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TECA introduces it's LHP-1200CPV and LHP-1200CAS liquid cooled systems for ultra-low temperature applications.
Cool components, materials, chemicals and more to as low as -70 °C with TECA's new Liquid-Cooled Cascaded Cold Plate System. The LHP-1200CAS Models offer versatile direct contact cooling on your bench top. Three plate sizes and performance levels are available. Insulating cover, remote sensing ability, RS-232 and data logging software are included.
LHP-1200CPV & LHP-1200CAS Press Release:
TECA Corporation introduces the AHP-6200 series, the newest member of our “Green Zone” air conditioners, offering up to 5,200 BTU/HR of thermoelectric cooling performance! This is the highest performance, commercially available thermoelectric air conditioner in the world, offering almost 60% more performance than the largest competing model. This achievement, combined with the high standard of Green Zone efficiency ratings, will allow for the broader use of thermoelectric air conditioners in many industries.
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TECA’s exclusive temperature control with Eco-Mode combines the efficiencies of a heat exchanger with the robust, heat/cool power of thermoelectric modules. The energy-saving Eco-Mode begins passive cooling at 25 C; active cooling begins at 35 C and heat/cool versions will heat at 10C.
The AHP-6200 has a centrally-located power input cord, mounting gasket, large bolting flange and robust hardware which provide easier, user-friendly installation. A proprietary condensate control system is part of the design allowing the user to mount in any orientation or location on the enclosure. Construction is of stainless steel and aluminum.
The AHP-6200 is currently available with industrial grade or military grade sealed fans as needed, to serve a variety of environments. 120 or 240 VAC input voltage is available and customization is possible.
AHP-6200 Press Release:
Continuing its industry leadership TECA introduces the AHP-4250 family of thermoelectric air conditioners. The AHP-4250 family boasts a capacity of 3600 BTU/HR, the highest performance commercially available thermoelectric air conditioner in the world. Styles from the Green Zone side of the family have efficiencies approaching 100%. Both styles come standard with TECA’s unique Eco-Mode TC-4F control which helps save energy by limiting the need for active cooling from the thermoelectric modules when it’s not needed.
The AHP-4250 has a centrally-located power input cord, mounting gasket, large bolting flange and robust hardware which provide easier, user-friendly installation. A proprietary condensate control system is part of the design allowing the user to mount in any orientation or location on the enclosure. Construction is of stainless steel and aluminum. There is also less intrusion into the enclosure as compared to competing thermoelectric air conditioners.
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A temperature controller is built into each air conditioner, whether it is a cool-only or heat/cool configuration. The Eco-Mode set point is 25C, active cooling set point is 35C and in heat/cool configurations, the heat set point is 10C. Heating is achieved via reverse polarity of the thermoelectric modules.
The AHP-4250 series is available in normal and Green Zone styles. All have versions available with industrial grade or military grade sealed fans as needed, to serve a variety of environments. Various input voltages are available and customization is possible.
Complete information can be found at http://www.thermoelectric.com/2010/pr/ac/tm/indoors.htm . All models are available now.
AHP-4200 Press Release:
TECA introduces two new thermoelectric air conditioner series. The AHP-2250 and AHP-3250 boast high performance and efficiency. A unique heat exchanger mode helps save energy by limiting the need for active cooling from the thermoelectric modules. For example, the AHP-3250 uses 83% less energy in heat exchanger mode than it does in active-cooling mode. Performance ratings are the highest of any thermoelectric air conditioner currently on the market. The AHP-3250 offers 2600 BTU/hr (762 watts) cooling and 3750 BTU/hr (1,100 watts) heating capacity.
The design of both the AHP-2250 and the AHP-3250 improve upon competing air conditioners. The centrally-located power input cord, mounting gasket, large bolting flange and robust hardware provide easier, user-friendly installation. There is less intrusion into the enclosure as compared to competing thermoelectric air conditioners.
