Marathon Monitors Inc.
AACC 2000 Carbon Nov. 1, 1997
80
3A3A/bb/CC Module 3 configuration
As per module 2 configuration, plus ‘id’ = ‘dC.iP’
For ‘idid’ = ‘dC.iP’ use this parameter table.THIS INCLUDES THE SECOND PV FUNCTIONS
Func Function nonE Function disabled
rSP Remote Setpoint
Fwd.i Feedforward input
rOP.h Remote OP power max.
rOP.L Remote OP power min.
Hi PV = The highest of iP.1, or iP.2
Lo PV = The lowest of iP.1, or iP.2
Ftn Derived function, where
PV = (f.1 x iP1) + (f.2 x iP2).
‘F.1’ and ‘F.2’ are scalars which are
found in ‘ip-List’ of Operator Level
SEL Select ip.1, or ip.2 via Comms, front
panel buttons, or a digital input
trAn Transition of control between ip.1
and ip.2. The transition region is set
by the values of ‘Lo.Ip’ and ‘Hi.Ip’,
which are found in ‘ip-List’ of
Operator Level. PV = ip.1 below
‘Lo.Ip’
PV = ip.2 above ‘Hi.Ip’
inpt Input type Refer to ‘ip Conf’ for all types, + the following:
HiIn High Impedance (range = 0 to 2 volt)
CJC Cold Junction OFF No cold junction compensation
Compensation Auto Automatic internal compensation
0oC0oC external reference
45oC45oC external reference
50oC50oC external reference
imp Sensor Break Impedance Off Disabled (only with linear inputs)
Auto Factory set
Hi Impedance of input > 15KΩ
Hi.Hi Impedance of input > 30KΩ