Controls And Connections - Nice Industrial D-pro Automatic Mode D'emploi

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J34 J35 J29
A B + -
Encoder
Adjusting the limit switches - General information
If a motor cable is connected without the Mini Fit connector (J5), the safety
circuit (Thermo) must be connected to terminal X7 (J29). The electronic limit
switch (Encoder) is then connected to terminal X7 (J34,J35).
With the D-PRO Automatic, using mechanical limit switches enables you to
connect an additional limit switch (J33/X6) to the drive for lifting, after which you
can select between two different OPEN positions (e.g. summer/winter positions)
with a position switch (optional) on the cover of the D-PRO Automatic's housing.
With electronic limit switches, the second OPEN position is adjusted when the
limit switch itself is being programmed.
The limit switch adjustments must be done in hold-to-run mode!
If using Nice cables, the terminals in question are pre-assembled.
Adjusting the limit switches establishes the top and bottom stop positions of
the door.
The drive must be connected to the power supply during this procedure.

CONTROLS AND CONNECTIONS

The buttons on the cover of the housing are used to raise and lower the door,
either locking or in hold-to-run mode.
If operated in locking mode, the door can be stopped at any time with the
STOP button.
You can also hookup and external control, such as a three-button keypad.
A pull-switch mounted inside or outside (pull-cord operated switch under the
ceiling) controls the door in OPEN-STOP-CLOSE mode.
Connecting the OPEN, STOP, CLOSE transmitters
For external control, a three-button keypad can be connected to the D-PRO
Automatic's terminal block X4. The OPEN and CLOSE buttons must be
configured as closing contacts.
Since the STOP button is connected to the safety circuit, it must be connected
as an opening contact.
If you connect a STOP button to terminal block X4, you must remove the jumper
on terminal J15 and connect the STOP (opening contact) to it!
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Connection of operating elements
OPEN, STOP, CLOSE and IMPULSE
STOP
J15
X4
Connection of 3 x button with 4-wire cable
STOP
J15
X4
Connection of a key switch
STOP
J15
X4
Hooking up an optoelectronic sensitive edge
Optoelectronic sensitive edges are constructed so that, when the sensitive
edge is actuated, a ray of light is interrupted along its entire length. In order to
4 – English
J27
J26
J5
X7
RS485
OPEN Imp CLOSE
J16 J17 J18
OPEN Imp CLOSE
J16 J17 J18
OPEN Imp CLOSE
J16 J17 J18
control the safety edge along its entire length, a receiver is installed at one end.
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8.2k l opto
Pneumatic / 8.2 kOhm
Jumper J1 set to Opto = ready for use with optical edge
If the sensitive edge is fixed to the ground, the inversion function is neutralised
by connecting a pre-limit switch (additional limit, pre-limit) to terminal J27 on
terminal block X7 (mechanical limit switch only).
The pre-limit switch must be set to around 5 cm off the ground.
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Hooking up an 8.2 kΩ safety edge
The D-PRO Automatic can be connected directly to an electric or pneumatic
safety edge.
Caution! If using a pneumatic sensitive edge in combination
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- SIG + 12V
with the NDA010 junction box, you must also connect the
negative of the spiral cable to terminal X6.
X6
The control logic for such units is already integrated into the controller. In order
to monitor the edge's entire electrical circuit, the edge must be connected to
a resistance (8.2 kOhm).
The sensitive edge connects to terminal J32 (S and +) of terminal block X6
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8.2k l opto
Pneumatic / 8.2 kOhm
Jumper J1 set to 8.2 k = ready for use of pneumatic/electric pneumatic edge,
8.2 kOhm.
If using an impact actuated safety edge, parameter P105 must be set to 1!
Hooking up photocells
You can connect the D-PRO Automatic directly to a photocell (terminal block
X5) to ensure safe transit. If the IR beam of the photocell is interrupted while the
door is closing, the door stops and returns to its top position.
CAUTION: If a one-way photocell with only three connection points is used,
the switching contact and positive side of the photocell's electronics must be
connected to terminal J30/1 with the positive potential.
If you connect a photocell, you must remove the jumper on J31, terminal block
X5!
8.2k l opto
Optical
X6
white - GND/0V
green - output
brown - 12VDC
8,2 k
8.2k l opto
Optical