RM10MMB - Electric motor Superrollo - Free user manual and instructions

USER MANUAL RM10MMB Superrollo

Rohrmotor RM10MSB/RM10MMB/RM20MMB/RM30MMB

3D rendering of a cylindrical mechanical component with flanged ends and a central shaft (no text or symbols visible)

BA20906-1 (10.2022)

Art.-Nr.: SR20906, SR20915, SR20925, SR20935

D Montage- und Bedienungsanleitung ...... Seite 3
GB Installation and operating instructions ...... Page 17
NL Montage- en bedieningshandleiding ...... Pagina 31
F Notice de montage et d'utilisation ...... Page 45
I Istruzioni di montaggio e d'uso ...... Pagina 59
E Instrucciones de montaje y uso ...... Página 73

Inhaltsverzeichnis

Übersicht 3

Vorwort 4

Technical diagram of a mechanical device with numbered components for identification

Exploded view diagram of a mechanical assembly with numbered parts for identification

D P Y X ① ② ③

ACHTUNG

Technical diagram of a mechanical assembly with numbered components and directional arrow indicating flow or movement.

Technical diagram showing three mechanical components with numbered labels and directional arrows indicating assembly or operation.

ACHTUNG

Technical diagram showing two mechanical components with numbered parts and an arrow indicating direction of movement or assembly.

Technical diagram of a mechanical component with numbered parts and directional arrow indicating assembly or flow

Technical diagram of a mechanical component with labeled parts 1 and 2, showing a directional arrow indicating motion or flow.

Diagram showing a mechanical component with numbered parts and directional arrow, labeled as part 2.

Technical diagram of a mechanical assembly with numbered components and an arrow indicating direction

Technical diagram of a mechanical assembly with numbered components and a downward arrow indicating a specific feature.

Mechanical component diagram showing a lever and pin assembly (no text or symbols)

Mechanical assembly diagram showing a U-shaped pipe joint with bolts and a connecting rod (no text or symbols)

Technical diagram showing a mechanical assembly with labeled parts 1 and 2, including an arrow indicating direction.

Technical diagram showing a mechanical component with labeled parts and directional arrows, likely illustrating a machining or assembly process.

Technical diagram showing a mechanical assembly with labeled parts and directional arrow indicating rotation or movement.

Technical diagram of a mechanical assembly with numbered components, likely illustrating a rail or guide mechanism.

Diagram showing mechanical or electrical component with labeled parts and directional arrows indicating movement or force

Mechanical assembly diagram showing a cylindrical component with a connecting rod and rotating arm (no text or symbols)

Mechanical assembly diagram showing a shaft and housing with a rotating knob (no text or symbols)

Basic safety instructions....18

Description of the device....19

Installing the device 20

Connecting the device 23

Starting up the device....24

Rectifying malfunctions....26

Dismantling the device 29

Disposing of the device 29

Technical data....30

Accessories 30

Simplified EU Declaration of Conformity 30

Overview

Technical diagram of a mechanical device with numbered components for identification

① Counter bearing*
② Ball bearing*
③ Roller capsule*
④ Securing spring*
⑤ Driver
⑥ Tubular motor
⑦ Adapter

⑧ Driving head
⑨ Drive bearing
⑩ Remote control
⑪ Motor cable
⑫ Roller shutter curtain*
⑬ Winding shaft*

The figure shows the tubular motor in its installation situation. The parts marked * do not form part of the scope of delivery.

Preface

These operating instructions describe the installation, the electrical connection and the operation of the RM10MSB/RM10MMB/RM20MMB/RM30MMB electronic tubular motors. Read through these operating instructions carefully prior to installation and initial operation and, in particular, follow the safety instructions!

These instructions help you to make

■ proper,
■ safe and
■ advantageous

use of the RM10MSB/RM10MMB/RM20MMB/RM30MMB electronic tubular motors, briefly referred to as the motor.

These instructions describe the installation and use of the tubular motor with the necessary superrollo accessories. The term device is used in these instructions for the tubular motor in combination with the accessories.

These operating instructions are intended for the following persons:

■ Persons who install this device,
■ Persons who connect this device,
■ Persons who operate this device,
■ Persons who maintain this device or
■ Persons who dispose of this device.

Each of these persons must have read and understood the entire content of these operating instructions.

All activities on and with this device may only be carried out to the extent that they are described in these operating instructions.

The warranty expires in the event of damage caused by non-observance of these instructions. superrollo accepts no liability for subsequent damage.

Availability

These operating instructions form part of the product. Always store these operating instructions in the vicinity of the device. Pass the operating instructions on if you sell the device or forward it an any other manner.

Structural features of these operating instructions

Defined structural features are assigned to the various elements within the operating instructions. You can therefore easily determine the type of text which this involves:

Normal text,

Cross references,

DIRECTIONS OF ROTATION OF THE ADJUSTER SCREWS,

■ Lists or

➢ Action steps.

Notices with this symbol contain information on economical use of the device.

