- Catalogs
- TECA (ThermoElectric Cooling America)
- Air conditioners 90-1800 BTU/hr
Air conditioners 90-1800 BTU/hr
Air conditioners 90-1800 BTU/hr
Thermoelectric Cooling America Corporation (TECA) specializes in thermoelectric cooling solutions, offering products like air conditioners, cold plates, liquid chillers, and temperature controllers. The company is known for its pioneering role in solid-state air conditioners for electronic enclosures and its commitment to customer satisfaction.
TECA became an independent company in 1984, originally a division of Borg-Warner. Based in Chicago, it manufactures a wide range of solid-state cooling products, emphasizing quality and teamwork to exceed customer expectations through continuous improvement.
Thermoelectric cooling is based on the Peltier Effect, involving heat transfer through dissimilar semiconductor materials. Unlike conventional systems, it uses a cold junction, a heat sink, and a DC power source to transfer heat without refrigerants or mechanical devices.
- Air Conditioners: Available in air-cooled and liquid-cooled versions, designed for various environments, including harsh and hazardous conditions.
- Cold Plates: Offered in air and liquid-cooled versions, suitable for laboratory and general-purpose applications, featuring temperature control and remote sensors.
- Liquid Chillers: Air-cooled products available in various capacities and configurations, including benchtop and rack-mounted units.
When selecting an air conditioner, consider ambient and enclosure temperatures, heat loads, and performance curves for optimal product selection and performance.
TECA is dedicated to providing high-quality thermoelectric cooling solutions tailored to customer needs, with additional resources available on their website.
- Purpose: Determine the need for cooling to select appropriate control types and methods.
- Temperature Control: Options include TC-6F cool only and TC-3F heat/cool controls, with remote control units recommended for tighter control.
- Environment: Choose based on IP and NEMA designations, with styles for rugged or hazardous conditions.
- Power Input: Available in various voltages including 110 VAC, 220 VAC, and 12/24/48 VDC.
- Cooling Medium: Options include air-cooled, liquid-cooled, or compressed air versions.
- Enclosure Size and Characteristics: Consider size, insulation, and features affecting mounting and cooling requirements.
- Mounting: Wall mounting is preferred, with through or flush mount styles available.
- Condensation Concerns: Address during selection; use "Cold Sink" equations to assess risk and manage condensation.
- Food Processing: Transition from air to liquid cooling to prevent clogging of heat sinks.
- Video Projection: Use ruggedized air conditioners for military video projectors.
- Military Communications: Modify air conditioners for specific airflow and environmental requirements.
- Avionics Maintenance: Develop portable cooling systems for diagnostic equipment in aircraft.
- Purpose: Identify cooling needs to select the correct cold plate and control methods.
- Temperature Control: CP style products for basic cooling; CPV series for advanced control features.
- Environment: Standard cold plates suit factory, lab, and office environments; custom versions available for other conditions.
- Power Input: Available in various voltages including 120/240 VAC and 12/24/48 VDC.
- Cooling Medium: Options include air-cooled and liquid-cooled cold plates.
- Mounting: Secure thermally conductive mounting is essential.
- Theme Park Exhibit: Use cold plates to create an "icy throne" for museum exhibits.
- Medical Laboratory: Use cold plates to freeze tissue samples for examination.
- Telecommunications: Design liquid-cooled cascade cold plates for testing components at -40C.
- Cooling of Gas Flow: Implement direct contact cooling for aerosol flow tubes with remote temperature control.
- Avionics: A custom high-performance cold plate was developed for military aircraft radios.
- Laboratory Applications: Cold plates are used for precise temperature control in isotope ratio mass spectrometry.
- Petroleum Industry: The AHP1200CPV cold plate is used to cool samples to 0°C.
- Research and Medicine: Cold plates maintain tissue samples for dissection and store medications at optimal temperatures.
- Cosmetic Treatments: The TLC700 chiller enhances patient comfort during photofacial treatments.
- Military Applications: Custom chillers meet strict military requirements.
- Aerospace Manufacturing: Modified chillers provide liquid cooling for X-ray inspection of aircraft parts.
- Semiconductor Testing: The TLC-900 chiller controls test stages without introducing electromagnetic noise.
- Temperature and Heat Loads: Understanding ambient and desired temperatures is crucial for sizing cold plates and chillers.
