P
AGE
29
STEP
DESCRIPION
DISPLAY
AVAILABLE
F A C T O R Y YOUR
CODE
SETTINGS
SETTING SETTING
5
Output 2
out2
0 = None Position
0
Proportioning Direct (Close)
1 = On-Off Direct (Cooling)
2 = On-Off Reverse (Heating)
3 = Time Proportioning-
Direct (Cooling)
4 = Time Proportioning-Reverse
(Heating)
5 = Current Proportioning-
Direct (Cooling)
6 = Current Proportioning-
Reverse (Heating)
7 = Position Proportioning
Reverse (Close)
6
Output 2
o2PL
0 to 100%
100
Percent Limit
7
Output 3
out3
0 = None
0
1 = Process Alarm-Direct
2 = Process Alarm-Reverse
3 = Deviation Alarm-Direct
4 = Deviation Alarm-Reverse
5 = Deviation Band Alarm-
Open within band
6 = Deviation Band Alarm-
Closed within band
8
Relay A
rLyA
0 = Not assigned
1
Assignment
1 = Assigned to Output 1
2 = Assigned to Output 2
3 = Assigned to Output 3
4 = % Output Relay Actuation
(EA Option)
9
Relay B
rLyb
Same selection as Relay A
2
Assignment
10
Relay C
rLyC
Same selection as Relay A
3
Assignment
11
Display Select
diSP
1 = Process Value (PV)
1
2 = PV and Setpoint
3 = Deviation
4 = Deviation and Setpoint
5 = Setpoint
12
Decimal Position
dPoS
0 or 1 for T/C and RTD Input
0
0 to 3 for volt/mV Input
13
Engineering units
Euu
-9999 to 9999
1000
Upper Value
14
Engineering units
EuL
-9999 to 9999
0
Lower Value
15
Hysteresis for
HySt
0 to 300
°
/Units
3
On/Off Outputs
(width of hysteresis band)
16
Remote Setpoint
rSP
0 = None
0
1 = 1 to 5 Volts DC
2 = 0 to 5 Volts DC
3 = Contact Closure Sensing
for SP=PV (EA Option)