Basic safety instructions

Proper use

The device is used exclusively for raising and lowering smoothly running roller shutters and awnings.

Avoiding electric shocks

■ Have connection to the mains and all work on the voltage supply carried out by a qualified, trained specialist electrician only.
■ Only connect the device to a 230 V\~50 Hz current connection which is fused in the building.
- Carry out all installation and connection work in voltage-free condition.
■ If cables or electrical facilities which are not required are present at the installation location, remove these or decommission them.
■ Before installing the motor, remove all cables and electrical facilities which are not required for operation or decommission them.
■ Route the motor cable internally in the empty tube, observing the local electrical regulations, up to the junction box.
■ In the event of malfunctions, disconnect the device from the mains power supply.
■ Before opening the roller shutter box, disconnect the device from the mains power supply.
■ Prior to cleaning work on the roller shutter, disconnect the device from the mains power supply.
■ Do not store the motor together with acid, alkaline substances or dirty or eroded materials.
■ Make sure that the device does not become moist and is not located in a vapourous environment during transportation, storage and use.
■ Do not use the motor for garage doors in public buildings.
■ Do not touch the mains power cable with moist hands.
■ Never unscrew the device's housing.
■ Never use a defective device. If your device is defective, contact the customer service.
■ In the event of use in damp rooms, observe DIN VDE 0100, Parts 701 and 702.

Avoiding risk of injury

■ Make sure that the roller shutter box is closed when the device is in operation.
■ Make sure that no persons are located beneath the roller shutter when the roller shutter is being lowered.
■ Make sure that children do not play with the remote control.
■ Make sure that no persons can be injured by the roller shutter slipping down during installation work.
■ Lower the roller shutter completely prior to installation work or support the roller shutter.
■ Only use the device with roller shutters whose weight is appropriate for the tubular motor. Information on this can be found in the section entitled Permissible roller shutter areas and weights from page 20.
■ Regularly check the device for imbalance, damage and worn cables and springs.
■ Only use the device in flawless condition.
■ Do not start the motor too frequently, and do not overload it.
■ Only turn the adjustment knob or the drive bushing in operating mode.

■ Use only genuine replacement parts and accessories from superrollo. Information on this can be found in the chapter entitled Accessories from page 30
■ Make sure that repairs on the device are only carried out by the superrollo customer service.
In particular, observe DIN 12045 - additional protective facilities and terminations for facades and wall openings which are equipped with windows and French windows.

Avoiding being locked out

■ Make sure that you are located inside the building when a door's roller shutter is automatically closed.

Avoiding damage

■ Use the device in dry rooms only.
■ Only connect the device to a 230 V\~50 Hz current connection which is fused in the building.
■ Use the device with smoothly running roller shutters only.
■ Use only genuine replacement parts and accessories from superrollo.

Structural features of the information on dangers

The following categories of information on dangers are contained in these operating instructions:

DANGER

Notices containing the word DANGER warn of a hazardous situation which leads to death or severe injuries.

WARNING

Notices containing the word WARNING warn of a hazardous situation which may possibly lead to death or severe injuries.

CAUTION

Notices containing the word CAUTION warn of a situation which leads to slight or moderate injuries.

Structural features of notices regarding material and environmental damage

ATTENTION

These notices warn of a situation which leads to material or environmental damage.

Description of the device

Scope of delivery

Exploded view diagram of a mechanical assembly with numbered parts for identification

① Tubular motor

② Adjustment tool

③ Driver

④ Securing clip

⑤ 2 x cotter pin

⑥ Drive bearing

⑦ Adapter

⑧ Remote control

Functions

The device can be used to open and close roller shutters and awnings.

In order to carry out these functions, the tubular motor must be installed together with the following superrollo accessories in the roller shutter box:

■ Winding shaft
■ Roller capsule
■ Ball bearing
■ Counter bearing
■ Securing springs.

Information on the superrollo accessories can be found in the chapter entitled Accessories from page 30.

Permissible roller shutter areas and weights

The following table shows the roller shutter area permissible for the relevant motor depending on the profile weight. The maximum roller shutter weight is additionally listed.

Article No.	Max. roller shutter area (m2)		Max. roller shutter weight (kg)
	4 kg/m2	7 kg/m2
RM10MSB	3.5	2.5	20
RM10MMB	3.5	2.0	20
RM20MMB	6.5	4.0	40
RM30MMB	10	6.0	60

➢ Make sure that the maximum roller shutter area and the maximum roller shutter weight are not exceeded.

Safety functions

The tubular motor is designed for short-term operation (four minutes). In order to avoid damage to the motor, the motor shuts off automatically on exceeding this period of time or in the event of frequent switching.

Safety shut-off may be attributable to various causes. Before the device is started up again, you may have to rectify the cause. Information on possible causes and their rectification can be found in the chapter entitled Rectifying malfunctions from page 26.

▶ Rectify the cause if necessary.
- Allow the motor to cool for approx. 20 minutes.