- Performance Curves: These curves help determine if the cooling capacity meets the application's needs.
- Environment and Power Input: Standard units are suitable for indoor environments, with various power input options available.
- Mounting and Connections: Secure mounting and appropriate connections are essential for effective cooling solutions.
Thermoelectric systems are rated by manufacturers in watts or BTU/hr under zero-degree delta T conditions, referring to the energy removed from the cooling medium.
In the U.S., there are no specific standards for enclosure air conditioners, but existing standards can be interpreted for them. In Europe, DIN 3168 standardizes enclosure air conditioners.
Two types of performance curves are used: one per DIN 3168 and a traditional format, both accurately representing thermoelectric cooling system performance.
The document lists various air conditioner models with their BTU/hr ratings, voltage requirements, and mounting specifications.
Features include compact size, high ambient temperature performance, and stainless steel housing. Options for custom finishes and temperature settings are available.
Each model is described with its part number, cooling/heating capability, voltage, current, weight, and temperature control options.
The air conditioners are compact, environmentally safe, and designed for high ambient temperatures.
The document includes performance ratings in BTU/hr and Watts, with traditional and DIN 3168 standards.
The units are designed for thru-mount installation and serve environments rated NEMA-12, 4, 4X, and IP 52/56.
Options include different voltage configurations, temperature settings, and custom finishes.
The document provides equations for performance curves and details on air flow patterns.
The document provides detailed specifications and features of various air conditioning models designed for industrial applications.
The air conditioners operate at voltages of 120 or 240 VAC, with current ratings ranging from 2.0 to 5.0 amps.
Key features include compact design, stainless steel housing, environmentally safe operation, and the ability to function in high ambient temperatures.
The performance curves provided indicate the relationship between temperature differential (ΔT) and capacity in watts.
The air conditioners come with adjustable temperature controls, gaskets, mounting hardware, and power input cords.
The AHP-1200CXP model is specifically designed for hazardous environments.
The document provides detailed specifications and features of various air-cooled air conditioner models from TECA.
- Compact design with dimensions ranging from 7" to 10" in length.
- Mounting flexibility allowing operation in any orientation.
- Environmentally safe with no compressors, fluorocarbons, or filters.
- Stainless steel exterior housing for durability.
- Operating voltage varies across models, with options for 12/24/48 VDC and 120/240 VAC.
- Current ratings range from 0.40 to 12.5 amps.
- BTU/hr ratings vary by model, with traditional ratings provided for different temperature differentials.
- Internal mounting and custom finishes are available.
The document provides detailed specifications and features of various air conditioning units designed for industrial applications.
The document lists multiple models, each with specific cooling capacities, voltage requirements, and operational temperature ranges.
Key features across the models include external mounting, compact size, stainless steel housing, and the absence of compressors or filters.
The document includes performance curves that relate ambient temperature to cooling capacity.
The units are flush-mounted and serve environments classified under NEMA-12 and NEMA-4 standards.
The document mentions available options such as different voltage configurations, custom finishes, and additional temperature control settings.
The document provides detailed specifications and features of various air conditioning units, both air-cooled and liquid-cooled, manufactured by TECA.
The document lists multiple models of air conditioners, such as FHP-401, FHP-402, FHP-450, FHP-470, LHP-1700FF, LHP-1200, LHP-800FF, and LHP-300FF.
Key features of these units include compact design, low vibration and noise, environmentally safe operation without compressors or fluorocarbons, and stainless steel exterior housing.
The document includes performance curves for different models, showing the relationship between temperature difference (ΔT) and capacity (Watts).
The air conditioners are designed for different mounting styles such as flush mount and thru mount.
The document mentions available options like internal mounting, custom finishes, and different temperature controls.
The document is a catalog from TECA, detailing various air-cooled and liquid-cooled cold plates, including specifications, features, and applications.
Each model is described with its BTU/hr rating, dimensions, cold plate surface size, and voltage requirements.
Common features across models include precision machined cold plate surfaces, stainless steel tops, universal voltage input, and maintenance-free operation.
The catalog highlights the TC-4300 PID temperature control system.
Performance curves are provided to illustrate cooling capacities at various ambient temperatures.
The catalog includes information on thermal gradient bars and low-temperature cascades.
The document provides detailed specifications and features of various cold plate models offered by TECA.
The cold plates are categorized based on their cooling capacity, input voltage, and operational features.
