Elero RolTop-868 Operating and Installation Instructions
elero RolTop-868: Automate your roller shutters with ease!
Programmable end positions for precise control of your roller shutters. Obstruction detection ensures safe operation, preventing damage to your shutters or obstacles.
Easily set up and operate using the included transmitter. Adjust settings and control your shutters with convenience.
Enhance your home's security by scheduling your shutters to open and close at specific times, deterring potential intruders.
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RolTop-868 Roller Shutter Drive
Table Of Contents
1 Operating and installation instructions
2 General for instructions
2.1 Standards and Directives
2.2 Intended use
2.3 Foreseeable misuse
2.4 Warranty and liability
2.5 Customer service of the manufacturer
3 Safety
3.1 General safety instructions
3.2 Layout of the safety guidelines
4
5
Product description
Assembly
5.1 Mechanical fastening
5.2 Electrical connection 4
5.3 Connection example, RolTop-868 230 V/50 Hz 4
3
3
4
5.4 Parallel connection
5.5 Commissioning
5.5.1 Connection for cable assembly 5
5.5.2 Connection for radio (transmission operation) 5
5
5
5
5
5
5
5.6 Setting the end positions and the relief
5.6.1 Relief function for the end position(s)
5.6.2 Relief function at the upper stop
5.6.3 Relief function at the lower stop
5.6.4 Changing / Deleting the limit positions and deleting the discharge function
5.6.5 Programme or delete further curtain positions
5.6.6 Four variants of end position settings
5.6.7 Variant A: Upper and lower end position freely adjustable
5.6.8 Variant B: Fixed upper limit stop / lower end position freely adjustable
5.6.9 Variant C: Fixed upper and lower limit stop
5.6.10 Variant D: Upper end position freely adjustable, fixed lower limit stop
5.7 Programming the transmitter
5.8 Programming (additional) transmitter
5.9 Technical data
5
6
6
6
6
6
7
7
7
7
2
2
2
2
2
2
2
1
1
2
8
9
6
7
Troubleshooting
Repair
Repair
Manufacturer's address
10 Disassembly and disposal 8
11 Notes on the EC declaration of conformity 8
12 Technical data and dimensions
12.1 RevoLine S-868
8
9
8
8
7
8
12.2 RevoLine M-868
12.3 RevoLine M-868
12.4 RevoLine L-868
10
11
11
1
RolTop-868 Roller Shutter Drive
Operating and installation instructions
Please keep these operating instructions for later use, to be available throughout the life of the product!
The German manual is the original version.
All other documents represent the language translations of the original text.
All rights in the case of a patent, utility model or ornamental design registration are reserved.
2 General for instructions
The content structure is based on the life cycles of the electric motor drive (hereinafter referred to as "Product").
The manufacturer reserves the right to make changes to the Specifications stated in these Operating Instructions at any time. These may, in individual cases, be different from the respective product version, however the functional information will not undergo significant changes or become invalid. The current version of the Specifications may be requested from the manufacturer at any time. No claims may be asserted against the manufacturer as a result of the preceding sentence. Deviations from text or picture statements are possible and depend on the technical development, features, and accessories of the products. Deviating information on special versions will be explained by the manufacturer in the sales documentation. Other information shall remain unaffected by these provisions.
138134006_EN_0319
Standards and Directives| Safety
2.1 Standards and Directives
During the design process, the basic health and safety requirements of the applicable laws, Standards and Directives were complied with. The safety is confirmed by the declaration of conformity (see "Declaration of Conformity").
All safety information in these Operating Instructions refer to the laws and regulations currently applicable in Germany.
All instructions in the Operating Instructions shall be ob served without limitation and at any time. Beside the safety instructions contained in these Operating Instructions, the provisions for accident prevention, environmental protection and occupational safety, which are applicable for the operating site, must be observed. Provisions and Standards for the safety rating can be found in the EC Declaration of
Conformity
2.2 Intended use
The product is intended for use in façade engineering to drive electrically powered and regular roller shutters.
The determining factor for the drive is the elero drive computation program www.elero.com/drive-calculation
Further fields of application have to be arranged with the manufacturer, elero GmbH Antriebstechnik (see Address).
