Laird Thermal Systems Offers Eco-Friendly Temperature Stabilization Solutions for OEMs’ Climate Action Goals
Introduction
At Laird Thermal Systems, we are committed to eco-friendly solutions for temperature stabilization for demanding applications across global medical, analytical, industrial, transportation, and telecommunications markets.
Older compressor-based systems often use high global-warming potential (GWP) HFC refrigerants like R134a and R404A. New industry requirements are moving away from the use of such refrigerants due to their environmental impact. New government restrictions on traditional and natural refrigerants are central to compressor-based systems.
Modern compressor-based systems now use a variety of natural refrigerants, as they have little to no Ozone Depletion Potential (ODP) and GWP, making them the more sustainable choice: R744 (carbon dioxide), R717 (ammonia), R290 (propane), R600a (isobutene), and R1270 (propylene). However, natural refrigerants pose different design challenges such as increased pressure, high toxicity, flammability, asphyxiation, and relatively poorer performance. The flammable nature of some natural refrigerants makes them hazardous to transport. As a result, some OEMs are looking for alternative technologies such as Peltier cooling.
Refrigerant-Free thermoelectric coolers
Refrigerant-free thermoelectric coolers and thermoelectric cooler assemblies deliver an eco-friendlier solution that accommodates long-term life cycles for electronics and various lab and tech instruments.
Our thermoelectric assemblies, such as SuperCool Series, provide a refrigerant-free alternative to compressor-based systems, making it environmentally friendly and compliant with strict regulations banning hazardous refrigerants that deplete the ozone layer. Our Peltier cooling assemblies utilize thermoelectric coolers to offer a higher cooling capacity spectrum, ranging from approximately 10 to 250 Watts.
Eco-friendly refrigerated liquid cooling systems (Chillers)
Furthermore, it's important to consider governmental restrictions and regulations related to cooling systems. Many governments around the world are focusing on environmental protection and sustainability, which includes restrictions on the use of certain refrigerants that are harmful to the environment, such as hydrofluorocarbons (HFCs). Chillers can be designed with eco-friendly refrigerants that comply with these regulations, making them a more environmentally responsible choice.
Our Nextreme™ Performance Series recirculating chillers platform features high-quality components, environmentally friendly refrigerants, low-noise components and a user-friendly operator interface at a standard price. The new chiller utilizes high-performance variable speed motors for noise reduction, lower room heat input and reduced energy consumption by up to 50% compared to conventional compressor-based systems. By using a more environmentally friendly R513A refrigerant, it delivers similar performance with less than half the Global Warming Potential (GWP) compared to traditional hydrofluorocarbons (HFC) refrigerants.
An Even Greener Alternatives
The NRC400 benchtop recirculating chiller is a unique product from the Nextreme Series as it is a thermoelectric chiller that doesn’t use any refrigerants. It combines advanced thermoelectric cooling technology with high-performance heat exchangers to deliver 400 watts of cooling power while achieving temperature stability of ±0.05°C. Because thermoelectric chillers do not use any refrigerants, the NRC400 is an environmentally friendly cooling solution providing zero global warming potential. It is also approved by UL for laboratory use, has CE marking and is RoHS compliant.
Alternative refrigerants are considered the future option for refrigerated liquid cooling systems due to their low environmental impact. Today, most refrigerants have an Ozone Depleting Potential (ODP) of 0 and a Global Warming Potential (GWP) ranging from ~500 to ~4000. Refrigeration systems using R-290 has an ODP of 0 and GWP of only 3.
Thus, Laird Thermal Systems has launched the Alternative Refrigerant-Based Cooling Systems Initiative to address concerns about climate change and new industry regulations. When using the environmentally friendly R-290 propane refrigerant, liquid cooling systems can deliver maximum performance and cooling capacity with a low impact on global warming. Alternative-refrigerant technology will be introduced in our upcoming product platforms.
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本文由samsara转载自Laird Thermal Systems Official Website,原文标题为:Eco-Friendly Temperature Stabilization Solutions for OEMs’ Climate Action Goals,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
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Thermoelectric Cooler Assemblies & Temperature Controllers
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PT,387006926,PT4-12-F2-4040-TA-W6,387006928,387006927,PCX11-12-F2-3030-TA-RT-W6,RH14-32-06-L1-W4.5,MS2-051-22-25-22-25-11-W8,MS4-115-14-15-11-W8,ETX14-3-F1-3030-TA-RT-W6,SH14-15-06-L-W4.5,PCX7.5-13-F1-4023-TA-RT-W6,OTX15-68-F1A-1313-11-W2.25,CP2-127-06-L1-W4.5,ETX6-7-F2-3030-TA-RT-W6,OTX08-08-F0-0303-11-W2.25,PCX6-28-F2-4040-TA-RT-W6,44530-501,MS2-049-10-10-15-15-11-W8,16503-310,UTX8-288-F2-5252-TA-W6,ETX3-48-F1-1212-GG-W6,475010-313,ETX2.6-6-F1-1225-TA-W6,UTX6-19-F1-4040-TA-W6,430436-504,OPTOTEC™ OTX,UTX SERIES,387006832,387006834,387006836,387006837,9350006-301,387006839,HTX20-65-F2A-1312-11-W2.25,9380001-301,MS3-070-20-25-11-W8,MS2-192-14-20-15-25-11-W8,9340003-301,MS4-129-10-15-11-W8,PCX2-12-F1-3030-TA-RT-W6,ETX2-6-F1-1225-TA-RT-W6,ETX4-3-F1-1515-TA-RT-W6,387006845,387005514,387006847,387005515,387005516,ETX25-12-F1-6262-TA-W6,ETX1.6-12-F2-3030-TA-RT-W6,OTX12-66-F0-1211-TB-RT-W2.25,430023-507,9350001-301,HITEMP ETX,387004679,57180-501,CP10-63-06-L1-W4.5,71035-505,ETX SERIES,UTX8-12-F2-2525-TA-W6,430474-501,MS2-107-10-10-12-12-11-W8,UTX11-12-F2-3030-TA-W6,ETX8-12-F1-4040-TA-RT-W6,ETX6-3-F1-2020-TA-RT-W6,387004680,OTX SERIES,387004685,387005659,PCX15-128-F2-4040-TA-RT-W6,9320001-301,9350005-301,OTX15-31-F2A-0909-20-W2.25,PCX11-191-F1-3553-TA-RT-W6,OTX,PT6-12-F2-4040-TA-W6,57125-501,CP10-63-08-L-W4.5,MS2-049-14-14-15-15-11-W8,CP2-31-10-L1-W4.5,CP2-71-10-L1-W4.5,ETX2-12-F1-252
What is the maximum ambient temperature that Thermoelectric coolers or assemblies can operate in?
