Empowering Efficient Monitoring for Precision Electronics Laboratory Climate Chambers

DB510-DB130 Humidity and Temperature Transmitter

Customer Background & Core Pain Points
A precision electronics testing laboratory specializes in environmental adaptability tests of electronic components such as chips and sensors. Its multi-functional climate chambers are required to simulate complex working conditions including high temperature (80–100℃), high humidity and light dust. Previously, the monitoring equipment had two critical issues:
Insufficient Probe Durability: Traditional plastic probes were prone to clogging and deformation under "high temperature + dust" conditions, requiring disassembly and cleaning 3 times a month. Moreover, the humidity measurement error exceeded ±3% RH, leading to low data credibility and impairing the judgment of component test results.

Decentralized and Inefficient Data Management: Temperature and humidity data of each climate chamber were only stored locally without a centralized management terminal. Abnormal temperature and humidity were difficult to detect in a timely manner, which had caused multiple test interruptions and component scrappage due to sudden temperature spikes.

Solution: DB130 Probe + DB510 Instrument Combination
Application Results
Cost Reduction & Efficiency Improvement: DB130 reduces probe maintenance frequency from 3 times per month to 1 time per quarter, saving over 120 working hours annually; the accuracy of temperature and humidity measurement increases from 86% to 99.8%, cutting test rework rate by 90%.

Management Upgrade: The central monitoring system realizes centralized management of data from 12 climate chambers, shortening anomaly response time from 15 minutes to 30 seconds and avoiding 3 component scrappage incidents.

Compliance Assurance: Accumulatively stores over 80,000 data records; supports batch-based archiving and one-click export of audit reports, passing third-party compliance certification.

Customer Feedback
"DB130 withstands high temperatures and dust, and DB510 simplifies data management. Now the testing process is stable with reliable data, providing solid environmental data support for component R&D."
— Head of the Laboratory Testing Department