🔷Product Drawing
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🔷Basic Performance Spec
| Type Model | In APE | Max Temp Diff. ▲Tmax (°C) | Internal Resistance ACRohm (Ω) | Max Voltage Umax (V) | Max Current Imax (A) | Max Power Pmax (W) | Size (mm) |
|---|
| TEC1-09702 | K26 | 60 | 4.25 | 12 | 2.2 | 26 | 40x40x5.0 |
| K34 | 65 | 4.25 | 12 | 2.2 | 26 | 40x40x5.8 |
| K42 | 70 | 4.25 | 12 | 2.2 | 26 | 40x40x6.6 |
🔷Additional Performance Spec
| Parameter | Specification |
|---|
| Substrate Specification | 96% Alumina (Al₂O₃) 0.76 + Oxygen-Free Copper 0.4 sintering process |
| Lead Wire Specification | Special soft silicone wire 22AWG / L=200mm |
| Terminal Specification | Standard products have no terminals; can be added upon request |
| Assembly Pressure | 4kg / (0.25kg/CM²) |
| Packaging Standard | Polystyrene (PS) foam box packaging |
| Sealing Material | 704 silicone rubber seal |
| Max Temperature Resistance | Bismuth-tin (Bi-Sn) environmentally friendly solder, melting point 138°C |
| Storage Environment | Temperature < 120°C, Humidity < 60%Rh |
🔷Performance Curve
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🔷Product Overview
The TEC1-09102 Thermoelectric Cooler 40*40mm is a compact Peltier-based thermoelectric cooling element designed for temperature control and localized cooling applications.
Unlike traditional compressor-based refrigeration systems, a thermoelectric element uses the Peltier effect to transfer heat from one side of the module to the other when electrical power is applied.
The 40*40mm form factor makes the TEC1-09102 suitable for equipment requiring a compact cooling solution. It can be integrated into customized cooling assemblies together with heat sinks, fans, cold plates, thermal interface materials and temperature control systems.
As a professional thermoelectric element manufacturer, we can provide thermoelectric cooling elements for different equipment requirements, including standard products and customized solutions.
For distributors, system integrators and OEM customers, bulk purchasing and customized thermoelectric element solutions can also be discussed according to project requirements.
🔷Product Features
1. Compact 40*40mm Size
The 40*40mm structure provides a compact thermoelectric cooling solution for equipment with limited installation space.
2. Peltier Thermoelectric Cooling
The thermoelectric element provides solid-state cooling without mechanical compression components.
3. Precise Temperature Control
Thermoelectric cooling technology can be combined with temperature sensors and controllers for localized temperature management.
4. Flexible System Integration
The module can be integrated with heat sinks, fans, water cooling systems or customized thermal assemblies.
5. Suitable for OEM Projects
The thermoelectric cooler can be considered for OEM, ODM and customized thermal management projects.
6. Bulk Supply Support
For distributors and equipment manufacturers, bulk thermoelectric element supply can be arranged according to project requirements.
🔷Product Applications
The TEC1-09102 thermoelectric element can be used in a variety of cooling and temperature-control applications, including:
- Laser cooling equipment
- Semiconductor temperature control
- Electronic component cooling
- Optical equipment
- Medical equipment
- Laboratory equipment
- Miniature refrigeration equipment
- Portable cooling devices
- Instrument temperature control
- Industrial temperature control systems
- Thermoelectric cooling assemblies
- Customized cooling equipment
For industrial applications, the thermoelectric element can be combined with an appropriate heat dissipation system to build a complete thermoelectric cooling solution.
🔷Product Structure
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🔷Operation Principle / Work Principle
The TEC1-09102 thermoelectric element operates based on the Peltier effect.
When direct current passes through the semiconductor thermoelectric elements, heat is absorbed on one side of the module and released on the opposite side.
As a result:
Cold Side → Absorbs Heat
Thermoelectric Element → Transfers Heat
Hot Side → Releases Heat
The actual cooling performance depends not only on the thermoelectric element itself but also on factors such as input power, thermal load, hot-side heat dissipation and ambient temperature.
Therefore, when designing a thermoelectric cooling system, the TEC module should be matched with an appropriate heat sink or cooling assembly.
🔷FAQ
Q1: What is a thermoelectric element?
A thermoelectric element is a semiconductor-based component that can transfer heat when electrical current passes through it. It is commonly used for thermoelectric cooling, heating and temperature control.
Q2: What is the size of the TEC1-09102?
The product title specifies a 40*40mm thermoelectric cooler.
Q3: Is TEC1-09102 suitable for OEM projects?
Yes. Thermoelectric elements can be integrated into OEM cooling systems, customized cooling assemblies and temperature-control equipment according to project requirements.
Q4: Can you provide custom thermoelectric elements?
Custom thermoelectric element solutions can be discussed according to required dimensions, electrical parameters, thermal performance, wire configuration and application requirements.
Q5: Do you support bulk thermoelectric element orders?
Yes. Bulk thermoelectric element supply can be provided for distributors, equipment manufacturers, system integrators and other B2B customers.
Q6: Are you a thermoelectric element manufacturer?
We provide thermoelectric cooling products and can support customers looking for a thermoelectric element manufacturer, supplier or OEM/ODM partner.
Q7: Can I purchase thermoelectric elements from China?
For customers searching for a thermoelectric element supplier China or thermoelectric element manufacturer China, China-based thermoelectric manufacturing and customized supply solutions can be considered according to project requirements.
Q8: Can the TEC1-09102 be used for laser or semiconductor cooling?
Thermoelectric elements can be used in laser, semiconductor and optical temperature-control systems. The specific TEC model should be selected according to the required cooling capacity, temperature difference, heat load and operating conditions.
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