Madell Technology Corporation TYR108C Manual - Madell Technology, Corp.
Madell Technology, Corporate Office, 1141 E Philadelphia Street, Ontario, CA 91761
t. 877-670-9023 f. 909-418-6956
Website:
www.madelltech.com
; Technical Service Email: info@madelltech.com
8
Madell Technology, Corp.
Thus, a target temperature has been set. The following setting for all of the temperature
segments has the same meaning and method as those in steps 5-7, only the set values are
different based on your requirements. The cycle is repeated until all of the selected program
segments (i.e. the number set in aSNO) are set. Other setting is conducted as follows:
8.
PV
SV
[
⌒
]
↓↑
[A/M]
9.
PV
SV
[
⌒
]
↓↑
[A/M]
10.
PV
SV
[
⌒
]
↓↑
[A/M]
11.
PV
SV
[
⌒
]
↓↑
[A/M]
12.
PV
SV
[
⌒
]
↓↑
[A/M]
13.
PV
SV
[
⌒
]
↓↑
[A/M]
14.
PV
SV
[
⌒
]
↓↑
[A/M]
aRPT
g
aPVS
Off
aADB
off
aTS1
h
aON1
i
aOF1
j
aTS2
k
aRPT denotes the number of running times of this program after RUN key is
pressed once; ‘g’ is the number of running times of this group of program,
and if this option is OFF, the group of program will not run after Start key is
pressed.
aPVS denotes the initial value option of the instrument (if it is set as ON, the
program directly skips to the current value and starts running; if it is set as
OFF, the program starts running at the set initial value); in order to ensure
that the curve approaches ideal curve all the more, it is generally set as
OFF.
aADB denotes the waiting width of the program; because our process
control curve is continuous, this option is set as OFF.
aTS1 denotes which program segment the first group of alarm starts at; ‘h’ is
the set number of program segment at which the first group of alarm is (e.g.
when the total number of program segments aSNO is set as 10, the option
‘h’ is set as 10); if ‘h’ is set as OFF, it denotes that the first group of alarm is
cancelled. We generally set ‘h’ at the last program segment, i.e. the same
value as that of aSNO (the output of the first group of alarm is the start signal
for cooling fan).
aON1 denotes when the first group of alarm starts at this segment; ‘i' is the
set time value when the first group of alarm starts at this segment, and the
unit is second, but minute for the carry digit from 60. We generally set ‘i’ as
0.01 second, i.e. the output is started from the first second of entering this
segment.
aOF1 denotes when the first group of alarm stops at this segment; ‘j' is the
set time value when the first group of alarm stops at this segment, and the
unit is second, but minute for the carry digit from 60. We generally set ‘j’ as
the time that is the same as the cooling time at the last segment (3.00
minutes for leaded and 3.30 minutes for lead-free; if the temperature is
higher, the cooling time can be extended accordingly until about 80°C is
displayed on the PV after cooling so as to avoid the high temperature at
which the hands are scalded during removal of PCB.)
aTS2 denotes which program segment the second group of alarm starts at;
‘k’ is the set number of program segment at which the second group of alarm
is; if ‘k’ is set as OFF, it denotes that the second group of alarm is cancelled.
We generally set ‘k’ at the last program segment, i.e. the same value as that
of aSNO (the output of the second group of alarm is ringing signal prompting
removal of PCB).
aON2 denotes when the second group of alarm starts at this segment; ‘l' is
the set time value when the alarm starts at this segment, and the unit is
second, but minute for the carry digit from 60. We generally set ‘l’ as total
cooling time minus 6 seconds, i.e. the output is started from the last 6
seconds at this segment. (in general, 2.54 for leaded and 3.24 for lead-free)
This alarm is ringing alarm (The output of this alarm denotes that the
soldering is completed and we can be prepared to remove PCB.)