SOMFY ROLLIXO RTS Manual

GENERAL INfFORMATION

This product, installed in accordance with this guide, complies with the EN 13241-1 and EN 12453 standards.

The instructions referred to in the product's installation guide and instructions for use are designed to prevent damage to property and personal injury along with compliance with the above standards.

Somfy declares that this product complies with the essential requirements and other relevant provisions of Directive 1999/5/EC. A Declaration of Conformity is available at www.somfy.com/ce (ROLLIXO RTS).

Product can be used in the European Union, Switzerland and Norway.

Description of the Rollixo receiver

Area of application

• Roller garage doors for residential use.
• Compatible with RDO CSI 50 and 60 motors
• External dimensions of the door:
  Height = 4 m maximum
  Width = 6 m maximum

Description of the Rollixo receiver

No.	Description
1	Integrated lighting bulb
2	Receiver cover
3	Receiver cover bolt
4	External programming interface
5	Internal programming interface
6	433.42 MHz aerial
7	Plug-in terminals
8	Cable clamp
9	Cable clamp bolt
10	Alarm bolt
11	Fall protection shunt
12	Safety fuse for motor and integrated lighting
13	Spare fuse
14	E14 - 25W - 230V bulb

Description of the external programming interface

No.	Description	Function
1	Up button	Opening the door
2	STOP Button	Stopping the door
3	Down button	Closing the door
4	Prog Button	Programming radio transmitters
5	Prog Indicator light	Information on radio reception and programming radio transmitters
6	Motor and fall protection warning light	Information on the status of the motor and fall protection
7	Safety edge indicator light	Information on the status of the safety edge and the safety edge transmitter
8	Battery indicator light	Information on the status of the battery and the safety edge transmitter
9	Cell indicator light	Information on the status of the cells

INSTALLATION

Mounting the Rollixo receiver

Ensure the wall plug is at the correct distance. A 2 m mains power cable is supplied with the receiver. It is advisable to install the receiver on the same side of the door as the safety edge transmitter.

1. Remove the integrated light bulb.
   
2. Unscrew and remove the receiver cover.
   
3. Hold the receiver against the wall (lighting facing upwards) and line up with drilled holes.
   
4. Mount the receiver onto the wall.
   

Motor and fall protection wiring

The receiver must not be connected to the mains power supply during connection to the motor.

Motor wiring

1. Connect the motor to the receiver.
   
   Note: the motor's direction of rotation shall then be checked and reversed if necessary.
2. Lock the motor cable with the cable clamp provided.
   
   The motor cable must be placed in the receiver's 230 V insulation area.

Fall protection wiring

If no fall protection is connected, it is essential to create the bridge between terminals 5 and 6 of the receiver (with the shunt supplied

Connecting the receiver to the mains power supply

1. Fully unfold the receiver aerial so that it is pointing downwards.
   
2. Screw the bulb supplied into the receiver.
   
3. Replace and screw in the receiver cover.
   
4. Refit the integrated lighting bulb.
5. Connect the receiver to the mains power supply.
   

All the indicator lights come on and then go out.

If indicator light 1 comes on permanently, fall protection is not connected or incorrectly connected to the receiver.

If indicator light 2 comes on permanently, the safety edge has not been detected by the receiver (radio safety edge transmitter not yet memorised or the wired safety edge is still not connected).

Checking the direction of rotation of the motor and adjustment of the motor end limits

1. Press simultaneously on the and buttons until the motor's up and down movement occurs to enter motor adjustment mode. Indicator light 1 flashes slowly.
   
2. Press button or to check the motor's direction of rotation.
   

• If the motor's direction of rotation is correct, move on to step [3] of the motor end limit setting procedure.
• If the direction of rotation is incorrect, press button until the motor's up and down movement occurs, check the motor's direction of rotation again and move on to step [3] of the motor end limit setting procedure.

