![background image](http://html1.mh-extra.com/html/xytronic/ir860/ir860_operating-manual_892332009.webp)
unit.
3
Insert the connector/receptacle cord from the back output of controller to back of
pre-heater inlet.
4
Plug the AC power cord and flip the mains illuminated switch to the “ ON ” position.
5
The PREHEATER is ready to use.
Temperature parameter value setting
Temperature setting range: 3
0
℃
~350
℃
(86
℉
~662
℉
)
Temperature compensation range: +99
℃
~ -99
℃
(+99
℉
~ -99
℉
)
Preset temperature: 3
0
℃
(86
℉
)
Temperature adjustment: “00” or “-00”
À Pre-heater temperature setting: By pressing “
▲
” or “
▼
” pad to increase or
decrease the temperature. Would suggest set temperature at “22
0
℃
(430
℉
approx.) fo
r
better performance
.
Temperature forward counting: If pressing “
▲
” pad one time, the digital will be
increased “1” numeral. If continuous pressing “
▲
” pad then the digital numerals will
be forwarded till the temperature you would set or adjust and then depressing the “
▲
”
pad off.
Temperature backward counting: If pressing “
▼
” pad one time the digital will be
decreased “1” numeral. If continuous pressing “
▼
” pad then the digital numerals will
be backward till the temperature you would set or adjust and then depressing the “
▼
”
pad off.
1. Check actual temperature compensation value:
Press “MODEL” pad until digital display show “- - -“, then release the “MODEL” pad,
the display will show the actual temperature compensation value automatically after 4
seconds. After 2 seconds the display will be back to preset temperature.
2. Actual tempe
rature adjustment: Press “MODEL” pad until digital display show “- -
-“ ,then press the “MODEL” pad again within 4 seconds, the display will show the actual
temperature compensation value automatically and twinkling. Now it
is ready to adjust by
using
“
▲
”
and
“
▼
” pads. Press “
▲
” pad the temperature will be up and
press
“
▼
” pad
the temperature will be down. If there is no need to adjust the temperature, after
2 sec. the
display will become normal situation. For example: Assume the temperature set at 200
℃
and
actual temperature being measured 190
℃
, then the temperature to be needed to 10
℃
and the parameter value shows
“
00 or -00"then temperature compensation value is
“
10"[00
+ 10=( increase 10
℃
)]. If the parameter value shows -20 then temperature compensation value
is 10 (-20+10=10
℃
). If the parameter value shows 20 then the compensation value is 30 [20