Enclosure Design
MATERIALS USED:
1. HUMIDIFIER
2.CONNECTING PIPE
3.BULB-SOURCE OF HEAT
4.PLYWOOD BOX-OUTER ENVIRONMENT
5.PLYWOOD-LAYER 1
6.FIBER GLASS- LAYER 2
7.PLYWOOD BOX- INNER ENVIROMENT
8.ACRYLIC PIECE-WINDOW OPENING
Project Inventory
• Arduino Uno and breadboard
• Relay
• (2) DHT11 temperature and humidity sensors
• Humidifier
• heat lamp
 ARDUINO
|
DHT CONTROLLER
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BREAD BOARD
|
PLYWOOD
|
CNC CUT
IOT RELAY
|
SOURCE OF HEAT
ACRYLIC SHEET 2MM THICK
|
HUMIDIFIER
1/4" PVC FLEXIBLE TUBE
|
Parts & Pieces
PLYWOOD
FIBER GLASS
|
INNER BOX
OUTER BOX
|
Conceptualization
To ensure no clear passage for air or water vapor, use a 90 degree joint at the edges. To prevent thermal bridging from material reduction, sensors and control equipment are cut into the surface of the fiberglass with limited clearances.
INTIAL TESTING
Initial testing of the code using two different mediums as two different atmospheres as one atmosphere is a microwaves bowl which behaves as the outer atmosphere and cold container as a inner atmosphere which a temperature similar to room temperature.
ATMOSPHERE TRIAL TEST
RESULT 1
MATERIAL TESTING
CONCRETE 1'X1.5"X1'
PLYWOOD
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INSULATING FOAM 1'X2"X1'
FIBREGLASS
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BUDGET
