
5
DIP Switch Setting
A6 B:Manual
Clockwise
Anticlockwise
24V
A5: Self-Adaption Mode
FD-LV-0.6.2019-V01
DIP Function Function Description of Setting Value
S2-1 Setting of control/
feedback signal
ON 20%: The control/feedback signal is 4~20mA or 2~10VDC
OFF 0: The control/feedback signal is 0~20mA or 0~10VDC (factory default)
S2-2 Setting of control signal
type
ON II: The control signal is current type.
OFF UI: The control signal is voltage type. (factory default)
S2-3 Setting of control signal
input impedance
ON UI: The control signal is voltage type. (factory default)
OFF II: The control signal is current type.
S2-4 Setting of valve position
feedback signal type
ON IO: The valve position feedback signal is current type.
OFF UO: The valve position feedback signal is voltage type. (factory default)
S2-5 Setting of operating
mode
ON DA: When control signal increases, actuator moves downward. When control signal decreases, actuator moves upward.
OFF RA: When the control signal increases, the actuator moves upward. When control signal decreases, the actuator moves downward.
(factory default)
S2-6 Setting of signal inter-
ruption mode
ON DW: When the control signal type is set as voltage or current, the actuator will automatically provide a minimum control signal if the
signal cable is cut. (factory default)
OFF
UP: 1)When the control signal type is set as voltage, the actuator will automatically provide a maximum control signal if the signal
cable is cut.
2)When the control signal is set as current, actuator will automatically provide a minimal signal when the signal cable is cut.
S2-7 Setting of self-adaption
mode
ON DF: In power-on self-adaption mode. (factory default)
OFF RF: In manual self-adaption mode.
S2-8 Setting of control mode ON Floating control.
OFF Modulating control. (factory default)
S2-9
S2-10 Speed setting ON High speed: 600N - 3s/mm, 1800N - 2s/mm.
OFF Low speed: 600N - 4s/mm, 1800N - 3s/mm.(factory default)
Reserved
Power-on self-adaption: The actuator will directly enter into self-adaption mode
after being powered up. Meanwhile, the yellow indicator on PCB blinks (1Hz) and the
actuator will be automatically full off (traveling to the bottom) and then full on
(traveling to the top). When the indicator stops blinking, it means that the process is
completed. Afterwards, the actuator will travel to the designated position of control
signal.
Manual self-adaption: Press and hold button S1 on PCB for more than 5s (See
Fig. 1) until the indicator starts blinking (1Hz) to enter into self-adaption mode. The
phenomenon will be the same as power-on self-adaption.