CUH SDVC311 Series User Manual

CUH CUH CUH CUH CUH CUH CUH
CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH
CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH
CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH
CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH
CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH
CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH
CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH
CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH CUH
24
5.4.3 Control Output Mode Description
T1: Output signal rising edge delay T2: Output signal falling edge delay
The signal output after the logic relationship selector
Hold mode output
Delay mode output
T1
T1
T2
T2
Customers can choose 2 control output modes: delay mode, hold mode.
Delay mode: It means that after the controller output drive signal changes from
valid to invalid, the control output turns off after a period of off delay time.
Hold mode: After the controller output drive signal becomes valid, the control
output remains on during the off-delay time, and turns off after the off-delay time
is exceeded.
The difference between the two modes is expressed in the form of a timing diagram
as follows, where the input signal is the signal output after the logic relationship
selector.
SDVC311 Series
Variable Frequency Digital Controller for Vibratory Feeder
SDVC311SMSEN_1.032023-08

CUH SDVC311 Series Specifications

General

Brand	CUH
Model	SDVC311 Series
Category	Controller
Language	English