SOMFY LT RTS CMO Setting Instructions Manual

LT RTS CMO MOTOR
Programming and Limit Setting Instructions
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 SENSORS.
Important Installation Tips
A.
For initial programming provide power only to the motor being programmed.
B.
(0.5 second turn of the motor in each direction).
C. The LT RTS CMO motor in Factory Mode will not respond to any transmitter (as it did previously with RTS Motors) until a transmitter is
assigned to communicate with the motor's receiver. To assign a transmitter press its UP & DOWN buttons simultaneously until the motor jogs.
D. Before pressing the programming button on the transmitter, verify the motor directions (if DOWN on the transmitter corresponds to DOWN on
the end-product) and set the end limits of the motor. Refer to section 4.3 of this instruction.
E. The motor is packaged in "FACTORY MODE", and will remain in this mode until the programming button on the transmitter is pressed, thus
putting it into "USER MODE". ROTATION DIRECTION CAN ONLY BE MODIFIED IN "FACTORY MODE".
F. A double power cut cannot be achieved if the motor is still in FACTORY or INSTALLER Mode. First program a transmitter into the memory
of the motor.
G.
WARNING: For the EOLIS/SOLIRIS RTS SENSOR to function properly, the transmitter which is memorized into the motor's receiver must be configured correctly. The DOWN button MUST correspond to DOWN on the end-product. In the case of an awning, it will open or extend the awning. If the UP button extends the awning, the wind sensor will also extend the awning during windy conditions. THIS IS DANGEROUS! Damage and injury could occur. Do not proceed until proper operation of the transmitter is verified.
Power Supply
1
A. All wiring must conform to NEC (National Electrical Code) and local codes.
120 VAC / 60 Hz
B. The LT RTS CMO motors can be wired in PARALLEL.
A means of disconnecting the power at each motor independently should be provided.
C. Power only needs to be supplied to the motor. The receiver is completely
enclosed inside the motor tube.
D. The antenna is internal to the motor.
E. SOMFY Reserves the right to void the motor warranty if wiring
recommendations are not followed.
Transmitters
2
Pictured below are all compatible controls
Motor's memory capacity with Telis, Decora RTS, Telis Soliris: maximum of 12 transmitters plus an additional 3 RTS sensors.
The Master Channel on a 4 channel transmitter can be used as an additional individual channel for a total of 5 channels, without the option of master control of all motors Range: Up to 65 feet from the motor
SOLIRIS SENSOR RTS
EOLIS SENSOR RTS
SIDE
MOTOR WIRING
COLOR CODE
120 VAC CODE
BLACK WHITE GREEN
HOT NEUTRAL GROUND
TELIS 1 RTS
1 CHANNEL
4.7in/120mm
1.8in/45mm
BLACK
WHITE
GROUND
GREEN
4 INDIVIDUAL CHANNELS
& 1 MASTER CHANNEL
UP
STOP
DOWN
CHANNEL
INDICATOR
LED
HOT
NEUTRAL
TELIS 4 RTS
SIDE
0.7in mm/17
60 Hz
120 VAC
CHANNEL
SELECTOR
BACK
-
-
+
+
PROGRAMMING
BUTTON
DECORA RTS 1
SWITCH
DECORA RTS 4
SWITCH
PROGRAMMING
BUTTON
TELIS 1 RTS
TRANSMITTER
TELIS 4 RTS
TRANSMITTER
TELIS SOLIRIS RTS
TRANSMITTER
PROGRAMMING
BUTTON
HOOD
Installation Requirements
3
If the installation is made up of several RTS motors, only one RTS motor must be powered during programming, all other motors must be disconnected. This will avoid interferences during the initial programming of each motor. The mounting distance between 2 motor heads should not be less than 19 inches between RTS motor heads, to avoid possible interference. Use only SOMFY RTS radio controls. In order to avoid water penetration, form a "drip loop" with the power cable and use a hood when required. Use SOMFY accessories (adaptors, brackets, plug ends,...), rated for the motor torque and total weight of the installation.
The motor cable should not act as a direct conduit for the water to enter the head of the motor (form drip loops).
NOTE: SOMFY motors conform to IP44 requirements and as such must be protected against direct weather elements such as rain, sleet,...etc.
Factory Mode
4
This mode allows for setting of the end limitsrotation direction modification and
CONTROLLING THE LT RTS CMO MOTOR WHEN SWITCHING POWER ON FOR FIRST TIME
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 motors receiver.
A) Remove the protective cap covering the limit setting buttons on the motor head,
(replace when finished).
B) Depress fully both limit switch buttons. They will automatically lock in the down
position.
2) Assign the transmitter to communicate with the motor's receiver, push the UP and DOWN buttons on the transmitter SIMULTANEOUSLY.
Release both buttons after the end-product jogs briefly UP/DOWN indicating that this transmitter can operate the motor during programming. The LT RTS CMO motor will now operate in a momentary fashion.
* In case of problems with FACTORY MODE, turn the power off to the motor for 2 sec. and then back on in order to reset it.
3) Check direction of operation. The DOWN button must correspond to DOWN on the end-product. In the case of an awning, it will open or extend the awning. If the direction is wrong, change the direction as shown.
UP
STOP
DOWN
Press the stop button for more than 5 seconds
WARNING: For the to function properly, the transmitter which is memorized into the motor's receiver, must be configured correctly. The DOWN button MUST correspond to DOWN on the end-product. In the case of an awning, it will open or extend the awning. If the UP button extends the awning, the wind sensor will also extend the awning during windy conditions. Damage and injury could occur. Do not proceed until proper operation of the transmitter is verified.
EOLIS/SOLIRIS RTS
THIS IS DANGEROUS!
SENSOR
Release the STOP button when the end-product jogs briefly UP/DOWN indicating that the change has been memorized in the motor. Verify that the change took place before proceeding.
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