etc. are standardized in their industries), which Visio provides in specialized templates. As with the flowchart, the BPMN or the UML, compliance with these standards is what makes the diagrams UNDERSTANDABLE by professionals in the field — an electrical diagram with standardized symbols is read by any electrician, a standardized P&ID by any process engineer. Important points. (1) These technical templates are mostly available/complete in Visio de BUREAU (the richest versions) — the web may be more limited for these specialized diagrams. (2) They are aimed at SPECIALIZED AUDIENCE (electricians, engineers, process technicians) — their relevance depends on your field. (3) For VERY ADVANCED and specialized engineering work (detailed electrical design, complete process engineering), software DEDICATED to each area (electrical CAD, process design software) is often more suitable and powerful than Visio; Visio is suitable for DRAWING and DOCUMENTING these diagrams in an accessible way, as a general-purpose diagramming tool, but is not a complete specialist engineering software. The benefit of knowing about the existence of these templates is knowing that Visio can cover many specialized technical diagram needs (electrical, P&ID, engineering) thanks to its standardized symbol libraries — an asset of versatility. Depending on your field, these templates can be valuable (an accessible way to produce standardized technical drawings); for intensive and specialized engineering use, software dedicated to the field will often be preferable. Above all, remember the principle: whatever the technical field, Visio probably offers a template of standardized symbols - and respecting these standards is the key to diagrams understandable by the professionals concerned.
🔎 Concrete example — One template per domain
Versatility.
“More shapes” → Engineering categories (electrical, P&ID, etc.).
Standardized symbols read by professionals in the field.
→ accessible documentation, not intensive engineering.Result: an asset of versatility, within its limits.
Reflex: advanced engineering → software dedicated to the field.
Section vocabulary
- Specialized technical templates
- Libraries of standardized symbols for many fields of engineering: electrical, electronics, mechanics, processes, instrumentation, etc.
Simple example: In “Electrical diagrams, P&ID & technical templates”, Nadia applies it like this: explore Visio’s technical templates (“More shapes” → Engineering categories): electrical, P&ID, mechanical, processes…
What it is not: It is not a simple decorative element: without this reference, the diagram loses clarity or rigor.
Reflex: Specialized technical templates → standardized symbol libraries for many engineering fields: electrical, electronics, mechanics, processes, instrumentation, etc.
- Electrical diagrams
- Electrical/electronic/circuit diagrams drawn with Visio's standardized electrical symbol templates.
Simple example: In “Electrical diagrams, P&ID & technical templates”, Nadia applies it like this: explore Visio’s technical templates (“More shapes” → Engineering categories): electrical, P&ID, mechanical, processes…
What it is not: It is not a simple decorative element: without this reference, the diagram loses clarity or rigor.
Reflex: Electrical diagrams → electrical/electronic/circuit diagrams drawn with Visio's standardized electrical symbol templates
- P&ID
- Piping and Instrumentation Diagrams: standardized diagrams of industrial processes (piping, equipment, instrumentation) — chemical engineering, petrochemicals.
Simple example: In “Electrical diagrams, P&ID & technical templates”, Nadia applies it like this: explore Visio’s technical templates (“More shapes” → Engineering categories): electrical, P&ID, mechanical, processes…
What it is not: It is not a simple decorative element: without this reference, the diagram loses clarity or rigor.
Reflex: P&ID → piping and Instrumentation Diagrams: standardized diagrams of industrial processes (piping, equipment, instrumentation) — chemical engineering, petrochemicals
- Symbols standardized by domain
- Each domain has its standardized symbols (electrical, P&ID, etc.); respecting them makes the diagrams understandable by professionals in the field.
Simple example: In “Electrical diagrams, P&ID & technical templates”, Nadia applies it like this: explore Visio’s technical templates (“More shapes” → Engineering categories): electrical, P&ID, mechanical, processes…
What it is not: It is not a simple decorative element: without this reference, the diagram loses clarity or rigor.
Reflex: Symbols standardized by domain → each domain has its standardized symbols (electrical, P&ID, etc.)
- Visio vs. dedicated engineering software
- Visio is suitable for DRAWING/DOCUMENTING these diagrams in an accessible way; for very advanced/specialized engineering, software dedicated to the field is often preferable.
Simple example: In “Electrical diagrams, P&ID & technical templates”, Nadia applies it like this: explore Visio’s technical templates (“More shapes” → Engineering categories): electrical, P&ID, mechanical, processes…
What it is not: It is not a simple decorative element: without this reference, the diagram loses clarity or rigor.
Reflex: Visio vs dedicated engineering software → visio is suitable for DRAWING/DOCUMENTING these diagrams in an accessible way
In practice — Explore technical templates
- Explore Visio’s technical templates (“More shapes” → Engineering categories): electrical, P&ID, mechanical, processes…
- Create a simple electrical diagram with standardized electrical symbols, or discover a P&ID (piping, equipment, instrumentation).
