Electrical Connections - Nice Neomat T Instrucciones Y Advertencias Para La Instalación Y El Uso

tions can be done directly from the transmitters, with beeps
that sound to guide users through the various phases. It is
also possible to control the motors via an external button
(using the Step-by-Step function) or "TTBUS" Bus. Instead
of the Step-by-Step button, a special F210S photocell can
be connected on the TTBUS that detects possible obsta-
cles preventing the lowering manoeuvre; see the F210S
photocell instructions for further information.
Optional wind, sun and rain sensors can be connected to
the weather sensors input that automatically activate the
motor when the weather conditions require.
The NEOMAT-T motors can be programmed with particu-
lar functions to resolve specific problems (fig. A):
– FRT: this function allows to retract the fabric by a pro-
grammable measurement after the awning has been com-
pletely opened, thereby eliminating the unsightly sagging of
the fabric when the awning is open. For further information
see table A10.
– FTC: this function allows to motorise awnings that are kept
taught by means of an automatic hooking mechanism such
as arbour awnings. For further information see table A11.
2
Installation
CAUTION! - Incorrect installation could cause seri-
ous injury.
Proceed as follows to prepare the motor (see fig. 4 - 5 - 6):
01. Position the limit switch crown (E) on the motor (A)
until it fits into the corresponding limit switch ring (F);
make sure that the two grooves match. Push it into
position as shown in fig. 5-(1).
02. Mount the drive wheel (D) on the motor shaft.
03. On NEOMAT-MT fasten the drive wheel with the snap
ring. On NEOMAT-LT fasten the drive wheel with the
M12 nut and washer.
04. Fit the assembled motor into the winding roller until
the crown (E) is fully inserted. Fasten the drive wheel
(D) to the winding roller using the M4x10 screw, so
as to prevent the motor from slipping or sliding axially
(fig. 6).
05. Finally, secure the motor head to the special support (C)
with the spacer (if any), using the clips or split pin (B).
2 – English

2.1 - Electrical connections

CAUTION! - For motor connections, an omnipolar
disconnecting device with a 3-mm minimum dis-
tance between contacts must be provided for dis-
connection from the mains power supply (discon-
necting switch or plug and socket, etc.).
CAUTION! - Carefully follow all the connection
instructions, if you have any doubts do not make
experiments but consult the relevant technical
specifications sheets which are also available on
the web site www.niceforyou.com. An incorrect
connection may be dangerous and cause damage
to the system.
The cable used for the electrical connections of the NEO-
MAT-MT and NEOMAT-LT motors has 6 wires; 3 of the
wires (yellow tag) are for the mains power supply and 3
wires (violet tag) are for the command signals.
To make the electrical connections see fig. B. The con-
nection devices are not supplied with the product.
2.1.1 - Mains power supply
(Brown + Blue + Yellow/Green)
The mains power supply must be connected to the follow-
ing wires: Brown (Phase); Blue (Neutral) and Yellow/Green
(Earth). CAUTION! - Do not connect the mains power
supply (230V or 120V) to the other wires.
2.1.2 - "Step-by-Step" input (White + Black/White)
To manually command the automation system, a simple
button can be connected between the White wire (Step-by-
Step input) and the Black/White wire (Common).The operat-
ing method follows the sequence: up-stop-down-stop.
If the button is kept pressed for more than 3 seconds (but
less than 10) an up manoeuvre is always carried out (cor-
responding to the ▲ button on the transmitters). If the
button is kept pressed for more than 10 seconds a down
ma noeuvre is always carried out (corresponding to the, ▼
button). This function can be used to "synchronise" multi-
ple mo tors to carry out the same manoeuvre, regardless of
their operating status.
2.1.3 - "TTBUS" input (White + Black/White)
"TTBUS" is a Bus that was developed to control individu-
ally motors or control units, up to 100 devices by simply
connecting them in parallel with just 2 wires. Further infor-
mation is contained in the instructions for the remote con-
trols via "TTBUS".
The TTP, TTI and O-ViewTT programmers can be connect-
ed to the TTBUS input making the system management
and programming operations easier; for further informa-
tion, consult the related manuals.
2.1.4 - "F210S Photocell" input (White + Black/White)
The specific F210S photocell can be connected to the
"F120S photocell" input that detects possible obstacles
preventing the lowering manoeuvre. See the F210S photo-
cell instructions manual for further information concerning
connections.
CAUTION! - The Step-by-Step, TTBUS and F210S
inputs are alternative one to the other because each
uses the same White + Black/White wires, therefore
one type of input can be used at a time.
2.1.5 - Weather sensors
(Black/White + Orange/White)
A simple wind sensor (anemometer) or a wind-sun-rain
special sensor can be connected to the "Weather sen-
sors" input between the Common and the Weather sen-
sors input.
If wind sensors are used, up to 5 motors or control units
can be connected to the same sensor, using a parallel
connection (observe signal polarity).
Caution! - Though possible, avoid connecting a sin-
gle sun sensor to more than one motor. In fact if the
thresholds of the various motors are set to the same
value, each motor makes its own measurement and the
automatic movements of the awnings will not be simul-
taneous.
To move multiple motors simultaneously, sensors with their
own specific threshold setting are required, such as the
models Volo ST, Volo S Radio and Nemo.
2.2 - Cable output direction (fig. C)
(For model NEOMAT-LT only) – If it is necessary to
chan ge the cable output direction, simply: 01. Pull the
protection outwards. 02. Bend the cable in the required
direction. 03. Introduce the protection, making sure that it
is securely pushed into its location.