TEC112704 Thermoelectric Cooler Peltier 30mmx30mm TEC1 12704 Elements Module 12V4A Cooling Peltier

UGX 23,715

UGX 36,72835%

In stock

+ shipping from UGX 5,932 to Central Business District

0 out of 5

(No ratings available)

Variation available

TEC1-12704 Thermoelectric Cooler Peltier 30mmx30mm TEC1 12704 Elements Module 12V4A Cooling Peltier

Promotions

End the Year in Style – Up to 70% Off Holiday Sale Double the Value: Buy 2 or More, Get 20% Off Check out brand new computing deals Now

Report incorrect product information

Delivery & Returns

Shipped from abroad

Choose your location

Pickup Station

Delivery Fees UGX 5,932

Ready for pickup between 16 January and 21 January if you place your order within the next 18hrs 29mins

Door Delivery

Delivery Fees UGX 7,032

Ready for delivery between 16 January and 21 January if you place your order within the next 18hrs 29mins

Return Policy

Free return within 7 days for eligible items.Details

Seller Information

vwrgbewb

60%Seller Score

Be the first to follow

Seller Performance

Shipping speed: Good

Product details

Chip model: TES1-12704 --TEC1-12704
Number of component pairs: 127
Wire specification: lead length 70 +/- 5mm RV standard wire single head 5mm tin-plated
Internal resistance: 2.5~3.5 ohm (ambient temperature 23 +/- 1℃, 1kHZ Ac test)
Maximum temperature difference: △Tmax(Qc=0) above 65℃.

Working current: Imax=4A (when starting at rated voltage)
Rated voltage: DC12V (Vmax: 12V)
Cooling power: Qcmax 36W
Assembly pressure: 85N/cm2
Working environment: temperature range -55℃~83℃ (too high ambient temperature will directly affect the cooling efficiency)
Encapsulation process: standard 704 silicone rubber seal all around
Colour: white
Material: semiconductor
Size: 30 x 30 x 3.2mm

Package Contents:
1 x Thermoelectric Cooler Peltier

Only the above package content, other products are not included.
Note: Light shooting and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.