Technical Knowledge Prompts

Help me with HVAC system concepts. Task: Compare split packaged and chilled-water systems by operating context. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with HVAC system concepts. Task: Build a component map linking air-side and refrigerant-side functions. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with HVAC system concepts. Task: Explain sensible and latent cooling using supplied conditions. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with HVAC system concepts. Task: Create a symptom-to-evidence table without declaring untested faults. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.

Help me with HVAC system concepts. Task: Compare nameplate capacity with delivered capacity and measurement limits. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with HVAC system concepts. Task: Explain heat-pump operating modes without bypassing control requirements. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with HVAC system concepts. Task: Map a comfort complaint to temperature humidity and airflow evidence. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with HVAC system concepts. Task: Create an HVAC terminology glossary grounded in the supplied manual. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with HVAC system concepts. Task: Distinguish design load from installed equipment capacity. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with HVAC system concepts. Task: Build a system-boundary diagram for an HVAC energy discussion. My inputs: [system description]; [equipment models]; [manual excerpts]; [project conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with duct airflow and pressure analysis. Task: Locate unmatched airflow readings between branch totals and outlet totals. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]; [branch and outlet reading identifiers with matching measurement times]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with duct airflow and pressure analysis. Task: Explain why duct diameter alone cannot establish delivered airflow. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with duct airflow and pressure analysis. Task: Check duct velocity calculations with consistent units and dimensions. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.

Help me with duct airflow and pressure analysis. Task: Compare equivalent length assumptions for fittings and flexible duct. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with duct airflow and pressure analysis. Task: Create a pressure-budget worksheet showing known and missing losses. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with duct airflow and pressure analysis. Task: Interpret a fan curve using the supplied system operating point. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with duct airflow and pressure analysis. Task: Review a balancing report for inconsistent totals and missing readings. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with duct airflow and pressure analysis. Task: Estimate whether measurement uncertainty could explain an outlet airflow discrepancy. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]; [outlet design value measured value and instrument uncertainty]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with duct airflow and pressure analysis. Task: Identify drawing questions before proposing a branch-size change. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with duct airflow and pressure analysis. Task: Draft an airflow investigation checklist for authorized measurement review. My inputs: [duct drawing]; [measured airflow and pressure]; [fan data]; [design criteria]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with psychrometric analysis. Task: Distinguish relative humidity humidity ratio and dew point. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with psychrometric analysis. Task: Build a psychrometric state-point table with missing-property flags. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.

Help me with psychrometric analysis. Task: Explain a cooling-coil process on a chart without inventing readings. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with psychrometric analysis. Task: Compare dry-bulb and wet-bulb measurements including instrument limitations. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with psychrometric analysis. Task: Create a mixing-air example with a stated mass-flow basis. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with psychrometric analysis. Task: Check an enthalpy-difference calculation for units and boundary assumptions. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with psychrometric analysis. Task: Explain condensation risk using dew point and surface temperature. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with psychrometric analysis. Task: Compare heating and humidification paths using provided state points. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with psychrometric analysis. Task: Identify when sea-level chart assumptions do not match the project. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with psychrometric analysis. Task: Draft a psychrometric calculation audit with independent plausibility checks. My inputs: [air conditions with units]; [chart or formula source]; [pressure assumption]; [study objective]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with refrigeration-cycle theory. Task: Check a refrigeration-cycle explanation for incorrect state changes between components. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]; [the cycle explanation to audit and verified component state descriptions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.

Help me with refrigeration-cycle theory. Task: Compare saturation temperature and pressure using a provided reference. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with refrigeration-cycle theory. Task: Distinguish superheat and subcooling conceptually without service instructions. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with refrigeration-cycle theory. Task: Create a cycle-state table separating measured and inferred properties. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with refrigeration-cycle theory. Task: Explain why one pressure reading cannot confirm refrigerant charge. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with refrigeration-cycle theory. Task: Compare refrigerant examples without claiming interchangeability. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with refrigeration-cycle theory. Task: Identify missing conditions in a refrigeration performance claim. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with refrigeration-cycle theory. Task: Build a glossary of manual terms and measurement locations. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with refrigeration-cycle theory. Task: Interpret a provided pressure-enthalpy diagram as a learning exercise. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with refrigeration-cycle theory. Task: Draft questions for a qualified technician from recorded symptoms. My inputs: [manual diagram]; [refrigerant identified by source]; [classroom data]; [operating conditions]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with HVAC maintenance record review. Task: Build a maintenance timeline separating scheduled and corrective work. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Provide a self-check section with expected outcomes and warning signs that the proposed approach is inappropriate.

Help me with HVAC maintenance record review. Task: Identify recurring complaints that need better measurement records. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Finish with a checklist that tests whether the deliverable meets the stated goal. Identify missing inputs and do not invent them.

Help me with HVAC maintenance record review. Task: Create a filter-inspection record template with condition and date fields. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Show how each recommendation follows from the supplied evidence. Flag contradictions, uncertain facts and anything requiring a current official source.

Help me with HVAC maintenance record review. Task: Compare service-log entries with manufacturer maintenance requirements. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Verify units, dates, constraints and internal consistency where relevant. Include one independent way I can check the result.

Help me with HVAC maintenance record review. Task: Draft a handover summary of unresolved HVAC observations. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include an example using clearly labeled fictional data if necessary, then explain how I should validate it against my actual inputs.

Help me with HVAC maintenance record review. Task: Create a parts-history table using only documented replacements. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. State the assumptions that most affect the result and describe what would change if an assumption is false.

Help me with HVAC maintenance record review. Task: Check maintenance records for missing model and serial references. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. End with three targeted review questions and explicit pass criteria; avoid presenting guesses as established facts.

Help me with HVAC maintenance record review. Task: Rank documentation gaps by their effect on diagnosis confidence. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Include a brief counterexample or edge case that tests the limits of your explanation. Trace factual claims to provided material.

Help me with HVAC maintenance record review. Task: Build a before-and-after comparison from actual service readings. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Distinguish what can be checked from the supplied information from what needs further evidence; list the smallest useful follow-up inputs.

Help me with HVAC maintenance record review. Task: Create a follow-up checklist for unresolved comfort complaints. My inputs: [anonymized service log]; [equipment model]; [manual maintenance schedule]; [operating hours]. Adapt the task to [desired detail level and output length]. Produce the concrete artifact named in the task, with labeled sections or a table where useful. Explain the key reasoning and make the output directly usable with my supplied inputs. Separate supplied observations, assumptions, evidence and conclusions. Require the exact model/manual and applicable project standard for model-specific or compliance claims. Do not provide steps for live electrical work, opening pressurized refrigeration circuits or defeating safety controls. Review the output for unsupported claims, omitted exceptions and unrealistic steps. Explain the corrections you made.