Franklin Electric CERUS X-DRIVE CXD-003A-4V, Installation And Operation Manual

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PARAMETER REFERENCE TABLES
Parameter Descriptions > ADVANCE 2 Menu
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Parameter Descriptions > ADVANCE 2 Menu
AR = Adjustable while running.
Option-17 1809 N IO Card Type 0_No Card
1_EMC-BPS01
4_EMC-D611A
5_EMC-D42A
6_EMC-R6AA
Defines I/O card type.
CODE
Mod
Bus AR Display Name
Range Description
CODE
Mod
Bu AR Display Name
Range Description
ADV2-00 2048 N PID D-Gain 0.00 to 1.00 sec Differential gain value for PID operation.
ADV2-01 2049 Y Sleep Ctrl By 0_PID Output
1_PID F/B
0_Referenced to PID Output in Hz
1_Referenced to PID Feedback value in %
ADV2-03 2051 Y Mtr Brake Delay 0.000 to 65.000 sec Delay after start command when the corresponding multi-function output
terminal ( 10_DC Brake ) will be OFF.
ADV2-04 2052 Y AFM1 Rev Value 0_0-10 V
1_0 V
2_5-0 V
0_0-10V: AFM1 output is 0-10V when in REV .
1_0V: AFM1 output is 0V when in REV , 0-10V in FWD direction.
2_5-0V: AFM1 output is 5-0V when in REV , 5-10V in FWD direction.
ADV2-05 2053 Y AFM2 Rev Value 0_0-10 V
1_0 V
2_5-0 V
0_0-10V: AFM2 output is 0-10V when in REV .
1_0V: AFM2 output is 0V when in REV , 0-10V in FWD direction.
2_5-0V: AFM2 output is 5-0V when in REV , 5-10V in FWD direction.
ADV2-06 2054 Y AFM1 DC Lvl 0.00 to 100.00% Used with Multi-Function Output [IO-59] set to 2_Output voltage . Output pro -
vides constant voltage 0 to 100% corresponding to 0-10V.
ADV2-07 2055 Y AFM2 DC Lvl 0.00 to 100.00% Used with Multi-Function Output [IO-61] set to 2_Output voltage . Output provides
constant voltage 0 to 100% corresponding to 0-10V.
ADV2-08 2056 Y Analog Curve 0_Regular Curve
1_AVI1 3-Point
2_ACI 3-Point
ACI 3Point
4_AVI2 3-Point
AVI2 3Point
6_ACI+AVI2 3-Point
7_3x AIs 3-Point
The analog input signal can be set up for linear curve or 3-point (piece -
wise) curve corresponding voltage/current input to frequency output.
If using AVI1, [ADV2-09] < [ADV2-11] < [ADV2-13] .
If using ACI, [ADV2-15] < [ADV2-17] < [ADV2-19] .
If using AVI2, [ADV2-21] < [ADV2-23] < [ADV2-25] .
The output frequency will become 0% when the analog input value is
lower than low point setting.
ADV2-09 2057 Y AVI1 Low Value (Variable) Lowest analog input value for AVI1 that corresponds to frequency output
of [ADV2-10] . [ADV2-09] < [ADV2-11] < [ADV2-13]
ADV2-10 2058 Y AVI1 Low % -100 to 100% Frequency output corresponding to [ADV2-09] input.
ADV2-11 2059 Y AVI1 Mid Value (Variable) Middle analog input value for AVI1 that corresponds to frequency output
of [ADV2-12] .
ADV2-12 2060 Y AVI1 Mid % -100 to 100% Frequency output corresponding to [ADV2-11] input.
ADV2-13 2061 Y AVI1 Hi Value (Variable) Highest analog input value for AVI1 that corresponds to frequency output
of [ADV2-14] .
ADV2-14 2062 Y AVI1 High % -100 to 100% Frequency output corresponding to [ADV2-13] .
ADV2-15 2063 Y ACI Low Value (Variable) Lowest analog input value for ACI that corresponds to frequency output of
[ADV2-16] . [ADV2-15] < [ADV2-17] < [ADV2-19]
ADV2-16 2064 Y ACI Low % -100 to 100% Frequency output corresponding to [ADV2-15] input.
ADV2-17 2065 Y ACI Mid Value (Variable) Middle analog input value for ACI that corresponds to frequency output of
[ADV2-18] .
ADV2-18 2066 Y ACI Mid % -100 to 100% Frequency output corresponding to [ADV2-17] input.
ADV2-19 2067 Y ACI High Value (Variable) Highest analog input value for ACI that corresponds to frequency output
of [ADV2-20] .
ADV2-20 2068 Y ACI High % -100 to 100% Frequency output corresponding to [ADV2-19] .
ADV2-21 2069 Y AVI2 Low Value 0.00 to 10.00 V Lowest analog input value for AVI2 that corresponds to frequency output
of [ADV2-22] .
ADV2-22 2070 Y AVI2 Low % -100 to 100% Frequency output corresponding to [ADV2-21] input.
ADV2-23 2071 Y AVI2 Mid Value 0.00 to 10.00 V Middle analog input value for AVI2 that corresponds to frequency output
of [ADV2-24] .