3. If the motor end limits are already set, move on to step [8] to exit motor adjustment mode.
   
   If the motor end limits are not set, check that the motor is released: the two push-buttons should be pressed.

Note: The motor end limits can also be set with a setting tool (ref. 9015971). In this case, set the motor end limits with the cable then move on to step [8] to exit motor adjustment mode.

4. Press button to position the garage door in the upper position. Adjust the upper position with buttons and .
   
5. Press the motor's upper end limit push-button.
   
6. Press button to position the garage door in the lower position. Adjust the low position with buttons and .
   
7. Press the motor's low end limit push-button.
   
8. Press simultaneously on the and buttons or press the Prog button until the motor's up and down movement occurs to enter motor adjustment mode.
   
   Indicator light 1 goes out.

INSTALLING AND COMISSIONING AN OPTICAL RADIO SAFETY EDGE

Installing the safety edge and its transmitter

Follow the instructions provided with the optical safety edge transmitter (OSE) and the safety edge installation kit.

Memorising the optical safety edge transmitter

1. Press button Prog on the receiver until the indicator light comes on permanently.
2. Using the tip of a pen, press the transmitter PROG push-button for 4 seconds.
   Indicator light 2 on the receiver goes out and the receiver's Prog indicator light will flash and then go out (this may take a few seconds, the time required for the transmitter and receiver to communicate with each other).
   The transmitter is memorised in the receiver.
   
3. Optional: the lower magnet must be installed if the ground is uneven and causes erratic obstacle detection. Press the button to move the garage door to the bottom position, then secure the lower magnet to the edge of the runner, positioning it in line with the transmitter.
   
   This operation is important. Ensure the alignment is observed.
   Move SW3 dipswitch 1 on the transmitter to ON.

Installing the safety edge and its transmitter

Follow the instructions provided with the resistive safety edge transmitter (ESE) and the safety edge lengthening kit.

Recognising magnets

It is essential that the following procedure is observed to ensure completely safe operation of the door. The door must be in the intermediate position before the magnet recognition procedure can be started.

Do not press the safety edge during the magnet recognition procedure.

Carry out two whole cycles (opening then closing) using buttons

CHECKING OPERATION OF THE RECEIVER

Operation in sequential mode

Integrated lighting
The lamp comes on each time a command is sent to the receiver. It goes out 2 minutes after the door stops.

Orange light
The orange light flashes every time the receiver is controlled, with or without a 2-second warning, depending on the configured parameter setting. It stops flashing when the door stops.

Cells
If the cells are blocked when the door is closed, it stops, then re-opens fully. If the cells are blocked when the door is opened, the door continues its movement.

Safety edge
If the safety edge is activated when the door is closing, it stops then re-opens partially. If the safety edge is activated while the door is opening, it continues its movement.

Alarm (optional)
The alarm is triggered for 2 minutes if the door is fully closed and raised manually. No movement of the door is possible when the alarm is sounding. When the alarm sounds, press a button on a remote control memorised in the receiver to stop it.

The alarm can only be stopped with a memorised remote control.

CONNECTING ADDITIONAL DEVICES

General wiring diagram

Terminal	Type of terminal	Connection	Comments
1 2 3 4	Earth L1 Neutral L2	RDO CSI 50 or 60 motor
5 6	Contact Shared	Fall protection - NC contact
7 8 9	Contact 12 Vdc 0 Vdc	Safety edge safety input 12 Vdc safety edge power supply	Wired resistive safety edge (terminals 7 - 8) Wired optical safety edge (terminals 7 - 8 - 9)
10 11	Contact Shared	NO contact
12 13	24 Vdc 0 Vdc	24V - 3.5 W orange light output	Maximum 4 W bulb
14 15	24 Vdc 0 Vdc	TX cell 24 V power supply	Transmitting photoelectric cell/Reflex photocell power supply
16 17 18 19 20	24 Vdc 0 Vdc Shared Contact Test output	RX cell 24 V power supply Cell safety input (NC) Cell safety test output	Receiving photoelectric cell power supply Reflex photocell self-test
22		433.42 MHz aerial	Do not connect an offset aerial (incompatible)

