Best Perplexity prompts for Outdoor Power Equipment and Other Small Engine Mechanics

Given a fault report for a [MODEL NUMBER] engine with a [FAULT CODE] error, and a service log showing recent [CALIBRATION] and [MAINTENANCE] activities, use Perplexity to analyze the symptoms and recommend a step-by-step troubleshooting procedure, including [LOCKOUT/TAGOUT] protocols and potential [PARTS REQUISITION] needs, referencing the [SERVICE CHECKLIST] for similar models like the Honda GX390. Be sure to consider the [BEARING WEAR] and [BREAKER LOCKOUT] history. The goal is to isolate the fault and generate a [REPAIR ORDER] with minimal downtime. [PASTE FAULT REPORT] and [RELEVANT SERVICE LOG ENTRIES].

Using Perplexity, create a preventative maintenance schedule for a fleet of [EQUIPMENT TYPE] based on [SERVICE LOG] data, [CALIBRATION] history, and manufacturer recommendations, taking into account [PM SCHEDULE] intervals and [LOCKOUT/TAGOUT] requirements, similar to the schedule used for the Kubota RTV114. The schedule should include [TASK DESCRIPTION], [FREQUENCY], and [RESPONSIBLE PERSONNEL] fields, and be designed to minimize [DOWNTIME] and reduce [BEARING WEAR]. [EQUIPMENT LIST] and [PASTE RELEVANT SERVICE LOG ENTRIES].

Generate a [REPAIR ORDER] for a [MODEL NUMBER] engine with a [FAULT CODE] error, including a detailed [PARTS LIST] and [LABOR ESTIMATE], using Perplexity to analyze the [FAULT REPORT] and [SERVICE LOG] data, and referencing the [SERVICE CHECKLIST] for similar models like the John Deere D110. Be sure to include [LOCKOUT/TAGOUT] protocols and [CALIBRATION] requirements, as well as any necessary [BREAKER LOCKOUT] procedures. [PASTE FAULT REPORT] and [RELEVANT SERVICE LOG ENTRIES].

Analyze the [DOWNTIME] data for a [EQUIPMENT TYPE] over the past [TIME PERIOD], using Perplexity to identify patterns and trends in [FAULT CODES], [REPAIR ORDERS], and [PM SCHEDULE] adherence, and referencing the [SERVICE LOG] and [MAINTENANCE] records, similar to the analysis performed on the Caterpillar 308E2. The goal is to generate a [SHIFT HANDOFF REPORT] that summarizes key issues, ongoing [REPAIR ORDERS], and recommended [PM SCHEDULE] adjustments to minimize future downtime and reduce [BEARING WEAR]. [DOWNTIME DATA] and [PASTE RELEVANT SERVICE LOG ENTRIES].