NL1011T-01AC

Series:	NL1011T
Part Status:	Active
Outline L x W x H:	6.60mm x 6.60mm x 2.40mm
Qmax @ Th:	1.0W @ 27°C
Delta Tmax @ Th:	61°C @ 27°C
Current - Max:	1.0A
Voltage - Max:	2.0V
Resistance:	1.80 Ohms
Operating Temperature:	85°C
Features:	Exterior Metallization (Both Sides), Lead Wires

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Thermal - Thermoelectric, Peltier Modules

Thermoelectric cooling is the process of transferring heat via the use of electric current. Thermal-thermoelectric, Peltier modules are devices that use this process to convert electric energy into thermal energy, thus making them ideal for cooling, preheating, and controlling temperature objects. The NL1011T-01AC is one such example of a Peltier module.

NL1011T-01AC

The NL1011T-01AC is a single-stage Peltier device which offers a thermoelectric cooling capability of up to 12 W at 25°C. Its design ensures maximum stability and performance for temperature-sensitive processes, while its high efficiency provides low no-load power consumption. It consists of two heat sinks, an integrated electrical heat management system, and a hot side ceramic insulation plate. The NL1011T-01AC works by utilizing the Seebeck effect. The Seebeck effect is a process wherein temperature differences generate electric voltage. When one side of the module (the hot side) is heated up, electrons are transported from the heater to the cold side of the module where electrons become thermally attracted. This attraction causes atoms on the cold side to vibrate faster, thus releasing their stored energy as heat. The hot side of the module then absorbs the released energy in order to cool down. This process is reversed when the module is cooled down.

Application Field

The NL1011T-01AC is primarily designed to provides temperature control and regulation in a variety of temperamental systems. These include temperatures control systems for air conditioners, refrigerators, automotive applications, computers, medical equipment, and communication cabinets. The NL1011T-01AC is also useful in powering a variety of the thermoelectric processes, ranging from powering cooling fans to dehumidifying and controlling air temperature. It is also commonly used as a on-off energy efficient temperature control in both small and large scale industrial applications such as cooling metallurgical and thermal materials.

Benefits

The NL1011T-01AC has a few advantages over traditional cooling technology. Firstly, it’s more efficient than traditional cooling solutions, as it does not require the use of a condenser and compressor. Secondly, it’s also more reliable and durable, as the internal components are not exposed to extreme temperatures and conditions. Finally, it can be adapted to a variety of different applications, allowing for easy installation and integration into existing systems. In addition to its efficiency, the NL1011T-01AC also offers a number of other benefits. It offers an excellent level of thermal efficiency, with the thermal conductivity in both the hot and cold sides of the module being approximately equal. It also includes a built-in protection circuitry which helps to minimize electrical damage. Finally, the device features a high-quality design with insulated aluminum housing for protection and improved longevity.

Conclusion

The NL1011T-01AC is an ideal device for efficient, reliable temperatures control. Its design ensures maximum stability and performance for temperature-sensitive processes, while its high efficiency provides low no-load power consumption. It is suitable for a wide range of temperamental applications, especially in air conditioners, refrigerators, automotive applications, computers, medical equipment, and communication cabinets. Overall, the NL1011T-01AC proves to be a useful, reliable, and cost-effective solution for temperature control.

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