A temperature controller is built into each air conditioner, whether it is a cool-only or heat/cool configuration. The heat exchanger mode set point is 25C, active cooling set point is 35C and in heat/cool configurations, the heat set point is 10C. Heating is achieved via reverse polarity of the thermoelectric modules.
Both the AHP-2250 and the AHP-3250 series are available with industrial grade or military grade sealed fans as needed, to serve a variety of environments. Various input voltages are available and customization is possible. Possible application include general industry, telecommunications, overhead crane controls, military transit cases, equipment or medication storage, LED screens, ATMs, kiosks and more.
AHP-2200 & AHP-3200 Press Release:
September 2012
Electronics Protection (Print only, no link is available).
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October 2012
Electronics Protection (Print only, no link is available).
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Published Research: Below is a list of published academic research articles in which TECA products were utilized.
| Molecular Pain. 2005; 1(36). Detection of cold pain, cold allodynia and cold hyperalgesia in freely behaving rats. Allchorne, A., Broom, D. and Woolf, C. |
| Neuron. 2006; 50. TRPA1 Contributes to Cold, Mechanical, and Chemical Nociception but Is Not Essential for Hair-Cell Tranduction. Kwan, K., Allchorne, A., Vollrath, M., Christensen, A., Zhang, D., Woolf, C. and Corey, D. |
| Journal of Neuroscience. 2008; 28(34). cGMP Produced by NO-Sensitive Guanylyl Cyclase Essentially Contributes to Inflammatory and Neuropathic Pain by Using Tergets Different from cGMP-Dependent Protein Kinase I. Schmidtko, A., Gao W., Konig P., Heine, S., Motterlini, R., Ruth P., Schlossmann, J., Koesling, D., Niederberger, E., Tegeder, I., Friebe, A. and Geisslinger, G. |
| Molecular Pain. 2009; 5(9). Mice with cisplatin and oxaliplatin-induced painful neuropathy develop distict early responses to thermal stimuli. Ta, L., Low, P. and Windebank, A. |
| Molecular Pain. 2010; 6(15). Transient Receptor Potential Vanilloid 1 is essential for cisplatin-induced heat hyperalgesia in mice. Ta, L., Bieber, A., Carlton, S., Loprinzi, C., Low, P. and Windebank, A. |
| Bulletin of the Georgian National Academy of Sciences. 2010; 4(3). Behavioral Testing of Thermo-Sensitive Transient Receptor Potential (TRP) Channel Agonists Cinnamaldehyde and Menthol on Touch, Temperature and Pain Sensations. Tsagareli, M., Klein, A., Tsiklauri, N., Carstens, M., Gurtskaia, G., Nozadze, I., Abzianidze, E. and Carstens, E. |
| Molecular Pain. 2010 6(70). Inter-strain differences of serotonergic inhibitory pain control in inbred mice. Wijnvoord, N., Albuquerque, B., Haussler, A., Myrczek, T., Popp, L. and Tegeder, I. |
| PLoS One. 2011; 6(6): e21144. Published online 2011 June 22. Turning Males On: Activation of Male Courtship Behavior in Drosophila melanogaster. Pan. Y., Robinett, C., and Baker, B. |
| Materials Chemistry and Physics. June 2012; 134(2-3). Elastic modulus, biaxial fracture strength, electrical and thermal transport properties of thermally fatigued hot pressed LAST and LASTT thermoelectric materials. A.Q. Morrison, E.D. Case, F. Ren, A.J. Baumann, D.C. Kleinow, J.E. Ni, T.P. Hogan, J. D’Angelo, N.A. Matchanov, T.J. Hendricks, N.K. Karri, C. Cauchy, J. Barnard, M.G. Kanatzidis. |
| Boiteau G. and P. MacKinley. 2012. Locomotor response of Folsomia candida (Collembola: Isotomidae) to cooling temperatures. Environmental Entomology 41(4). |
This video introduces TECA Corporation's unique new product which allows for uniform heating and cooling of fluid via thermoelectric technology.
