Humidifying a Sealant Cure Oven

Traditional Method

•Large monuments – big enough to drive a car into.

•No Flow control – holds to many parts.

•Costly to move – anchored to floor, must be hardwired,

requires a moving company.

•Has humidity control.

Traditional Method

•Large monuments – smaller than previous one but still too large

•No Flow control – holds to many parts.

•Costly to move – anchored to floor, must be hardwired,

requires a moving company.

•Has humidity control.

Traditional Method

•Right sized.

•Placed in assembly cell. No product departure

•Flow control – holds only one part.

•Must be hardwired.

•Does not have humidity control.

Lean Method

•Right sized.

•Placed in assembly cell. No product departure

•Flow control – holds only one part.

•Can be plugged into 120v AC.

•Does not have humidity control.

Lean Method

•Right sized.

•Placed in assembly cell. No product departure

•Flow control – holds only two parts.

•Can be plugged into 120v AC. •Does not have humidity control.

Lean Method

•Right sized.

•Placed in assembly cell. No product departure

•Flow control – holds only two parts.

•Can be plugged into 120v AC.

•Does not have humidity control.

RequirementsThe temperature needs to held to135 +/- 5 degrees Fahrenheit.The humidity needs to be maintained at 50% +/- 10%Our ovens vary in size according to what product they are used

for. For this project we could go with a 3' wide x 3' tall x 4' deep chamber that opens on one end.

No silicone products can be used in the fabrication or assembly of the oven.

120v AC, 20 amp is the preferred power source requirement. If possible, the water source would be self contained (utilize a

water cooler jug maybe)

•Oven is available for use as test platform if desired.