Did your data really measure accurately?
Are the online hydrogen gas detection data always fluctuating?
Don't let these easily overlooked operational details
affect your production efficiency and product quality.
In high-precision fields such as heat treatment, semiconductors, and new energy,
the standard control of hydrogen gas content in furnaces is the lifeline for ensuring product quality.
However, many engineers have encountered such problems:
Why does the measurement process meet the requirements,
but the measurement data is still inaccurate and unstable?
Today, let's dig into the common misunderstandings that cause hydrogen gas measurement to be inaccurate!
Misconception 1: Only caring about the sensor, ignoring the "pre-filter"
Many users believe that as long as the sensor is imported, the data is accurate. This is a huge misunderstanding. Even the most reliable sensor still requires clean and representative sample gas. If the oil, dust, and moisture in the sample gas are not effectively treated and directly enter the analyzer, they will quickly contaminate and damage the gas sensor, resulting in decreased sensitivity, slow response, and even long-term damage.
Our solution
- RL-E200EX hydrogen process analysis system-
The RL-E200Ex hydrogen process analysis system has a built-in pre-filter unit, adopting multi-level physical filtration and oil and water removal design. It is like putting a standard mask of preventing harmful gases on the highly accurate "hydrogen sensor", ensuring the cleanliness of the sample gas from the source, extending the sensor lifespan, and guaranteeing long-term stable data.
Misconception 2: Pursuing "fixed installation", lacking flexibility
Traditional analysis systems are mostly fixed installations, and one device can only correspond to one detection point. When multiple production lines or multiple furnaces need to be detected, either a huge cost is invested to purchase multiple devices, or a complex pipeline laying and sampling system is required, resulting in response delays and high maintenance costs.
Our solution - RL-E200EX hydrogen process analysis system-
The RL-E200Ex hydrogen process analysis system optimally adopts a mobile design, with an integrated reinforced universal wheel at the bottom. One device can be flexibly switched to multiple belt furnaces for sampling and measurement. This not only saves equipment procurement costs but also avoids the measurement lag caused by long sampling pipelines, achieving "measure as you come, data immediately available" intelligent operation.
Standard measurement stems from meticulous control of every detail. Choosing the RL-E200Ex hydrogen process analysis system means choosing a complete solution from "gas path pre-treatment" to "mobile deployment" and "intelligent control".
