1. Cabinet FF
1.1. Producibility of liner
1.1.1. Contact with AKAplast (week 33)
1.2. Deformation of foamed cabinet (time + produce)
1.3. Variable width tooling not in place yet
1.4. Wrapper construction not defined yet
1.5. Condensation appearing on outside module?
2. Cabinet FR
2.1. Producibility of liner
2.2. Deformation of foamed cabinet (time + produce)
2.3. Variable width tooling not in place yet
2.4. Wrapper construction not defined yet
2.5. Condensation appearing on outside module?
3. CU housing
3.1. Used material not suitabel for T-REX 1, new concept to be made
3.2. Implement proper interface in newly chosen material/technique
4. Interface between modules
4.1. Concept for routing to be made
4.1.1. foamed concept
4.1.2. armaflex concept
4.1.3. positioning in tool concept
4.2. Robustness of concept to be guaranteed
4.3. Line out between modules to be constant
4.4. No condens should appear on outside of fridge (especially near piping
5. Lighting
5.1. Foamtightness to be guaranteed
5.2. Condensation appearing on outside module? adapting lighting housing design
5.3. Functioning of lighting to be user tested
5.3.1. positioning of lighting to be tested (detail design)
5.4. Change according to impact on interior setup
6. User interface
6.1. Performance of lighting
7. Production process
7.1. Process is leading
7.2. How to deal with high variaty in width?
7.3. How to deal with incoming parts in different width?
8. Door FF+FR
8.1. Gasket performance not verified
8.2. Gasket does not close
8.3. Foam panel supplier not chosen
8.4. Logistics of foam panels not yet clearified
8.5. Closing mechanism pulls the drawer also when there is obstacle in the way
8.6. When something tall is in the interior bin it will scrape/touch the cabinet ceiling
8.7. force by closing system is too much for user to handle (40N)
9. Fan housing 50%
9.1. Fan housing buildt (construction)
9.1.1. CAD files ready
9.2. Fan housing verified on airflow inside
9.2.1. Airflow measurement of drawn housing
9.3. Fan housing verified on airflow outside
9.4. Fan housing verified on airflow direction
10. Cooling system
10.1. Performance not yet verified
10.1.1. 1. Performance cooling system alone
10.1.2. 2. Performance cooling system in cabinet with airflow
10.1.3. 3. Performance cooling system in cabinet + airflow + door
10.1.4. 4. Performance cooling system in cabinet + airlfow + door + interior
10.2. Parts not completely sourced yet
10.2.1. evaporator (Drawing to be send)
10.2.2. fans (To be verfified)
10.2.3. Heater (To be drawn)
10.2.4. reed switch (To be verified)
10.2.5. temp sensor (To be verified
11. Locking
11.1. Closing mechanism not yet choosen
11.1.1. Drawer guide verficiation + forces spring mechanism
11.2. Panel attachement not yet defined
11.2.1. Choose Hymer supplied config or mix
11.3. Winterlock to be added
12. Drawer FF
12.1. When something tall is in the interior bin it will scrape/touch the cabinet ceiling
12.1.1. Solution needed
12.2. Variable width tooling not in place yet
12.3. Airflow through drawer + interior to be verified
13. Drawer FR
13.1. When something tall is in the interior bin it will scrape/touch the cabinet ceiling
13.1.1. Solution needed
14. electronics
14.1. CI-bus protocol and parameters ready
14.2. Cooling algorithm ready
15. Interior
15.1. When something high is in the interior bin it will touch the cabinet ceiling and put pressure on the interior construction
15.1.1. Solution needed