A low-pressure automotive smoke machine is safer for cars because it operates within the designed pressure range for the vehicles systems. This ensures that the testing process is gentle, minimizing the risk of damage to sensitive components.
- Wide Range of Applicability
Designed for Low-Pressure System Leak Detection: The ST101 Automotive Smoke Machine goes beyond EVAP system troubleshooting. It adeptly detects an array of leaks, including fuel tank venting, crankcase, oil seal, throttle, intake manifold gasket, exhaust, fittings, valve, and fuel line issues. Its your comprehensive solution for diagnosing various leaks and ensuring a well-maintained vehicle.
Compared to competitors, ST101 boasts lower power consumption and reduced smoke oil usage at the same smoke concentration. With a remarkable 30% reduction in power consumption, the innovative patent design slows down the temperature rise in the smoke chamber by over 40%. Working for 10 minutes, the new structure consumes only about 3ml of smoke oil. Enhanced by frequency conversion technology, it extends continuous testing periods, ensuring uninterrupted operation even in high-temperature protection mode without the need for downtime.
ST101 EVAP smoke machine comes equipped with a meticulously curated toolkit, ensuring that you have everything you need for thorough and efficient testing. The comprehensive set includes a range of specialized tools, each serving a specific purpose to enhance the functionality of the product. From connectors and tubes for precise testing to user-friendly accessories for hassle-free operation, our thoughtfully assembled toolkit reflects our commitment to providing a seamless and all-encompassing testing experience. With this fully stocked arsenal, you can approach your testing tasks with confidence, knowing that every tool you need is right at your fingertips.
- External Air Supply Required
Choosing an external air pump over an internal one was a strategic decision based on factors like flexibility, user preference, and cost-effectiveness. This design provides versatility, allowing users to select pumps with varying power and specifications to meet diverse testing needs. It also simplifies maintenance and replacement procedures, enhancing overall portability for users who prioritize a lighter solution. The external pump design contributes to cost efficiency, allowing users to tailor their equipment without incurring extra expenses for an integrated pump.