If function remains impossible following these measures, contact the superrollo customer service.

Installing the device

Prior to installation

The following prerequisites must be met in order to be able to install the device:

■ The roller shutter box cover must be easily accessible and removable.
■ A 230 V\~50 Hz current connection with an isolating facility (fuse) in the building must be available at the installation location.
■ The weight of the roller shutter must be appropriate for the tubular motor. Information on the permissible roller shutter weight can be found in the section entitled Permissible roller shutter areas and weights from page 20.
■ The required superrollo accessories must be available. Information on the superrollo accessories can be found in the chapter entitled Accessories from page 30.

▶ Check the scope of delivery for damage.
➢ Do not operate the device if you discover damage on the device.
If damage is discovered on the device, contact the superrollo customer service.

Required tools

The following tools and fasteners are required to install the device:

■ Pencil
■ Spirit level
■ Metal cutting saw
■ File
Drill
■ 8 mm masonry drill bit
■ 8 mm plugs
■ Screws
■ Phillips screwdriver
■ Enclosed adjustment tool.

■ Folding meter rule or measuring tape

Installing the bearings

The motor's driving head can be installed on the right- or left-hand side of the roller shutter box. Installation on the right-hand side is described in these instructions.

The following points must be observed when installing the bearings:

■ The bearings must be aligned horizontally.
■ The roller shutter must be able to run vertically in the guide rail.
■ The roller shutter curtain must have sufficient space on all sides when rolled up in the roller shutter box.
■ The tubular motor adjuster screws must be easily accessible following installation.
■ In order to allow water to drip off, the motor cable must be routed downwards in a loop directly before the motor.

In order to determine bearing position P in the roller shutter box, measure and calculate the following dimensions:

D Diameter of the rolled up roller shutter

X D/2 Distance between the bearing position P and the centre of the guide rail (3)

Y >X Distance between the bearing position P and the bottom of the roller shutter box. So that the roller shutter has sufficient clearance, Y must be greater than X.

D P Y X 1 2 3

ATTENTION

Damage to the tubular motor due to the roller shutter being rolled up slanted.

Make sure that the device is installed horizontally.

Using a pencil, mark the bearing positions P on the right and left inner sides of the roller shutter box.
Make sure that the marks are aligned horizontally.
➢ Hold the bearings centrally on the marks.
Mark the holes to be drilled using a pencil.
➢ Drill the holes using an 8 mm drill bit.
Insert the plugs.
Screw the bearings down tightly.

Sawing the winding shaft to length

In order to determine the length L of the winding shaft, measure and calculate the following dimensions:

A Clear width of the roller shutter box
B b1+b2+b3
b1 Depth of the counter bearing
b2 Width of the roller capsule limit stop
b3 1/3 of the roller capsule shaft length
C c1+c2+c3
c1 Depth of the adapter limit stop
c2 Depth of the driving head
c3 Depth of the drive bearing
L A-(B+C)

L B A C

b1 b2 b3 B c1 c2 c3 C

➢ Using a pencil, mark the length L on the winding shaft.
➢ Saw the winding shaft to length at a right angle using a metal cutting saw.
➢ Deburr the inner and outer edges using a file.

Assembling the device

➢ Slide the adapter (1) with the groove over the limit ring (2) spring on the driving head (3).

Technical diagram of a mechanical assembly with numbered components and directional arrow indicating motion or flow.

➢ 1. Slide the driver (1) up to the limit stop onto the tubular motor's axle pin (2).
➢ 2. Secure the driver with the enclosed securing clip (3).

Technical diagram showing three stages of a mechanical assembly with numbered components and directional arrows indicating motion.

ATTENTION

Damage to the tubular motor due to forcefully driving into the winding shaft.

➢ Never drive the tubular motor into the winding shaft using force.

➢ 1. Slide the tubular motor with the driver (1) into the winding shaft (2).
➢ 2. Slide the winding shaft up to the adapter's limit stop (3) on the driving head (4).
➢ Make sure that the adapter does not slip from the driving head limit ring.

Technical diagram showing two mechanical components with numbered parts and an arrow indicating direction of movement or assembly.

Technical diagram of a mechanical component with numbered parts and directional arrow indicating flow or movement

➢ 1. Slide the roller capsule (1) up to the limit stop in the winding shaft (2).
➢ 2. Place the ball bearing (3) onto the roller capsule axle pin (4).

Technical diagram of a mechanical component with labeled parts 1 and 2, showing a directional arrow indicating flow or movement.

Diagram showing a mechanical component with numbered parts and an arrow indicating direction, labeled as part 2.

In order to be able to install the device in the roller shutter box, the roller capsule must first be inserted up to the limit stop into the winding shaft. It is then pulled out until the device fits precisely into the roller shutter box.

Installing the device in the roller shutter box

➢ Insert the driving head axle pin (1) into the hole in the drive bearing (2).
➢ Make sure that the adjuster screws (3) are accessible.
Make sure that the motor cable (4) is routed downwards.