The operator will be solely responsible for damages resulting from improper use of the product. The manufacturer cannot be held liable for personal or material damages caused by misuse or procedural errors, and by improper operation and commissioning.
The product may be operated only by trained and authorized personnel under observance of all safety.
Only if used according to the specifications of these operat ing and installation instructions for the safe and proper use and safe operation of the product are guaranteed.
Only use radio receivers with equipment and units approved by the manufacturer. The operator does not benefit from any protection whatsoever against interference from other remote control equipment and terminal equipment (e.g. also from radio equipment which is correctly operated in the same frequency range). Please note that radio systems must not be operated in areas with an increased risk of interference (e.g. hospitals, airports,....). The radio control is only permitted for devices and units with which a functional interference in hand-held/wall transmitters or receivers poses no danger for persons, animals or materials or where this risk is covered by other safety appliances.
Intended use includes the observance and compliance with all safety instructions with regards to this operating manual and all applicable regulations, and professional associations of applicable laws for environmental protection. Intended use includes the observance of prescribed operating rules in these operating and installation instructions.
2.3 Foreseeable misuse
A use which deviates from the intended use stated by the manufacturer, elero GmbH Antriebstechnik (see "Address"), is deemed as foreseeable misuse.
2.4 Warranty and liability
Principally, the General Terms and Conditions of the manufacturer, elero GmbH Antriebstechnik (see "Address"), apply. The terms and conditions are part of the sales documents and handed over to the operator upon delivery. Liability claims for personal or material damages are excluded when they can be attributed to one or more of the following causes:
• Opening of the product by the customer
• Unintended use of the product
• Improper installation, commissioning, or operation of the product
• Structural modifications to the product without the written consent of the manufacturer
• Operation of the product with improperly installed con nections, defective safety devices or improperly installed safeguards
• Non-observance of the safety provisions and instructions of these Operating Instructions
• Non-compliance with the technical data
2.5 Customer service of the manufacturer
The product should only be repaired by the manufacturer in case of a failure. The address for sending to customer service, see the chapter "Address".
If you have not purchased the product directly from elero, please contact the supplier of the product.
3 Safety
3.1 General safety instructions
The general safety notes when using tubular drives can be found in the leaflet "Instructions on safety" that is enclosed with each drive"(leaflet item no. 138200001). These operat ing and installation instructions contain all the safety instructions that must be observed in order prevent and eliminate hazards in the handling of the product in the individual life cycles. The safe operation of the product can only be ensured when all given safety instructions are observed.
3.2 Layout of the safety guidelines
The safety instructions in this document are identified by hazard signs and safety symbols and are designed according to the SAFE principle. They contain information on the nature and source of the danger of possible consequences and to prevent the danger.
The following table defines the representation and descrip tion of hazard levels with possible personal injury, as used in this manual.
Symbol Signal word
DANGER
Meaning
Warns before an accident, which will result if instructions are not followed, which can lead to life-threatening, irreversible injury or death.
WARNING Warns before an accident, which can happen if the instructions are not followed, which can lead to serious, possibly fatal, irreversible injury or death.
CAUTION Warns before an accident, which can happen if the instructions are not followed, which may lead to minor reversible injury.
Fig. 1 Notation of personal injury
2 | EN © elero GmbH
Safety | Product description | Assembly
The following table describes the icons used in these operating instructions that are used for imaging of the dangerous situation in connection with the symbol of the threat level.
The result may yield different performance e.g. regarding access to end an position.
5 Assembly
Symbol Meaning
Danger of electric voltage, electric shock:
This symbol indicates a risk of electric shock.
Fig. 2 Notation-specific hazard
The following table defines the representation used in the operating instructions and description of situations where damage can occur to the product or refers to important facts, conditions, tips and information.
Symbol Signal word
NOTE
Meaning
This symbol warns of a possible property damage.
Important: This symbol points out important facts and conditions as well as to additional information in these operating and installation instructions. It also refers to certain statements that give additional information or help you perform a task easily.
Symbol for earthing in protection class I
(protective ground system)
Fig. 3 Notation of property damage as well as additional information
The following example represents the basic structure of a safety warning:
SIGNAL WORD
Type and source of danger
Explanation of the type and source of the danger
► Measures to prevent the danger.
