| ¡û
Protective
Gas :
|
| |
Liquid
Ammonia decomposed into N2+H2. |
| ¡û
Heating
Method :
Thermostat Wire. |
| ¡û
Temperature
and Power Supply Control : |
| |
1.
Temperature PID controller.
2. R-type single point measuring and control.
3. Over-heating warning.
4. Japanese RKC temperature meter.
5. Deluxe control box.
6. Short circuit protection.
7. SCR continuous control, 0~100% power supply |
| |
|
justification. |
| |
8.
Automatic warning while thermostat wiring broken.
9. Monitoring on output voltage and current. |
| ¡û
Structure
: |
| |
1.
Heating Area: |
| |
|
A.
Structure: Steel for outer body; H steel for |
| |
|
|
internal
structure. |
| |
|
B.
Furnace Pipe Material: 310S. |
| |
C.
Maximum temperature for furnace pipes: 1150¢J. |
| |
D.
Insulation Tiles. |
| |
E.
Adiabatic Tiles. |
| |
F.
Insulation plate: up to 1400¢J. |
| |
G.
Insulation plate: up to 1260¢J. |
| |
H.
Insulation cotton: up to 1300¢J. |
| |
|
| |
2.
Cooling Area: |
| |
|
A.
The Structure of cooling tank: Outer material: |
| |
|
|
stainless
plates
304#. |
| |
|
B.
Cooling pipe: Stainless pipe 304#.
C. The entrance pipes for furnace and cooling pipes are
|
| |
|
|
SUS
soft pipes. |