The maximum operating temperature of standard thermoelectric coolers is 80⁰C. For higher temperatures, our HiTemp ETX Series thermoelectric cooler offer cooling for applications with ambient temperatures up to 150°C. For thermoelectric cooler assemblies, the Outdoor Cooler Series has the widest capacity range with an operational capacity from -40°C to +55°C ambient. The SuperCool Series thermoelectric cooler assembly can withstand the highest temperature of 60°C.
Laird(莱尔德)热电组件(TEA)选型指南
目录- Company and product introduction Power Cool Series/Tunnel Series Thermoelectric Assemblies Outdoor Cooler Series/Cascade Series Thermoelectric Assemblies Direct-to-Liquid Systems/Temperature Controllers/Recirculating Thermoelectric Chillers
型号- DA-075-24-02-00-00,DA-034-24-02-00-00,DA-014-12-02-00-00,AA-150-48-44-00-XX,HT,AA-200-48-22-00-00,DAT-105-24-02-00-00,AA-200,DAT-040-12-02-00-00,AA-060-12-22-00-00,AAT-032-12-22-00-00,AA-040-24-22-00-00,DAT-065-24-02-00-00,CASCADE SERIES,DA-115-24-02-00-00,AA-200-24-22-00-00,AA-060,DH2,AA-150-24-44-00-XX,WATTSMRC CHILLER SERIES,DA-044-24-02-00-00,DL-120-24-00-00,DA-045-24-02-00-00,AA-150-24-22-00-00,POWERCOOLSERIES,OUTDOOR COOLER SERIES,DA-024-24-02-00-00,MRC 150,AA-070,LA-115-24-02-00-00,AA-100,AA-250-24-44-00-XX,ATT-027-12-22-00-00,AAT-085-12-22-00-00,LA-024-12-02-00-00,LA-045-12-02-00-00,QE-50,DA-160-24-02-00-00,DA-115,SR-54,DA-075-12-02-00-00,AA-024-12-22-00-00,ATT-055-24-22-00-00,LA-075-24-02-00-00,MRC 300,DAT-029-12-02-00-00,DAC-035-12-02-00-00,AAT-055-12-22-00-00,AA-100-24-22-00-00,DA-033-12-02-00-00,DA-034-12-02-00-00,DL-060-24-00-00,DA-024,DAT-065-12-02-00-00,AA-230-48-D44-00-XX,DAT-105-12-02-00-00,AA-040-12-22-00-00,AA-070-24-22-00-00,QC-50,DA-135-24-02-00-00,MRC SERIES,AA-060-24-22-00-00,DAC-060-24-02-00-00,AA-250-48-44-00-XX,DA-014,DA-135,AA-019,AA-019-12-22-00-00,AA-100-48-44-00-XX,PR-59,DA-044-12-02-00-00,DA-045-12-02-00-00,AAC-050-24-22-00-00,AA-150,DA-024-12-02-00-00,DAC035,AA-024,AA-100-24-44-00-XX,DA-044,DA-045,AAT-085-24-22-00-00,AA-230-24-D44-00-XX,AA-200-48-44-00-XX,DA-011-05-02-00-00,480TUNNEL SERIES,DA-160,LA-024-24-02-00-00,LA-160-24-02-00-00,AA-480-24-44-00-XX,AA-040,LA-045-24-02-00-00,AA-200-24-44-00-XX,DVA,AA-034,AA-024-24-22-00-00,DL-210-24-00-00,DA-034,AA-034-12-22-00-00,AA-480-48-44-00-XX,DL-060-12-00-00
How do Thermoelectric Coolers work?
Thermoelectric coolers, also referred to as Peltier Coolers, are solid-state heat pumps that require DC voltage to dissipate heat using the Peltier effect. A Thermoelectric cooler consists of an array of p-and n-type semiconductor materials that are soldered between two ceramic plates. During operation, electric current flows through the module to create heat transfer and a temperature differential across the ceramic plates resulting in one cold and one hot side of the Thermoelectric cooler.
PowerCycling PCX Elongated Thermoelectric Coolers from Laird Thermal Systems Speed up PCR Testing
To improve temperature precision control in PCR devices, Laird Thermal Systems has developed an elongated series of PowerCycling PCX thermoelectric coolers.
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