The RolTop 868 is a radio-controlled electromechanical tubular motor drive. It performs parallel axial movements.
Commissioning of the RolTop 868 with elero assembly cable or radio transmitter for setting different functions.
Venetian blind with free ride (torque deactivation)
CAUTION
Personal injury from hot surfaces.
Drive heats up during operation, the drive housing can be hot. Possible burning of the skin.
► Wear personal protective equipment (gloves).
Triggered by a possible material errors may occur or impact shock and injury due to a gearbox break, bud break or a clutch defect.
► Suitable materials are to be used for the construction as well as perform a sampling inspection by double load test according to DIN EN 60335-2-97.
Risk of injury due to impact or shock caused by not properly mounted or latched motor bearings. Hazards caused by insufficient stability or stability and stored energy (gravity).
►Selection of engine bearing torque specifications.
► Drive must be backed up with all attached backup devices.
► Check for proper latching on engine mounts and correct tightening torques.
WARNING
Danger of injury due to electric current.
Electric shock possible.
► Electrical work can only be performed by an authorized electrician.
Danger of injury due to electric current.
Hazardous possibly by parts that have become live in the error state.
► Electrical connection is described in the operating and installation instructions including cable bushing.
CAUTION
Risk of injury due to malfunctions due to improper installation.
Driven by winds and possibly destroyed parts of the application.
► For safe operation, the end positions must be set / programmed.
► Training program of the manufacturer for specialist companies.
4 Product description
Relief function for the Venetian blind (Venetian blind protection)
Type s_onro-868 with soft stop downwards
The relief function and free ride with sunblind are only active in radio mode.
• The variant-dependent values of your RolTop-868 can be removed from the type label.
• The different versions of the RolTop-868 contain different types of brake systems depending on size and torque.
© elero GmbH
Note
Loss of power supply, termination of machine parts and other malfunctions.
► For safe operation, no false mount must be made and the end position settings must be carried out during commissioning.
Damage to the RolTop-868 due to moisture penetration.
►For devices with protection class IP44, the ends of all cables or connectors must be protected against the ingress of moisture. This measure must be implemented immediately after removal of the RolTop-868 from the original packaging.
► The drive may only be installed so that it is not irrigated.
EN | 3
Assembly | Mechanical attachment | Electrical connection
Important
In the delivery status (factory setting), the RolTop-868 in commissioning mode.
► You have to set the end positions (see chapter 5.6).
Best utilisation of the radio signal.
► Place the aerial as freely as possible; in case of bad reception, move the aerial.
► Do not kink, shorten or extend the aerial.
► Do not undercut the minimum distance of 15 cm between two radio drives.
5.1 Mechanical fastening
Important preliminary consideration:
The working space around the built-in drive is usually very small. Therefore, before the mechanical installation provide an overview of the implementation of the electrical connection (see Section 5.2) and make any necessary changes right away.
NOTE
Damage to the electrical wiring by squeezing or tensile loading.
► Route all electrical cables so that they are not subjected to crushing or tensile load.
► Note the bending radius of the cables (at least 50 mm).
► Lay the connection cable in a loop downwards to prevent water running into the drive.
Damage to the drive by the action of impact forces.
►Insert the drive into the shaft, never thrust the drive into the shaft or smash onto the drive!
► Never allow the drive to fall!
Damage or destruction of the drive by drilling.
► Never drill into the drive!
Important
Attach the RolTop-868 only at the appropriate fasteners.
Permanently installed control devices shall be clearly displayed.
• The curtain must be fastened to the winding shaft.
• The profile tube must have enough distance to the motor tube.
• Look for an axial clearance (1-2 mm).
Installation in profile tubes
Ⓐ Insert the drive with a suitable adapt er and traction ring into the profile tube.
Lay the motor cable protected in order to prevent damage by the driven component.
Ⓑ Secure the counter bearings against axial displacement, e.g. screw shaft spider or rivet.
Secure drive in axial storage!
Ⓒ Secure hanging on the shaft!
Only operate the drive horizontally, as intended, with the connection cable leading out from the side and out of the blind winding area.
5.2 Electrical connection
WARNING
Danger to life due to faulty electrical connection.
4 | EN © elero GmbH
Electric shock possible.
► Before commissioning check the correct connection of the PE conductor.
