APHC-12704-S

APHC-12704-S Peltier Cooler Module - High Temperature Cycling Data sheet Imax Vmax Pc max ACR ΔTmax Max. hot side temp. A A1 B H L Wire Sealed Features • • • • • • RoHs and Reach 161 compliant Solid-state reliability High integrity nickel diffusion barriers on elements High strength for rugged environments Porched style for enhanced leadwire strength Sealed & lapped for multi-module applications Adaptive is a registered trademark of European Thermodynamics Limited. Web: www.europeanthermodynamics.com Tel: +44(0)116 279 6899 • • • • • [A] 3.7 [Vdc] 14.7 [W] 36 [Ω] 3.2 [°C] 66 [°C] 180 [mm] 30 [mm] 34 [mm] 30 [mm] 3.63 [mm] 100 AWG 20 - Silicone (At hot side temperature Th = 27°C / 300K, under dry N2 ) Pc max = Cooling power at ΔT = 0 and I = Imax ΔTmax = Temperature difference at I = Imax and Pc = 0 Max mounting pressure: 1.5MPa Wires: AF250 Teflon wire, 600V, -80 to +250degC E-mail: info@etdyn.com Version 3-2020 Page 1 APHC-12704-S Peltier Cooler Module - High Temperature Cycling Data sheet - At hot side temperature 25°C 40 35 30 I = 2.50 A 25 I = 2.00 A I = 1.50 A 20 I = 1.00 A 15 Max COP 10 I = 3.00 A 70 I = 2.50 A 60 I = 2.00 A 50 I = 1.50 A 40 I = 1.00 A 30 20 5 0 I = 3.70 A 80 I = 3.00 A Waste heat (W) Heat removed (W) 90 I = 3.70 A 10 0 20 40 60 0 80 0 Temperature difference (oC) 60 80 5.0 I = 3.70 A 14.0 I = 3.00 A 12.0 I = 2.50 A 10.0 I = 2.00 A I = 1.50 A 8.0 I = 1.00 A 6.0 4.0 Delta T = 0 C 4.5 Delta T = 10 C 4.0 Delta T = 20 C 3.5 Delta T = 30 C 3.0 COP Input Voltage (V) 40 Temperature difference (oC) 16.0 Delta T = 40 C 2.5 2.0 Delta T = 50 C 1.5 Delta T = 60 C 1.0 2.0 0.0 20 0.5 0 20 40 60 80 0.0 0 Temperature difference (oC) Adaptive is a registered trademark of European Thermodynamics Limited. Web: www.europeanthermodynamics.com Tel: +44(0)116 279 6899 1 2 3 4 Current (A) E-mail: info@etdyn.com Version 3-2020 Page 2 APHC-12704-S Peltier Cooler Module - High Temperature Cycling Data sheet - At hot side temperature 50°C 45 40 35 I = 2.50 A 30 I = 2.00 A 25 I = 1.50 A 20 I = 1.00 A 15 Max COP 60 I = 1.50 A 50 I = 1.00 A 40 30 10 40 I = 2.00 A 60 20 20 I = 2.50 A 70 5 0 I = 3.00 A 80 10 0 I = 3.70 A 90 I = 3.00 A Waste heat (W) Heat removed (W) 100 I = 3.70 A 0 80 0 20 Temperature difference (oC) 18.0 I = 2.00 A 10.0 I = 1.50 A 8.0 I = 1.00 A 6.0 Delta T = 40 C 2.0 Delta T = 50 C 1.5 Delta T = 60 C 1.0 0.5 80 Delta T = 30 C 2.5 2.0 60 Delta T = 20 C 3.0 4.0 40 Delta T = 10 C 3.5 COP Input Voltage (V) 12.0 Delta T = 0 C 4.0 I = 2.50 A 20 80 4.5 I = 3.00 A 14.0 0 60 5.0 I = 3.70 A 16.0 0.0 40 Temperature difference (oC) 0.0 0 Temperature difference (oC) Adaptive is a registered trademark of European Thermodynamics Limited. Web: www.europeanthermodynamics.com Tel: +44(0)116 279 6899 1 2 3 4 Current (A) E-mail: info@etdyn.com Version 3-2020 Page 3 APHC-12704-S Peltier Cooler Module - High Temperature Cycling Data sheet - At hot side temperature 75°C 45 I = 3.00 A 35 I = 2.50 A 30 I = 2.00 A 25 I = 1.50 A 20 I = 1.00 A 15 Max COP 10 I = 3.00 A I = 2.50 A 80 I = 2.00 A I = 1.50 A 60 I = 1.00 A 40 20 5 0 I = 3.70 A 100 Waste heat (W) Heat removed (W) 120 I = 3.70 A 40 0 20 40 60 80 0 100 0 Temperature difference (oC) 60 80 100 6.0 I = 3.70 A 18 I = 3.00 A 16 14 I = 1.50 A 10 I = 1.00 A 8 Delta T = 10 C Delta T = 20 C 4.0 I = 2.00 A 12 Delta T = 0 C 5.0 I = 2.50 A COP Input Voltage (V) 40 Temperature difference (oC) 20 Delta T = 30 C Delta T = 40 C 3.0 Delta T = 50 C 2.0 6 4 Delta T = 60 C 1.0 2 0 20 0 20 40 60 80 100 0.0 0 Temperature difference (oC) Adaptive is a registered trademark of European Thermodynamics Limited. Web: www.europeanthermodynamics.com Tel: +44(0)116 279 6899 1 2 3 4 Current (A) E-mail: info@etdyn.com Version 3-2020 Page 4