12
BFM
Content
Remarks
Nature Save
CH1 CH2
CH3
CH4
band adjusting factor Setting range:0~1000%
#1109 #1110 #1111 #1112 Heat side integral
time adjusting factor
Default value
：
100%
Setting range:0~1000%
R/W
Y
#1117 #1118 #1119 #1120 Heat side derivative
time adjusting factor
Default value
：
100%
Setting range:0~1000%
R/W
Y
#1125 #1126 #1127 #1128 Cool side proportional
band adjusting factor
Default value
：
100%
Setting range:0~1000%
R/W
Y
#1133 #1134 #1135 #1136 Cool side integral time
adjusting factor
Default value
：
100%
Setting range:0~1000%
R/W
Y
#1141 #1142 #1143 #1144 Cool side derivative
time adjusting factor
Default value
：
100%
Setting range:0~1000%
R/W
Y
#1149 #1150 #1151 #1152 Set change rate limit
rise * 10
Default value
：
0
Range:0~range,
Unit
：℃
/second
R/W
Y
#1157 #1158 #1159 #1160 Set change rate limit
drop * 10
Default value
：
0
Range:0~range,
Unit
：℃
/second
R/W
Y
#1165 #1166 #1167 #1168
Selection of
temperature control
object characteristics
* 11
Default value
：
0
0:Slow heating object
1:Slow heating object
R/W
Y
#1173 #1174 #1175 #1176 PID algorithm
selection
Default value
：
1
0:Fuzzy PID algorithm
1:Intelligent PID algorithm
R/W
Y
#1181 #1182 #1183 #1184 PID output upper limit
setting
Default value
：
0.0%
Setting
range:0.0%~100.0%
R/W
Y
#1189 #1190 #1191 #1192 PID output lower limit
setting
Default value
：
0.0%
Setting
range:0.0%~100.0%
R/W
Y
#1197 #1198 #1199 #1200 PID output dead zone
Default value
：
0.0%
Setting
range:0.0%~100.0%
R/W
Y
#1205 #1206 #1207 #1208
Manual / automatic
bumpless switching
setting * 12
Default value
：
0
0:Turn off bumpless
switching
1:Turn on bumpless
switching
R/W
Y
#1213 #1214 #1215 #1216
External manual /
automatic bumpless
switch setting * 13
Default value
：
0
0:Turn off external manual
/ automatic switch input
1:Turn on external manual
/ automatic switch input
R/W
Y
* 1. #901 ~ #904: input type selection. Select the input type and temperature mode of each channel, #901
corresponds to channel 1, #902 corresponds to channel 2, and so on. When the channel is set to 0, the
channel is closed and the corresponding channel does not perform A/D conversion. The meaning of the
pattern is shown in table 1-10.
Table1-10 Model specification
NO.
value
(decimal)
Significance
1
1
K-type thermocouple input range:
－
100.0
～
200.0
℃
2
2
K-type thermocouple input range
：－
100.0
～
400.0
℃
3
3
K-type thermocouple input range
：－
100.0
～
1200.0
℃
4
4
K-type thermocouple input range
：－
148.0
～
800.0
℉
5
5
K-type thermocouple input range
：－
148.0
～
2192.0
℉
