DY-GTL800X Dry Block Temperature Calibrator (300℃-800℃) | Najoom Al Falah KSA
High-Performance Thermal Metrology Solution for Industrial Heat Sources The DY-GTL800X Dry Block Temperature Calibrator is a professional-grade thermal metrology instrument designed to provide a stable and precise on-site heat source for temperature sensor verification. Operating within a robust range of 300℃ to 800℃, this well calibration furnace serves as a controlled temperature field for testing thermocouples and high-heat industrial thermometers. Engineered for the demanding technical environments of Saudi Arabia, it offers a reliable and efficient alternative to liquid or sand baths, ensuring accurate results for maintenance teams and quality control laboratories alike. Built with durability as a priority, the DY-GTL800X functions as a traditional dry block temperature bath that eliminates the need for messy thermal fluids or external heating media. This dry well furnace is optimized for consistency, delivering a uniform temperature distribution across the calibration well to minimize measurement uncertainty. Whether used in petrochemical plants, power generation facilities, or heavy manufacturing, this calibrator provides the rugged reliability and high-temperature capability necessary to maintain strict industrial compliance and equipment accuracy.
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Specifications
Technical Specifications
Feature | Specification Details |
Manufacturer / Brand | DY |
Model Number | DY-GTL800X |
SKU | DY-GTL800X-HT |
Temperature Range | 300℃ to 800℃ |
Technology | Dry Block Temperature Bath / Well Calibration Furnace |
Function | On-site Heat Source / Temperature Field Calibration |
Portability | Industrial Portable Design |
Application | High-Heat Sensors, Thermocouples, & Industrial Testing |
Additional Details
Key Features & Advantages
The primary advantage of the DY-GTL800X is its specialized high-temperature range of up to 800℃, making it an essential tool for calibrating sensors used in high-heat industrial processes. This dry block technology provides a clean, safe, and stable on-site heat source that prevents sensor contamination and avoids the hazards associated with high-temperature liquid baths. Its portable yet robust industrial design is specifically built for longevity, ensuring repeatable performance even in harsh field conditions. Furthermore, the system is engineered for rapid stabilization and high thermal uniformity, allowing for efficient multi-point calibration cycles with trustworthy data. As a versatile calibration furnace, it simplifies the verification of critical temperature monitoring equipment by providing a controlled and precise temperature field in a compact, manageable unit.
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