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PID SET UP WITH FRENIC Eco series inverter. 

5

Set value 

Operation 

0 Inactive 

Measure the primary resistance (%R1) of the motor and leakage reactance 
(%X) of the base frequency when the motor is stopped and automatically 
write both values in P07 and P08 (static tuning) 

Measure the primary resistance (%R1) of the motor and leakage reactance 
(%X) of the base frequency when the motor is stopped, measure the no-load 
current (Io) when the motor is running, and automatically write these values 
in P06, P07 and P08 (dynamic tuning). 

 
Factory setting is 0 
 
P06. Motor 1 No-load current 
This function sets the no-load (exciting current) of motor 1, in Amperes. 
Factory setting depends on the inverter size. 
 
P07. Motor 1 (%R1 setting) 
This function sets the primary resistance (%R1) of motor 1. 
Factory setting is Fuji standard rated value. 
 
P08. Motor 1 (%X setting) 
This function sets the leakage reactance (%X) of motor 1. 
Factory setting is Fuji standard rated value. 
 
 
LED display configuration 
 
E40. PID Display coefficient A 
This function is used to set the value that will be shown in the LED display when the 
PID target/feedback takes the maximum value (see figure below). 
 
E41. PID Display coefficient B. 
This function is used to set the value that will be shown in the LED display when the 
PID target/feedback takes the minimum value (see figure below). 
 

 

 
 
 
 

Summary of Contents for Frenic Eco Series

Page 1: ...ng more Preferably 1 5 times more i e 3 Bar Does it have an output signal that can be connected directly to the FRENIC Eco input FRENIC Eco has inputs for 0 10 V and 4 20 mA signals 3 PID Basics 3 1 P...

Page 2: ...P part only depends on the momentary difference error between the set value and the feedback The drawback using only a P controller is that the more the feedback signal approaches the set value the sm...

Page 3: ...t Base frequency 1 This function sets the rated value of the voltage output to motor 1 in volts Note that a voltage greater than the supply input voltage cannot be output Factory setting is 400 V F06...

Page 4: ...miter Low This function sets the lower limit for the setting frequency in Hz Recommended value for PID control is zero or at least very low Factory setting is 0 Hz Motor parameters P01 Number of motor...

Page 5: ...d current This function sets the no load exciting current of motor 1 in Amperes Factory setting depends on the inverter size P07 Motor 1 R1 setting This function sets the primary resistance R1 of moto...

Page 6: ...Function This function is used to setup the function that will be displayed in the LED display during operation The alternatives related with the PID controller are 10 PID process command value 12 PID...

Page 7: ...ommand 1 3 Enable terminal command up down control 4 Command via communication link When setting J02 to 1 we have to specify the source of this command In order to do so we have to program one of the...

Page 8: ...gned for pump applications These function codes specify the data for the slow flowrate stop in pump control a feature that stops the inverter when there is no water consumption Slow flowrate stop func...

Page 9: ...f the system is 4 Bar Measure or estimate the time lag between the process control and the feedback signal of the process It is important to anticipate on the time lag of the process or instability ca...

Page 10: ...ment To check that PID command and or PID feedback signals are connected properly to the inverter select option 4 I O CHECK from the Multifunction Keypad TP G1 menu and then go to the fifth screen pus...

Page 11: ...ime 1 E40 7 00 7 bar max E41 0 00 0 bar min E43 10 PID set point value PID parameters J01 1 PID active forward operation J02 0 PID set value from keypad E62 5 PID feedback value by current input C1 J0...

Page 12: ...parameters J01 1 PID active forward operation J02 1 PID set point by PID process command 1 E62 3 PID process command 1 assigned to terminal 12 E63 5 PID feedback value assigned to terminal C1 J03 PID...

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