Technical diagram showing a mechanical assembly with numbered components and an arrow indicating direction of movement or transformation.

➢ Insert the cotter pin (1) through the securing hole (2) in the axle pin.

Technical diagram of a mechanical assembly with labeled parts 1 and 2, showing a bolted joint and mounting bracket.

➢ 1. Pull the roller capsule (1) out of the winding shaft (2) until the ball bearing (4) fits into the counter bearing (3).
➢ 2. Insert the ball bearing into the counter bearing.
3. Screw the winding shaft down tightly on the roller capsule.

Diagram of a mechanical component with numbered parts and directional arrows indicating movement or assembly.

Mechanical component diagram showing a shaft and housing with a downward arrow labeled '3.' (no text or symbols on the main diagram)

Make sure that the winding shaft is installed horizontally.

Connecting the device

Before the device can be used, the following steps must be carried out:

■ Connect the motor cable to the mains power supply
■ Insert a battery into the remote control
■ Mount the roller shutter curtain on the winding shaft
■ Set the upper and lower terminal stop point.

Connecting the device

Connection of the tubular motor to the mains power and all work on electrical systems may only be carried out by a certified specialist electrician according to the connection schematics contained in these instructions.

DANGER

Fatal electric shock due to coming into contact with live components.

➢ Do not carry out any connection work on the device when it is connected to the current supply.
➢ Make sure that the device is disconnected from the mains power supply.

ATTENTION

Malfunctions or damage to the motor due to incorrect mains voltage.

➢ Compare the information on the model plate with that of your local mains power supply.
Make sure that the device is only connected to a 230 V \~ 50 Hz mains power supply.

ATTENTION

Short-circuit due to damaged cables.

➢ Make sure that the cable cannot be damaged by moving parts in the roller shutter box.

ATTENTION

Short-circuit due to water in the motor on routing cables incorrectly.

▶ Never route the cable vertically upwards.
▶ Always route the cable in a loop.

Routing the cable in a loop enables the water to drip off.

Mechanical diagram showing a pipe joint with a spring and drop drop, no text or symbols present

Connect the motor cable to the current connection provided for this purpose.

230 V / 50 HZ L = phase (brown) N = neutral terminal (blue) PE = earth (green/yellow)

Starting up the device

Establishing the radio link

The remote control included in the scope of delivery is used to control the motor's electronics by radio. This chapter provides information on establishing the radio link between the remote control and the motor.

The basic requirement for the remote control function is a charged battery in the battery compartment on the rear side of the remote control.

The indicator LED lights up when a button is pressed.

The following overview shows the remote control's controls and displays.

graph TD
    A["1"] --> B{ }
    C["2"] --> D{ }
    E["3"] --> F{ }
    B --> G[" "]
    D --> G
    F --> G
    G --> H["4"]

UP button

DOWN button

STOP button

Indicator LED

WARNING

Improper use leads to an increased risk of injury.

▶ Never use defective or damaged devices.
Never use controllers with radio technology for the remote control of de-vice and systems with increased safety-relevant requirements or where there is an increased accident risk. Applications of this kind require additional safety equipment. Observe the respective statutory regulations for the installation of such systems.

WARNING

Risk of fire or explosion.

➢ Disposal of a battery into fire or a hot oven, or mechanically crushing or cutting of a battery, that can result in an explosion;
Leaving a battery in an extremely high temperature surrounding environment that can result in an ex- plosion or the leakage of flammable liquid or gas;
➢ A battery subjected to extremely low air pressure that may result in an explosion or the leakage of flammable liquid or gas.

Logging the radio transmitter onto the motor

➢ Switch the motor off and wait approximately 10 seconds.
Switch the motor on again.

The motor starts up briefly.

➢ Press and hold the STOP button for 2 seconds.

The motor then acknowledges this by starting up briefly and emitting three beeps

➢ Release the STOP button again. The log-on was successful.

Changing the rotation direction

If the button assignment does not match the movement the motor, the rotation direction can be changed.

Observe the time limit

The rotation direction must be changed within 30 seconds of logging on to the motor.

➢ Simultaneously press the UP and DOWN buttons and hold them for 2 seconds.

The motor starts up briefly.

➢ Release the buttons again. The change of rotation direction was successful.

Logging the radio transmitter off from the motor

➢ Switch the motor off and wait approximately 10 seconds.
➢ Switch the motor on again.

The motor starts up briefly.

➢ Press and hold the STOP button for 2 seconds.

The motor then acknowledges this by starting up briefly and emitting three beeps.

Using the radio transmitter

➢ Press the UP button to move the roller shutter up.
➢ Press the STOP button to stop the roller shutter.
➢ Press the DOWN button to move the roller shutter down.
The indicator LED lights up when a button is pressed.

Installing the roller shutter curtain

The following prerequisites must be met in order to be able to install the roller shutter curtain:

■ The roller shutter curtain must lie in the guide rail.
■ The tubular motor must be run all the way down.