NOTE
Damage to the RolTop-868 by faulty electrical connection.
► Before commissioning check the correct connection of the PE conductor.
Damage or destruction of RolTop-868 by the penetration of moisture.
►For units with protection class IP 44, the customer con nection of the cable ends or connector (cable bushing)
must also be carried out in accordance with protection class IP 44.
Damage or destruction of RolTop-868 for variants with 230
V AC 1 due to faulty control.
►Switch with OFF setting (Dead man) for drives must be installed within sight of the RolTop-868, but away from any moving parts and amounting to about 1.5 m.
Important
For electric connection no transmission and retransmission of the access line or connector is required as a rule.
Depending upon used mounting plate and/or adapter plate it is necessary in particular with the RolTop-868 Type S to remove this screwed plate before a cable exchange.
Connection only in free of tension status, in addition drive line without tension
1 Using a suitable screwdriver, press out the lock of the device connector to the line.
2 Disconnect the plug.
3 Insert connector until the latch engages.
Removal and insertion of the device plug
Delivery status Remove plug Insert plug
→
2
1
→
3
Fig. 4 Removal and insertion of the device plug
→
5.3 Connection example, RolTop-868 230 V/50 Hz
sw black br brown bl blue gr/ge green yellow
1 Winding thermostat
2 Device plug
3 Junction box
(outside of roller shutter case)
4 Electronics
5 Capacitor
Assembly | Electrical connection | Relief function
3
2
1
Fig. 5 Circuit diagram RolTop-868 230 V / 50 Hz and wiring at use with Hirschmann plug STAS 3 (with jumper)
Important
The motor control must be interlocked in up / down direction.
A reversing delay of at least 0,5 seconds must be ensured.
5.4 Parallel connection
Important
You can connect several parallel RolTop-868. Note the maximum switching capacity of switching.
5.5 Commissioning
Important
The drive is in the delivery in commissioning mode.
► Setting of the end positions is required with the elero assembly cable (see Fig. 6) or an elero wall or hand transmitter (see Fig. 7).
► Connection of the assembly cable is only admissible for commissioning of the drive and the setting processes.
5.5.1 Connection for cable assembly
• with the help of a taught-in transmitter.
Teaching in a transmitter onto a drive is described in chapter 5.7.
Important preliminary consideration:
Decide on a specific relief function before setting the end positions (different combination options according to the following statements):
This will save unnecessary setting effort!
Press the travel key until the drive signals the transition into the setting mode, by a short automatic stop. You can now program the end positions. After setting the two end positions, the setting mode is completed.
5.6.1 Relief function for the end position(s)
At the same time as programming an end position to stop, the relief function for the hanging can be activated optionally in one work step.
Important
The relief function is only active in radio mode.
For details, follow the next subchapters.
5.6.2 Relief function at the upper stop
For variant C (see chapter 5.6.8) and variant D (see chapter 5.6.9):
Activate relief function at the upper stop.
1 Push and hold the UP button ▲ from instruction ①
(chapters 5.6.7 and 5.6.8) and actuate the DOWN button ▼ with the assembly cable or a taught-in transmitter (at the same time). Keep both buttons pushed until the Venetian blind stops.
The relief function at the upper stop is activated.
5.6.3 Relief function at the lower stop
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Fig. 6 Connection for cable assembly
► Switch on mains.
► You can now set the end positions with the bly cable. elero assem-
5.5.2 Connection for radio (transmission operation)
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Fig. 7 Connection for radio (transmission operation)
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► Switch on mains.
► The drive travels upwards and downwards for a short time.
The drive is in radio mode.
You can now program the transmitter/s.
5.6 Setting the end positions and the relief
The setting of the end positions and the relief can be done alternatively
• by elero mounting cable (observe proper connection according to chapter 5.5.1) or
For version C (see chapter 5.6.8) and version D (see chapter 5.6.9):
Activate relief function at the lower stop
1 Push and hold the DOWN button ▼ from instruction
③ (chapters 5.6.8 and 5.6.9) and actuate the UP button ▲ with from a middle hanging position with the assembly cable or a taught-in transmitter (at the same time). Keep both buttons pushed until the
Venetian blind stops.
The relief function at the lower stop is activated.
