Motor And Limit Switch Connection; Standard Limit Switch Setup; Standard Photocell Setup; Standard Safety Edge Setup - Roger H70/200AC Instrucciones Y Advertencias Para El Instalador

outputs
34 SC, gate open light command (24Vac, 3W);
alternatively, you can connect the photocell
power supply to this terminal (provided you
set parameter
mode) to get the "photocell test" function
35 COM, common for low-voltage inputs and
outputs
36 FT2, photocell 2 (NC contact)
37 FT1, photocell 1 (NC contact)
38 COS2, anti-crush safety edge 2 (NC contact, or
8.2kOhms)
(c)
39 COS1, anti-crush safety edge 1 (NC contact, or
8.2kOhms)
(c)
40 COM, common for low-voltage inputs and
outputs
41 ST, STOP command (NC contact)
46,47 ES, electric lock (tension-free contact): maximum
voltage 230Vac, maximum output 25W
IMPORTANT NOTES:
connect a capacitor between AP and CH of each
(a)
motor connected to the control unit, referring to
the motor's instructions for the relevant value.
the factory setting is encoders disabled; if any are
(b)
being connected, enable them via parameter
75
(or in advanced setup mode, by selecting the
value that best suits the motor used).
all safety devices installed (except limit switches)
(c)
that involve a closed contact must be connected
to the COM terminals (common for inputs/
outputs) with a jumper or disabled via the
relevant advanced parameters (par.
54 72 73 74
, , , – see sections 4.2, 4.3 and 4.4).
4.1

Motor and limit switch connection

To connect the H70/200AC unit to the motors, you
will need to use a 4x1.5mm
Limit switches, if any, can be connected to the
control unit with a 4x0.5mm
they can be used to cut off the motor's power
supply when the leaf reaches the travel limit: in this
case, instead of connecting them to input terminals
20,21,22,23, they need to be connected in series
to the AP1 output (if it is an open limit switch for
motor 1), AP2 (if it is an open limit switch for motor
2), CH1 (if it is a closed limit switch for motor 1), CH2
(if it is a closed limit switch for motor 2).
With this type of connection, the motor stops when
the limit switch is triggered, but if you are using
time-based control (with the encoders disabled),
the relays and flashing light will only switch off once
the programmed operating time is up.
A8 02
, in "advanced" setup
(c)
(c)
(c)
50
,
cable.
2
cable. Alternatively,
2
4.2

Standard limit switch setup

The factory setting is inputs FCA1, FCC2, FCA1 and
FCC2 disabled.
If they are fitted and are not being used to cut
motor power as described in the previous section,
set parameter
72 01
) and don't jumper the inputs. By setting this
parameter to
switch alone.
4.3

Standard photocell setup

The factory setting is inputs FT1 and FT2 enabled.
Below is the standard photocell setup and relevant
parameters in advanced setup mode:
FT1 ignored while opening
break in FT1 beam while closing
reverses movement, i.e. gate will
open
Enables motors to come on and
open the gate if FT1 beam is
broken
b-
break in FT2 beam while opening
stops gate; once beam is clear,
opening continues
break in FT2 beam while closing
stops gate; once beam is clear,
51 53
, , gate reverses and reopens
Enables motors to come on and
open the gate if FT2 beam is broken
IF PHOTOCELL 1 IS NOT INSTALLED
50 00
Set
IF PHOTOCELL 2 IS NOT INSTALLED
53 00
Set
Or fit jumper across their terminals and the COM
terminal.
4.4

Standard safety edge setup

The factory setting is inputs COS1 and COS2 enabled.
Below is the standard safety edge setup and relevant
parameters in advanced setup mode:
Triggering of safety edge 1 (switch
type) always reverses movement
Triggering of safety edge 2 (switch
type) reverses movement while
closing only
8-01
(in advanced setup mode
72 02
, you can enable the open limit
51 00
and
54 00
and
50 00
51 02
52 01
53 03
54 04
55 01
73 03
74 01
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