ATTENTION

Damage to the tubular motor due to drilling or screwing.

➢ Never drill or screw the winding shaft in the area of the tubular motor.
➢ Use only the holes available in the winding shaft to secure the roller shutter curtain.

➢ 1. Approx. every 40 cm, slide a securing spring (1) onto the top slat of the roller shutter curtain (2).
➢ 2. Insert the securing springs into the rectangular holes (3) in the winding shaft.

Technical diagram showing a mechanical assembly with labeled parts 1 and 2, and an arrow indicating direction.

Technical diagram showing a mechanical component with labeled parts and directional arrow, likely illustrating a machining or assembly process.

If SW40 winding shafts with exterior fold are used, attaching clips are additionally required.

➢ 1. Approx. every 40 cm, slide an attaching clip (1) over the winding shaft (2) from above.
➢ 2. Insert the securing springs (4) into the rectangular holes in the attaching clips (3).

Technical diagram showing a mechanical assembly with labeled parts and directional arrow indicating rotation or movement.

Technical diagram of a mechanical assembly with numbered components, likely illustrating a rail or guide mechanism.

Setting the terminal points

Setting the terminal points defines the upper and lower terminal positions for raising and lowering the roller shutter. These settings can be subsequently changed at any time.

The tubular motor is designed for short-term operation (four minutes). In order to avoid damage due to heating, the motor shuts off automatically on exceeding this period of time or in the event of frequent switching. Allow the motor to cool for approx. 20 minutes in this case.

ATTENTION

Malfunctions due to missing or incorrect terminal point settings.

➢ Make sure that the device is only used with correctly set terminal points.

The adjuster screws are located on the tubular motor's driving head.

➢ Use the upper screw (1) to set the lower terminal point.
➢ Use the lower screw (2) to set the upper terminal point.

Diagram illustrating fluid flow around a pipe with labeled components and directional arrows

➢ In order to extend the travel, turn the screw in the PLUS direction.
➢ In order to shorten the travel, turn the screw in the opposite direction (MINUS).

The direction of rotation of the adjuster screws may vary depending on the model. Pay attention to the labelling on the driving head.

ATTENTION

Damage to the device due to roller shutter curtain shortening as a result of temperature fluctuations.

➢ Set the terminal points so that the roller shutter curtain stoppers have approx. 2-3 cm clearance from the limit stops.

Proceed as follows to set the upper terminal point:

➢ Operate the motor to raise the roller shutter.
If the motor stops before the desired terminal point is reached, proceed as follows:
Leave the remote control set to the raise position.
➢ Use the adjustment tool to carefully turn the lower adjuster screw in the PLUS direction until the motor has reached the desired terminal point.

Mechanical assembly diagram showing a cylindrical component with a rotating shaft and mounting holes (no text or symbols)

If the motor passes by the desired terminal point, proceed as follows:

Stop the motor.
➢ Operate the motor to lower the roller shutter.
➢ Stop beneath the desired terminal point.

➢ Use the adjustment tool to carefully turn the lower adjuster screw in the MINUS direction.
➢ Operate the motor to raise the roller shutter in order to check the terminal point which has now been set.
If necessary, repeat the steps described above until the desired terminal point is reached.

Proceed as follows to set the lower terminal point:

➢ Operate the motor to lower the roller shutter.

If the motor stops before the desired terminal point is reached, proceed as follows:

Leave the remote control set to the lower position.

➢ Use the adjustment tool to carefully turn the upper adjuster screw in the PLUS direction until the motor has reached the desired terminal point.

Mechanical assembly diagram showing a rotating shaft and housing component (no text or symbols)

If the motor passes by the desired terminal point, proceed as follows:

➢ Stop the motor.
➢ Operate the motor to raise the roller shutter.
➢ Stop the motor above the desired terminal point.
➢ Use the adjustment tool to carefully turn the upper adjuster screw in the MINUS direction.
➢ Operate the motor to lower the roller shutter in order to check the terminal point which has now been set.
If necessary, repeat the steps described above until the desired terminal point is reached.

Proceed as follows to change the terminal point settings:

➢ Move the roller shutter approximately to the centre position.
➢ Set the terminal points as described above.

Rectifying malfunctions

Rectifying total failure

DANGER

Fatal electric shock due to coming into contact with live components.

➢ Do not carry out any repairs on the device.
▶ Never open the device.
If the device is defective, contact the superrollo customer service.

The cause of a total failure may possibly be a defective motor. A defective motor may be attributable to the following causes:

■ The motor has been severely overloaded due to a fault in the mechanical system.
■ The roller shutter has been blocked due to icing, resulting in motor overload.

If the tubular motor is defective, the device must be dismantled and repaired by the superrollo customer service. Proceed as follows to do this:

➢ Dismantle the device in accordance with the instructions in the chapter entitled Dismantling the device from page 29.

Have the device checked by the superrollo customer service.