Important
The Venetian blind is adjusted only after a complete and uninterrupted access and exit to the blind.
5.6.4 Changing / Deleting the limit positions and deleting the discharge function
A change or deletion of a single end position is not possible.
This is always done in pairs (upper and lower end position simultaneously).
By the deletion of the end positions and the adjustment of the optional discharge function is lost.
The prerequisite for changing or deleting the end positions and deleting the relief function is interruption of the voltage supply.
After brief separation from the supply network, the end positions can be deleted within 5 minutes.
© elero GmbH EN | 5
Relief function | End position settings
Changing / Deleting the end positions
1 Restore voltage supply after mains interruption.
2 From a middle Venetian blind position with the assembly cable or a taught-in transmitter, push and hold both direction buttons (▲ and ▼) at the same time until the drive moves up and down briefly.
The deletion of the setting of end position is completed.
The end positions can be programmed again.
5.6.5 Programme or delete further curtain positions
Programme or delete interim positions: see transmitter instructions
Programme or delete venting position: see transmitter instructions
5.6.6 Four variants of end position settings
Four different combinations of end position settings are possible. They must be selected sensibly according to the technical requirements of the Venetian blind.
End position settings
(4 versions)
A Upper and lower end position freely adjustable
B Fixed upper limit stop / lower end position freely adjustable
C Fixed upper and lower limit stop possible with
T-strap, tapes, belt
T-strap, tapes, belt, limit plugs, angle bracket
Anti push-up device, stiff shaft connector, limit plugs, angle bracket
Anti push-up device D Upper end position freely adjustable, fixed lower limit stop
5.6.7 Variant A: Upper and lower end position freely adjustable
Variant A:
Upper and lower end position freely adjustable
① From a middle Venetian blind position with the assembly cable or a taught-in transmitter, push the
UP button ▲ until the Venetian blind has reached the desired end position.
The drive starts, stops briefly and then moves on
(while the UP button ▲ is pushed).
Correction is possible with the buttons ▲ and ▼ .
② Press the AB button ▼ until the drive stops auto matically.
-
The upper end position has been set.
③ Press the AB button ▼ again until the Venetian blind has reached the desired lower end stop.
The drive starts, stops briefly and then moves on (while the AB button ▼ is pushed).
Correction is possible with the buttons ▲ and ▼ .
④ Press the AUF button ▲ until the drive stops automatically.
The lower end position has been set.
Variant A:
Upper and lower end position freely adjustable
Setting of the end positions variant A is now complete.
5.6.8 Variant B: Fixed upper limit stop / lower end position freely adjustable
Variant B: Fixed upper limit stop / lower end position freely adjustable
① From a middle Venetian blind position with the assembly cable or a taught-in transmitter, push the UP button ▲ until the Venetian blind has reached the desired end position (run to the upper stop).
The drive starts, stops briefly and then moves on
(while the UP button ▲ is pushed).
The drive switches off automatically when the upper limit stop is reached.
② Press the AB button ▼ until the drive stops auto matically.
The upper end position has been set.
Optional: Activation of the relief function for the upper stop; see chapter 5.6.2
③ Press the AB button ▼ again until the Venetian blind has reached the desired lower end stop.
The drive starts, stops briefly and then moves on
(while the button is pushed).
Correction is possible with the buttons ▲ and ▼ .
④ Press the AUF button ▲ until the drive stops auto matically.
Setting of the end positions variant B is now complete.
5.6.9 Variant C: Fixed upper and lower limit stop
Variant C: Fixed upper and lower limit stop
① From a middle Venetian blind position with the assembly cable or a taught-in transmitter, push the UP button ▲ until the Venetian blind has reached the desired end position (run to the upper stop).
The drive starts, stops briefly and then moves on
(while the UP button ▲ is pushed).
The drive switches off automatically when the upper limit stop is reached.
② Press the AB button ▼ until the drive stops auto matically.
The upper end position has been set.
Optional: Activation of the relief function for the upper stop; see chapter 5.6.2
③ Press the AB button ▼ again until the Venetian blind has reached the lower end stop (run to lower end stop).
The drive starts, stops briefly and then moves on
(while the DOWN button ▼ is pushed).
The drive switches off automatically when the lower limit stop is reached.
