Watlow Series SD6 PID Controller with DeviceNet Addendum - Manual (Page 22)

Wa t l o w S e r i e s S D 6 P I D w i t h D e v i c e N e t ■ 2 2 ■
Attribute # Access
Rule Name DeviceNet
Data Type Description of Attribute Semantics of Values
114 Get/Set Proportional Band Cool
Temperature UDINT Set the proportional band for
the Cool outputs. 1 to 999°C (* 1000), if
Sensor Type is set to
Thermocouple or RTD.
(default = 25°C)
115 Get/Set Proportional Band Cool
Process UDINT Set the proportional band for
the Cool outputs. 0.001 to 999.999 units, if
Sensor Type is set to mA
or Volt.
(default = 25.000 units)
116 Get/Set Integral Cool UDINT Set the PID integral in minutes
per repeat for the Cool out-
puts. 0.00 to 99.99 (* 1000)
minutes per repeat.
0.00 = disabled
(default = 0.00)
116 Get/Set Reset Cool UDINT Set the PID reset in repeats
per minute for the Cool out-
puts. 0.00 to 99.99 (* 1000)
repeats per minute.
0.00 = disabled
(default = 0.00)
117 Get/Set Derivative Cool UDINT Set the PID derivative time
in minutes for the Cool out-
puts. 0.00 to 9.99 (* 1000)
minutes
0.00 = disabled
(default = 0.00)
117 Get/Set Rate Cool UDINT Set the PID rate time in min-
utes for the Cool output. 0.00 to 9.99 (* 1000)
minutes
0.00 = disabled
(default = 0.00)
118 Get/Set Dead Band Cool UDINT An offset of the Cooling pro-
portional band from the set
point. 0 to 999 (* 1000)
(default = 0)
119 Get/Set Cool Hysteresis
Temperature UDINT Set the control switching hys-
teresis for ON/OFF control.
This determines how far into
the ON region the input needs
to move before the output
actually turns on. 1 to 999 (* 1000)
degrees, if Sensor Type is
set to Thermocouple or
RTD
(default = 1.0)
120 Get/Set Cool Hysteresis Process UDINT Set the control switching
hysteresis for ON/OFF con-
trol. This determines how far
into the ON region the input
needs to move before the
output actually turns on. 0.000 to 999.999 units, if
Sensor Type is set to
mA or Volt.
(default = 1.000)
121 Get Proportional Term UINT View the active proportional
term for PID diagnostics. 0.000 to 1.000
(this value multiplied by
100 equals the percent
power)