Highly Sensitive Electrolyte Leak Detector KGD GAS 311 With Detection Limit 1ppm

Electrolyte Leak Detector KGD - GAS - 311

Product Introduction

The Electrolyte Leak Detector KGD - GAS - 311 is a high - performance electrolyte leakage detector independently developed by KACISE. Based on Non - Dispersive Infrared (NDIR) technology, it uses high - performance detection components, a special plating process structure, built - in constant - temperature control, and integrated precision signal extraction and processing designs. Overall, it features high accuracy, low drift, corrosion resistance, and fast response. Aimed at detecting the leakage of lithium - ion battery electrolyte, it can accurately measure the concentration of gases released from electrolyte leakage in real - time. It provides an accurate and rapid basis for battery detection services, and offers a measurement basis for the safety and reliability of production. The product is easy to operate and simple to set up, with one - key sampling and the ability to monitor and alarm during the leakage process. It adopts a high - precision modular electrolyte sensor unit, which can display measurement results and monitoring curves in real - time, presenting the measurement results intuitively. It also supports the query and export of historical data, facilitating users' data analysis and record - keeping. The device is powered by a built - in battery, making it convenient for on - site integrated testing and mobile use, and capable of meeting the requirements of different measurement application scenarios.

Product Features

• High precision, with linear error less than 2% of full scale (2%F.S.).
• High sensitivity, capable of accurately identifying signal changes of ±1 part per million (±1ppm).
• Good gas selectivity and strong anti-interference ability to prevent misjudgment.
• Fast response, able to quickly detect changes in gas concentration.
• Real-time curve display, automatic recording of test information, and measurable data can be queried and exported.

Technical Parameters