④ Press the AUF button ▲ until the drive stops auto matically.
The lower end position has been set.
Optional: Activation of the relief function for the lower stop; see chapter 5.6.3
Setting of the end positions variant C is now complete.
6 | EN © elero GmbH
Relief function | End position settings | Programming transmitter
5.6.10 Variant D: Upper end position freely adjustable, fixed lower limit stop
Variant D: Upper end position freely adjustable, fixed lower limit stop
① From a middle Venetian blind position with the assembly cable or a taught-in transmitter, push the
UP button ▲ until the Venetian blind has reached the desired end position.
The drive starts, stops briefly and then moves on
(while the button is pushed).
Correction is possible with the buttons ▲ and ▼ .
② Press the DOWN button ▼ until the drive stops automatically.
The upper end position has been set.
③ Press the DOWN button ▼ again until the Venetian blind has reached the lower end stop (run to lower end stop).
The drive starts, stops briefly and then moves on
(while the DOWN button ▼ is pushed).
The drive switches off automatically when the lower limit stop is reached.
④ Press the UP button ▲ until the drive stops automatically.
The lower end position has been set.
Optional: Activation of the relief function for the lower stop; see chapter 5.6.3
Setting of the end positions variant D is now complete.
5.7 Programming the transmitter
Important
Condition: The drive is in radio mode.
►If the end positions have not been taught-in, remove the blind from the coiling shaft.
Programming (first) transmitter
Instructions for action Result
1 Switch the mains off and on again.
2
3
Push the teaching button
P on the transmitter to be taught in for about 1 second.
Press the UP button ▲ as soon as the blind starts moving in upwards direction (within 1 second at the most).
The drive is then ready to teach-in for about 5 minutes.
The status indicator is lit. The drive is now ready to teach-in
(running up/down) (for about 2 minutes).
The status indicator is lit briefly. The blind stops briefly, starts moving again and then moves downwards.
4 Press the DOWN button
▼ as soon as the blind starts moving in downwards direction (within 1 second at the most).
The status indicator is lit briefly. The drive will stop.
The (first) transmitter has been through the teach-in procedure.
5.8 Programming (additional) transmitter
Programming possible for max. 16 transmitters
Programming (additional) transmitter
Instructions for action
1 On an already taught-in transmitter, push the buttons UP ▲, DOWN ▼ and the teaching button P at the same time for approx. 3 seconds.
Result
The status indicator is lit. The drive is in programming mode
(movements up and down).
2
(alternative to the above line)
Switch the mains off and on again.
Push the teaching button
P on the transmitter to be taught in (additionally) .
4 Press the UP button ▲ on the transmitter to be taught in (additionally) as soon as the blind starts moving in upwards direction (within 1 second at the most).
The drive is then ready to teach-in for about 5 minutes.
The status indicator is lit briefly. The drive is in teach-in mode
(running up/down) (for about 2 minutes).
The status indicator is lit briefly. The blind stops briefly, starts moving again and then moves downwards.
5 Press the DOWN button
▼ on the transmitter to be taught in (additionally) as soon as the blind starts moving in downwards direction (within 1 second at the most).
The status indicator is lit briefly. The drive will stop.
The additional transmitter has been through the teach-in procedure.
Stop bidirectional radio teaching mode:
Keep the STOP button pushed for at least 6 seconds until the status display lights up (depending on transmitter).
5.9 Technical data
A summary of the main technical parameters, see the separate overview "Technical Specifications".
6 Troubleshooting
© elero GmbH
Problem /
Error
• Drive stops during travel
• Drive stops after a short time
• Drive runs only in one direction
Possible cause
• End positions are not set
• Drive is in setting mode
• End position programmed
• Sluggish shutter
• Connection error
Cure
Remedy
• Set end positions
• Set second end position
• Check smooth running of the
Venetian blind
• Check connection
• Drive not responding
• No mains voltage
• Temperature limiter has tripped
• Check mains voltage
• Allow drive to cool
EN | 7
Troubleshooting | Manufacturer's address
Problem /
Error
• Drive does not learn any end positions
Possible cause
• Random travel
• Travel to end position or limit stop too short
Cure
Remedy
• Delete end positions
Reset end positions
• Drive must run, stop briefly and run on (while a button is pushed at the elero assembly cable or a programmed transmitter).
