Potentiometers Designed for Deep Fryers

ISL used its value-added capabilities to improve a standard potentiometer so it could be safely used on deep fryers by world-leading fast-food restaurants.

Overview

ISL was asked to take an existing potentiometer that the customer was having failures with, and develop a replacement that would withstand the harsh environment of a commercial kitchen.

Challenge

The customer thought that the harsh environment mixed with high volume usage would require an expensive component or a complete product redesign.

Solution

With extensive consultation with the customer’s engineering team, the ISL engineering group found a simple and expedient solution. We incorporated a protective cover cap to the potentiometer that helped keep grease and other contaminants from interfering with the potentiometer’s function. This simple, but highly effective, solution saved the customer time, effort and money.

Conclusion

ISL resolved the customer's potentiometer failures with a simple protective cover cap that kept grease and other contaminants from interfering with the component's function. This low cost modification allowed the potentiometer to withstand the harsh, high volume environment of a commercial kitchen without requiring an expensive redesign. By working closely with the customer's engineering team, ISL delivered a solution that saved significant time, effort, and money. This project shows how ISL can solve tough environmental challenges through smart, cost effective design improvements rather than starting from scratch.

Components designed to your specifications

At ISL Products, we streamline the transition from initial design to final production. Provide us with your component specifications, performance targets, and any environmental constraints. We will analyze your requirements and provide a detailed quote and technical roadmap to help you hit your production deadlines without compromising on quality.

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  • Direct collaboration to optimize your component’s design and manufacturability.
  • Tailored performance to meet your exact mechanical and environmental needs.
  • Seamless transition from initial prototyping to high-volume production runs.
  • Precision-tested components to ensure long-term reliability and performance.