Thermal Testing Results Delivered… to your printer

Thermal Testing Results Delivered… to your printer

Why is it important? 

Product testing takes time and requires careful tracking of results.  Thermal Platforms and Hybrid Benchtop Chambers with the Synergy Nano controller not only speed the thermal processes but also automate plotted results while avoiding chances for error. Thus easily producing meaningful data.

How do I do that?

The Application Note at the link here demonstrates how easily printed results from the Synergy Nano Controller can be produced.

https://www.tidaleng.com/appnotes/SCAP90.pdf

The temperature controller on these products can directly produce PDF files, email, or output directly to a network printer.

Automate your thermal testing with no-fuss printed results.

It clearly beats the old way

Wrapping it up

In addition to being a top-rated temperature controller with many other advanced features. These plotting features save time, produce fast and accurate documentation of your test results, via printer, PDF, email – or just viewed with a standard web browser.

It can communicate to any HPCL capable printer with an Ethernet port.

Contact TotalTemp or your local sales representative to find out more.

Synergy Nano Logging Function – Importing to Excel for Graphing

Synergy Nano Logging Function – Importing to Excel for Graphing

Manual graphing:

In the past, people used to use pen paper and a stopwatch to do manual graphing. Strip charts and circular chart recorders have come and are now gone. Separate logging gear is often expensive and cumbersome.

Now, when there is a need to graph simple logged temperature data, the Synergy Nano will help streamline the process.

Here is a procedure by Sasha Borax on how to quickly produce graphical results in Excel from data logged by the Synergy Nano. Titles. selection of data to be logged and logging intervals is easy.

Graphing data from Synergy Logging function to Excel

Ask any questions.

We are here to help.

TotalTemp Thermal Platform Integrated into Space Simulation Chamber

TotalTemp Thermal Platform Integrated into Space Simulation Chamber

Specially configured Thermal Platform designed for heating and cooling through conduction while in a high altitude or vacuum environment. The TotalTemp Platform can be integrated into an existing vacuum chamber, as is shown in the picture on left, or we can provide a complete turnkey system to solve your space simulation or other thermal vacuum challenges. Click here for more information about Space Simulation Chamber.

Announcing

All our standard Thermal Platform models are now available with the CE mark. TotalTemp has recently completed the CE certification process for our standard platform models so they can be made available to the European Community. The EU countries have been asking for an alternative platform, now they have it!

Coming soon

  • New, larger size thermal platforms.
  • Small benchtop temperature chambers.

Space Simulation with Small Portable System

Space Simulation with Small Portable System

Cost-Effective Space Simulation:

Space simulation adds another dimension to thermal testing.  In vacuum environments, heat is transferred by radiation or conduction since transfer by air currents (convection) is of course not possible without air. This is easily accomplished using thermal platforms in portable TVAC systems.

As is the case with temperature chambers, space simulation systems are often sized considerably larger than required due to a lack of knowledge of what future requirements will be. This results in several inefficiencies.

  • Portable space simulation equipment is cheaper to acquire
  • Smaller systems don’t take up as much valuable lab space to use and to store when not in use
  • Faster to pull down to vacuum and fast temperature transition times result in shorter test times required to perform tests
  • They are more efficient, using less power, generally not requiring special electrical services
  • Smaller systems are often more time-efficient as you are less likely to have to share with others. Larger systems often require travel, time-sharing, and waiting for a scheduled-use time

Conclusion:

Thermal platforms are a piece of natural test equipment for space simulation.

Consider TotalTemp Technologies thermal vacuum systems for full range testing:

Temperature range +150 to -75C. Vacuum 10-6 Torr.  For small to medium-sized devices. These thermal vacuum systems are flexible and fixture to meet many MIL-STD requirements.

Bigger Benchtop Thermal Testing

Bigger Benchtop Thermal Testing


Thermal Testing of larger modules is now made easy with new larger thermal platform models.

The SD288-N, 288 square inches and the NEW SD450-N with 450 square inches of a thermal testing area for your device under test.

The SD288 Thermal Platform
NEW SD450 Thermal Platform

Larger, higher power items such as TWTs and amplifiers are easily accommodated with these 12″ x 24″ or 18″ x 25″ precision surfaces.  They are also a good choice for larger or multiple Hybrid / MMICs. They have over 4000 watts of heat removal capability!

Thermal imaging reveals impressive uniformity of cooling.  Model SD288 has six identical evenly distributed cooling channels.  This ensures no hot spots or cold spots.

Likewise,16 linear heater elements ensure even heating.

Larger modules can easily be tested right on the benchtop with an assurance of rapid test uniformity such as for meeting MIL-STD-883.

Programmable temperature control instrumentation with Multipoint DUT sensing module and advanced temperature control algorithms can automatically produce printed test logging results to a network printer and real-time reports in record time.

Test Stats are easily sent to email or text messaging systems.

Next time we will talk about the multichannel logging capabilities and advanced temperature control with the TE-1299-16, 16 channel logging accessory for the Synergy Nano.

Knowledgeable tech support at TotalTemp Technologies is available to help improve your thermal testing. 

Custom Wide-Range Temperature Chambers

Custom Wide-Range Temperature Chambers


TotalTemp Technologies expands its offerings to include more products, including custom wide-range temperature chambers.

