zł5.15
TEC1-12710 – Peltier module 15.8 V / 10.5 A
ID: 234241
5902186304383
zł24.90
Tax included
zł20.24 tax excl.
TEC1-12710 is a high-performance Peltier module with compact dimensions and a cooling power of up to 89 W, designed for active cooling of electronics, optical systems, and other temperature-sensitive applications. Featuring PTFE insulation and an Al₂O₃ ceramic housing, the module offers excellent thermal and chemical resistance.
Description
The TEC1-12710 Peltier module is a thermoelectric cooling and heating element designed for applications requiring active temperature control. It operates based on the Peltier effect, enabling rapid heat transfer from one side of the module to the other. At a maximum voltage of 15.8 V, it reaches a current of up to 10.5 A and a temperature differential (ΔT) of up to 67 °C, with a maximum cooling power of 89 W. The housing is made of Al₂O₃ ceramic for optimal thermal and mechanical insulation. The module is equipped with 15 cm (16 AWG) PTFE-insulated wires, resistant to temperatures up to 138 °C, and BiSn solder joints.
Features
- Type: thermoelectric Peltier module
- Maximum voltage: 15.8 V
- Maximum current: 10.5 A
- Internal resistance: 1.08 Ω
- Maximum temperature difference: 67 °C
- Maximum cooling power: 89 W
- Dimensions: 40 × 40 × 3.3 mm
- Housing material: Al₂O₃ ceramic
- Wires: 16 AWG, 0.15 m length
- Wire insulation: PTFE (Polytetrafluoroethylene)
- Operating temperature: up to 138 °C
- Gross weight: 21.6 g
- Solder material: BiSn
234241
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Other products in the same category (12)
The TEC1-12709 Peltier cell is a reliable thermoelectric module powered by 12V, conducting current up to 9A, enabling precise cooling and heating with a large temperature difference. With a cooling power of 72W, it is ideal for applications in cooling systems for processors, LED modules and optoelectronic devices, where temperature stability is key. TEC1-12709
zł23.20
4 weeks
No product available!
The TEC1-04905 Peltier cell is a compact thermoelectric module that, with a 5V power supply and a current of up to 5A, enables efficient cooling or heating, generating a significant temperature difference. Ideal for precise temperature control in devices such as processor cooling systems, cameras or travel refrigerators
zł15.65
24h
Available quantity: 9
Available
The Peltier TEC1-03108 module with a power of 16.8W, is characterized by low-voltage power supply (3.75V voltage, 8.5A power consumption). Dimensions of the cell: 20x20x3.5 mm
zł29.90
24h
Available quantity: 1
Available
The TEC1-12707 Peltier Cell is a reliable thermoelectric module powered by 12V and conducting current up to 7A, which enables precise cooling and heating thanks to a large temperature difference. With a cooling power of 50W, it is ideal for cooling processors, LED modules and optoelectronic systems, providing stable thermal control in various electronic systems. TEC1-12707
zł22.74
24h
Available quantity: 1
Available
The TEC1-12712 Peltier cell is an advanced thermoelectric module, powered by 15.4V and conducting current up to 12A, which allows for effective cooling and heating at large temperature differences. With a cooling power of 116W, it is ideal for applications in processor cooling systems, lasers, LED modules and thermoelectric coolers.
zł22.74
24h
Available quantity: 10
Available
The TEC1-12708 Peltier Cell is an efficient thermoelectric module, powered by 12V and conducting current up to 8A, enabling precise cooling and heating thanks to a large temperature difference. With a cooling power of 60W, it is ideal for CPU cooling systems, LED modules, optoelectronic systems and compact cooling devices.
zł22.74
4 weeks
No product available!
The TES1-12704 Peltier cell is a compact thermoelectric module powered by 14.6V, conducting current up to 4.3A, ideal for precise cooling and heating. With a cooling power of 36.2W, it is perfect for cooling systems for processors, LED modules and optoelectronic systems, where thermal stability is key.
zł15.62
4 weeks
No product available!
The TEC1-12703 Peltier module is a reliable thermoelectric solution powered by 12V, which conducts current up to 3A, reaching a cooling power of 33.4W. With its compact dimensions of 40x40mm and solid construction, it is perfect for cooling small electronic devices such as LED modules and processors, where thermal stability is key.
zł21.51
24h
Available quantity: 7
Available
Peltier TEC1-12706 module with 50W power and a 40x40x3.9mm heat dissipating surface. The maximum power consumption is 6.4 A at 14.4 V
zł11.89
4 weeks
No product available!
The TEC1-12706 Peltier cell is an efficient thermoelectric module powered by 12V, conducting current up to 6A, which allows for effective cooling and heating with a large temperature difference. With a cooling power of 57W, it is ideal for precise temperature management in the cooling of processors, LED modules and optoelectronic systems.
zł14.90
24h
Available quantity: 1
Available
The TEC1-12705 Peltier cell is a reliable thermoelectric module powered by 12V, conducting current up to 5A, which allows efficient cooling and heating with a large temperature difference. With a cooling power of 50W, it is ideal for precise temperature management in cooling systems for processors, LED modules and other electronic systems.
zł11.83
4 weeks
No product available!
The TEC1-12704 Peltier cell with a cooling capacity of 45 W and dimensions of 40×40×4.0 mm enables efficient cooling at 12 V and 4 A. Thanks to its wide operating temperature range, it is suitable for use in electronics cooling systems, laboratory equipment, and compact refrigerators.
zł19.90
24h
Available quantity: 2
Available
TEC1-12710 is a high-performance Peltier module with compact dimensions and a cooling power of up to 89 W, designed for active cooling of electronics, optical systems, and other temperature-sensitive applications. Featuring PTFE insulation and an Al₂O₃ ceramic housing, the module offers excellent thermal and chemical resistance.