Malfunction characteristics and remedies

Characteristic	Possible cause	Remedy
The motor does not run (total failure).	There is no mains voltage.	Make sure that the supply voltage (230 V) is available.Make sure that the device is connected correctly.Information on this can be found in the section entitled Connecting the device from page 23.Have work on the voltage supply carried out by a qualified, trained specialist electrician only.
	The remote control does not function.	Make sure that functional batteries (2 x 1.5 V [AAA]) are inserted.
	Device malfunctions.	Make sure that the device is disconnected from the mains power supply.Remove the device.Information on this can be found in the chapter entitled Dismantling the device from page 29.
	Motor overload due to sluggish roller shutter as a result of displaced slats.	Make sure that the device is disconnected from the mains power supply.Make sure that the slats are horizontal.Establish the current supply.Move the roller shutter up and down.Lubricate sluggish areas with wax.
	Motor overload due to sluggish roller shutter as a result of icing.	Clear away the icing.
The motor does not run (total failure).	The maximum operating time (four minutes) has been exceeded.	Allow the device to cool for approx. 20 minutes.Make sure that the device is operated correctly.Make sure that the terminal points are set correctly.Make sure that the roller shutter runs smoothly.
	The connections have not been carried out correctly.	Make sure that the device is connected correctly.Information on connecting the device can be found in the section entitled Connecting the device from page 23.Have work on the voltage supply carried out by a qualified, trained specialist electrician only.
The device does not stop.	The adapter has slipped from the limit ring.	Make sure that the device is disconnected from the mains power supply.Remove the device.Information on removing the device can be found in the chapter entitled Dismantling the device from page 29.Make sure that the adapter is seated flush on the driving head with the groove over the spring.Install the device in reverse order again.
	The roller capsule is not connected to the winding shaft correctly.	Move the roller shutter down completely.Make sure that the device is disconnected from the mains power supply.Remove the roller shutter from the winding shaft.Make sure that the roller capsule is screwed firmly to the winding shaft.
	The winding shaft is too short.	Make sure that the device is disconnected from the mains power supply.Remove the device.Information on removing the device can be found in the chapter entitled Dismantling the device from page 29.Install a new winding shaft.Information on sawing the winding shaft to length and installing it can be found as of the section entitled Sawing the winding shaft to length from page 21.Install the device in reverse order again.
The roller shutter does not move up completely following installation.	The upper terminal point setting is incorrect.	Set the upper terminal pointInformation on this can be found in the section entitled Setting the terminal points from page 25.
The roller shutter blocks on raising or lowering.	The roller shutter slats have become displaced.	Make sure that all slats are horizontal.Lubricate sluggish areas with wax.In order to pull the roller shutter free, briefly switch the drive on in the opposite direction.
	The roller shutter scrapes in the roller shutter box due to a lack of pressure rollers on the window frame.	Open the roller shutter box.Install the pressure rollers.
	The roller shutter has been rolled up at a slant as the device has not been installed horizontally.	Make sure that the device is disconnected from the mains power supply.Remove the device.Information on removing the device can be found in the chapter entitled Dismantling the device from page 29.Install the device horizontally again.Information on this can be found as of the section entitled Installing the bearings from page 20.
	Insulating material has come loose in the roller shutter box and is blocking the roller shutter.	Open the roller shutter box.Remove the insulating material.Contact the manufacturer as regards professional insulation of the roller shutter box.
	The roller shutter is too light.	Make sure that all slats are horizontal.Weight the roller shutter e.g. with an appropriate piece of flat iron.Push the piece of flat iron into the bottom slat.In order to pull the roller shutter free, briefly switch the drive on in the opposite direction.

Dismantling the device

Proceed as follows to remove the tubular motor:

➢ Operate the motor to lower the roller shutter, until the roller shutter is no longer hanging by the springs and these can be easily released from the winding shaft.

DANGER

Fatal electric shock due to coming into contact with live components.

Do not carry out any connection work on the device when it is connected to the current supply.
➢ Make sure that the device is disconnected from the mains power supply.

➢ Disconnect the cable from the current supply.
➢ Release the securing springs from the winding shaft.
➢ Pull the cotter pin out from the securing hole in the drive bearing's axle pin.
➢ Loosen the screws with which the roller capsule and the winding shaft are screwed together.

➢ Slide the roller capsule up to the limit stop in the winding shaft.
➢ Pull the device out of the bearings.
➢ Pull the tubular motor out of the winding shaft.

Disposing of the device

This marking indicates that this product should not be disposed with other household wastes throughout the EU.

To prevent possible harm to the environment or human health from uncontrolled waste disposal, recycle it responsibly to promote the sustainable reuse of material resources. To return your used device, please use the return and collection systems or contact the retailer where the product was purchased. They can take this product for environmental safe recycling.

