>
ProductsThermoelectric cooler
A thermoelectric cooler (TEC) is a device that uses the thermoelectric effect for cooling. Its working principle is mainly based on the Peltier effect, which states that when an electric current passes through the junction of two different conductors, it causes the transfer of heat, thereby achieving cooling or heating.
We can customize TECs of various sizes and shapes according to your requirements to meet your project needs. If you need more product catalogs, please contact us!
-
TEC1-31030Production Specification Condition ACRes 1± 10% Ta=23℃ Imax 32.5A Th=30℃ Vmax 36.7V Th=30℃ ΔTmax: 65℃ ≥62℃ Qc=0，Th=30℃ Qcmax 648.9W ΔT=0℃, Th=30℃
TR -50 to 80 ℃ -
TEC1-04710Production Specification Condition ACRes 0.44±10% Ta=23℃ Imax 10 A Th=30℃ Vmax 5.55V Th=30℃ ΔTmax ≥65℃ Qc=0 Th=30℃ Qcmax 32.9W ΔT=0 Th=30℃ TR -50～80℃ -
TES1-05103Production Specification Condition ACRes 1.5±10% Ta=23℃ Imax 3.3 A Th=30℃ Vmax 6.0 V Th=30℃ ΔTmax ≥65℃ Qc=0 Th=30℃ Qcmax 11.7W ΔT=0 Th=30℃ TR -50～80℃ -
TES1-7104Item Value Test Environment
Max. Voltage 8.4V Qc=0，DT=DTmax，Th=31℃ Max. current 4A Qc=0，I=Imax，Th=31℃ Max. temp. difference 65℃ Qc=0，I=Imax，Th=31℃ Max. cooling capacity 18.5W I=Imax，DT=0，Th=31℃ Max. temp. resistance 120℃ Max. temp. Internal resistance 1.65-1.9Ω
T=25℃ -
TEC2-25408Item Numerical Value Test Environment Maximum Voltage 15.8V Qc=0,DT=DTmax, Th=50℃
Maximum Current 8A Qc=0,I=Imax,Th=50℃ Max Tem Difference 85℃ Qc=0,I=Imax,Th=50℃ Max Cooling Capacity 29.8W I=Imax，DT=0，Th=50℃
Max Tem Resistance 120℃ -
TES1-3102Item Value Test Environment Vmax 3.7V Qc=0,DT=DTmax, Th=31℃ Imax 2A Qc=0，I=Imax，Th=31℃ DT 65℃
Qc=0，I=Imax，Th=31℃
Qmax 4.3W I=Imax，DT=0，Th=31℃ Max 120℃ Max Operation Temperature Resistant -
TES1-12706Thermoelectric Cooling Module Specifications Model: TES1-12706 Size: 30×30×3.0 mm
ΔT_max: 65℃ Assembly Pressure: 85N/cm²
I_max: 12A V_max: 15.8V Cooling Power: 52W
Storage Conditions: -40 to 60°C Operating Environment: Temperature range -55 to 83°C (high ambient temperature will directly affect cooling efficiency) Sealing Process: Sealed with 704 silicone rubber Packaging: Foam packaging Lead Specifications: Soft silicone leads, 150±5 mm length -
TES1-12704Thermoelectric Cooling Module Specifications Model: TES1-12704
Size: 30×30×3.2 mm
ΔT_max: 65℃
Assembly Pressure: 85N/cm²
I_max: 4A
V_max: 15.5V
Cooling Power: 36W
Storage Conditions: -40 to 60°C
Internal Resistance: 2.5-3.5Ω (tested at 23±1°C, 1kHz AC) Max Tolerance Temperature: 80°C. Operate normally and keep the heat dissipation surface below 50°C. Operating Environment: Temperature range -55 to 83°C (high ambient temperature will directly affect cooling efficiency) Sealing Process: Sealed with 704 silicone rubber
Packaging: Foam packaging, storage conditions: -10 to 40°C
Lead Specifications: Soft silicone leads, 70±5 mm length, single-end tinned 5mm -
TES1-12703Thermoelectric Cooling Module Specifications Model: TES1-12703 Size: 25×25×3.4mm ± 0.1
ΔT_max: 65℃
Assembly Pressure: 85N/cm²
I_max: 3A V_max: 15.8V
Recommended Operating Voltage: 12V Storage Conditions: -40 to 60°C
Internal Resistance: 3.8-4.0Ω (tested at 23±1°C, 1kHz AC)
Component Features: Red wire for positive, black wire for negative (the side with text is the cooling side, the side without text is the heat dissipation side) Operating Environment: Temperature range -55 to 83°C (high ambient temperature will directly affect cooling efficiency) Sealing Process: Sealed with 704 silicone rubber
Packaging: Foam packaging
Lead Specifications: Lead length 200±8mm, RV standard lead, single end tinned 2mm -
TES1-12701Item Value Test environment Max. voltage 15.8V Qc=0，DT=DTmax，Th=31℃
Max. current 1.5A
Qc=0，I=Imax，Th=31℃
Max. temp. difference 65℃
Qc=0，I=Imax，Th=31℃
Max. cooling capacity 12.9W I=Imax，DT=0，Th=31℃
Max. temp. resistance 120℃ Max. temp. Internal resistance 9.5-10.2Ω
T=25℃ -
TEC2-19003Item Value Test environment Max. voltage 16V Qc=0，DT=DTmax，Th=50℃ Max. current 3A Qc=0，I=Imax，Th=50℃ Max. temp. difference 80℃ Qc=0，I=Imax，Th=50℃ Max. cooling capacity 18W I=Imax，DT=0，Th=50℃ Max. temp. resistance 120℃ Max. temp. Internal resistance 4.2-4.8Ω T=25℃ -
TEC2-16504Item Value
Test environment Max. voltage 12V Qc=0，DT=DTmax，Th=50℃
Max. current 4A Qc=0，I=Imax，Th=50℃
Max. temp. difference 75℃
Qc=0，I=Imax，Th=50℃
Max. cooling capacity 12.55W
I=Imax，DT=0，Th=50℃
Max. temp. resistance
120℃
Max. temp.
Internal resistance
2.4-2.6Ω
T=25℃
