Temptronic® ECO 810E ThermoStream®

The Temptronic® ECO 810E ThermoStream® is an advanced thermal forcing system engineered to provide precise, rapid, and reliable temperature conditioning for electronics testing and characterization. Designed specifically with eco-efficiency and user comfort in mind, this system delivers performance without compromising on energy efficiency, noise levels, or regulatory compliance. Core Features and Capabilities Wide Temperature Range: The ECO 810E offers an operational range from -80°C to +225°C, covering the entire spectrum required for most electronic test environments. Transition rates are exceptional, with the ability to move from -55°C to +125°C (and vice versa) in approximately 10 seconds, enabling swift device characterization and thermal cycling. Energy Efficiency and Whisper-Quiet Operation: The system operates on a standard 20-amp, 50/60Hz circuit, consuming less energy than traditional systems. Temptronic’s proprietary WhisperStream™ technology ensures an ultra-low noise output, maintaining a quiet environment at just 56dBA—ideal for 24/7 production floors or laboratory use where heat dissipation and minimal audible disturbance are critical concerns. No Need for Cryogenic Liquids: Unlike systems that rely on Liquid Nitrogen (LN2) or Liquid Carbon Dioxide (LCO2), the ECO 810E achieves its temperature range without special cryogens. This makes installation, daily operation, and maintenance more straightforward and cost-efficient. EU F-Gas Regulation Compliance: With a gas charge below the CO2-equivalent limit for greenhouse gases, the ECO 810E is exempt from EU 517/2014 F-Gas annual leak testing requirements, reducing both regulatory burden and maintenance costs. Responsive and Secure Embedded Software: Featuring integrated controls that eliminate the need for a traditional Windows® OS, the ECO 810E offers several benefits: Enhanced system responsiveness and faster boot times. Reduced vulnerability to security issues posed by commercial OS platforms. Easy-to-use touchscreen interface with remote configuration capabilities. Customizable and saveable test set-ups support varied test requirements and workflows. Versatility in Test Applications: The system is highly effective for the rapid conditioning and testing of devices under test (DUTs), including semiconductor ICs, MEMS, circuit boards, modules, and other electronic assemblies. Its continuous airflow output (4–18scfm/1.9–8.5 l/s) ensures uniform and stable temperature conditions. Condensation Prevention: A dedicated dry air purge for the tester interface prevents condensation, supporting frost-free operations and safeguarding sensitive DUTs during extreme temperature cycling. Reliability and World-Wide Support Temptronic’s ThermoStream systems, including the ECO 810E, have a longstanding reputation for reliability and are supported globally. This trusted performance, along with flexible operation for 50/60Hz markets, makes the ECO 810E a preferred solution in both high-volume production environments and R&D labs. | The Thermonics Low Temperature Process Chillers are engineered for demanding industrial and R&D environments where precise, reliable, and robust low-temperature fluid and air cooling is essential. Whether the application is semiconductor manufacturing, pharmaceutical synthesis, aerospace component testing, or chemical process control, these chillers deliver performance, flexibility, and ease of integration unmatched in their class. Wide Temperature Range and Model Flexibility Thermonics process chillers are available in both air- and water-cooled models, with temperature capabilities ranging from as low as -100°C up to +300°C , and cooling capacities reaching up to 30kW at ultra-low setpoints. This enables effective support for a wide spectrum of applications, from deep cryogenic conditioning to sub-ambient process stabilization. Fluid chiller models such as the W-40-3100 and W-80-2500 offer chilling capacity of 3.1kW at -40°C and 2.5kW at -80°C, respectively, with fluid temperature stability maintained within ±0.5°C at the rated load, ensuring repeatability and process control even under dynamic thermal loads. Thermonics also provides LN2-cooled process chillers for the ultimate in ultra-low temperature performance, capable of delivering up to 20kW of cooling at -90°C , paired with energy efficiency and a smaller system footprint compared to traditional mechanical systems. These models are especially suited for high-throughput and high-precision operations in cutting-edge sectors such as semiconductor or defense. Core Features and Performance Hydraulics High Stability and Uniformity: Process fluid temperature is maintained to within tight tolerances, with feedback-control and rapid response to changing process demands. Setpoint range options span from -80°C to +50°C, with specific models extending even further depending on the required configuration and cooling technology. Flexible Fluid and Gas Handling: Chillers can be configured for a wide range of heat transfer fluids, such as Syltherm XLT or 3M Novec 7100, and offer flow rates from 4 to 8 GPM (15 to 30 LPM) at pressures up to 50 PSIG. Wetted materials are offered in standard copper/nickel/brass or with full stainless steel wetted pathways for aggressive or ultra-pure applications. Integrated Process Heating: Many models feature both cooling and heating capabilities, often supporting process heaters rated at 1.7kW or more—allowing rapid heating cycles up to +50°C or higher. User Interface and Connectivity: A 5.7-inch color touch-screen provides comprehensive control, live graphing, and setpoint management. Extensive diagnostics, alarms (for low flow, low reservoir, temperature out-of-range), and performance logs facilitate proactive maintenance and process assurance. Remote monitoring is supported via Ethernet, Serial-USB, and web interfaces, with additional support for RS-232. Safety and Compliance: These systems are built to international standards, including CE and RoHS compliance and designed to meet UL1995/UL61010. Built-in protections and optional features like drip trays further ensure safety and environmental integrity.