15A High Power 230W TEC1-12715 Peltier thermoelectric cooler module

Description

TEC1-12715 vs TEC1-12705, TEC1-12706
Shipping is a flat .50 grand total for any number of ships. So if you buy 10 chips the shipping is .50 total, if you buy 100 it's still .50 total... Thanks.
The 127-15 (127 interface, 15 amps) is a workhorse. It features thinner alumina plates (better thermal conductivity) than the more common TEC1-12705 and 12706, fatter wires, and can be run at up to 200 watts with sufficient cooling. Recommend running at 100 watts per module or below for excellent performance and longevity. While you can push a 12705 to 80 watts or more, all you'll get is heat. The 12715 is happy at 100-180 watts with appropriate cooling.
Wholesale inquiries welcome and consulting is always free. We use these modules for our own applications and can offer you advice and troubleshooting.
Try our
80*80 mm heavy-duty water block
that accommodates 4 chips
A note about Free Shipping for USA customers only: Remember we ship from California. These are pricy modules and I want to offer the lowest total cost to you possible. To ship First Class Mail with a tracking number COSTS .65 plus packaging supplies. When you buy only 1 or 2 modules, we cannot absorb that cost, so
we found
a way to ship them using "Flats" rate which costs us under a buck. However, that means there IS NO TRACKING number, just like letters you get in the mail. It still gets to you just as fast and arrives in a pretty brown "CD mailer" pouch. If you must have tracking to sleep at night, either buy 3 or more modules, or opt for Priority Mail shipping at checkout. Hope that makes sense.
TEC1-12715 DATASHEET
Max Operating Temp
T
<90°C
Max Cooling Power
Q
max
136
Vacuum testing Temp
T
h
=30°C
Temp Difference Max
△
T
max
70
Vacuum testing Temp
T
h
=30°C
Input Voltage Max
V
max
15.4
Vacuum testing Temp
T
h
=30°C
Current Max
I
max
15.0
Vacuum testing Temp
Th=30°C
Resistance
R
0.75±0.05 Ω
Ambient Temp T
h
=25°C
Parallel
≤0.05 mm
Wires
20 AWG
When the ambient temperature raises or falls 1
°C
,
the module resistance will raise or fall 0.015 accordingly.
You can always run these at lower voltages for higher efficiency - as the current decreases, the coefficient of performance increases. At 12 volts the ΔT is almost 60°C. As you decrease the voltage and current draw, ΔT will decrease, but even at 1 volt there is a noticeable temperature difference, accompanied by the most efficient heat pumping you will find for this price.
Take your temperature control needs to a new level with solid-state.