conveyor

What This Skill Does

The Conveyor skill is a specialized engineering and technical reference tool for OpenClaw designed to assist with the design, selection, and maintenance of material handling conveyor systems. It acts as an interactive database and calculator, providing instant access to industry standards for belt types, motor sizing calculations, throughput metrics, and automation integration logic. Whether you are drafting a greenfield factory layout or performing root-cause analysis on an existing unit-load sorter, this skill centralizes the technical specifications necessary to maintain efficient material flow.

Installation

To integrate this skill into your environment, use the OpenClaw Hub command line tool:

clawhub install openclaw/skills/skills/bytesagain1/conveyor

Ensure that your OpenClaw environment has read/write permissions for the storage directory defined in your environment variables, typically managed under ~/.conveyor/.

Use Cases

This skill is highly valuable for industrial engineers, maintenance technicians, and systems integrators. It is frequently used for calculating necessary belt speeds based on desired throughput in units per hour (UPH), determining the correct motor horsepower for inclined conveyors, or troubleshooting mechanical issues like belt tracking drift and roller seizure. Furthermore, it provides structural guidance on implementing accumulation zones and complex merge diverts to optimize warehouse distribution efficiency.

Example Prompts

1. "@conveyor sizing --length 20 --incline 5 --load 50kg --calculate motor"
2. "@conveyor troubleshooting --issue belt-tracking --describe 'belt pulling left at drive pulley'"
3. "@conveyor layout --type shoe-sorter --layout 'L-shape' --constraints 'limit 5000 UPH'"

Tips & Limitations

To maximize the utility of the conveyor skill, ensure you have precise inputs for weight, throughput requirements, and environmental variables like coefficient of friction. The sizing calculations are meant to serve as engineering references; always verify critical mechanical designs with professional PE-stamped documentation or OEM manufacturer data. The skill does not physically control hardware, so it is best used as a decision-support tool rather than an automated PLC programming interface. Always ensure you are following the safety protocols outlined in the 'safety' command before performing physical maintenance.