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Quick programming guide for lt rts cmo motor, Factory mode, Figure 1 figure 2 – SOMFY SONESSE 30 RTS User Manual

Page 46

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FACTORY MODE

QUICK PROGRAMMING GUIDE FOR LT RTS CMO MOTOR

DESCRIPTION
The LT RTS CMO is designed for rolling blinds, awnings and shutters.
The LT RTS CMO must be programmed with the Inteo family of transmitters.
The LT RTS CMO motors are compatible with a Soliris and Eolis RTS Sun &
Wind sensors.

This mode allows for rotation direction modification and setting
of the end limits.

STEP 1: Two positions have to be set, the UP and DOWN limits. This is achieved
with the mechanical CMO limit switch unit. Provide power to the motor. Notice
the motor will not respond to any transmitter until a transmitter is assigned
to communicate with the motor receiver. Remove the protective cap exposing
the limit setting buttons on the motor head (replace when finished).

STEP 2: Depress fully both limit switch buttons. They will automatically lock in
the down position (See Figure 2).

BEFORE YOU BEGIN
For initial programming, provide power only to the motor being pro-
grammed. For awning installations, an awning hood is strongly
recommended and a drip loop should be formed to prevent water
from entering the head of the motor as shown in Figure 1.

!

Connect Power To Motor

If hand-held transmitter direction is not properly programmed,
Eolis/Soliris RTS sensor will not function in the manner it was intended.
Damage to motorized window covering and injury may occur as a result.

During installation, it is mandatory to test and verify the motorized
window covering operates in accordance to the commands from
hand-held transmitter.

Installer or user must verify the following Awning Installations
Hand-Held transmitter (DOWN) command:
Awning Installations: = awning moves outward or extends.
Shutter Installations: = shutter moves downward or closes

YELLOW PUSH

BUTTON

WHITE PUSH

BUTTON

YELLOW PUSH

BUTTON

WHITE PUSH

BUTTON

AWNING
HOOD

c

Bla

k

White

n

Gre

e

HOT

NEUTRAL

GROUND

120 V

AC

60 Hz

FIGURE 1

FIGURE 2

43

Drip
Loop