add R to the end of part number for remote platform on 8’ umbilical

add B to the end of part number for fully benchtop platform system (benchtop system is greater than 150 Lbs)

Total Temp technolgies provides the SC144 and SCC144 are precision refrigerated thermal platforms, designed for temperature testing and conditioning of electronic components, sensors, PCBs, and other devices. The SC144 uses a single-stage refrigeration system to reach –40 °C, while the SCC144 extends low-end performance to –75 °C with a two-stage cascade design. Both models heat up to +175 °C, offering full hot-cold cycling without the need for LN₂ or CO₂. This eliminates the cost, logistics, and safety concerns of cryogenic systems while delivering competitive ramp rates and stable, uniform temperature control.

Built for flexibility, the 12″ × 12″ thermal surface accommodates a wide range of test setups, with optional ESD-safe enclosures, adapter plates, and dry purge systems to prevent condensation. Available in benchtop or split-system configurations, these platforms are ideal for engineering labs and automated environments. Integrated Synergy control software enables programmable profiles, remote operation, and multi-sensor feedback for complete thermal test automation. The SC144/SCC144 series is a rugged, self-contained alternative to bulky environmental chambers—perfect for precision temperature cycling in space-conscious applications.

add R to the end of part number for remote platform on 8’ umbilical

add B to the end of part number for fully benchtop platform system (benchtop system is greater than 150 Lbs)

The refrigerated thermal platform features a 6.5″ × 15″ thermally controlled surface with a wide operating range from –75°C to +175°C, making it ideal for precision thermal cycling of components and devices. Capable of fast temperature transitions comparable to some cryogenic systems, it offers reliable, repeatable performance without the need for expendable L‑N₂ or L‑CO₂ tanks—eliminating concerns around oxygen displacement and consumable logistics. The system is available in both single-stage (cooling to –40°C) and two-stage cascade configurations for ultra-low temp operation down to –75°C, offering flexible cooling performance to meet a variety of application needs.

Engineered with versatility in mind, this platform supports benchtop use, split configurations (with the refrigeration module placed under the bench), or a compact R2D2-style system with the thermal plate mounted directly above. Optional polycarbonate covers (in standard or low-ESD versions), adapter plates for custom DUT setups, and dry air or nitrogen purge systems help minimize condensation and enhance performance stability. At the core of the system is the Synergy Controller, offering intuitive ramp/dwell programming, remote access, logging, and compatibility with external DUT sensors—making this portable, energy-efficient platform a powerful solution for high-precision, automated thermal testing.

Total Temp technolgies provides the compact refrigerated thermal platform offers a 6.5″ × 7.5″ thermally controlled surface and a wide temperature range from –75°C to +175°C, making it ideal for precise and repeatable hot/cold cycling of small components, sensors, or assemblies. Designed for high performance in space-constrained environments, it delivers fast temperature transitions—rivaling some cryogenic systems—without the use of expendable LN₂ or CO₂. The standard energy-efficient single-stage refrigeration system cools to –40°C, while an optional two-stage configuration achieves ultra-low temps down to –75°C, all with no oxygen displacement risks.

Built on a proven, portable refrigeration architecture, this platform can be configured as a fully self-contained benchtop unit, a split system with the refrigeration below the work surface, or a compact R2D2-style format with the cold plate mounted on top. Flexible adapter plates support custom DUT fixturing, while optional polycarbonate covers (standard or ESD-safe) and dry purge systems reduce frost and moisture buildup. The integrated Synergy Controller provides intuitive ramp/dwell profile creation, remote access, data logging, and external sensor support—making this system an ideal choice for advanced thermal test applications in electronics, aerospace, and R&D environments.