ETH-127-14-15-S Peltier cooler module
Data sheet
Imax [A] 6 Vmax [Vdc] 15.7 Pc max [W] 55.6 ΔTmax [°C] 74 A [mm] 40 A1 [mm] 40 B [mm] 40 H [mm] 3.9 L [mm] 100 Wire AWG n/a
• Silicone sealed
• (At hot side temperature Th = 25°C / 298K, under dry N2 ) • Pc max = Cooling power at ΔT = 0 and I = Imax • ΔTmax = Temperature difference at I = Imax and Pc = 0 • Max hot side temperature Th = 150°C for best long term performance • Max mounting pressure: 1.5MPa • Wires: UL-style 1569, 105°C (Unstripped)
Adaptive is a registered trademark of European Thermodynamics Limited. Web: www.etdyn.com Tel: +44(0)116 279 6899 E-mail: [email protected] ETH-127-14-15-S Peltier cooler module
Data sheet - At hot side temperature 25°C
60 160 I = 6.00 A I = 6.00 A 140 50 I = 5.00 A I = 5.00 A I = 4.00 A 120 I = 4.00 A 40 I = 3.00 A 100 I = 3.00 A I = 2.00 A I = 2.00 A 30 80 I = 1.00 A I = 1.00 A Waste (W) heat Waste 60
Heat removed (W) 20 Max COP 40 10 20
0 0 0 20 40 60 80 0 20 40 60 80 Temperature difference (oC) Temperature difference (oC)
18 5.0 I = 6.00 A Delta T = 0 C 16 4.5 I = 5.00 A Delta T = 10 C 14 4.0 I = 4.00 A Delta T = 20 C 3.5 12 I = 3.00 A Delta T = 30 C 3.0 10 I = 2.00 A Delta T = 40 C 2.5 8 COP I = 1.00 A 2.0 Delta T = 50 C Input Voltage (V) 6 1.5 Delta T = 60 C 4 1.0 2 0.5 0 0.0 0 20 40 60 80 0 1 2 3 4 5 6 Temperature difference (oC) Current (A)
*Note - Waste heat = Heat out of hot side
Adaptive is a registered trademark of European Thermodynamics Limited. Web: www.etdyn.com Tel: +44(0)116 279 6899 E-mail: [email protected] ETH-127-14-15-S Peltier cooler module
Data sheet - At hot side temperature 50°C
70 180 I = 6.00 A I = 6.00 A 160 60 I = 5.00 A I = 5.00 A 140 50 I = 4.00 A I = 4.00 A 120 I = 3.00 A I = 3.00 A 40 I = 2.00 A 100 I = 2.00 A 30 I = 1.00 A 80 I = 1.00 A Waste (W) heat Waste
Heat removed (W) Max COP 60 20 40 10 20 0 0 0 20 40 60 80 0 20 40 60 80 Temperature difference (oC) Temperature difference (oC)
20 5.0 I = 6.00 A Delta T = 0 C 18 4.5 I = 5.00 A Delta T = 10 C 16 4.0 I = 4.00 A Delta T = 20 C 14 3.5 I = 3.00 A Delta T = 30 C 12 3.0 I = 2.00 A Delta T = 40 C 10 2.5 COP 8 I = 1.00 A 2.0 Delta T = 50 C Input Voltage (V) 6 1.5 Delta T = 60 C 4 1.0 2 0.5 0 0.0 0 20 40 60 80 0 1 2 3 4 5 6 Temperature difference (oC) Current (A)
*Note - Waste heat = Heat out of hot side
Adaptive is a registered trademark of European Thermodynamics Limited. Web: www.etdyn.com Tel: +44(0)116 279 6899 E-mail: [email protected] ETH-127-14-15-S Peltier cooler module
Data sheet - At hot side temperature 75°C
70 200 I = 6.00 A I = 6.00 A 180 60 I = 5.00 A I = 5.00 A 160 I = 4.00 A I = 4.00 A 50 140 I = 3.00 A I = 3.00 A 120 40 I = 2.00 A I = 2.00 A 100 30 I = 1.00 A I = 1.00 A
Waste (W) heat Waste 80
Heat removed (W) Max COP 20 60 40 10 20 0 0 0 20 40 60 80 100 0 20 40 60 80 100 Temperature difference (oC) Temperature difference (oC)
25 6.0 I = 6.00 A Delta T = 0 C
I = 5.00 A 5.0 Delta T = 10 C 20 I = 4.00 A Delta T = 20 C 4.0 I = 3.00 A Delta T = 30 C 15 I = 2.00 A Delta T = 40 C 3.0 COP 10 I = 1.00 A Delta T = 50 C Input Voltage (V) 2.0 Delta T = 60 C
5 1.0
0 0.0 0 20 40 60 80 100 0 1 2 3 4 5 6 Temperature difference (oC) Current (A)
*Note - Waste heat = Heat out of hot side
Adaptive is a registered trademark of European Thermodynamics Limited. Web: www.etdyn.com Tel: +44(0)116 279 6899 E-mail: [email protected]