West Control Solutions Pro-EC44 - Manual (Page 169)

Pro-EC44 2-Loop Graphical Profile Controller & Recorder
Pro-EC44 Product Manual - 59540-1 October 2013 Page 162
PID Set 4 - Overlap/Deadband PID Set 4 - Overlap/Deadband For Loop 2
Dec 4461 20845 41690
RW
PID Set 4 overlap (+ve) or deadband (-ve) between primary &
secondary prop bands. In display units - limited to 20% of the
combined band width.
Hex 116D 516D A2DA
PID Set 4 - On/Off Differential PID Set 4 - On/Off Differential For Loop 2
Dec 4480 20864 41728
RW
The on-off control hysteresis (deadband) for PID Set 4.
1 to 300 display units, centred about the setpoint.
Hex 1180 5180 A300
PID Set 5 - Primary Prop Band PID Set 5 Primary Proportional Band For Loop 2
Dec 4462 20846 41692
RW
Primary Proportional Band for Gain Set 5.
1 display unit to 9999 units,
but limited to 10 x scaled input span. 0 = On-Off control
Hex 116E 516E A2DC
PID Set 5 - Secondary Prop Band PID Set 5 Secondary Proportional Band For Loop 2
Dec 4463 20847 41694
RW
Secondary Proportional Band for Gain Set 5.
1 display unit to 9999 units,
but limited to 10 x scaled input span. 0 = On-Off control
Hex 116F 516F A2DE
PID Set 5 - Integral Time PID Set 5 - Integral Time For Loop 2
Dec 4464 20848 41696
RW
Gain Set 5 integral time constant for Loop 2
0.1 to 5999 Seconds. 0 or 6000 = OFF Hex 1170 5170 A2E0
PID Set 5 - Derivative Time PID Set 5 - Derivative Time For Loop 2
Dec 4465 20849 41698
RW
Gain Set 5 derivative time constant for Loop 2
0.1 to 5999 Seconds. 0 or 6000 = OFF Hex 1171 5171 A2E2
PID Set 5 - Overlap/Deadband PID Set 5 - Overlap/Deadband For Loop 2
Dec 4466 20850 41700
RW
PID Set 5 overlap (+ve) or deadband (-ve) between primary &
secondary prop bands. In display units - limited to 20% of the
combined band width.
Hex 1172 5172 A2E4
PID Set 5 - On/Off Differential PID Set 5 - On/Off Differential For Loop 2
Dec 4481 20865 41730
RW
The on-off control hysteresis (deadband) for PID Set 5.
1 to 300 display units, centred about the setpoint. Hex 1181 5181 A302
Loop 2 Gain Set 2 Breakpoint Gain Scheduling PID Set 1 To 2 Switch Point
Dec 4469 20853 41706
RW
Value (SP or PV) gain scheduling switches from PID Set 1 to 2.
Value between Scaled Input 2 Lower & Upper Limits Hex 1175 5175 A2EA
Loop 2 Gain Set 3 Breakpoint Gain Scheduling PID Set 2 To 3 Switch Point
Dec 4470 20854 41708
RW
Value (SP or PV) gain scheduling switches from PID Set 2 to 3.
Value between Set 2 Breakpoint & Scaled Input 2 Upper Limit. Hex 1176 5176 A2EC
Loop 2 Gain Set 4 Breakpoint Gain Scheduling PID Set 3 To 4 Switch Point
Dec 4471 20855 41710
RW
Value (SP or PV) gain scheduling switches from PID Set 3 to 4.
Value between Set 3 Breakpoint & Scaled Input 2 Upper Limit. Hex 1177 5177 A2EE
Loop 2 Gain Set 5 Breakpoint Gain Scheduling PID Set 4 To 5 Switch Point
Dec 4472 20856 41712
RW
Value (SP or PV) gain scheduling switches from PID Set 4 to 5.
Value between Set 4 Breakpoint & Scaled Input 2 Upper Limit. Hex 1178 5178 A2F0
Slave Setpoint Scale Minimum 0% Master Power Demand to Slave Setpoint Scaling
Dec 4485 20869 41738
RW
The effective cascade slave setpoint value equating to 0% power
demand from the master loop. Hex 1185 5185 A30A
Slave Setpoint Scale Maximum 100% Master Power Demand to Slave Setpoint Scaling
Dec 4486 20870 41740
RW
The effective cascade slave setpoint value equating to 100%
power demand from the master loop. Hex 1186 5186 A30C
Slave Setpoint Slave Setpoint Value for Cascade Control
Dec 4492 20876 41752
RW
The slave setpoint valve when in Cascade Control Mode.
Only write to this parameter if the unit is cascade status is OPEN
(e.g. when tuning slave).
Hex 118C 518C A318