🔷Product Drawing

🔷Basic Performance Spec

🔷Additional Performance Spec

🔷Performance Curve

🔷Product Overview

TEC1-24112 Peltier Cooler 60*60mm is a square thermoelectric cooling module designed for compact and efficient temperature management systems.

As a micro peltier cooler, the module uses the Peltier effect to transfer heat from one side of the module to the other when DC power is applied. This creates a cold side and a hot side, allowing the module to be used for localized cooling and temperature control.

The 60*60mm format provides a relatively large cooling surface while maintaining the compact structure associated with thermoelectric cooling technology.

Compared with traditional mechanical refrigeration systems, a micro thermoelectric cooler has no compressor or refrigerant and can be integrated into compact electronic equipment.

TEC1-24112 can therefore be considered for applications where space, precise temperature control, low mechanical complexity and localized cooling are important.

🔷Product Features

1. Compact Thermoelectric Design

The TEC1-24112 uses a compact thermoelectric structure, making it suitable for equipment where installation space is limited.

2. 6060mm Cooling Module

The 60*60mm module size provides a larger cooling surface compared with many miniature Peltier modules and can be integrated into different thermal management assemblies.

3. Precise Temperature Control

A Peltier cooling module can be controlled by adjusting the electrical input, making thermoelectric technology suitable for applications requiring localized and controlled cooling.

4. No Compressor Structure

The micro peltier cooler operates using semiconductor thermoelectric technology without a mechanical compressor, making the module suitable for compact equipment.

5. Flexible System Integration

The module can be combined with heat sinks, fans, cold plates, thermal sensors and controllers to create different thermoelectric cooling systems.

6. Suitable for OEM Applications

TEC1-24112 can be considered for OEM equipment and customized thermal management solutions where a 60*60mm thermoelectric module is required.

🔷Product Applications

The TEC1-24112 micro peltier cooler can be considered for a variety of cooling and temperature-control applications.

Electronics Cooling

Used for localized cooling of electronic components, control systems and other temperature-sensitive electronic devices.

Laser Cooling

A micro peltier cooler for laser cooling can help provide localized temperature control for laser-related equipment and optical systems.

Semiconductor Temperature Control

Thermoelectric modules can be integrated into semiconductor equipment where precise localized temperature management is required.

Optical Equipment Cooling

The module can be used in optical systems requiring stable temperature conditions for sensitive components.

Sensor Temperature Control

A micro peltier cooler for sensor cooling can be integrated into sensor systems that require controlled operating temperatures.

Medical Equipment

Thermoelectric cooling technology can be used in compact medical and laboratory equipment requiring localized cooling or temperature control.

Portable Cooling Equipment

The compact structure of thermoelectric modules makes them suitable for selected portable cooling applications.

Precision Temperature Control

The module can be integrated with temperature sensors and controllers for precision thermal management systems.

🔷Product Structure

🔷Operation Principle / Work Principle

The TEC1-24112 Peltier cooler works according to the Peltier effect.

When DC current passes through the semiconductor thermoelectric elements, heat is transferred from one ceramic surface to the opposite surface. One side becomes the cold side, while the other becomes the hot side.

The basic cooling process can be understood as:

DC Power → Thermoelectric Effect → Heat Transfer → Cold Side Cooling + Hot Side Heat Dissipation

The cold side absorbs heat from the target object or cooling area. At the same time, the hot side releases the absorbed heat together with the electrical energy supplied to the module.

Therefore, using a micro thermoelectric cooler effectively requires good hot-side heat dissipation. If the hot side cannot remove heat efficiently, the temperature difference and actual cooling performance will be affected.

🔷FAQ

Q1: What is a TEC1-24112 Peltier Cooler?

TEC1-24112 is a thermoelectric cooling module with a 60*60mm footprint. It uses the Peltier effect for localized cooling and temperature control.

Q2: Is TEC1-24112 a micro Peltier cooler?

Yes. TEC1-24112 can be categorized as a compact or micro Peltier cooling solution depending on the application and system size.

Q3: What is the size of TEC1-24112?

The product size is 60*60mm. Please refer to the product drawing for detailed dimensions and installation information.

Q4: Where can a micro Peltier cooler be used?

Micro Peltier coolers can be used in electronics cooling, laser cooling, semiconductor temperature control, optical equipment, sensors, medical equipment and precision temperature-control systems.

Q5: Does a Peltier cooler need a heat sink?

Yes. The hot side of the Peltier module must effectively dissipate heat. A suitable heat sink, fan, cold plate or liquid cooling system may be required depending on the application.

Q6: Can TEC1-24112 be customized?

For OEM projects, customization may be possible depending on the required dimensions, electrical parameters, wire specifications, structure and application requirements. Please contact us with your technical requirements.

Q7: How do I choose the right micro Peltier cooler?

The selection should consider the required cooling capacity, temperature difference, operating voltage, current, heat load, hot-side temperature and heat dissipation conditions rather than module size alone.

Q8: Can TEC1-24112 be used for precision temperature control?

Yes. When combined with a suitable temperature sensor, controller and heat dissipation system, a thermoelectric cooling module can be used for precision temperature-control applications.