Parameter setting for wiring options

Dipswitch	Possible parameter setting	ON	OFF
1	Cell self-test	Activated	Deactivated
2	Choice of cell type	Photoelectric	Reflex photocell
3	2-second orange light warning	Activated	Deactivated
4	Choice of wired safety edge type	Resistive	Optical
5	Alarm operation	Activated	Deactivated
6	Do not use

Description of the various additional devices

Photoelectric cells
Note: In accordance with standard EN 12453 governing the safe use of motorised gates and doors, the use of the TAHOMA control box to automatically control a garage door or gate not visible to the user requires the installation of a photoelectric cell type safety device with autotest on the automatic control system.

	Receiver		Comments
	Dipswitch 1	Dipswitch 2
Without auto-test	OFF	ON	Requires checking for correct operation every 6 months.
With auto-test	ON	ON	Enables an automatic test to be carried out to check the operation of the photoelectric cells each time the door moves. If the operational test is negative, closure is in downgraded mode (press and hold down ).

If cells are removed, it is essential to create a bridge between terminals 18 and 19. It is compulsory to install photoelectric cells if:

• the automatic control device is being controlled remotely (user unable to see it),
• automatic closure is activated.

Reflex photocell
Note: In accordance with standard EN 12453 governing the safe use of motorised gates and doors, the use of the TAHOMA control box to automatically control a garage door or gate not visible to the user requires the installation of a photoelectric cell type safety device with autotest on the automatic control system.

	Receiver		Comments
	Dipswitch 1	Dipswitch 2
Without auto-test	OFF	OFF	Requires checking for correct operation every 6 months.
With auto-test	ON	OFF	Allows an automatic test to be carried out to check the operation of the photoelectric cells each time the door moves. If the operational test is negative, closure is in downgraded mode (press and hold down ).

If cells are removed, it is essential to create a bridge between terminals 18 and 19. It is compulsory to install photoelectric cells if:

• the automatic control device is being controlled remotely (user unable to see it),
• automatic closure is activated.

Optical wired safety edge - Dipswitch 4 receiver set at OFF

If a wired safety edge replaces a radio safety edge, the radio safety edge transmitter must be cleared to ensure the wired safety edge is taken into account.

Resistive wired safety edge - Dipswitch 4 receiver set to ON

If a wired safety edge replaces a radio safety edge, the radio safety edge transmitter must be cleared to ensure the wired safety edge is taken into account.

Orange LED (part no. 9017842)
Dipswitch 3 receiver set to ON → 2-second warning activated
Dipswitch 3 receiver set to OFF → No warning

Key lock
Successive presses cause the motor to move (initial position: door closed) as per the following cycle: open, stop, close, stop, open, etc.

Alarm
It is essential to have programmed at least one remote control. The alarm can only be stopped with a memorised remote control.

• Installing and connecting the alarm
  Mount the alarm to the receiver with the bolt provided. Connect the alarm connector.
• Activating/Deactivating the alarm
  Dipswitch 5 receiver set to ON → Alarm activated
  Dipswitch 5 receiver set to OFF → Alarm deactivated or not connected
• Alarm operation
  The alarm is triggered for 2 minutes if the door is raised manually. No movement of the door is possible when the alarm is sounding. When the alarm sounds, press a button on a remote control memorised in the receiver to stop it. The alarm can only be stopped with a memorised remote control.
• Alarm operation test
  
  Press simultaneously on buttons and on the receiver. The alarm triggers briefly to indicate that it is activated.
• Optional: lower magnet
  A lower magnet may be installed if the alarm sounds erratically.

