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produtoRefrigerador termoeléctrico
Um refrigerador termoelétrico (TEC) é um dispositivo que utiliza o efeito termoelétrico para resfriamento. Seu princípio de funcionamento é baseado principalmente no efeito Peltier, que afirma que, quando uma corrente elétrica passa pela junção de dois condutores diferentes, ocorre a transferência de calor, alcançando assim o resfriamento ou aquecimento.Podemos personalizar placas de refrigeração de vários tamanhos e formas de acordo com suas necessidades para atender aos requisitos do seu projeto. Se precisar de mais catálogos de produtos, entre em contato conosco!
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TECu1-12703Model number Max. voltage(V) Max. current(A) Internal resistance(OHM) size（mm） TECu1-12702 15.5V 2 6 25*25*2.0
TECu1-12703 15.5V 3 4 30*30*2.1 TECu1-12706 15.5V 6 2 40*40*1.9 TECu1-12708 15.5V 8 1.55 40*40*1.9 TECu1-12710 15.5V 10 1.25 40*40*1.9 -
TEC1-31130Production 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℃
