Our TEC controllers are designed for driving TECs with high stability, high response speed, and high efficiency at low cost. They have small sizes, do not require heat sinks to operate, and have been widely used to control temperatures for many devices, such as EDFAs, diode lasers, laser crystals, optical components, instrumentation sensors, etc. They are of 100 % lead (Pb)-free and RoHS compliant.
TEC (Thermo-Electric Cooler) modules are the essential components for keeping the diode lasers working at a constant temperature, thus, the lasers will have constant output wavelength, power and/or less or no mode hopping. We offer a wide variety of high performance high quality TEC Modules, most of them work well with our TEC controllers and thermistors.
Thermoelectric generators are all solid-state devices that convert heat into electricity. Also known as peltier generators, TE generator, Seebeck generators, and thermoeclectric generator.
TEGs are based on thermoelectric effects involving interactions between the flow of heat and of electricity through solid bodies. The greater the temperature difference, the more power generated.
ATTP1A is a Temperature Plate Assembly, designed for evaluating TEC controllers in an easy way. This TEC assembly is widely used for evaluating TEC controllers, TECs and heat sink, etc. Also it can stabilize objects temperature for scientific experiments. This temperature plate ATTP1A provides a platform with wide temperature regulation range: -20°C to 110°C. (New)
Our tubing is ultra small and high temperature plastic tubing, which can bear high temperarure and has low coefficient of friction. There are a lot of other features such as light weight, excellent dielectric insulation properties and corrosion resistance, etc, much better than the tubings of other materials. This tubing can be applied in many industries, where high temperature and severe condition is needed, like chemical processing,electronic, aerospace and aviation, etc.
Our heat sink is physically designed to dissipate the heat by increasing the surface area in contact with the cooling fluid surrounding it, such as the air. This heat sink is made up of aluminum, with its surface black anodized.
Thermal conductive materials play an important role in temperature control systems. There are two types of thermal conductive materials including thermal conductive pad and thermal conductive epoxy encapsulant.
Frame: Thermoplastic PBT UL 94-VO
Impeller: Thermoplastic PBT UL 94-VO
Bearing Structure: 2 Balls Bearing
Lead Wire: UL1007#26AWG
Unit Weight: 17g
Operating Temp: -10°C~ 60°C