ADVANCED PARAMETER SETTING

Different operating modes

2 operating modes are available:

Sequential (default mode)	Each press on the remote control causes the motor to move (initial position: door closed) as per the following cycle: open, stop, close, stop, open, etc.
Semi-automatic	In semi-automatic mode: pressing a button on the remote control during opening has no effect, pressing a button on the remote control during closing causes it to reopen.

2 automatic closure options are available for the door:

Closure time delay

With automatic closure time delay: the door is closed automatically after the programmed time delay has elapsed (20 s, by default), pressing a button on the remote control interrupts the movement taking place and the closure time delay (the door remains open).

Cell locking

After the door is opened, movement in front of the cells (safe closure) will close the door after a short timed delay (fixed at 5 seconds). If there is no movement in front of the cells, the door will close automatically after the programmed closure time delay (20 s, by default). If there is an obstacle in the cells' detection zone, the door will not close. It will close once the obstacle is removed.

Note: by default, no automatic closure option for the door is activated.

The installation of photoelectric cells is mandatory in the event that an automatic closure option is activated.

Programming operating modes

Changing the operating mode
Briefly press the M button to switch from sequential mode to semi-automatic mode.

Indicator lights			Mode activated
M1	M2	M3
			Sequential
			Semi-automatic

Note: M3 indicator light, unused

Activating automatic closure
Short press on the T button to activate automatic closure.

Indicator light	Automatic closure option activated
	Closure time delay
	Cell locking
	No option active

Modification of the automatic closure time delay

The automatic closure time delay can be adjusted from 5 seconds to 2 minutes (20 seconds by default)

To modify the automatic closure time delay, one or other of the automatic closure options must be activated.

1. Run the timer by pressing and holding down the T button for 2 seconds.
   Indicator light flashes rapidly.
2. Stop the timer by briefly pressing the T button when the desired time delay is obtained.
   Indicator light flashes slowly or comes on permanently.

MEMORISING THE REMOTE CONTROLS

Memorising 2 or 4-button remote controls

1. Press button Prog on the receiver until the indicator light comes on permanently.
2. Press a button on the remote control to be memorised within a maximum time delay of 2 minutes. The indicator light above button Prog on the receiver flashes; the remote control is memorised in the receiver.

Memorising 3-button remote controls

1. Press button Prog on the receiver until the indicator light above it comes on permanently.
2. Press the PROG button on the back of the remote control to be memorised within a maximum of 2 minutes.
   The indicator light above button Prog on the receiver flashes; the remote control is memorised in the receiver.

Memorising by copying a previously memorised remote control

This operation must be carried out close to the receiver.

With an Rts keygo

With a 3-button remote control

A = remote control "source" already memorised
B = remote control "target" to be memorised

MEMORISING SAFETY EDGE TRANSMITTERS

Memorising a new radio safety edge transmitter overwrites the previous transmitter.

Memorising a resistive safety edge transmitter

The transmitter must already be installed and the resistive safety edge must be connected to the transmitter.

1. Press button on the receiver until the indicator light comes on Prog permanently.
2. Press the button on the back of the safety edge transmitter 5 times. The safety edge transmitter indicator light comes on with each press and after the 5th press remains constantly lit for 4 seconds and then flashes for 4 seconds.
   Indicator light 2 on the receiver goes out and the receiver Prog indicator light will flash and then go out (this may take a few seconds, the time required for the transmitter and receiver to communicate with each other). The transmitter is memorised in the receiver.
3. Restart the magnet recognition procedure.

Memorising an optical safety edge transmitter

1. Press button on the receiver until the indicator light comes on Prog permanently.
2. Using the tip of a pen, press the transmitter PROG push-button for 4 seconds.
   Indicator light 2 on the receiver goes out and the receiver Prog indicator light will flash and then go out (this may take a few seconds, the time required for the transmitter and receiver to communicate with each other). The transmitter is memorised in the receiver.

