Motors Connection And Limit Switch; Standard Limit Switch Configuration; Standard Photocells Configuration - Roger Technology H70/104AC Instrucciones Y Advertencias Para El Instalador

automation.
(a)
FC Wiring motor limit switches (N.C. contacts.)
ENC Wiring ROGER motor encoder
H70/105AC has a screw terminal block for universal
use, the description of the individual terminals is
below:
29 +5Vdc, only for ROGER motor encoder power
supply
30 24Vac, only for ROGER motor magnetic limit
switches power supply
31 FC1, limit switch 1 input (N.C.contact).
Function set by parameter
extended mode)
32 FC2, limit switch 2 input (N.C. contact).
Function set by parameter
extended mode)
33 Do not connect
34 ENC, ROGER motor encoder signal
35 COM, common for low voltage inputs and
outputs; negative for motor encoder power
supply.
IMPORTANT NOTES
All of the safety protections not installed that
(a)
provide for a normally closed (N.C.) contact must
be electrically bridged to the COM terminals
(shared by inputs/outputs), or deactivated by
adjusting the appropriate extended parameters
50 51 53
(par. , , ,
4.2, 4.3 and 4.4).
The optical encoder is enabled at the factory; it is
(b)
connected whether it is magnetic or not, acting on
b- 75
parameter (
the appropriate value for the motor used.
If the limit switches are not present disable them
(c)
by acting on parameter
mode), not jumper. The function of the limit
switch inputs depends on parameter
extended mode), factory set to
below:
FC1 -> FCA
0- 01
limitswitch open
factory standard
FC1 -> FCC
0- 00
limitswitch close
4.1
Motor connection and limit switches
For H70/104AC the motor and the limit switches are
pre-wired and do not require interventions. In case
you need to reverse the direction of rotation you
22
(b)
8-
(c)
8-
(c)
(b)
54 73 74
, , – see paragraphs
in extended mode), selecting
8- 72
( in extended
0-
01
, and is shown
FC2 -> FCC
limitswitch close
FC2 -> FCA
limitswitch open
should not modify the wiring (motor and limit switch)
but act on parameter
To connect H70/105AC to the motor you have
to use a cable 4 x 1.5 mm
present, can be connected to the switch with a
4x0,5mm
motor, they can be used to cut the power supply to
the motor when the leaf reaches the limit position:
in this situation, the limit switches must not be
connected to the input terminals 31 and 32 but they
are connected in series to the AP output (if opening
limit switch), CH (if closing limit switch). With this
72
( in
type of connection, the motor stops upon activation
of the limit switch, but if the control is based on time
(disabled encoders) the relays and the flashing only
72
( in
turn off when the programmed work time is over.
4.2

Standard limit switch configuration

Inputs FC1 and FC2 re enabled as factory standard.
If they are not present, or if they are used to cut
the phase of the motor as described in the previous
paragraph, set parameter
72 00
mode
By setting this parameter to
the limit switch when opening.
4.3

Standard photocells configuration

Inputs FT1 and FT2 are enabled as a production
standard.
Below is the standard configuration of the photocells
and related parameters of the extended mode:
FT1 ignored during opening
FT1 interruption during closure causes
a reversal of motion, i.e. it opens
71
( in
Allows for the activation of the motors
to opening even if FT1 is obscured
FT2 interruption during opening
causes a stop; once the beam is
released it continues to open
FT2 interruption during closing
causes a stop; once released the
beam is reversed, i.e. it opens
Allows for the activation of the
motors opening even if FT2 is
obscured
0- 71
( in extended mode).
. The limit switches, if
2
. Alternatively, whenever present in the
2
8- 00
), do not jumper the inputs.
02
(in extended
you can only enable
50 00
51 02
52 00
53 03
54 02
55 00