argenta APE 800 Kullanım ve Bakım Kılavuzu - Sayfa 11

Fırın argenta APE 800 için çevrimiçi göz atın veya pdf Kullanım ve Bakım Kılavuzu indirin. argenta APE 800 16 sayfaları. Burn-out furnaces

Sayfayı Yazdır
Burn-out furnace APE800 and APE800a

8.2. Entering the programme

If the machine is launched for the first time, it is demanded to enter the working
programme suitable to the casting mass and the cast alloy. The temperature-time
description, which is further called a casting programme, is available at the
manufacturer's of the casting mass.
The table below shows the procedure of entering the demonstration casting programme
shown in Fig.4 'step by step'.
sign
description
Turn on the power supply with the knob at the front of the
0
temperature driver and wait a moment till the box below
1
appears.
This screen shows the current temperature in the furnace
chamber.
This screen enables the termination of the current programme.
In this case it is advisable to go further...
With the use of the keys:
programmes should be chosen.
Programming starts with the temperature increase in section 1.
When the increase in a section amounts more than 0 the
proper furnace temperature should be set.
0 increase value will cause holding the temperature set in the
previous section.
The value describing the temperature from the previous section
holding time.
Temperature increase in section 3 (analogous to section 1).
Temperature verge of section no. 3 (analogous to section 1).
Holding the temperature from the previous section (analogous
to section 2).
The value describing the temperature from the previous section
holding time (analogous to section 2).
Temperature increase in section 5.
press
press
and
one of the available
choose
and press
choose and press
choose
and press
choose
and press
choose
and press
choose
and press
choose
and press
choose
and press
choose
and press
choose
and press
2008-06-18
value
range
1
1÷2
[program]
1
0÷10
o
[
C/min]
150
0-800
o
[
C]
0
0÷10
o
[
C/min]
60
0÷1000
[min]
2
0÷10
o
[
C/min]
300
0-800
o
[
C]
0
0÷10
o
[
C/min]
60
0÷1000
[min]
10
0÷10
o
[
C/min]
11