🔷Product Drawing
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🔷Basic Performance Spec
| Type Mode | Chip | ▲Tmax(°C) | ACR (Ω) | Umax (V) | Imax (A) | Pmax (W) | Size (mm) |
|---|
| TEC1-09706 | K10 | 60 | 1.56 | 12 | 6 | 72 | 30x30x3.4 |
| K12 | 65 | 1.56 | 12 | 6 | 72 | 30x30x3.6 |
| K14 | 70 | 1.56 | 12 | 6 | 72 | 30x30x3.8 |
🔷Additional Performance Spec
| Item | Specification |
|---|
| Substrate Material | 96% Alumina (Al₂O₃) 0.76mm + Oxygen‑Free Copper 0.4mm, sintered bonding process |
| Lead Wire | Extra‑soft silicone wire, 20 AWG, L = 200mm |
| Terminal | None as standard; optional upon request |
| Mounting Pressure | 2.3 kg (0.25 kg/cm²) |
| Packaging Standard | Polystyrene (PS) foam box |
| Sealing Compound | 704 silicone rubber sealant |
| Maximum Operating Temperature | Bismuth‑tin lead‑free solder, melting point 138°C |
| Storage Environment | Temperature < 120°C, Humidity < 60% Rh |
🔷Performance Curve
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🔷Product Overview
The TEC1-09706 Thermoelectric Cooler Peltier 30*30mm is a compact thermoelectric cooling module developed for small-scale cooling and temperature control applications.
Unlike traditional compressor-based refrigeration systems, a Peltier thermoelectric cooler has no mechanical compressor or refrigerant circulation system. When DC power is applied, the thermoelectric elements generate a temperature difference between the two ceramic surfaces, creating a cold side and a hot side.
The compact 30*30mm design makes TEC1-09706 suitable for equipment where installation space is limited.
It can be used as an individual thermoelectric cooler or integrated into a complete Peltier Module Assembly. For OEM customers, the module can also be considered as part of a customized thermoelectric cooling assembly based on the required mechanical and electrical specifications.
For customers looking for a peltier module assembly supplier or peltier module assembly manufacturer, this type of compact thermoelectric cooler can be considered for small electronic and precision temperature-control applications.
🔷Product Features
1. Compact 30*30mm Design
The TEC1-09706 features a compact 30*30mm footprint, making it suitable for applications where available installation space is limited.
2. Precise Thermoelectric Cooling
Peltier technology allows cooling performance to be controlled by adjusting the electrical operating conditions, making it suitable for temperature-control applications.
3. No Mechanical Moving Parts
The thermoelectric module has no compressor or mechanical moving components, which helps simplify the cooling system structure.
4. Easy System Integration
The compact structure makes the module suitable for integration into electronic equipment, laboratory instruments and other thermoelectric cooling systems.
5. Suitable for OEM Applications
The TEC1-09706 can be integrated into customized cooling systems. Customers looking for OEM Peltier Module Assembly solutions can discuss dimensions, electrical requirements and application conditions with the manufacturer.
6. Flexible Cooling Solution
A Peltier module can be combined with heat sinks, fans, cold plates and temperature sensors to create a complete thermoelectric temperature-control system.
🔷Product Applications
The compact TEC1-09706 thermoelectric cooler can be considered for a wide range of applications requiring localized cooling or temperature control.
Electronics Cooling
Used for localized cooling of electronic components, control systems and compact electronic devices.
Optical Device Cooling
Peltier cooling technology can be used for temperature stabilization of optical components and optical equipment.
Laser Temperature Control
Thermoelectric modules can be integrated into laser cooling systems where stable temperature control is required.
Laboratory Equipment
The module can be used in laboratory instruments and small temperature-control systems.
Semiconductor Equipment
Thermoelectric cooling is commonly used in semiconductor-related equipment requiring localized temperature management.
Medical and Analytical Equipment
Compact Peltier modules can be integrated into certain analytical and temperature-control equipment.
Consumer Electronics
The small 30*30mm format can be considered for compact electronic products that require localized cooling.
Industrial Temperature Control
The module can be integrated into industrial equipment as part of a larger thermoelectric cooling system.
For customers searching for a thermoelectric module assembly supplier or thermoelectric cooler assembly manufacturer, the TEC1-09706 can be evaluated according to the specific application requirements.
🔷Product Structure
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🔷Operation Principle / Work Principle
The TEC1-09706 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:
DC Power → Semiconductor Thermoelectric Elements → Heat Transfer → Cold Side + Hot Side
The cold side absorbs heat from the target object, while the hot side transfers the absorbed heat and electrical input heat to the heat dissipation system.
Therefore, the heat dissipation capability of the hot side is extremely important. Even when the same Peltier module is used, different heat sinks, fans, thermal interface materials and installation conditions can result in significantly different cooling performance.
When designing a custom Peltier Module Assembly, the complete thermal path should therefore be considered rather than selecting the module based only on its dimensions.
🔷FAQ
Q1: What is the TEC1-09706?
The TEC1-09706 is a compact 30*30mm thermoelectric cooler based on Peltier cooling technology. It can be used for localized cooling and temperature-control applications.
Q2: What is a Peltier Module Assembly?
A Peltier Module Assembly generally refers to a thermoelectric cooling assembly that integrates a Peltier module with other components such as heat sinks, cold plates, fans or temperature-control components.
The exact assembly configuration depends on the application requirements.
Q3: Can TEC1-09706 be used for OEM projects?
Yes. TEC1-09706 can be evaluated for OEM applications. Customers can provide requirements such as module size, voltage, current, cooling capacity, temperature range and installation conditions.
A suitable OEM Peltier Module Assembly can then be considered according to the project requirements.
Q4: Can you provide a custom Peltier Module Assembly?
Yes. For customized projects, requirements such as dimensions, electrical parameters, wire specifications, installation structure and operating conditions can be discussed.
This is particularly suitable for customers looking for a custom Peltier Module Assembly.
Q5: How do I choose the right Peltier module?
The module should not be selected only according to its physical size. Important factors include:
- Required cooling capacity
- Target cold-side temperature
- Hot-side temperature
- Operating voltage
- Operating current
- Heat load
- Heat dissipation capability
- Available installation space
Providing these parameters helps determine a more suitable thermoelectric cooling solution.
Q6: Can I buy Peltier modules in wholesale quantities?
Yes. Wholesale purchasing is available for suitable projects and quantities. Customers looking for Peltier Module Assembly wholesale or long-term supply can discuss product specifications, quantity and packaging requirements.
Q7: Are you a Peltier module assembly manufacturer or supplier?
We provide thermoelectric cooling products and can support customers looking for a peltier module assembly supplier or peltier module assembly manufacturer, including OEM and customized project requirements.
Q8: Can TEC1-09706 be used for semiconductor or laser cooling?
It can be considered for semiconductor, laser and optical temperature-control applications, but the actual suitability depends on the heat load, target temperature, operating conditions and heat dissipation system.
Q9: What information should I provide for a custom project?
For a custom Peltier Module Assembly, it is helpful to provide:
- Required module dimensions
- Working voltage
- Working current
- Target cooling temperature
- Heat load
- Hot-side temperature
- Cold-side temperature
- Installation space
- Wire and connector requirements
- Estimated order quantity
The more complete the application information, the easier it is to evaluate the appropriate thermoelectric solution.
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