Key features of the cold plates include direct contact cooling, maintenance-free operation, and the ability to mount in any orientation.
Performance curves are provided to illustrate the relationship between temperature differential and capacity.
Teca Liquid Chillers are compact, reliable alternatives to conventional recirculating coolers.
- TLC-1400: Air-cooled, 120/240 VAC input, 1400-1450 BTU/hr.
- TLC-900: Air-cooled, 100-240 VAC and 24 VDC input, 1050-1350 BTU/hr.
- TLC-1200: Air-cooled, 24 VDC input, 830-950 BTU/hr.
- TLC-700: Air-cooled, 120/240 VAC and 24 VDC input, 730-800 BTU/hr.
- RLC-900/1800: Rack mount, air-cooled, 100-240 VAC input, 1050-2200 BTU/hr.
- TLC³: Thermoelectric cooling cube, customizable for OEM systems.
- Self-priming pumps and low-pressure drop fluid quick connects.
- Heating options and RS-232/RS-485 interfaces available.
- Integral power supply and stainless steel exterior housing.
The document provides detailed specifications and descriptions of various components and accessories related to liquid chillers, temperature controllers, and quick connect fittings.
- Insulation and Fittings: Products like LCP-10-12 and FC10-01 include hoses, insulation, and fittings.
- Temperature Controllers: The document details several temperature controllers, including the TC-4600, TC-3400, and TC-3500.
- Accessories: Includes hoses, insulation, filters, and other miscellaneous accessories.
- Specifications: Detailed technical specifications are provided for each product.
- Temperature Control: The TC-4600 offers bi-directional control with a temperature range of -40°C to 250°C.
- Quick Connect Fittings: Various male and female quick connect fittings are available.
- Usage Recommendations: Instructions for using liquid chillers with cold plates and fan coils are provided.
This document provides technical specifications and ordering information for various thermostat models and related components produced by TECA.
- TC-6F Model: Designed for cooling only, using two temperature power switches and a solid-state relay.
- TC-3F Model: Supports both heating and cooling with a single setting for each.
- TC-1C and TC-1H Models: Simple and cost-effective power temperature controllers.
- TC-7F Model: Incorporates heat exchanger mode along with heating and cooling settings.
Catalog excerpts
catalog 2011 working on.qxp 6/28/2011 1:47 PM Page 3 Air Conditioners Cold Plates Liquid Chillers Temperature Controllers Accessories
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catalog 2011 working on.qxp 6/28/2011 1:48 PM Page 4 www.teca-usa.com Thermoelectric Cooling America Corporation 4048 West Schubert Avenue, Chicago, Illinois 60639 USA Phone Toll-free Fax email 773.342.4900 888.TECA-USA (888.832.2872) 773.342.0191 [email protected] Hello! Sometimes I think my interest in thermoelectric cooling and excitement about its potential for so many different applications has a genetic basis. I vividly remember back in the early ‘60s, my dad—an inveterate tinkerer— came home from work with an armful of thermoelectric components and a fascination with the possibilities...
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catalog 2011 working on.qxp 6/28/2011 1:48 PM Page 1 About TECA TABLE OF CONTENTS What We Stand On Our mission Our solutions TECA’s fundamental purpose is to provide world-class products of superior quality. Our goal is to continue setting the standard in thermoelectric cooling by monitoring and improving our operations to meet our customers’ needs and exceed their expectations. A former division of Borg-Warner, TECA was spun-off as an independent company in 1984. We can fulfill all of your cooling requirements, whatever your application. In fact, our engineers may have already developed a solution...
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catalog 2011 working on.qxp 6/28/2011 1:48 PM Page 2 Thermoelectric Technology The Peltier Effect Thermoelectric cooling, is a solid-state method of heat transfer through dissimilar semiconductor materials. It is also called “the Peltier Effect” after the French watchmaker who discovered the phenomenon in the early 19th century. Like their conventional refrigeration counterparts, thermoelectric cooling systems obey the basic laws of thermodynamics. However, the actual system for cooling is different. In a conventional refrigeration system, the main working parts are the evaporator, condenser,...