An environmental test chamber or temperature chamber is an enclosure used to test the effects of specified environmental conditions on electronic devices, components,  industrial products, or biological items – Chambers replicate the conditions they might be subjected to or determine properties in a specific environment. They are also used to accelerate the effects of exposure to an environment, life testing for example, or at environmental conditions not actually expected.

Such chambers are available for your specific application:

  • As a stand-alone test for environmental effects on test specimens.
  • High-performance models are designed to rapidly heat and cool with expendable coolants such as L-N2.
  • Custom configurations include hot-only, extended range, combined convection, and conduction or Boosted models which use both refrigeration systems and expendable cryogenic coolants.

At TotalTemp we offer several standard size models, each one customizable to meet your requirements. We specialize in providing an ideal solution for any industry or product to be tested, and configured for your specific needs, of course.

Featured in this article is the model C230 Temperature Chamber with custom apertures on four sides and a +325°C to -160°C temperature range. It includes features like:

  • Time-tested designs.
  • Award-winning synergy Nano temperature controller.
  • Alternate cooling methods

Meet your custom requirements in a better way than with off-the-shelf solutions. We give you two-year warranties and accessible, knowledgeable support before and after the sale.

TotalTemp Technologies

TotalTemp also offers a new product line of refrigerated custom thermal platforms capable of -70°C, without the need for expendable coolants.

TotalTemp Technologies, Inc

San Diego CA 92110 (888) 712-2228

www.TotalTempTech.com  sales@totaltemptech.com

TotalTemp’s Newest Addition: SCC98-NR

TotalTemp’s Newest Addition: SCC98-NR


SCC98-NR is a Thermal Platform System for efficient conductive thermal testing. It features an award-winning Synergy Nano programmable temperature controller and a two-year warranty. Alternate sizes and many custom features are available to best meet your requirements.

This platform delivers precisely controlled temperature conditioning to devices that have a flat thermally conductive surface. When using thermal conduction to condition the device at hot and/or cold temperatures, the results are much faster than using thermal convection, as used in environmental chambers.

Some great features this device includes are:

  • Quickness: It has fast temperature transition rates – comparable to some cryogenic systems.
  • Efficiency: It is available with a single-stage refrigeration system capable of removing heat at -40°C in less than 8 minutes, while the two-stage refrigeration model can go as low as -70°C.
  • Nitrogen and Carbon Dioxide free: No L-N2 or L-CO2 tanks are needed and there is no oxygen displacement.
  • Popular premiere Synergy Controller: It features logging, graphing and flexible compressor configurations, plus Optional Web server, print server, and GPIB communication.
  • Mobility: It’s available as a fully Benchtop Platform or benchtop platform and controller with an under bench remote refrigeration stand.

TotalTemp Technologies takes pride in fostering innovation with new technologies and continuous improvement, which is why all of our thermal platforms are guaranteed to meet the highest standards for your all-around satisfaction.

TotalTemp Technologies, Inc

San Diego CA 92110

WWW.TotalTempTech.com

sales@totaltemptech.com

(888) 712-2228

New Hot-Only Thermal Platforms


TotalTemp Technologies, the new leader in thermal platforms, has been widening its offerings more and more over time.

Hot-only Thermal Platforms, these platforms were initially designed for electro-migration solder processes hot-only testing. The new hot-only platforms are available with maximum temperature ranges of 200, 300, 400, and 450°C.  Please specify your desired temperature range when ordering. Attractive pricing,  safety, and the same flexibility that current hot/cold models have.

  • Excellent access to DUT
  • Extended temperatures range option (400°C shown here)
  • Efficient conductive heat transfer
  • Extremely fast temperature transition rates
  • Hard anodized surface for durability is standard
  • Bare aluminum for electrically conductive surface (shown here)
  • Five threaded holes are standard
  • Adapter plates available
  • Optional no threaded holes and conductive surface (shown here)
  • Small footprint models for minimal impact on valuable bench space
  • High accuracy temperature sensors for precise control
  • Abundant heater arrangement for low surface gradients
  • Rugged stainless steel chassis
  • Exclusively designed for easier serviceability, with full access panels

These models carry two-year warranties and can be trusted to meet customers’ expectations.

Model Number Usable Surface Inch Usable Surface Milimeter
HSD14 3.75 x 3.75 95.25 x 95.25
HSD49 6.5 x 7.5 165.1 x 190.5
HSD98 6.5 x 15 190.5 x 381
HSD144 12 x 12 304.8 x 304.8
HSD288 12 x 24 304.8 x 609.6
HSD450 18 x 25 457.2 x 635

 

Email or call us any specific questions regarding hot-only options.

Thermal Vacuum Space Simulation Testing Made Easier

Thermal Vacuum Space Simulation Testing Made Easier

Our space simulation chamber VmSD49-N has been featured in Microwave Journal!

Here is a portion of the article:

“Testing products bound for space is a little different for a few reasons, including the lack of air for heat transfer and general level of criticality, no possible service once deployed plus the general high-stakes nature of the whole endeavor. Taking measured risks for the sake of the advancement of science and technology seems to be a key part of the proposition. Given that, appropriate testing is always important for electronic products, but this is even more true for items that are expected to work in a space environment. “

Read the original article here microwavejournal.com.