Low Temperature Circulating Chiller LLTC-E11

The Low Temperature Circulating Chiller is widely used in electronics, pharmaceuticals, biotechnology, aerospace, and materials science for precise low-temperature control. It ensures thermal stability during component testing in semiconductor fabrication. In pharmaceutical labs, it supports temperature-sensitive drug development and storage. Biotech research uses it for enzyme stability and sample preservation. Aerospace sectors benefit from its ability to simulate extreme environmental conditions for equipment testing.

Yes, it supports temperature curve recording and data export, making it suitable for environments requiring detailed monitoring and analysis. The integrated 7-inch color touchscreen provides real-time temperature visualization, and data can be exported in Excel format for easy reporting and documentation. This feature supports traceability for quality assurance and regulatory compliance, while also enabling performance evaluation over extended test durations.

Yes, the Low Temperature Circulating Chiller is designed for continuous operation with reliable components and cooling systems for extended use. Its robust industrial build and efficient compressor ensure consistent performance even under prolonged workloads. Integrated safety features protect against overheating and system overloads. This makes it ideal for demanding applications requiring stable cooling over extended periods without interruption.

It provides stable, low-temperature environments essential for accurate device characterization and thermal stress testing in semiconductor labs. The chiller maintains consistent temperature control with an accuracy of ±0.5°C, which is critical for evaluating thermal behavior of sensitive components. Its quiet operation minimizes disruptions in controlled lab settings. The system also allows real-time data tracking, ensuring detailed analysis during complex testing procedures.

Yes, it supports PT100 sensors for inlet and outlet temperature feedback, ensuring real-time, accurate temperature monitoring. This enhances precision in critical applications by allowing direct integration with external systems. The dual-sensor feedback loop provides better thermal control and system response. This compatibility also supports calibration and validation in highly regulated laboratory environments.