🔷Product Drawing

🔷Basic Performance Spec

🔷Additional Performance Spec

🔷Performance Curve

🔷Product Overview

The TEC1-24110 Peltier Module 80×80mm is a large-size thermoelectric cooler module designed for solid-state cooling and precise temperature control.

With an 80×80mm footprint, this module provides a relatively large thermal contact area and can be integrated into cooling systems where a larger thermoelectric element is required.

Unlike traditional compressor-based refrigeration systems, the Peltier module has no refrigerant, compressor or moving mechanical components. It transfers heat from one side of the module to the other when DC power is applied.

The TEC1-24110 can be used as a high power thermoelectric cooler in suitable thermal management systems, provided that the hot side is equipped with an appropriate heat dissipation solution.

🔷Product Features

1. 80×80mm Large Size Design

The 80×80mm module provides a large thermal contact area, making it suitable for equipment requiring a relatively large cooling surface.

2. Solid-State Cooling

The thermoelectric cooler operates based on the Peltier effect and has no compressor or moving mechanical components.

3. Compact Structure

The module integrates thermoelectric semiconductor elements between ceramic plates, providing a compact structure for integration into different cooling systems.

4. Precise Temperature Control

By controlling the supplied voltage and current, thermoelectric cooling systems can be used for temperature regulation in electronic and industrial equipment.

5. Suitable for Customized Cooling Systems

The TEC1-24110 can be integrated with heat sinks, fans, cold plates and thermal insulation materials according to specific system requirements.

6. Reliable Thermoelectric Technology

The semiconductor thermoelectric structure makes the module suitable for applications requiring stable solid-state cooling and temperature control.

🔷Product Applications

The TEC1-24110 80×80mm thermoelectric cooler can be used in a wide range of cooling and temperature-control applications.

Industrial Cooling

Used in industrial equipment requiring localized cooling and temperature regulation.

Electronics Cooling

Suitable for thermal management of electronic components, control systems and other electronic equipment.

Instrument Cooling

Can be integrated into laboratory instruments, measuring equipment and analytical systems requiring controlled temperatures.

Optical Equipment Cooling

Thermoelectric cooling technology can be used for temperature stabilization of optical and optoelectronic components.

Laser Cooling

Suitable for selected laser and optical systems where precise temperature control is required.

Semiconductor Temperature Control

Can be integrated into semiconductor testing and temperature-control equipment.

Portable Refrigeration

The module can be used in compact refrigeration systems such as portable cooling boxes and small thermoelectric refrigerators when matched with a suitable heat dissipation system.

Medical Equipment

Can be applied to selected medical and laboratory equipment requiring localized thermoelectric cooling.

Battery and Electronics Thermal Management

The thermoelectric cooling module can be considered for localized temperature control of batteries and electronic assemblies where the thermal design permits.

🔷Product Structure

🔷Operation Principle / Work Principle

The TEC1-24110 thermoelectric cooler operates according to the Peltier effect.

When DC current passes through the semiconductor thermoelectric elements, heat is absorbed from one side of the module and transferred to the opposite side.

As a result:

Cold Side → Heat Absorption → Thermoelectric Elements → Heat Transfer → Hot Side

The cold side absorbs heat from the target object, while the hot side releases both the transferred heat and the electrical energy consumed by the module.

Therefore, the hot-side heat dissipation system is a critical part of any thermoelectric cooling application.

A complete cooling system generally includes:

TEC Module + Thermal Interface Material + Cold-Side Load + Heat Sink + Fan/Other Heat Dissipation System + Power Supply

The direction of heat transfer can also be reversed by reversing the polarity of the DC power supply.

🔷FAQ

Q1: What is the TEC1-24110 Peltier Module?

The TEC1-24110 is an 80×80mm Peltier thermoelectric cooling module designed for solid-state cooling and temperature-control applications.

Q2: What is the size of the TEC1-24110?

The nominal module size is 80×80mm. Detailed thickness, wire configuration and dimensional tolerances should be confirmed from the product drawing.

Q3: Is TEC1-24110 a thermoelectric cooler?

Yes. TEC1-24110 is a thermoelectric cooler module, also commonly referred to as a Peltier module or thermoelectric cooling module.

Q4: What can the TEC1-24110 be used for?

It can be considered for industrial cooling, electronics cooling, instrument temperature control, optical equipment, laser systems, semiconductor equipment, portable refrigeration and other thermal management applications.

Q5: Does the TEC1-24110 require a heat sink?

Yes. The hot side must have an effective heat dissipation system. Without sufficient hot-side heat dissipation, the cooling performance of the thermoelectric cooler will be significantly reduced.

Q6: Can the TEC1-24110 be customized?

Customization may be available depending on the required specifications, including module dimensions, electrical parameters, wire configuration and other application requirements. OEM and custom thermoelectric cooler solutions can be discussed according to the project requirements.

Q7: How should I select a suitable thermoelectric cooler?

The selection should be based on the required cooling capacity, target temperature, temperature difference, operating voltage, current, heat load, ambient temperature and heat dissipation conditions.

Q8: Can this Peltier module be used for high-power cooling?

The 80×80mm TEC1-24110 can be considered for higher-power thermoelectric cooling applications, but the actual cooling capability depends on the module's electrical specifications and the complete thermal management system.

Q9: What information should I provide when requesting a quotation?

For an accurate recommendation, it is helpful to provide the required cooling temperature, target temperature, heat load, ambient temperature, available power supply, installation space and required quantity.

Q10: Are you a thermoelectric cooler manufacturer or supplier?

We provide thermoelectric cooler modules and Peltier cooling solutions for different applications. OEM, wholesale and customized thermoelectric cooler requirements can be evaluated according to project specifications.