🔷Product Drawing
![]()
🔷Basic Performance Spec
| Type Mode | Chip | ▲Tmax(°C) | ACR ohm(Ω) | Umax(V) | Imax(A) | Pmax(W) | Size(mm) |
|---|
| TEC1-24115 | K12 | 60 | 1.51 | 29 | 15 | 435 | 100x100x3.6 |
| K22 | 65 | | | | | 100x100x4.6 |
| K32 | 70 | | | | | 100x100x5.6 |
🔷Additional Performance Spec
| Specification Item | Description |
|---|
| Substrate | 96% Alumina 0.76mm + Oxygen-Free Copper 0.4mm, sintered process |
| Lead Wire | Extra-soft silicone wire, 20 AWG, L = 300mm (dual wires) |
| Terminal | Standard product without terminals; can be installed upon request |
| Assembly Pressure | 25 kg (0.25 kg/cm²) |
| Packaging Standard | Polystyrene (PS) foam box |
| Sealing Material | 704 silicone rubber sealant |
| Maximum Temperature Resistance | Bismuth-tin eco-friendly solder, melting point 138°C |
| Storage Environment | Temperature < 120°C, Humidity < 60% Rh |
🔷Performance Curve
![]()
🔷Product Overview
The TEC1-24115 Peltiers 100×100mm is a large-size thermoelectric cooling module based on semiconductor Peltier technology. It provides solid-state cooling without compressors, refrigerants or moving mechanical components.
With its 100×100mm module size, TEC1-24115 can be integrated into larger cooling assemblies where a relatively large thermoelectric cooling surface is required. It is suitable for industrial cooling, electronic temperature control, laser cooling, semiconductor equipment and other precision cooling applications.
As a professional thermoelectric cooling module supplier and manufacturer, we provide thermoelectric modules for standard applications as well as OEM and custom cooling requirements.
🔷Product Features
1. Large 100×100mm Size
The 100×100mm module provides a relatively large thermal contact surface for cooling system integration.
2. Solid-State Cooling
Thermoelectric cooling uses semiconductor technology without compressors or refrigerant circulation.
3. Precise Temperature Control
Peltier technology allows cooling performance to be adjusted through electrical control, making it suitable for temperature-sensitive applications.
4. Compact System Integration
The module can be integrated with heat sinks, fans, cold plates and other thermal components to build complete cooling systems.
5. Suitable for Industrial Applications
The TEC1-24115 can be considered for industrial cooling, electronic cooling and temperature-control applications.
6. OEM & Custom Support
Different thermoelectric cooling module requirements can be discussed according to dimensions, electrical parameters, wiring and system design.
🔷Product Applications
The TEC1-24115 100×100mm thermoelectric cooling module can be used in a variety of cooling and temperature-control systems.
Industrial Cooling
Used in industrial equipment requiring compact and controllable thermoelectric cooling.
Laser Cooling
Suitable for thermal management and temperature stabilization of laser-related equipment.
Semiconductor Temperature Control
Can be integrated into semiconductor equipment and temperature-control systems where stable thermal management is required.
Electronics Cooling
Suitable for cooling temperature-sensitive electronic components and equipment.
Precision Temperature Control
Can be used in systems where controlled heating and cooling are required.
Industrial Chillers
The module can be integrated into thermoelectric industrial cooling systems according to the required cooling capacity.
Other Applications
- Optical equipment
- Laboratory equipment
- Medical equipment
- Instrumentation
- Sensor temperature control
- Electronic testing equipment
- Customized cooling systems
🔷Product Structure
![]()
🔷Operation Principle / Work Principle
The TEC1-24115 works 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. By reversing the current direction, the hot and cold sides can also be switched.
In an actual cooling system, the hot side must be connected to an appropriate heat dissipation system. If heat cannot be removed effectively from the hot side, the cooling performance of the cold side will also be affected.
🔷Product Testing
Each thermoelectric cooling module can be evaluated according to relevant electrical, dimensional and thermal requirements before shipment.
Typical inspection items may include:
- Product dimensions
- Appearance
- Resistance
- Electrical connection
- Insulation performance
- Thermoelectric performance
- Wire and terminal condition
- Product consistency
🔷Product Packaging
TEC1-24115 thermoelectric cooling modules are packaged according to product size, quantity and transportation requirements.
Proper packaging helps protect the ceramic surfaces, wires and module structure during storage and transportation.
🔷FAQ
1. What is the TEC1-24115?
TEC1-24115 is a 100×100mm thermoelectric cooling module based on Peltier semiconductor cooling technology.
2. What is the size of TEC1-24115?
The module size is 100×100mm.
3. What can TEC1-24115 be used for?
It can be considered for industrial cooling, laser cooling, semiconductor temperature control, electronics cooling and other thermoelectric cooling systems.
4. Is TEC1-24115 suitable for industrial cooling?
Yes. Its large 100×100mm size makes it suitable for cooling systems that require a relatively large thermoelectric contact area. The final suitability should be confirmed according to the actual thermal load and heat dissipation conditions.
5. Can I use a fan with the TEC1-24115?
Yes. A heat sink and fan are commonly used on the hot side to remove heat and improve overall cooling performance.
6. Can you provide custom thermoelectric cooling modules?
Yes. Custom thermoelectric cooling module solutions can be discussed according to size, electrical requirements, wiring, thermal performance and application conditions.
7. Are you a thermoelectric cooling module supplier?
Yes. We supply thermoelectric cooling modules for industrial, electronic and temperature-control applications, with support for OEM, wholesale and custom requirements.
8. How should I select a suitable thermoelectric cooling module?
The selection should consider cooling load, target temperature, hot-side temperature, cold-side temperature, operating voltage, current and heat dissipation conditions.
9. Can TEC1-24115 be used for OEM projects?
Yes. For OEM projects, customers can provide the required dimensions, electrical parameters, cooling requirements and application conditions for evaluation.
Get A Free Quote
