P&N Customized Peltier Cooling Module Thermoelectric Low MOQ Solution for Cooling/Heating New Condition

Name: P&N Customized Peltier Cooling Module Thermoelectric Low MOQ Solution for Cooling/Heating New Condition
Brand: P&N Technology (Xiamen) Co., Ltd.
SKU: 60812058680_1
Price: 3.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Thermoelectric Cooling/Heating: The P&N TES1-127040 Peltier module enables precise temperature control via the Peltier effect, capable of both cooling and heating applications.
Dual Voltage Compatibility: Operates efficiently at 12V or 15.4V, providing flexibility for diverse power supply requirements.

Key features

1. Material Technology

With ceramic composite construction, achieve efficient heat transfer and electrical safety, offering superior thermal conductivity compared to conventional materials*.

2. Interactive Design

With a compact and modular design, easily integrate into diverse systems for flexible cooling/heating solutions, saving up to 30% installation time versus non-modular units*.

3. Performance Parameters

With dual voltage compatibility (12V/15.4V), operate seamlessly across power systems while delivering 20% higher energy efficiency than traditional cooling methods*.

4. Scenario Solutions

Adaptable to diverse applications through customizable design, offering 50% more configuration options than standard modules*, making it ideal for specialized cooling/heating needs (e.g., portable devices, medical equipment, or food storage).

5. Certification Standards

Complies with industry safety and reliability standards*, ensuring performance in critical applications such as medical or food storage systems.

Notes:

The "interactive design" highlights modularity and ease of integration, aligning with the product’s customization capability.

Product details

The P&N Customized Peltier Cooling Module (TES1-127040) is a compact, versatile thermoelectric solution for precise cooling/heating applications. With dual voltage compatibility (12V/15.4V) and a ceramic composite substrate, it delivers efficient heat transfer in limited spaces. Ideal for electronics cooling, portable devices, and industrial systems, this module offers customizable performance to meet specific thermal management needs.

Technical specifications

Feature	Specification	Application Scenario
Voltage Compatibility	12V / 15.4V input	Adaptable for automotive, consumer, or industrial power systems
Material	High thermal conductivity ceramic	Efficient heat transfer in compact designs
Model/Part Number	TES1-127040 (Part #3019039)	Standardized for seamless integration into existing systems
Thermal Resistance	1.2 K/W (Advanced Model)	Optimized cooling in high-heat environments

Customization guide

Adjustable voltage thresholds and modular dimensions allow customization for specialized applications. For instance, modifying the operating voltage can enhance cooling capacity in high-power systems, while resizing the module accommodates space-constrained devices.

Get inspired

With dual voltage compatibility, you can seamlessly integrate this module into both 12V automotive systems and 15.4V consumer electronics. Its compact ceramic design enables efficient cooling in tight spaces, such as smartphone components or portable refrigeration units.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Voltage	12V	15.4V	19V
Max Cooling	15W	22W (+47%)	30W (+100%)
Efficiency	85%	92% (+8%)	95% (+12%)
Thermal Resistance	1.5 K/W	1.2 K/W (-20%)	1.0 K/W (-33%)

Supplier's note

Technical Breakthroughs:
- Dual Voltage Flexibility: Supports 12V/15.4V, enabling use in diverse systems without redesign.
- Ceramic Material Efficiency: Reduces thermal resistance by 20% compared to standard modules.
- Customizable Performance: Voltage and size adjustments cater to niche applications like medical devices or aerospace.
Optimal Version Selection:
- Base Model: Ideal for low-power consumer electronics (e.g., smartphones) needing basic cooling.
- Advanced Model: Targets automotive and industrial systems requiring 15.4V operation and 47% higher cooling capacity.
- Pro Model: Designed for high-demand scenarios like server cooling or lab equipment, offering 30W power and 33% lower thermal resistance than industry benchmarks.

With the Pro Model’s 1.0 K/W thermal resistance, you can achieve 20% faster heat dissipation than traditional Peltier modules, ensuring stable operation in extreme environments. Pair this with its 19V capability to handle high-power applications without overheating.

Frequently asked questions

Which Peltier module suits small-scale cooling/heating applications like electronics?
How do I maintain a Peltier module to prevent damage to the frothing nozzle?
Ceramic vs. Metal: Which material is better for thermoelectric modules?
Can I customize the voltage of the P&N Peltier module for my system?
Is the Peltier module’s material FDA-approved for food-grade cooling?
What applications are best for the P&N thermoelectric cooling module?
How energy-efficient is the P&N Peltier module compared to traditional coolers?
What does the part number 3019039 indicate about the Peltier module?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Voltage Compatibility	Automotive, Industrial Systems	12V (Industry standard)	12V (Base, compatible with common systems) ▲ 12V/15.4V (Advanced, dual voltage for versatile applications)	▲ Advanced supports dual voltage for broader compatibility. Base meets industry norms.
Cooling/Heating Efficiency (ΔT)	High-Temperature Environments	60°C (Typical industry standard)	70°C (Base, 17% improvement) ▲ 80°C (Advanced, 33% better than industry)	▲ Advanced provides superior cooling for harsh environments. Base improves efficiency.
Thermal Conductivity	Rapid Heat Dissipation Applications	1.5 W/m·K (Industry average)	2.0 W/m·K (Base, 33% higher) ▲ 2.5 W/m·K (Advanced, 66% boost)	▲ Advanced material enhances heat transfer for faster cooling.
Noise Level	Noise-Sensitive Environments	45 dBA (Average for similar modules)	40 dBA (Base, 11% quieter) ▲ 35 dBA (Advanced, 22% quieter than Base)	▲ Quieter operation reduces disturbance in sensitive areas.
Power Consumption	Energy-Constrained Applications	10W (Industry average)	8W (Base, 20% reduction) ▲ 6W (Advanced, 40% lower than industry)	▲ Advanced reduces energy use for eco-friendly solutions. Base offers moderate savings.
Customization Options	Specialized Cooling Systems	Limited (Standard sizes only)	Some (Adjustable dimensions) ▲ Full (Voltage, size, material customization)	▲ Advanced allows tailored solutions for unique needs. Base offers basic adjustments.