Motolux RF Installation manual

Australian owned
Australian designed
Motolux is a world-class manufacturer of motorisation products and systems dedicated to window covering markets
worldwide. A designer and manufacturer of a fully integrated range of motorisation solutions, Motolux products are
suitable for commercial or residential use. Our high quality product range is streamlined to simplify the process of
manufacturing, installation and ongoing maintenance of almost any type of motorised window covering product. 61 (0)3 9876 0400
[email protected]
www.motolux.com.au
Ordering Information
Australia / New Zealand
Note: This procedure only works on a motor that is not already paired to a remote control or channel.
The Motolux RF motor goes back to basics, with only simple PAIRING required between the motor and remote control. Limit
setting is via allen key. (see page 2 for details).
To Pair the Motor with a Remote/Channel
1. Power must be turned off to the motor.
2. Press the UP (top) button for more than 3 seconds on the remote control to go into pairing mode and continue to hold the
UP button.
3. While still holding the UP button, turn the power to the motor on. The motor will jog, then jog again, you may release
the up button now.
4. Select the channel required on the remote (no channel selection is required on single channel remote) and press
briey the UP (top) button. The motor will jog when the remote is paired.
1. Press and hold the STOP (middle) button of the programmed remote/channel for 7 seconds. The motor will jog.
2. Press briey the DOWN (bottom) button within 10 seconds. The motor will jog.
1. Press and hold the STOP (middle) button for more than 3 seconds to set the motor in programming mode. The motor will jog
once in programming mode.
2. Within 30 seconds, using a paperclip or similar, press and hold the programming button found on the back of the remote
control for more than 3 seconds. (The motor will jog, then jog again.)
1. Using a remote or channel ALREADY PROGRAMMED to the motor, press and hold the STOP (middle) button for more than
3 seconds to set the motor in programming mode. The motor will jog.
2. Press briey the UP button on the NEW remote/channel within 10 seconds. The motor will jog when the new remote or
channel is paired.
1. On the remote or channel to be deleted, press and hold the STOP (middle) button more than 3 seconds to set the motor in
programming mode. The motor will jog once in programming mode.
2. Using a paperclip or similar, within 10 seconds, press the programming button on the back of the remote control for three
seconds. The motor jog when the remote or channel is deleted.
To Change the Rotation Direction
To Return to Factory Mode
To Add a New Remote or Channel
To Delete a Remote or Channel
PROGRAMMING INSTRUCTIONS 1/3
REVISION 2 - 2020
35mmRFTUBULARMECHANICALLIMITMOTOR-802132000(MT35R-6-28-240/50)

Australian owned
Australian designed
Motolux is a world-class manufacturer of motorisation products and systems dedicated to window covering markets
worldwide. A designer and manufacturer of a fully integrated range of motorisation solutions, Motolux products are
suitable for commercial or residential use. Our high quality product range is streamlined to simplify the process of
manufacturing, installation and ongoing maintenance of almost any type of motorised window covering product. 61 (0)3 9876 0400
[email protected]
www.motolux.com.au
Ordering Information
Australia / New Zealand
Hiding and Unhiding Channels on a Multi-Channel Remote
1. Locate the program button or “learn button” on the remote control.
2. Using a paperclip or something similar, give the program button a very quick push (do not hold in), you will notice the channel
light ashing either very fast or slow steady ash.
FLASHING FAST = Channel Hidden FLASHING SLOW = Channel Visible
3. While the channel is ashing, press the STOP button, this will change the rate of ashing to either very fast or slow
meaning that the channel is hidden or visible.
4. Now give the program button on the program button a very quick press to exit to save.
PROGRAMMING INSTRUCTIONS 2/3
Note: It is NOT possible to set the limits using the remote control.
Limits can only be set directly on the motor using the plastic limit setting tool supplied with the motor.
DO NOT use any highspeed tool (eg drill or electric screwdriver) to set the limits— Doing so can strip out internal parts
and may void the warranty.
Setting Limits
Note the small white triangular arrow—this always points towards the bottom limit, in the
direction the blind is rolling.
Arrow pointing up is the top limit.
If the blind was reverse rolled, then the arrow pointing up would in fact be pointing towards the
bottom bar in the direction the blind would be travelling and so would adjust the bottom limit.
How to Determine Which Dial Relates to Which Limit
REVISION 2 - 2020
35mmRFTUBULARMECHANICALLIMITMOTOR-802132000(MT35R-6-28-240/50)

Australian owned
Australian designed
Motolux creates world-class motorisation products and systems, dedicated to window covering markets worldwide.
Designed to enable fully integrated motorisation solutions, Motolux products are suitable for commercial or residential
use. Our product range is streamlined to simplify the process of manufacturing, installation and ongoing maintenance
of all major types of motorised window covering products. 61 (0)3 9876 0400
[email protected]
www.motolux.com.au
Ordering Information
Australia / New Zealand
PROGRAMMING INSTRUCTIONS 3/3
Motor to the left, standard (back) roll
Motor to the left, front roll
Top Limit
Bottom Limit
Top Limit
Bottom Limit
Motor to the right, standard (back) roll
Motor to the right, front roll
To increase the limit, turn the dial in the plus
direction (ie anticlockwise)
To decrease the limit, turn the dial in the minus
direction, ( ie clockwise)
Motolox motors have a thermal cut out at 110ºC, which means they will comfortably run for 4-6 minutes before cutting out for
safety reasons. After cooling for 10 minutes, the motor can be used again.
35mm RF TUBULAR MECHANICAL LIMIT MOTOR
802132000 (MT35R-6-28-240/50)
REVISION 2 - 2020
RF Remote Operation