Thermoelectric innovations by TECA
Here is an abbreviated history of our development from 1960 to the present:
2019: Offering a new option for histology laboratories (or anywhere a quiet, low profile cold plate is needed) TECA’s newest Thermoelectric Cold Plate is Model ERGO-900. At just over 2.5 inches high it is scaled for use at individual microtome stations. Also useful for repetitive tasks and in-line processes.
2018: A great example of TECA’s customer service and product innovation, the 100-140 BTU/HR air conditioners are now available with a space-saving, integral temperature controller at a lower price. Ideal for cooling controls in rail, intermodal, security, and other small enclosure applications.
2017: Our customers demanded the new AHP-5400CPV, TECA’s newest and now largest cold plate for direct-contact electronics cooling, quality testing, and other processes in industrial, manufacturing, and research applications. 5.5 sq.ft. hot or cold work surface!2017: TECA launches its Quarterly eNewsletter to share new product information and timely thoughts to our customers and opt-in prospects. Subscribe Here.
2016: Supporting our customers in the fields of crane equipment, water treatment, and other industrial sites, TECA offers new control cooling for 3-Phase power systems.
2016: Helping laboratories obtain reproducible results by getting rid of water-borne contaminants, TECA’s Magnetic Stirring Cold Plats & Bath utilizes lab beads in place of water or ice. Environmentally friendly, lab beads are reuseable, washable, help organize small samples, and are always ready-to-go, saving valuable time.
2015: Allowing customers to save external space when needed, TECA designs a line of Internal-Mount thermoelectric panel coolers.
2014: Disrupting the industry before that was a thing, TECA introduces the AHP-6263 thermoelectric air conditioner. With a half ton of cooling capacity, it is the largest thermoelectric enclosure cooler available anywhere. Why does this matter? Thermoelectric cooling technology is introduced into new applications, cooling larger cabinets and enclosures than ever before.
2012-2014: A new collection of high performance, high efficiency thermoelectric air conditioners for enclosure cooling are the first-to-market with cooling performance above 2,500 BTU/HR as well as the best in energy efficiency.
2011: Several agency approvals are obtained for TECA’s thermoelectric coolers, to UL and CSA standards. Click for ETL info.
2011: Highly efficient thermoelectric air conditioners are introduced. TECA models designated as Green Zone™ have a coefficient of performance (COP) rating of X or better.
2011: The first energy-saving temperature controller in a thermoelectric air conditioner, TECA’s unique Eco-Mode™ Control Feature reduces operating costs. It takes advantage of passive cooling in low-demand times, drawing significantly less power. Click for more details.
2010: Cooling as low as 90degC below ambient temperature, Thermoelectric Cascaded Cold Plates are introduced for direct contact cooling applications.
2000-2005: Four new thermoelectric recirculating liquid chiller product lines are developed and introduced. A new line of laboratory cold/hot plates are created, with versatile features for use in laboratory research and product development. click for cold plates; click for liquid chillers
2005: TECA Model AHP-301CPV thermoelectric Cold/Hot Plate is used in a published research study. TECA Cold/Hot Plates and Liquid Chillers continue to be routinely cited in peer reviewed journals. click for article citations
2005: RLC-1400 Rack Mount Liquid Chiller is introduced for cooling and heating 19? rack panels.
2006-2009: TECA introduces an extensive product line of versatile Peltier cooling and heating products specifically designed for laboratory and research. New features such as universal input voltage, remote temperature sensing, data logging software, fan speed control and new accessories help end users adapt TECA’s cold/hot plates and liquid chillers to their individual needs. click for details
2007: TECA designs, markets and sells the first thermoelectric stirring cold plate. The AHP-800MSP Magnetic Stirring Cold Plate Model cools, heats and stirs a liquid load. The AHP-800MSP remains a popular solution for pharmaceutical, petrochemical and chemistry applications.
2008: TECA Model AHP-1200DCP Dual Cold Plate, the world’s largest Peltier cold plate / hot plate with dual, independently controlled, temperature zones is introduced. It is used and cited in published, peer reviewed thermal preference studies and pain studies (thermal nociception research). click to view data sheet
1992: TECA introduces the AHP-1800X. Building on the success of the earlier AHP-1200X, it is an even larger thermoelectric air conditioner suitable for electronics protection and cooling NEMA-4X/Harsh Environment enclosures. This allows for reliable thermoelectric thermal management in larger cabinets than ever before. click to view products
1993-1995: TECA designs and brings to market several new Peltier style liquid chillers, temperature controllers and panel coolers. Expanding TECA’s product line gives more flexibility to the end user and brings thermoelectric cooling technology to new customers.
1995: TECA offers flush-mounted enclosure coolers. The FHP-Series thermoelectric air conditioners do not intrude into enclosures. These panel coolers allow for more space inside the enclosure for the end user’s components. click to view products
1995: TECA designs and builds hundreds of food service refrigerators for US Military airplanes. The refrigerators remain in service in the field today (20 years of service!) click to view image
1996: Class I Division 2 Thermoelectric Air Conditioner Model AHP-1200XP is designed and built by TECA Corporation. It is tested to UL-1604 and remains a popular legacy product today. click to view products
1995-1999: TECA continues to release new thermoelectric products including new sizes and a low cost series of Peltier coolers for NEMA-4 enclosure cooling.
1980: Heat & Cool products are introduced. Heat function is added to most products, allowing thermoelectric air conditioners to heat enclosures as well as cool. This aids in thermal protection of sensitive equipment in electrical panels.
1985: TC-4500 PID Temperature Controller is introduced. A first in thermoelectric cooling technology, cabinets can now be temperature controlled to tighter specifications. click for current PID controllers
1985: The LHP-800CP Peltier Cold Plate Model is used in six successful launches on the NASA Space Shuttle. click to view image
1986: TECA leads thermoelectric technology into new areas, bringing to market the world’s first Peltier air conditioner to maintain a NEMA-4X/Harsh Environment cabinet rating. TECA Model AHP 1200X Air Conditioner continues to serve in harsh environments today, cooling enclosures and protecting electronics and other heat sensitive equipment.
1970: Borg-Warner Thermoelectrics brings to market the world’s first commercially available thermoelectric air conditioner. This early panel cooler is the basis for TECA’s AHP-1200-Series air conditioners, which remains our most popular legacy product for electronics cooling. click to view products
1978: The AHP-150CP Peltier Cold Plate for direct contact cooling is introduced. Customized versions of this cold plate are still used today by several TECA customers in laboratory and industrial settings. Click to view product
1979: The world’s first standard 120 VAC thermoelectric enclosure air conditioner is brought to market by Borg-Warner, and is awarded the IR100 award. The AHP-1700 Model has since been replaced by a full line of enclosure coolers, up to a half ton cooling capacity. click to view products
1960: Borg-Warner Thermoelectrics R&D team develops the first thermoelectric refrigerator. click to view image
1961: Time Magazine Advertisement. click to view image
1960-1970: Borg-Warner Thermoelectrics introduced the first of several Peltier products, including an ice maker, air and liquid cooled Peltier cold plates for direct contact cooling and enclosure air conditioners.