G) Control Points Module; Setpoint Value; Pid Values; H) Profiles Module - red lion TSC Instruction Manual

Control Points Module (7-CP)
There are four Control Points, each having a setpoint value and an associated
PID gain set value. A control point can be implemented at any time to
accommodate changing process requirements due to batch changeover, level
changes, etc.
The PID gain set values (ProP, Int, & Dert) may be optionally implemented
with the setpoint value. A Control Point can be loaded from the hidden mode or
by the user input (control points 1 and 2 only, see user input control point (CP)
function).
The control point overwrites the previous setpoint and optionally the PID
values. The unit begins controlling based on these new values. When a control
point is loaded, the controller suppresses the output 'bump' usually associated
with PID gain changes. Control points must be manually loaded and may be used
in conjunction with a running profile.
Control Point Set-up (CSEt)
Select the control point to be configured.
Selecting NO returns the unit to the configuration access point.
Setpoint Value (SP-n)
Enter the temperature setpoint value for the selected control point. This value
is constrained to the setpoint low (SPLO) and setpoint high (SPHI) range limits
(see inputs configuration module).
SP-n - -999 to 9999
PID Values(PId)
Choose the option of loading the PID gain set values with setpoint value when
implementing a Control Point.
NO - Disables PID entries and returns to control point set-up (CSEt).
YES - PID gain set is implemented when control point is loaded.
Enter the desired PID gain set values.
Pb-n - Proportional Band 0.0 to 999.9%
It-n - Integral Time 0 to 9999 secs
dt-n - Derivative Time 0 to 9999 secs
NO
CP-1
CP-2
CP-3
CP-4
Profiles Module (8-Pr)
Prior to programming a profile, it is recommended to configure the basic
controller operation. A profile is a series of one or more programmable ramp and
hold phases. A minimum of three parameters are required for a profile:
Each profile can be programmed with up to eight ramp and hold phases.
Associated with each profile is a timed event output set that updates as the profile
advances. Additional parameters are provided which enhance the controller and
profile capabilities.
Profile Set-Up
Select which profile or timed event output to program.
PSEt - Pr-1 Profile 1
Pr-2 Profile 2
Pr-3 Profile 3
Pr-4 Profile 4
PE-1 Timed event output for profile 1
PE-2 Timed event output for profile 2
PE-3 Timed event output for profile 3
PE-4 Timed event output for profile 4
The programming parameters for each profile are the same. The operator
programs each phase and continues until all eight phases are programmed or a
ramp rate of -0.1 is entered. Shown below are the parameters for profile 1.
Pr-1 - P1CC Cycle count
P1L1 Linking
P1St Power cycle status
P1Eb Error band
P1r1 Ramp rate 1
P1L1 Setpoint level 1
P1H1 Hold time 1
P1r2 Ramp rate 2
P1L2 Setpoint level 2
P1H2 Hold time 2
P1r3 Ramp rate 3
P1L3 Setpoint level 3
P1H3 Hold time 3
P1r4 Ramp rate 4
-42-
Ramp Rate (Pnrn)
Target Setpoint (PnLn)
Hold Time (PnHn)
P1L4 Setpoint level 4
P1H4 Hold time 4
P1r5 Ramp rate 5
P1L5 Setpoint level 5
P1H5 Hold time 5
P1r6 Ramp rate 6
P1L6 Setpoint level 6
P1H6 Hold time 6
P1r7 Ramp rate 7
P1L7 Setpoint level 7
P1H7 Hold time 7
P1r8 Ramp rate 8
P1L8 Setpoint level 8
P1H8 Hold time 8