- Note that compliance with the standardized NOTATIONS specific to each field makes the diagrams understandable by the professionals concerned.
- Locate Visio: accessible to draw/document these diagrams; for very advanced/specialized engineering, software dedicated to the field is often preferable.
Script to say — Electrical diagrams, P&ID & technical templates
1) Explore Visio's technical templates ("More shapes" → Engineering categories): electrical, P&ID, mechanical, processes, etc. 2) Create a simple electrical diagram with standardized electrical symbols, or discover a P&ID (piping, equipment, instrumentation). 3) Note that compliance with the standardized NOTATIONS specific to each field makes the diagrams understandable by the professionals concerned. 4) Locate Visio: accessible to draw/document these diagrams; for very advanced/specialized engineering, software dedicated to the field is often preferable. Then I check: You know that Visio covers many specialized technical diagrams (electrical, P&ID, engineering) via its standardized symbol templates — an asset of versatility, within its limits
Adapt the names, forms and distribution format to your context.
Copy and paste model — Card 3.5
Card 3.5 — Electrical diagrams, P&ID & technical templates
Objective: Know that Visio covers many specialized technical diagrams (electrical, P&ID, engineering) via its standardized symbol templates, within its limits
1. Explore Visio’s technical templates (“More shapes” → Engineering categories): electrical, P&ID, mechanical, processes…
2. Create a simple electrical diagram with standardized electrical symbols, or discover a P&ID (piping, equipment, instrumentation).
3. Note that compliance with the standardized NOTATIONS specific to each field makes the diagrams understandable by the professionals concerned.
4. Locate Visio: accessible to draw/document these diagrams; for very advanced/specialized engineering, software dedicated to the field is often preferable.
Expected result: You know that Visio covers many specialized technical diagrams (electrical, P&ID, engineering) via its standardized symbol templates — an asset of versatility, within its limitsSME / low budget
Minimum version: visio has specialized TECHNICAL TEMPLATES for many fields of engineering: ELECTRICAL DIAGRAMS (standardized symbols), P&ID (piping and instrumentation — industrial processes), mechanics, instrumentation… We are limited to a model, a diagram and a PDF export.
Algerian SME
Local context: common principle: STANDARDIZED NOTATIONS and SYMBOLS specific to each field (such as flowchart/BPMN/UML) — respecting them makes the diagrams UNDERSTANDABLE by professionals in the field. We adapt the wording, examples and distribution formats to the team.
Remote work
Remotely: these templates are especially complete in Visio OFFICE; they are aimed at SPECIALIZED AUDIENCE (electricians, engineers, process technicians) — relevance according to your field. We favor cloud storage, sharing by link and comments.
Multidisciplinary team
For a mixed audience: video is suitable for DRAWING/DOCUMENTING these diagrams in an accessible way; for VERY DEVELOPMENT/specialized engineering, software DEDICATED to the domain is often preferable. Advantage: whatever the field, Visio probably has a standardized template. We explain the symbols and keep the wording short.
✓ Best practices
- Explore the Engineering categories in “More Shapes”.
- Respect the standardized symbols of the domain.
- Use Desktop Visio for these (more comprehensive) templates.
✗ Common pitfalls
- Expect engineering calculations or verifications from Visio.
- Use non-standardized symbols (misunderstood by professionals).
- Want to design advanced engineering in Visio (prefer a dedicated tool).
Key takeaways
- Visio has specialized TECHNICAL TEMPLATES for many areas of engineering: ELECTRICAL DIAGRAMS (standardized symbols), P&ID (piping and instrumentation — industrial processes), mechanics, instrumentation…
- Common principle: STANDARDIZED NOTATIONS and SYMBOLS specific to each field (such as flowchart/BPMN/UML) — respecting them makes the diagrams UNDERSTANDABLE by professionals in the field.
- These templates are especially complete in Visio OFFICE; they are aimed at SPECIALIZED AUDIENCE (electricians, engineers, process technicians) — relevance according to your field.
- Visio is suitable for DRAWING/DOCUMENTING these diagrams in an accessible way; for VERY DEVELOPMENT/specialized engineering, software DEDICATED to the domain is often preferable. Advantage: whatever the field, Visio probably has a standardized template.
48h challenge — apply tomorrow
Within 48 hours, take an actual diagram and apply “Electrical Schematics, P&IDs & Technical Templates”: You know that Visio covers many specialized technical diagrams (electrical, P&ID, engineering) via its standardized symbol templates — an asset of versatility, within its limits Deliver the .vsdx and a PDF export, with a sentence about what has changed.
- I know how to explain: Visio has specialized TECHNICAL TEMPLATES for many areas of engineering: ELECTRICAL DIAGRAMS (standardized symbols), P&ID (piping and instrumentation — industrial processes), mechanics, instrumentation, etc.