CLEARING THE REMOTE CONTROLS

Clearing a remote control
Executing "Remote control memorisation" procedures on an already memorised remote control clears it.

Clearing all remote controls
Press button Prog on the receiver (for approximately 7 seconds) until the indicator light above it goes out. Release button Prog on the receiver when the indicator light goes out; the indicator light flashes slowly. All memorised remote controls will be cleared.

CLEARING SAFETY EDGE TRANSMITTERS

Press button Prog on the receiver (for approximately 14 s) until the indicator light above it goes out. Release button Prog on the receiver during rapid flashing of the indicator light; the indicator light flashes slowly. The safety edge transmitter is cleared.

LOCKING THE PROGRAMMING BUTTONS

DIAGNOSTCS

Receiver

Indicator light status		Meaning
	Off	Functional installation
	Slow flashing	Waiting for an action/adjustment
	Rapid flashing	Deactivation/activation in progress
	Permanently lit	Installation fault/failure

Indicator light status

Diagnostics

Consequences

Actions/troubleshooting

Prog

Fall protection

Fall protection is not connected or there is no bridge on the connector if fall protection is connected to the shared motor terminal

No movement possible

Check the fall protection wiring.

Fall protection triggered

Check the installation and replace the fall protection.

Motor

Incorrectly wired motor

No movement possible

Check the motor wiring.

Fall protection triggered (when fall protection is connected to the shared motor terminal)

Check the installation and replace the fall protection.

Activated motor thermal protection

Wait around 10 minutes.

Faulty motor or fuse blown

No movement possible and integrated lighting off

Check the condition of the fuse and replace it if necessary. If the motor still does not work, replace it.

Waiting for motor adjustment

Set the motor end limits. Set the motor end limits.

Optical wired safety edge

Optical wired safety edge failure

Opening ok Closed by pressing and holding down

Check the type of safety edge connected (optical wired safety edge, dipswitch no.4 set to OFF); if the wired safety edge is resistive, move dipswitch no.4 to ON. Check the safety edge wiring. Check that no radio safety edge transmitter is memorised in the receiver. If a radio safety edge transmitter is memorised in the receiver, clear it.

Resistive wired safety edge

Resistive wired safety edge failure

Opening ok Closed by pressing and holding down

Check the type of safety edge connected (resistive wired safety edge, dipswitch no.4 set to ON); if the connected safety edge is resistive, move dipswitch no.4 to OFF. Check the safety edge wiring. Check that no radio safety edge transmitter is memorised in the receiver. If a radio safety edge transmitter is memorised in the receiver, clear it.

Radio safety edge

Radio safety edge failure

Opening ok Closed by pressing and holding down

Request movement again and if the problem persists: See radio safety edge transmitters for diagnostics. Repeat the safety edge transmitter memorisation procedure on the receiver.

Radio interference on the safety edge transmitter

Opening and stopping ok Closed by pressing and holding down: the closing movement will automatically resume when the radio interference disappears.

If a powerful radio system is present on the site (infrared detector, TV transmitter, etc.) and is transmitting on the same frequency, the receiver will wait for the transmission to end to before controlling the door again.

Magnets missing if the resistive safety edge transmitter is installed

Opening ok Closed by pressing and holding down

Check for the presence of magnets and install them if required.

End of life of the safety edge transmitter batteries

Opening ok Closed by pressing and holding down

Safety edge transmitter low battery indication. If the fault persists, replace the safety edge transmitter batteries.

Obstacle detection

Remove the obstacle by automatic partial opening

Check that no obstacle is causing the safety edge to detect.

Photoelectric cells

Cell fault

Opening ok Closed by pressing and holding down

If no cells are installed, check that the connector (terminals 18 and 19) is bridged. If cells are installed: Check that no obstacle is cutting across the cell beam Check the position of dipswitch no.2 in accordance with the type of cell Check the cell wiring

Bridged cell connector

Opening ok Closed by pressing and holding down

If no cells are installed and cell connectors are bridged (terminals 18 and 19), check that dipswitch no.1 is set to OFF.

