Shihlin SA3 Series, Руководство пользователя

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PID parameter group 08
PARAMETER DESCRIPTION 227
PID parameter group 1
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Calibrating analog feedback signal:
Please refer to 5.3.5~5.3.8 for analog input details.
1. Without feedback signal
Example 1: the user use 0~7V for feedback signal on terminal 2-5
First set proportional parameter 02-14(P.194) =0%, 02-15(P.195) =100%;
Then set voltage parameter 02-12(P.192) =0, 02-13(P.193) =7.
Example 2: the user use 0~20mA for feedback signal on terminal 4-5
First set proportional parameter 02-27(P.196) =0%, 02-28(P.197) =100%；
Then set current parameter 02-25(P.198) =0, 02-26(P.199) =20.
2. With feedback signal
Example 3: the user use 0~10kg sensor for feedback signal on terminal 3-5
Adjust feedback signal to 0kg, write parameter 02-36 (P.546) = 0%
Adjust feedback signal to 10kg, write parameter 02-37 (P.547) = 100%
Note：1. If need to set analog input in a certain proportional way, adjust analog signal first and then set correspond
proportional parameter(like in Example 3). Inverter will automatically calculate related voltage parameter. If skip the
analog adjusting part, user must set both proportional parameter and analog parameter(like in Example1.2).
2. If the user wants to calibrate like Example 3, need to connect actual feedback signal.
3. During PID calibration, calibration value must be the upper and lower limits of the selected signal.
4. If use terminal 4-5 as target source or feedback source, please set 02-20(P.17) (with SW2) according to sensor
type, and set 02-01(P.501) for terminal 4-5 function, and then perform other operations.
5. If use terminal 3-5 as target source or feedback source, please set 02-29(P.531) (with SW1) according to sensor
type, and set 02-02(P.504) for terminal 3-5 function, and then perform other operations.

Target pressure given by analog signal:
1. Target given by 2-5 (02-00(P.500) = 3 and 08-00(P.170) = 1X).
When 02-08(P.73) = 0, given range is 0~5V, corresponding to 0~08-43 (P.251).
When 02-08(P.73) = 1, given range is 0~10V, corresponding to 0~08-43 (P.251).
2.Target given by 4-5 (02-00(P.501) = 3 and 08-00(P.170) = 2X).
Set 02-20(P.17) = 0, and the given range is 0~20mA, corresponding to 0~08-43 (P.251) ;
Set 02-20(P.17) = 1, and the given range is 0~10V, corresponding to 0~08-43 (P.251) ;
Set 02-20(P.17) = 2, and the given range is 0~5V, corresponding to 0~08-43 (P.251) ;
3.Target given by 3-5 (02-02(P.504) = 3 and 08-00(P.170) = 3X ).
Set 02-29(P.531) = 0, and the given range is 4~20mA, corresponding to 0~08-43 (P.251) ;
Set 02-29(P.531) = 1, and the given range is 0~10V, corresponding to 0~08-43 (P.251) ;
Set 02-29(P.531) = 2, and the given range is 0~5V, corresponding to 0~08-43 (P.251) ;
4.Target given by HDI (02-03(P.503) = 3, and 08-00(P.170) = 4X)
Given range is 02-39 (P.524) ~02-40(P.525), corresponds to 0~08-43 (P.251).
Example: set 08-00 (P. 170) = 2X, 02-01 (P. 501) = 3, 11-20 (P. 17) = 0, 11-27 (P. 196) = 0.0%, 02-28 (P. 197) =
100.0%, 02-25 (P. 198) = 4.00, 02-26 (P. 199) = 20.00, which indicated that the PID target value is given by 4-5
current (4 ~ 20 mA).
Setting