HRX-OM-W002-A
Chapter 5 Display and Setting of Various Functions
5.3 List of parameters
HRR Series
5.3.5 Standard setting menu
Table 5.3-5 Standard setting menu parameter list
1 Can only be set with option DM (Electric conductivity control function, DI water (pure water)
piping).
2 Can only be set with air-cooled type.
Initial value Select/setting range
No.1
screen
Key-lock OFF OFF/ON KEY⇒LOCK -
No.2
screen
Basic setting mode ON OFF/ON EASY⇒MODE -
No.3
screen
Key click sound ON OFF/ON KEY⇒CLICK -
No.4
screen
Alarm buzzer ON OFF/ON ALARM⇒BUZZ -
No.5
screen
Offset mode OFF OFF/MD1/MD2/MD3 OFSET⇒MODE -
No.6
screen
Offset temperature 0.0 -20.0 to 20.0 OFSET⇒TEMP ℃
No.7
screen
Electric conductivity control *1 Ctrl Ctrl/OPEN/CLSE DI⇒Ctrl -
No.8
screen
Electric conductivity
setting value(μ S/cm)*1
25.0 5.0 to 45.0 DI.SP -
Electric conductivity
Hysteresis setting value(μ S/cm)*1
No.10
screen
Unused OFF - EXT⇒Ctrl -
No.11
screen
Unused 0.0 - EXT⇒OFSET ℃
No.12
screen
Unused 35.0 - EXT⇒HI.TMP⇒LIMIT ℃
No.13
screen
Unused 10.0 - EXT⇒LO.TMP⇒LIMIT ℃
No.14
screen
Unused 10 - EXT⇒TIME SEC
No.15
screen
TEMP READY bandwidth upper limit 1.0 0.1 to 9.9 READY⇒H.BAND ℃
No.16
screen
TEMP READY bandwidth lower limit -1.0 -0.1 to -9.9 READY⇒L.BAND ℃
No.17
screen
TEMP READY stability time 180 10 to 9999 READY⇒TIME SEC
No.18
scree
TEMP READY alarm of monitoring start time 600 0 to 9999 READY⇒STARM SEC
No.19
screen
Time TEMP READY remove 5 0 to 600 TEMP⇒OVER SEC
No.20
screen
Upper limit of circulating fluid
temperature monitor
40.0 10.0 to 45.0 TEMP⇒OUT⇒HI.TMP ℃
No.21
screen
Lower limit of circulating fluid temperature monitor 5.0 5.0 to 40.0 TEMP⇒OUT⇒LO.TMP ℃
No.22
screen
Monitor circulating fluid temperature
rise / drop alarm
rn.st rn.st/PW.on TEMP⇒OUT⇒ALARM ℃
No.23
screen
Start time of circulating fluid temperature monitor 600 0 to 9999 TEMP⇒OUT⇒StART SEC
circulating fluid temperature monitor is outside
of the time range
5 0 to 600 TEMP⇒OUT⇒OVER SEC
No.25
screen
Dust filter replacement time*2 5000 1 to 9999 FLTR⇒TIME H
No.26
screen
DI filter replacement time*1 5000 1 to 9999 DI⇒TIME H