- Common principle: STANDARDIZED NOTATIONS and SYMBOLS specific to each field (such as flowchart/BPMN/UML) — respecting them makes the diagrams UNDERSTANDABLE by professionals in the field.
- These templates are especially complete in Visio OFFICE; they are aimed at SPECIALIZED AUDIENCE (electricians, engineers, process technicians) — relevance according to your field.
Frequently asked questions
Is Visio suitable for technical engineering drawings, or are specialized software required?
Visio can create many technical engineering diagrams with its standardized symbol templates, but it has limitations when compared to dedicated engineering software — understanding where Visio fits and where a specialized tool is best helps you choose. What Visio PROVIDES for technical diagrams: (1) STANDARDIZED symbol TEMPLATES for many fields: electrical, electronic, P&ID (processes/piping), mechanics, instrumentation, engineering… Visio provides standardized symbols specific to each field, which makes it possible to draw technical diagrams COMPLIANT with standards (understandable by professionals). (2) ACCESSIBILITY and VERSATILITY: Visio is a GENERALIST diagramming tool that many are familiar with (familiar interface, Office integration). To draw and DOCUMENT a technical diagram in an accessible way, without complex engineering software, Visio is practical. The same tool covers many types of diagrams (organizational charts, network, AND technical diagrams). (3) Sufficient to DOCUMENT and COMMUNICATE: to represent an electrical diagram, a P&ID, a technical diagram for documentation, communication, understanding purposes — Visio does the job. Where Visio has its LIMITATIONS (vs specialized software): (1) Not a complete ENGINEERING software. Visio DRAWS diagrams (symbols, connections), but it does not have the advanced ENGINEERING functionalities of software dedicated to each field: (a) engineering CALCULATIONS (electrical sizing, process calculations); (b) technical VERIFICATION (compliance with the engineering rules of the field, electrical consistency); (c) GENERATION of technical deliverables (bills of materials, cable lists, specifications); (d) INTEGRATION into an engineering design chain (links with other tools in the field); (e) the SPECIFIC and DEVELOPED functionalities of each domain. (2) DEDICATED software (electrical CAD, process design software, specialized engineering tools) are designed FOR their domain, with these advanced capabilities — they go much further than just drawing schematics. For INTENSIVE and PROFESSIONAL engineering work in a field, they are preferable. How to decide: (1) To DRAW/DOCUMENT a technical diagram in an accessible way (documentation, communication, understanding, principle diagrams) → VISIO is suitable (standardized symbols, accessible, versatile). For example, documenting a basic electrical diagram, a P&ID for communication, a technical diagram for a presentation. (2) For INTENSIVE and SPECIALIZED ENGINEERING work in a field (detailed electrical design with calculations, complete process engineering, regulatory technical deliverables, integration into a design chain) → SOFTWARE DEDICATED to the field (more powerful, with engineering functionalities). (3) Consider the USE: accessible documentation/communication → Visio; advanced professional engineering → dedicated tool. (4) Consider the AUDIENCE and CONTEXT: for internal documentation use, Visio is often sufficient; for regulated/professional engineering design, the tool of the trade is essential. The positioning of Visio: Visio is a VERSATILE DIAGRAM tool which, thanks to its standardized templates, can ADDRESS many technical areas in an accessible way — this is an asset (a single tool, familiar, for many types of diagrams). But it is not SPECIALIZED ENGINEERING SOFTWARE: for intensive engineering work in each area, dedicated tools (with calculations, verifications, specific deliverables) are preferable. Visio is in the DOCUMENTATION and COMMUNICATION of technical diagrams (accessible, standardized), not in advanced professional engineering. In summary: Visio is SUITABLE for DRAWING and DOCUMENTING numerous technical engineering diagrams (electrical, P&ID, mechanical, etc.) in an ACCESSIBLE way, thanks to its STANDARDIZED symbol templates (compliant with industry standards, understandable by professionals) — a versatile asset for documentation and communication. BUT it is not a complete engineering software: for INTENSIVE and SPECIALIZED engineering work (calculations, technical verifications, engineering deliverables, detailed design), SOFTWARE DEDICATED to each field is preferable (more powerful). Choose according to use: accessible documentation/communication of technical diagrams → Visio (standardized, versatile, familiar); advanced professional engineering → tool dedicated to the field. Visio is a great all-around diagramming tool that covers many technical areas for documentation, within its limitations — knowing that these templates exist is helpful, and depending on your field, they may be valuable (accessible standardized diagrams) or insufficient (engineering intensive → dedicated tool). The key principle: whatever the technical field, Visio probably has a standardized symbol template, and respecting these standards is the key to diagrams understandable by the professionals involved.
What is a P&ID?