Microwave Journal
www.microwavejournal.com/articles/9557-totaltemp-introduces-thermal-platform-systems

TotalTemp Introduces Thermal Platform Systems

May 20, 2010

The Next Generation TotalTemp Thermal Platforms are specifically designed to deliver fast, efficient and precisely controlled temperature conditioning to your device under test. Utilizing COTS technology to provide the successful integration of an embedded copper tube cooling channel with a high density arrangement of long life durable AC cartridge heaters, TotalTemp provides a comprehensive system able to deliver hot and cold temperature cycling and conditioning on demand with temperature ranges from -100° to +200°C. With extremely accurate temperature uniformity and minimal thermal gradients at temperature, TotalTemp has truly created “The Next Generation in Performance” – at a price you can handle!

Features include: Low initial purchase cost; Extremely fast temperature transition rates; Energy efficient temperature cycling; Hard plated anodized surface for durability; Abundant heaters for low surface gradients; Excellent access to DUT; Rugged Stainless Steel chassis; High accuracy temperature sensors for precise control; and threaded holes in all four corners standard for adapter plate or clamp set mounting

Options include: Color LCD touch screen; FTP server; Ethernet, 10/100 BaseT built in; Thumb drive compatible; Supports Telnet network protocol; 1 Gb internal storage, 64Mb SDRAM; One or two channels, flexible input configurations; Real time clock; Auto resume option; and Cascade control option.

Efficient, fast and accurate temperature cycling on a thermal platform just got a lot easier. The Synergy Nano controller employs a common user and programming interface and provides OEMs, test labs and production facilities with cost-effective integration of control, logging and connectivity features, and is appropriate for use in the broadest spectrum of environmental testing applications including temperature cycling and conditioning, thermal shock and thermal vacuum testing processes.