Technical data

	superrollo RM10MSB	superrollo RM10MMB	superrollo RM20MMB	superrollo RM30MMB
Torque (Nm)	10	10	20	30
Rotational speed (rpm)	17	15	15	15
Voltage (V) / frequency (Hz)	230/50	230/50	230/50	230/50
Output (W)	121	112	145	191
Current consumption (A)	0.53	0.49	0.64	0.83
System of protection IP	44	44	44	44
Maximum operating time (min.)	4	4	4	4
Cable length (m)	2.0	2.0	2.0	2.0
Total length (mm)	610	630	630	660
Shaft type	SW40	SW60	SW60	SW60
Accessories, included	Adapter, driver, drive bearing, securing clip, adjustment tool, 1-channel radio remote control	Adapter, driver, drive bearing, securing clip, adjustment tool, 1-channel radio remote control	Adapter, driver, drive bearing, securing clip, adjustment tool, 1-channel radio remote control	Adapter, driver, drive bearing, securing clip, adjustment tool, 1-channel radio remote control
Limit switch range (U)	30	22	22	22
Sound pressure level (LpA) dB (A)	≤ 70	≤ 70	≤ 70	≤ 70

Accessories

For tubular motor	Article	Article No.
RM10MSB	Roller shutter drive accessory set for SW40, consisting of:■ 1 ball bearing■ 1 counter bearing■ 1 roller capsule■ 3 securing springs	SR50450
RM10MMBRM20MMBRM30MMB	Roller shutter drive accessory set for SW60, consisting of:■ 1 ball bearing■ 1 counter bearing■ 1 roller capsule■ 4 securing springs	SR50560

Simplified EU Declaration of Conformity

RADEMACHER Geräte-Elektronik GmbH hereby declares that the tubular motors RM10MSB/RM10MMB/RM20MMB/RM30MMB comply with the Directives 2006/42/EC (Machinery Directive) and 2014/53/EU (Radio Equipment Directive).

The full text of the EU declaration of conformity is included with the product and is kept on file by the manufacturer.

46414 Rhede (Germany)

Warranty conditions

Information about the warranty conditions of our products can be found on our homepage.

Inhoudsopgave

Overzicht 31

Voorwoord....32

Technical diagram of a mechanical device with numbered components for identification

① Tegenlager*
② Kogellager*
③ Walscapsule*
④ Bevestigingspen*
⑤ Meenemer
⑥ Buismotor
⑦ Adapter

Exploded view diagram of a mechanical assembly with numbered parts for identification

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OPGELET

Technical diagram of a mechanical assembly with numbered components and directional arrow indicating motion or flow

Technical diagram showing three mechanical assembly steps with numbered components and directional arrows indicating motion.

OPGELET

Technical diagram showing two mechanical components with numbered parts and an arrow indicating transformation or assembly.

Technical diagram of a mechanical component with numbered parts and directional arrow indicating motion or assembly.

Technical diagram of a mechanical component with labeled parts 1 and 2, showing internal structure and directional arrow.

Diagram showing a mechanical component with labeled parts 3 and 4, indicating assembly or assembly steps.

Technical diagram showing a mechanical assembly with numbered components and an arrow indicating direction of movement or transformation.

Technical diagram of a mechanical assembly with numbered components and a downward arrow indicating a specific feature.

Mechanical component diagram showing a shaft and housing with a downward arrow labeled '3.' (no text or symbols on the main diagram)

Pure mechanical diagram showing a pipe connection with no text, numbers, or symbols

Technical diagram showing a mechanical assembly with labeled parts 1 and 2, and an arrow indicating direction.

Technical diagram showing a mechanical component with labeled parts and directional arrow, likely illustrating a machining or assembly process.

Technical diagram showing a mechanical assembly with labeled parts and directional arrow indicating rotation or movement.

Technical diagram of a mechanical assembly with numbered components, likely illustrating a rail or cable assembly.

Diagram showing mechanical or electrical component with labeled parts 1 and 2, including directional arrows and symbols like + and -.

Mechanical assembly diagram showing a cylindrical component with a rotating shaft and mounting holes (no text or symbols)

Mechanical assembly diagram showing a rotating shaft and housing component (no text or symbols)

Labeled diagram of a mechanical device with numbered components for identification

Exploded view diagram of a mechanical assembly with numbered parts for identification

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Attention

Technical diagram of a mechanical component with numbered parts and an arrow indicating direction

Technical diagram showing three mechanical components with numbered labels and directional arrows indicating assembly or operation.

Attention

Technical diagram showing two mechanical components with numbered parts and an arrow indicating direction of movement or assembly.

Technical diagram of a mechanical component with numbered parts and directional arrow indicating flow or movement

Technical diagram of a mechanical component with labeled parts 1 and 2, showing internal structure and directional arrow.

Diagram showing a mechanical component with labeled parts 3 and 4, indicating assembly or assembly steps.

Technical diagram of a mechanical assembly with numbered components and an arrow indicating direction

Technical diagram of a mechanical assembly with numbered components and a directional arrow indicating motion or force.

