| 1-1) material property |
| |
-Original material for dyring: |
FILM |
| |
-Shape of the original material for drying: |
|
| |
WIDE = |
mm ~
mm |
| |
THICKNESS= |
μm (AVERAGE:
μ, MIN:
μ, MAX:
μ |
| |
-Specific gravity of the original material for drying: |
|
| |
-Specific heat of the original material for drying: |
|
| |
| 1-2) Quantity of drying product |
| |
-supplies: |
m/min (MIN:
m, MAX:
m) |
| |
|
(normal operation speed:
~
m/min) |
| |
-actual working hour: |
hr |
| |
| 1-3) COATTING liquid |
| |
-type: |
|
| |
-solvent: |
% ~
%,
% ~
%, |
| |
|
% ~
%,
% ~
%, Etc' -
% ~
% |
| |
-ciscosity: |
~
±
CPS(20℃) |
| |
-COATTING quantity: |
~
g/㎡ ,WET |
| |
|
DRY ;
% ~
% (
g/㎡ , DRY) |
| |
|
COATTING THICKNESS ;
μ m ( WET MIN ;
μ, MAX ;
μ ) |
| |
- residual solid after drying ; |
% ~
% (
g/㎡ , DRY ) |
| |
|
COATTING THICKNESS ;
μ m ( DRY MIN ;
μ, MAX ;
μ ) |
| |
| 1-4) Innner/outer temperature of the dry room |
| |
- outdoor, winter, ambient temperature ; |
℃,
% RH (external air ;
% ) |
| |
- outdoor, summber ambient temperature ; |
℃,
% RH (external air ;
% ) |
| |
- temp inside the DRY ROOM ; |
℃,
% RH (ROOM AIR ;
% ) |
| |
| 1-5) drying product condition |
| |
- dried material temperature ; |
℃ |
| |
- zone temperature ; |
~
℃ (each zone managed separately -
YES or No ) |
| |
| 1-6) UTYLITY condition |
| |
- ELECTRIC POWER ; |
V *
Φ *
HZ ( ) |
| |
|
V *
Φ *
HZ ( ) |
| |
- CONTROL POWER ; |
V *
Φ *
HZ |
| |
- STEAM ; |
kg/㎠ G |
| |
- HOT OIL ; |
℃ (= product material property, product name should be shown) |
| |
- GAS ; |
|
| |
- Water ; |
|
| |
-Compressed air ; |
kg/㎠ G |
| |
| 1-7) Dryer(overn chamber) condition |
| |
1-7-1) ZONE #1 |
| |
- TYPE ; |
|
| |
ⓐ Film conveyance method |
ROLL SUPPORT (
) AIR FLOATING (
) |
| |
ⓑ Air flow type |
PALLEL FLOW (
) COUNTER FOLW (
) |
| |
ⓒ Nozzle type |
FLOAT (
) POWER FLOAT (
) COANADA or FOIL (
) |
| |
|
IMPINGMENT or JET (
) PUNCHING (
) |
| |
ⓓ Nozzle installation |
UPPER (
NO or YES ) - NOZZLE classification should be indicated :
|
| |
|
UNDER (
NO or YES ) - NOZZLE classification should be indicated :
|
| |
ⓔ Maintenance type |
UPPER OVEN CHAMBER 전체 OPEN (
) - AIR CYCLINDER |
| |
|
- ELELCTRICAL POWER CYCLINDER |
| |
|
- REDUCING GEAR MOTOR |
| |
|
ALL TUNNEL TYPE (
) - FRONT ACCESS HINGE DOOR OPEN (
) |
| |
|
- EMERGENCY DOOR (
) |
| |
|
UPPER NOZZLE BOX ADJUST UP/DOWN METHOD : FIXED (
) |
| |
|
AIR CLINDER식 (
) |
| |
|
SCREW BOLT/NUT (
) |
| |
|
NOZZLE ADJUST ASS'Y (
) |
| |
|
UNDER NOZZLE BOX ADJUST UP/DOWN METHOD : FIXED (
) |
| |
|
AIR CLINDER식 (
) |
| |
|
SCREW BOLT/NUT (
) |
| |
|
NOZZLE ADJUST ASS'Y (
) |
| |
|
|
| |
- LENGTH ; |
m L |
| |
- WIDE ; |
m ( INSULATION HEAT PRESERVATION
mm INCL.) |
| |
- HIGHT ; |
m |
| |
- ROLL SIDE ; |
m - UPPER NOZZLE LENGTH ;
m - UNDER NOZZLE LENGTH ;
m |
| |
- ROLL EXT. DIA ; |
m - UPPER NOZZLE WIDE ;
m - UNDER NOZZLE LENGTH ;
m |
| |
- ROLL PITCH ; |
m - UPPER NOZZLE PITCH ;
m - UNDER NOZZLE PITCH ;
m |
| |
|
- UPPER NOZZLE DISCHARGE WIND VELOCITY ;
m/s - LOWER NOZZLE DISCHARGE WIND VELOCITY ;
m/s |
| |
- PURITY ; |
CLASS |
| |
- ANTI EXPLOSION CLASS ; |
CLASS |
| |
|
|
|