The AHP-800MSP Magnetic Stirring Cold/Hot Plate boasts adjustable features: stir bar speed, fan speed (for noise reduction) and temperature control (internal or external sensing). Optional sleeves make it adjustable for use with standard bottles and beakers or custom-diameter vessels. Applications include titration testing, testing of specimens, drugs and industrial chemicals and process testing in industrial or laboratory environments.
AHP-800MSP Press Release:
TECA introduces our largest heating and cooling plate. The AHP-1800CPV joins the VERSITILE family of laboratory solid-state cold plates (see also AHP-301CPV and AHP-1200CPV). The anodized aluminum plate surface is 13.3” x 12.8”. Like all of our VERSITILE cold plates, the AHP-1800CPV heats and cools with precision via the integral, tunable TC-4300 temperature controller. RS-232 communications and ”EasyLog” data logging software are included to run and chart multi-segment ramp/soak profiles. Integral or remote temperature sensing is possible with the flip of a switch. Universal 100-240 VAC input allows for the AHP-1800CPV to be integrated anywhere.
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Integrate the AHP-1800CPV into your laboratory or manufacturing and quality control processes for easy heating or cooling. The work surface is flat, smooth and cleanable. Many accessories are available including glass dissection/cutting plates and insulating covers. Beyond general cold plate applications this new product is particularly well suited in Histology Labs, Pain Research, Tissue Dissection, Reagent Cooling and Sample Heat/Cool Cycling. Maintenance free thermoelectric technology uses no compressor, filters or chemicals.
TECA introduces new compact high efficiency thermoelectric (Peltier) air conditioners. The compact efficient air conditioners are available in Through Mounted and Flush Mounted styles and in configurations suitable for Nema-12, Nema-4 and Nema-4X environments.
These thermoelectric cooling (Peltier cooling) devices are available in capacities ranging from 200 BTU/HR to 470 BTU/HR.
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TECA is offering an exciting new product for thermal preference (thermonociception ) researchers: the Dual Cold Plate! TECA model AHP-1200DCP Dual Cold Plate can also be used in such applications as pain research, cold/hot dry wells and sample cooling & heating. 
The Dual Cold Plate houses two adjacent 13.0” X 6.37” plates. Each plate is independently programmable via the integral and tunable (within +/- 0.1ºC) TC-4300 temperature controllers. RS232 communications are standard. The user can readily employ custom programming through "EazyLog" Software (included) to run and chart multi-segment ramp/soak profiles, tuning, charting and data acquisition. Each plate can be controlled from -10 °C to 80 °C. Each plate has an integrated temperature sensor. However Remote Sensibility™ for location sensitive control is standard and remote sensors are available. Also available are standard and custom sized barriers for animal subjects.
The Dual Cold Plate is well suited for laboratory use. The work surfaces are flat, smooth and cleanable. A quiet fan design reduces noise.
Please conact sales@thermoelectric.com to request a quote or submit any questions you may have. We appreciate your interest and are happy to help you.
TECA is offering a new series of product to reach extremely low temperatures. Low temperature cascades utilize thermoelectric technology, allowing the top of the cascade surface to reach as cold as -40C! The cascade can consist of two or three stages. Each stage acts as a heat sink for the one above it. TECA offers three configurations of cascades for different performance and cooling-area surface needs.
Each cascade attaches to an AHP-1200CPV(Part # 9-35EB-1-CAS). Cold Plate which is specially designed to work with the cascade.
This complete system includes an insulating cover to help maximize performance, integral power supply, temperature controller and “EZ-Log” data acquisition software. The TC-4300 is a tunable controller within a tolerance of + 0.1ºC. RS232 communications are standard. The user can readily employ custom programming through "EazyLog" Software to run and chart multi-segment ramp/soak profiles, tuning, charting and data acquisition.
The Low Temperature Cascade System is well suited for laboratory use. The work surfaces are flat, smooth and cleanable. A quiet fan design reduces noise.
Please conact sales@thermoelectric.com to request a quote or submit any questions you may have. We appreciate your interest and are happy to help you.
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