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catalog 2011 working on.qxp 6/28/2011 1:49 PM Page 3 Applications Product Notes General Product Notes: TECA builds both air cooled and liquid cooled products. The model numbers of the products (example: AHP-1200XMHC) can be very descriptive of the product. Air cooled products (prefix -AHP) use fans and finned heat sinks to transfer heat. Liquid cooled products (prefix-LHP) require a flow of water or cooling fluid to dissipate the heat. Most product families offer a selection of DC or AC voltages and temperature controllers detailed with complete part numbers on their individual catalog pages....
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catalog 2011 working on.qxp 6/28/2011 1:49 PM Page 4 Air Conditioner Notes Things you need to know to start sizing an air conditioner: Temperatures: The ambient is the air temperature around the enclosure also refered to as operating temperature, often the room temperature. The enclosure temperature or the interior temperature is the temperature range you wish to maintain inside the enclosure. The difference between the two is the design temperature differential (delta T). Look at these temperatures with care. What is the real maximum ambient? What is the real maximum enclosure temperature? How...
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catalog 2011 working on.qxp 6/28/2011 1:51 PM Page 6 General Use Cold Plate Notes Things you need to know to start sizing a cold plate: Temperatures: The ambient temperature is the air temperature around the cold plate, often the room temperature. The desired temperature can be at the cold plate or at a location on the item being cooled. This means that the cold plate might be colder than the item being cooled. The difference between the two is the design temperature differential (delta T). Make sure to use the cold plate temperature when working with the performance curves. Heat Loads Active...
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catalog 2011 working on.qxp 6/28/2011 1:51 PM Page 7 General Use Cold Plate Applications THEME PARK EXHIBIT PROBLEM: A company specializing in 3-D designs for museums, theme parks, and other attractions needed to build an "icy throne" for a museum exhibit and keep it dry at the same time. SOLUTION: Using four TECA AHP-1200CP cold plates, one was placed in the seat, back, and in each arm rest of the throne. Raw aluminum was then screwed onto the plates, and the throne surfaces reached close to -20C! Visitors to the museum can sit on the throne to feel the chill. The "ice" in the picture is not...
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catalog 2011 working on.qxp 6/28/2011 1:52 PM Page 8 Laboratory Cold Plate Notes Things you need to know to start sizing a cold plate: Temperatures: The ambient temperature is the air temperature around the cold plate, often the room temperature. The desired temperature can be at the cold plate or at a location on the item being cooled. This means that the cold plate might be colder than the item being cooled. The difference between the two is the design temperature differential (delta T). Make sure to use the cold plate temperature when working with the performance curves. Heat Loads Active...
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catalog 2011 working on.qxp 6/28/2011 1:53 PM Page 9 Laboratory Cold Plate Applications ISOTOPE RATIO MASS SPECTROMETRY LABORATORY PROBLEM: Stock thermostated sample tray supplied with mass spectrometer holds water samples at above ambient temperature. This leads to evaporation and condensation within the sample vials, and problems of gas transfer through sample needle to mass spectrometer (liquid condensation blocks gas flow through capillary tube). SOLUTION: USF Geology Stable Isotope Laboratory installed a second auto-sampler with a TECA AHP-1200CPV cold plate to keep samples at below ambient...
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catalog 2011 working on.qxp 6/28/2011 1:53 PM Page 10 Liquid Chiller Notes Things you need to know to start sizing a liquid chiller: Temperatures: The ambient temperature is the air temperature around the liquid chiller. The desired temperature is the fluid temperature at the outlet or at a location at the item being cooled. The difference between the two is the design temperature differential (delta T). Typically the fluid temperature has to be a little cooler than the item being cooled. Make sure to include any gradients from the fluid to the test item. Also include any increase or decrease...
Open the catalog to page 12All TECA (ThermoElectric Cooling America) catalogs and technical brochures
Thermoelectric produtcs152 Pages
AHP-301CP Cold plate2 Pages
AHP-1200CP Cold Plate2 Pages
CPV Cascades1 Page
AHP-800MSP2 Pages
liquid chillers18 Pages
Cold plates30 Pages
- Digital temperature control
- Liquid recirculation chiller
- Air chiller
- Digital temperature controller
- Compact recirculation chiller
- Air-cooled blast chiller
- PID temperature controller
- Stainless steel recirculation chiller
- Programmable temperature controller
- Small chiller
- Pressure cooling system
- IP65 temperature controller
- Process temperature controller
- Explosion-proof cooler
- Cooling temperature controller
- Compact air conditioner
- Outdoor recirculation chiller