Obstacle detection

Remove the obstacle by full automatic opening

Check that no obstacle is cutting across the cell beam

Radio

Radio frame received from a recognised transmitter

Resistive safety edge transmitter (ESE)

Press the button on the back of the transmitter once.

The transmitter indicator light will come on:

If the indicator light flashes:

6 times → the safety edge is faulty (short-circuit).

8 times → the safety edge has not been correctly lengthened (open circuit).

Optical safety edge transmitter (OSE)

Press the PROG SW4 button on the safety edge transmitter. Press it down until the indicator light goes out (the indicator light is permanently lit while the button is pressed).

The transmitter indicator light will illuminate:

• first green to provide information on the assembly configuration
• then red to indicate any faults.

Transmitter indicator light
Status	Diagnostics	Repair / Actions
1 green flash	Operation without magnet (default)	Check that there are no magnets installed on the door runner.
2 green flashes	Operation with lower magnet only	Check for the presence of magnet(s) on the door runner. Check that the safety edge transmitter and the magnet(s) are installed on the right-hand side of the door. Perform the installation with magnet procedure again.
3 green flashes	Operation with upper magnet only
4 green flashes	Operation with upper and lower magnets
Permanently red	Faulty OSE transmitter	See table below to identify the fault.
OSE transmitter indicator light fixed red: transmitter faulty
Actions	Transmitter indicator light status	Result/troubleshooting
Open the OSE transmitter housing. Remove and refit the battery	LED 1 and LED 2: flash green once then flash orange for 1 to 30 seconds, then flash green for 5 seconds.	The battery and the transmitter are operating correctly. If the problem persists, replace the battery (part no. 1782078).
	LED 1 and LED 2: flash orange for 1 to 2 minutes	The battery is low, replace it (part no. 1782078).
	LED 1 and LED 2 remain off	The OSE transmitter is no longer operating and must be replaced (ref. 1781245). Follow the instructions provided with the OSE transmitter then carry out commissioning as described on.
Open the OSE transmitter housing. Press button SW2 until LED 1 lights up permanently red.	LED 1 and LED 2 remain off
	LED 1 and LED 2 light up red briefly	Check that the rubber on the safety edge is not crushed and repeat the check. Check the photoelectric sensor wiring and repeat the check. If the problem persists, replace the optical cells by following the instructions provided with the cells. Photoelectric sensors: for a strip of 3 m max.: ref. 9016767 for a strip of 7 m max.: ref. 9015560
	LED 1 lights up green then LED 2 lights up permanently green for 8 seconds.	The OSE transmitter and the photoelectric sensors are operating correctly. If the problem persists, replace the battery (part no. 1782078).

GENERAL TECHNICAL

SPECIFICATIONS
Power supply	196-253 V 50-60 Hz
Electrical insulation	Category 1
Maximum motor output Safety fuse for motor and integrated lighting	230 V - 1250 W 5 AT - 250 V - spare fuse supplied
Somfy radio frequency	433.42 MHz
Number of storable remote controls	32
Operating temperature	-20°C/+60°C
Protection rating	IP 20
CONNECTIONS
Mains power supply cable	2 m - IEC sheet (phase-neutral-earth)
Integrated courtesy lighting	E14 - 25W max. - 230V
Safety inputs	3 inputs for: Wired safety edge: optical, resistive Fall protection device Photoelectric cells
Self-test output for safety devices	For cells
Wired control input	NO dry contact - sequential operation
Orange light	24V - 4W max.
Alarm siren output	Yes
OPEARATION
Control buttons	Up-Stop-Down buttons in the control panel
Automatic closing mode	Yes
Downgraded operation mode control	Automatically activated when lowering if a fault is detected on a safety device
Maintenance assistance	Real time status with 5 indicator lights