Mechanical component diagram showing a shaft and housing with a downward arrow labeled '3.' (no text or symbols on the main diagram)

Diagram of a pipe connection with a U-shaped pipe and falling particles (no text or symbols)

Technical diagram showing a mechanical assembly with labeled parts 1 and 2, including an arrow indicating direction.

Technical diagram showing a mechanical component with labeled parts and directional arrow, likely illustrating a machining or assembly process.

Technical diagram showing a mechanical assembly with labeled parts and directional arrow indicating rotation or movement.

Technical diagram of a mechanical assembly with numbered components, likely illustrating a rail or cable assembly.

Diagram showing mechanical or electrical component with labeled parts and directional arrows indicating movement or force

Mechanical assembly diagram showing a cylindrical component with a rotating shaft and connecting rod (no text or symbols)

Mechanical assembly diagram showing a cylindrical component with internal components and a rotating shaft (no text or symbols)

Technical diagram of a mechanical device with numbered components for identification

①

Supporto*

②

Cuscinetto a sfere*

③

Calotta del rullo*

④

Molla di fissaggio*

5

Trascinatore

⑥

RM10MSB/RM10MMB/RM20MMB/RM30MMB, in breve motore.

Exploded view diagram of a mechanical assembly with numbered parts for identification

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ATTENZIONE

Technical diagram of a mechanical assembly with numbered components and directional arrow indicating motion or flow.

Technical diagram showing three mechanical assembly steps with numbered components and directional arrows indicating motion.

ATTENZIONE

Technical diagram showing two mechanical components with numbered parts and an arrow indicating direction of movement or assembly.

Technical diagram of a mechanical component with numbered parts and directional arrow indicating motion

Technical diagram of a mechanical component with labeled parts 1 and 2, showing internal structure and directional arrow.

Diagram showing a mechanical component with labeled parts 3 and 4, indicating assembly or assembly steps.

Technical diagram of a mechanical assembly with numbered components and an arrow indicating direction

Technical diagram of a mechanical assembly with numbered components and a downward arrow indicating a specific feature.

Diagram of a mechanical component with numbered parts and directional arrows indicating assembly or movement.

Mechanical component diagram showing a shaft and housing with a downward arrow labeled '3.' (no text or symbols on the main diagram)

Mechanical assembly diagram showing a U-shaped pipe connection with bolts and a drop, no text or symbols present

Technical diagram showing a mechanical assembly with labeled parts 1 and 2, and an arrow indicating direction.

Technical diagram showing a mechanical component with labeled parts and directional arrow, likely illustrating a machining or assembly process.

Technical diagram showing a mechanical assembly with labeled parts and directional arrow indicating rotation or movement.

Technical diagram of a mechanical assembly with numbered components, likely illustrating a rail or cable assembly.

Diagram showing mechanical or electrical component with labeled parts and directional arrows indicating movement or force

Mechanical assembly diagram showing a cylindrical component with a rotating shaft and connecting rod (no text or symbols)

Mechanical assembly diagram showing a shaft and housing with a rotating knob (no text or symbols)

Exploded view diagram of a mechanical device with numbered components for identification

Exploded view diagram of a mechanical assembly with numbered parts for identification

D P Y X ① ② ③

ATENCIÓN

Technical diagram of a mechanical component with numbered parts and an arrow indicating direction

Technical diagram showing three mechanical components with numbered labels and directional arrows indicating assembly or movement.

ATENCIÓN

Technical diagram showing two mechanical components with numbered parts and an arrow indicating transformation or assembly.

Technical diagram of a mechanical component with numbered parts and directional arrow indicating motion

Technical diagram of a mechanical component with labeled parts 1 and 2, showing a directional arrow indicating motion or flow.

Diagram showing a mechanical component with numbered parts and an arrow indicating direction, labeled as part 2.

Technical diagram of a mechanical assembly with numbered components and an arrow indicating direction

Technical diagram of a mechanical assembly with labeled parts 1 and 2, showing a bolted joint and mounting bracket.

Technical diagram showing three-step assembly of a mechanical component with numbered parts and directional arrows indicating motion.

Technical illustration of a pipe joint with embedded steel components and a drop drop (no text or symbols)

Technical diagram showing a metal clamp or bracket assembly with labeled parts 1 and 2, and an arrow indicating direction.

Technical diagram showing a mechanical component with labeled parts and directional arrow, likely illustrating a machining or assembly process.

Technical diagram showing a mechanical assembly with labeled parts and directional arrow indicating rotation or movement.

Technical diagram of a mechanical assembly with numbered components, likely illustrating a rail or cable assembly.

Diagram showing mechanical or electrical component with labeled parts and directional arrows indicating flow or movement.

Mechanical assembly diagram showing a cylindrical component with a rotating shaft and mounting holes (no text or symbols)

Mechanical assembly diagram showing a shaft and housing with a rotating knob (no text or symbols)

46414 Rhede (Germany)

Subject to technical modifications, misprints and errors excepted. Illustrations not binding.