AA-060-24-23-00-10

2 3 4 5 6 Description: Heat transfer, cold side: Heat transfer, warm side: Cascade: A B A A - 8 Specification: (Ta=35°C, dT=0°C) Air Air No A Cooling power: [W] 060 58 W (Calculated. Tolerance: ±10%.) TEA Voltage, nominal: [VDC] TEM Voltage: [VDC] TEM Current: [A] 24 24 VDC Nominal: 24 VDC (Max: 30 VDC) Nominal: 2.7 A, Initial: 3.3 A (Calculated. Tolerance: ±10%.) Fan(s), cold side: Fan(s), warm side: 2 3 Nominal current: 0.14 A. Voltage: 24 VDC ±10%. L10: 50,000 hrs. at 25°C. Nominal current: 0.15 A. Voltage: 24 VDC ±10%. L10: 50,000 hrs. at 25°C. IP55 Temperature controller, sensor: Temperature control settings, trim options: 0 0 None - Temperature control position: Additional controller information: 1 0 Connection board on coldside fan bracket. - Overheating thermostat: Operating temperature: TE-Module(s) temperature specification: Enclosed: Packing: C 7 Code: B 75°C ±5°C Internally on hot side heat sink surface. -10°C to +51°C at nominal voltage. Max. surface temperature: 80°C. Individual cardboard box. C D This drawing is the property of Laird Technologies, Inc. Protected in accordance with prevailing law. 1 D E E General tolerances: SS-ISO 2768-1 v First angle projection: Dimension units: Metric: [mm] Comment/Treating: Warm side of unit designed to comply with IP54. Hipot tested at 750VDC. Designed by: F A. Kim Checked by: Approved by: M. Nyman H. Höjer Release date: 2014-10-15 Project: Title: TE ASSEMBLY 24 VDC, AIR - AIR Part nr: 1 2 3 E-mail: info.gothenburg@lairdtech.com, 6 Web: www.lairdtech.com F Standard AA-060-24-23-00-10 7 Rev. 04 Scale: Size, sheet 8 - A3, 1(5) 1 2 3 4 5 6 7 Slit sealed with adhesive sealant 170 q 92 A 122 25 Adapted to meet IP54 from this sealing plane. 37 HOT SIDE 68 A 8 B 53 20 COLD SIDE 79 47 3 B C q 92 Electrical connections: 180 "+": + TEM "-": - TEM "F+": + Fan(s) "F-": - Fan(s) Jumpers D D 122 To use single supply: Lift the jumpers and rotate 90° to short-cut the pin pairs. Connect the unit to "+" & "-". Warning: Single supply not applicable in heating mode o r with PWM-regulation. E General tolerances: SS-ISO 2768-1 v 230 First angle projection: Dimension units: Metric: [mm] Comment/Treating: Warm side of unit designed to comply with IP54. Hipot tested at 750VDC. Designed by: F A. Kim Checked by: Approved by: M. Nyman H. Höjer Release date: 2014-10-15 Project: Title: 1 2 3 6 Web: www.lairdtech.com AA-060-24-23-00-10 7 E F Standard TE ASSEMBLY 24 VDC, AIR - AIR Part nr: E-mail: info.gothenburg@lairdtech.com, This drawing is the property of Laird Technologies, Inc. Protected in accordance with prevailing law. C Rev. 04 Scale: Size, sheet 8 - A3, 2(5) 1 2 3 4 5 6 7 8 2xO5 (Optional mounting holes) A 4xM4`8 (Holes used to mount the unit.) Installation and Service manual A Installation: 1. The TE assembly must be mounted in a cabinet with “Hot side” mounted externally. 2. Suitable cabinet cutout is 105x182 mm. B 3. Recommended for general purposes: the TE assembly should be fastened according to picture below so that the gasket material will seal off around the flange of the assembly. B 4. The TE assembly must be positioned in vertical direction with wires facing downwards (heat sink fins in vertical direction). 5. Note that condensation may occure. Standing water on the heat sink should be avoided and drip tray may be required. 6. The TE assembly must be protected from external force or violence. 7. The power line to the assembly needs to be protected by a fuse. The fuse rating should be of at least the nominal current of the assembly. It must withstand 150% of rated current for at least 60 seconds. This is valid at Ta=35°C. Fuse ratings for other ambient temperatures (x°C) can be calculated with the formula I[x°C]=I[35°C]/(1+0.005*(x-35)). This is valid when regulating with an ON/OFF regulation. At rapid temperature cycling where this is applicable, there can be need for even higher fuse ratings. 216 180 C C 9. Switching power to TEM:s at frequencies between 0.01 Hz to 5 kHz will render premature failure of modules and must be avoided. D This drawing is the property of Laird Technologies, Inc. Protected in accordance with prevailing law. 8. Max ripple on supplied power =5%. D Service: Fan impellers and heat sinks must be cleaned on regular intervals to reduce risk for overheating and reduction of cooling function. The interval may vary depending on environment. Cabinet wall E TE-unit E 103 Machine screw 112 General tolerances: SS-ISO 2768-1 v First angle projection: Dimension units: Metric: [mm] Comment/Treating: Warm side of unit designed to comply with IP54. Hipot tested at 750VDC. Designed by: F A. Kim Flat washer Checked by: Approved by: M. Nyman H. Höjer Release date: 2014-10-15 Project: Title: TE ASSEMBLY 24 VDC, AIR - AIR Part nr: 1 2 3 E-mail: info.gothenburg@lairdtech.com, 6 Web: www.lairdtech.com F Standard AA-060-24-23-00-10 7 Rev. 04 Scale: Size, sheet 8 - A3, 3(5)