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MO 3, MO 3.3, MO 3.4, MO 3.5
4.8 Adjustment of position controller (Fig. 13)
The built-in position controller REGADA is a user-friendly control system to control actuators with an
analogue signal. The controller takes advantages of high-power RISC processor MICROCHIP to perform all
functions. It provides also continuous automotive diagnostics of the system, error messages as well as number
of relay switching and number of controller's operation hours. Placing an analogue signal onto the input terminals
of the terminal board 86 (GND, -) and 88 (+) causes that the EA output is reset.
Required parameters and functions can be programmed using function buttons SW1 - SW2 and LED
diodes D3 - D4 placed directly on the controller, see
Table 4
.
4.8.1 Setting of controller
The controller's microprocessor unit is in the production plant programmed to parameters given in
Table 4
(Note 2).
Setting of the controller is performed using buttons and LED diodes.
Adjust the position and torque switches and the position transmitter before adjustment of the controller.
In addition, it is necessary to monitor the correct running of the electric motor concerning the sequence number
of phases, otherwise it may happen that during automatic calibration, the engine will run in the opposite direction
and the controller will not detect this as an error.
Laying of adjusters and signaling elements on the board of the REGADA controller is shown on
Fig. 13
:
Table 4:
D3 (yellow) diode
number of blinking
Adjust menu
D4 (red) diode
number of blinking
Adjusted parameter
1 blink
0-20mA
2 blinks
4-20 mA (*) (**)
1 blink
control signal
3 blinks
0-10V DC
1 blink
EA opens receiving signal SYS
2 blinks
EA closes receiving signal SYS
2 blinks
response for signal
SYS-TEST
3 blinks
EA stops receiving signal SYS (*)
1 blink
EA CLOSING at increasing of control signal
3 blinks
mirroring
(ascending/descending
characteristics)
2 blinks
EA OPENING at increasing of control
signal (*)
4 blinks
insensitiveness of controller
1 to 10 blinks
insensitiveness of controller of 1-10%
(3% set by the producer) (*)
1 blink
narrow torque
2 blinks
narrow position (*)
3 blinks
wide torque
5 blinks
way of regulation
4 blinks
wide position
Notes:
1. The controller at autocalibration automatically sets the feedback type - resistant/current
2. (*) Parameters set in the production plant, if customer has not stated else.
3. (**) Input signal
4 mA - position "closed"
20 mA - position "open"
SW1 button
starts an initialization routine an
allows listing in the adjust menus
SW2 button
setting of parameters in the chosen
menu
D1 diode
power on indication
D2 diode
motion to the direction "opening"
indication (green) - "closing" (red)
indication
D3 diode
(yellow light) number of blinking codes
indicates chosen adjust menu
D4 diode
(red light) number of blinking codes
indicates adjusted parameter of the
controller from the chosen menu
Fig.13
Summary of Contents for MO 3
Page 35: ...MO 3 MO 3 3 MO 3 4 MO 3 5 33 7 Enclosures 7 1 Wiring diagrams Wiring diagrams MO...
Page 36: ...34 MO 3 MO 3 3 MO 3 4 MO 3 5...
Page 37: ...MO 3 MO 3 3 MO 3 4 MO 3 5 35 Wiring diagrams MO with controller...
Page 41: ...MO 3 MO 3 3 MO 3 4 MO 3 5 39 4 x tooth F10 shape D F10 shape C DIN 3338 F10 shape E ISO 5210...
Page 42: ...40 MO 3 MO 3 3 MO 3 4 MO 3 5 Mechanic connections for EA MO 3...
Page 43: ...MO 3 MO 3 3 MO 3 4 MO 3 5 41...
Page 45: ...MO 3 MO 3 3 MO 3 4 MO 3 5 43 Dimension drawings for EA MO 3 5...
Page 46: ...44 MO 3 MO 3 3 MO 3 4 MO 3 5 Dimension drawings for EA MO 3 4...
Page 47: ...MO 3 MO 3 3 MO 3 4 MO 3 5 45 Dimension drawings for EA MO 3 3...
Page 50: ...48 MO 3 MO 3 3 MO 3 4 MO 3 5 Mechanic connections for EA MO 3 4 with connect adapter...
Page 51: ...MO 3 MO 3 3 MO 3 4 MO 3 5 49...