🔷Product Drawing

🔷Basic Performance Spec

🔷Additional Performance Spec

🔷Performance Curve

🔷Product Overview

The TEC1-04910 Thermoelectric Cooler 40*40mm is a compact Peltier cooling module designed for applications requiring reliable solid-state cooling and temperature control.

Unlike conventional compressor-based cooling systems, a peltier cooler uses the thermoelectric effect to transfer heat from one side of the module to the other when electrical power is applied.

With its 40*40mm compact size, the TEC1-04910 can be integrated into electronic equipment, instruments, temperature control systems and other compact cooling applications.

The module has no mechanical compressor or refrigerant circuit, allowing designers to develop compact cooling systems with a relatively simple mechanical structure.

For equipment manufacturers, the TEC1-04910 can also be considered for OEM peltier cooler, ODM peltier cooler and customized thermoelectric cooling projects.

🔷Product Features

1. Compact 40*40mm Design

The 40*40mm form factor provides a compact solution for equipment requiring localized thermoelectric cooling.

2. Solid-State Cooling

The Peltier cooling principle operates without a conventional mechanical compressor, making the module suitable for compact temperature-control equipment.

3. Precise Temperature Control

Thermoelectric cooling allows the cooling output to be controlled by adjusting the electrical operating conditions, making it suitable for applications requiring controlled temperature management.

4. Flexible System Integration

The module can be combined with heat sinks, fans, liquid cooling systems and temperature controllers according to different system requirements.

5. Suitable for OEM Projects

For equipment manufacturers and system integrators, the product can be used as a standard module or evaluated for custom peltier cooling module projects.

6. B2B Supply Capability

The product can support different purchasing requirements including prototype development, bulk peltier cooler procurement, OEM projects and long-term production supply.

🔷Product Applications

The TEC1-04910 40*40mm peltier cooler can be considered for a variety of electronic and industrial temperature-control applications.

Electronic Equipment Cooling

Used for localized cooling of electronic components and compact electronic systems where conventional cooling methods may not be suitable.

Instrument Temperature Control

The thermoelectric module can be integrated into instruments that require controlled temperature conditions for sensitive components.

Laser Cooling

Peltier cooling technology can be used in laser and optical systems requiring temperature stabilization of specific components.

Semiconductor Temperature Control

Thermoelectric modules can provide localized temperature control for semiconductor-related equipment and testing systems.

Medical Equipment

Compact thermoelectric cooling technology can be integrated into selected medical and analytical equipment requiring controlled temperature environments.

Laboratory Equipment

The module can be used in laboratory instruments and compact temperature-control systems.

Industrial Cooling Systems

Multiple thermoelectric modules can be integrated into customized cooling assemblies for industrial temperature-control applications.

🔷Product Structure

🔷Operation Principle / Work Principle

The TEC1-04910 operates based on the Peltier effect.

When direct current passes through the P-type and N-type semiconductor elements inside the module, heat is transferred from one ceramic surface to the opposite surface.

As a result:

Cold Side → Absorbs Heat

Hot Side → Releases Heat

The cooling side can be connected to the component or area that needs to be cooled, while the hot side requires a suitable heat sink, fan-cooled radiator or liquid cooling system to remove the transferred heat.

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

This solid-state operating principle makes the peltier cooler suitable for compact cooling, localized temperature control and applications where precise thermal management is required.

🔷FAQ

1. What is the TEC1-04910?

TEC1-04910 is a 40*40mm thermoelectric cooler based on Peltier cooling technology. It is designed for compact cooling and temperature-control applications.

2. What is the size of the TEC1-04910 peltier cooler?

The module size is 40*40mm.

3. What is a peltier cooler used for?

A peltier cooler can be used for electronic cooling, laser cooling, semiconductor temperature control, laboratory instruments, medical equipment and other localized temperature-control applications.

4. Does the peltier cooler require a heat sink?

Yes. The hot side needs an appropriate heat dissipation system. Heat sink performance has a significant influence on the actual cooling performance of the thermoelectric module.

5. Can the TEC1-04910 be customized?

Customization can be discussed for OEM and ODM projects. Depending on the project requirements, customization may involve dimensions, wire configuration, electrical characteristics or other module specifications.

6. Can you supply peltier coolers in bulk?

Yes. Bulk peltier cooler supply can be arranged for qualified B2B projects, including prototype development, small-batch orders and volume production.

7. Are you a peltier cooler manufacturer?

For B2B customers looking for a peltier cooler manufacturer, supplier or factory, product specifications and project requirements can be evaluated for suitable thermoelectric cooling solutions.

8. Can you provide peltier cooler OEM and ODM services?

Yes. Peltier cooler OEM, ODM and custom thermoelectric cooling module solutions can be evaluated according to the customer's equipment requirements.

9. Can the TEC1-04910 be used for industrial cooling?

The 40*40mm module can be integrated into suitable industrial cooling and temperature-control systems. The final selection should be based on thermal load, hot-side temperature, cooling requirements and system heat dissipation.

10. How do I select the right peltier cooler?

The selection should consider module size, operating voltage, current, cooling capacity, required temperature difference, hot-side heat dissipation, ambient temperature and thermal load. For engineering projects, these parameters should be evaluated together rather than selecting a module based only on its dimensions.