Terminal Block; Dip Switches Settings - Controlli MVH56E Instructions Manual

Modulating control (0-10Vcc)
24Vac/24Vdc
Controller (*)
COMMAND +
COMMAND -
0V
N.B: M and Ln signal are internally connected.
(*) MVH56E and MVHE3K actuators contain a half-wave rectifier
power supply. They must not be powered with transformers that
are used to power other devices using not isolated full-wave rec-
tifier power supply.

DIP SWITCHES SETTINGS

Set the DIP switches according to the tables here below. Power
down and power up again the actuator or act on the manual oper-
ation handle to be sure that settings will be recognized.
DIP
switch
1
U= feedback
Modulating Control (MOD) (Input between Y [+] and M
2
3
Modulating Control 0-10Vdc
4
Sequence Control 0-5Vdc with DIP n. 4 OFF only
5 Sequence Control 2-6Vdc with DIP n. 4 ON only
6
(input between Y [+] and M [-])
Automatic Calibration: the actuator updates the stroke
7 range every time an unexpected mechanical stop is
detected for at least 10s
MVE
L1
Y
M
Ln
Factory settings
OFF
Direct Action
[-])
-
(DIP n. 2 OFF only)
(DIP n. 3 ON only)
Voltage Input Signal
1 Issue
st

TERMINAL BLOCK

L1 / Ln
Matching between MVH56E and MVHE3K terminal block and other
Controlli actuators
U = 2V
U= feedback
U = 10V
3 point floating (INC) ( Y1 open-extend , Y2 close-retract
connected L1 or Ln if powered in Vac; if powered in Vdc
Y1
Selection of sequence mode, control range defined by SW 5
Sequence Control 5-10Vdc with DIP n. 4 OFF only
Sequence Control 6-10Vdc with DIP n. 4 ON only
(input between Y [+] and M [-]). In this case DIP n. 4 must be set to
Manual Calibration: the actuator calibration is started moving the
DIP from OFF to ON; if the DIP is left in ON the actuator will never
update the calibrated stroke value even when an unexpected
05/2017
U Y M Y1 Y2
0 V
24Vac/dc
N4170-04
ON
Reverse Action
connected necessarily to Ln )
Y2
Modulating Control 2-10Vdc
(DIP n. 2 OFF only)
(DIP n. 3 ON only)
Current Input Signal 4-20mA
ON.
endpoint is detected
DBL466e
U=10V
U = 2V
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