🔷Product Drawing

🔷Basic Performance Spec

🔷Additional Performance Spec

🔷Performance Curve

🔷Product Overview

The TEC1-24105 Peltier 100×100mm is a large-size thermoelectric cooling module designed for applications requiring solid-state temperature control and heat transfer.

As experienced thermoelectric module manufacturers, we provide thermoelectric cooling solutions for different equipment and thermal management requirements. The TEC1-24105 adopts a compact semiconductor-based structure without mechanical moving parts, making it suitable for applications where compact size, precise temperature control and reliable operation are required.

Compared with traditional compressor-based cooling systems, thermoelectric modules can provide localized cooling and temperature control in a compact structure. They can also be integrated with heat sinks, fans, cold plates and control systems to create complete cooling assemblies.

The 100×100mm module size provides a relatively large thermal contact area, making it suitable for various industrial and electronic thermal management applications.

🔷Product Features

• 100×100mm large-size design for applications requiring a larger thermal contact area.
• Solid-state cooling technology with no compressor or mechanical moving parts.
• Compact structure for integration into different thermal management systems.
• Suitable for temperature control and localized cooling applications.
• Compatible with heat sinks and fan cooling systems for complete cooling assemblies.
• Suitable for OEM and customized cooling solutions.
• Can be used in industrial, electronic, optical, medical and laboratory equipment.
• Supports applications requiring controlled cooling and thermal management.

🔷Product Applications

The TEC1-24105 100×100mm thermoelectric module can be used in a variety of cooling and temperature-control systems.

Industrial Cooling

The module can be integrated into industrial cooling equipment where localized thermoelectric cooling or temperature stabilization is required.

For industrial equipment, the TEC1-24105 can work together with heat sinks, fans, cold plates and temperature controllers to form a complete cooling system.

Laser Cooling

Laser and optical equipment can generate heat during operation. Thermoelectric cooling modules can be used to help control the temperature of laser components and maintain a more stable operating environment.

The module can be integrated into laser cooling assemblies according to the required cooling capacity and temperature range.

Semiconductor Cooling

Thermoelectric cooling technology is widely used for semiconductor temperature management. The TEC1-24105 can be considered for semiconductor equipment requiring localized cooling and temperature control.

Temperature Control

Peltier modules can provide both heating and cooling functions by changing the direction of current. This makes thermoelectric modules useful for equipment requiring controlled temperature regulation.

Electronic Cooling

The TEC1-24105 can be integrated into electronic cooling systems for components or assemblies where localized heat removal is required.

Medical Equipment

Thermoelectric cooling technology can be used in certain medical and laboratory equipment requiring stable temperature management, such as temperature-controlled components and analytical equipment.

Optical Equipment

Optical equipment can require stable temperature conditions for reliable operation. Thermoelectric modules can provide localized cooling and temperature regulation for optical and optoelectronic components.

Laboratory Equipment

Thermoelectric modules are suitable for laboratory equipment that requires compact temperature control, cooling or heating functions.

Industrial Chillers

For certain compact cooling systems, Peltier modules can be incorporated into thermoelectric chiller designs. The final system configuration should be selected according to the required cooling capacity and heat dissipation conditions.

🔷Product Structure

🔷Operation Principle / Work Principle

The TEC1-24105 operates based on the Peltier effect.

When direct current passes through the semiconductor elements inside the thermoelectric module, heat is absorbed on one ceramic surface and released on the opposite surface.

As a result:

Electrical Energy → Heat Transfer → Cooling / Heating

By changing the direction of the electrical current, the hot and cold sides can be reversed. This makes thermoelectric modules useful not only for cooling but also for precise temperature control.

For cooling applications, the heat generated on the hot side includes both the heat transferred from the cold side and the electrical power supplied to the module. Therefore, an effective heat dissipation system is essential for achieving good cooling performance.

🔷FAQ

1. What is the TEC1-24105 Peltier module?

The TEC1-24105 is a 100×100mm thermoelectric Peltier cooling module designed for cooling and temperature-control applications.

2. What applications can the TEC1-24105 be used for?

It can be considered for industrial cooling, laser cooling, semiconductor cooling, electronic cooling, medical equipment, optical equipment, laboratory equipment and compact thermoelectric chiller systems.

3. Does the TEC1-24105 require a heat sink?

Yes. When the module is used for cooling, the heat generated on the hot side needs to be effectively dissipated. A suitable heat sink, fan or liquid cooling system may be required depending on the application.

4. Can the TEC1-24105 be used for temperature control?

Yes. By controlling the electrical input and changing the current direction, a thermoelectric module can be used for both cooling and heating in temperature-control systems.

5. How do I select a thermoelectric module for my equipment?

The selection should consider the required cooling capacity, target temperature, hot-side temperature, cold-side temperature, available space, power supply and heat dissipation method.

6. Are you thermoelectric module manufacturers or a distributor?

We provide thermoelectric module manufacturing and cooling solution services, including standard Peltier modules and support for OEM/custom thermoelectric cooling applications.

7. Can you provide a customized thermoelectric cooling solution?

Yes. For customized projects, customers can provide the required cooling temperature, target cooling capacity, working temperature, available installation space, power supply and heat dissipation conditions. These parameters can be used to evaluate a suitable thermoelectric module or complete cooling assembly.

8. What information should I provide when requesting a TEC1-24105 quotation?

For a more accurate quotation and technical evaluation, it is recommended to provide the required quantity, application, operating conditions, electrical requirements, cooling target and whether a complete cooling assembly is required.