Fig. 8 Troubleshooting at the RolTop-868
7 Repair
The RolTop-868 is maintenance free.
8 Repair
Please contact your dealer if you have any questions.
Please always provide the following information:
• Item number and name on the type plate
• Type of fault
• Previous and unusual events
• Surrounding circumstances
• Own assumption
9 Manufacturer's address
elero GmbH
Antriebstechnik
Maybachstr. 30
73278 Schlierbach
Deutschland / Germany
Phone: +49 7021 9539-0
Fax: +49 7021 9539-212 [email protected] www.elero.com
Please visit our website if you require a contact outside
Germany.
10 Disassembly and disposal
Dispose of the packaging according to current regulations.
Dispose the product after previous use in accordance with applicable regulations. Disposal is partially subject to statutory provisions. The goods to be disposed of must only be delivered to authorised acceptance points.
Environmental information
No unnecessary packaging was used. The packaging can be easily divided into three material types: Cardboard (box),
Styrofoam (padding) and polyethylene (bag, foam material protective foil).
The device is made up of materials that can be reused if it is disassembled by a specialist operation. Please observe the local provisions on disposal of packaging material and old devices.
Always expect additional danger that does not occur in operation during disassembly.
WARNING
Danger of injury due to electric current.
Electric shock possible.
► Physically disconnect power supply lines and discharge charged energy storage. Wait for at least 5 minutes after deactivation for the motor to cool down and the capacitors to lose their voltage.
► Use suitable, tested and stable climbing aids when performing disassembly work above body height.
► All work at the electrical system must only be performed by the staff described in the chapter "Safety instructions for electrical installation".
Scrapping
During the scrapping of the product, the international, national and regional-specific laws and regulations are to be complied with.
Please make sure to consider material recyclability, ease of dismantling, and separability of materials and components as well as environmental and health hazards during recycling and disposal.
CAUTION
Environmental damage at incorrect disposal
► Electronic scrap and electronic components are subject to the hazardous waste rules and must only be disposed of by approved specialist operation.
► Groups of materials such as plastics and metals of various kinds are sorted for recycling and disposal process.
Dispose electrical and electronic components
Disposal and recycling of electric and electronic components must comply with the applicable national laws and regulations.
11 Notes on the EC declaration of conformity
elero GmbH hereby declares that the tubular drive Rol-
Top-868 complies with the basic prerequisites and the other relevant provisions of the EC directives. The complete declaration of conformity can be found in the download area of our website www.elero.com/downloads-service .
12 Technical data and dimensions
The indicated technical data are subject to tolerances (according to the respective applicable standards).
8 | EN © elero GmbH
Technical data and dimensions
12.1 RevoLine S-868
Type
Rolller shutter
Roller blind
Noiseless soft brake
Operating Voltage [V]
Frequency [Hz]
Max. torque [Nm]
Speed [1/min]
Current [A]
Power [W]
Shaft Ø [mm]
Max. limit switch range in revolutions of the shaft
Ingress protection (IP-Code)
Operating mode (min S2)
Transmission frequency [MHz]
Transmission power [mW] |
[dBm ]
Length C [mm]
Length D [mm]
Length E [mm]
Weight [kg]
Temperature range [°C]
Protection class I
Conformity (CE marking)
VDE seal of approval
EMV proof
Item Number (round head / star head)
S1,5/70
-868
■
■
1 ~ 230
50
1,5
70
0,55
130
38
S3/30
-868
■
■
1 ~ 230
50
3
30
0,55
130
38
S5/30
-868
■
■
■
1 ~ 230
50
5
30
0,73
168
38
S5
-868
■
■
■
1 ~ 230
50
5
17
0,55
130
38
S8
-868
■
■
■
1 ~ 230
50
8
17
0,73
168
38
S10
-868 FL
■
■
-
1 ~ 230
50
10
17
0,55
130
38
S12
-868 FL
■
■
-
1 ~ 230
50
12
17
0,73
168
38
160
44
5
80
44
5
40
44
4
40 40
44
5
868 band
44
4
≤ 500 | ≤ 10
40
44
4
40
44
4
40
44
4
534
517
11
1,3
534
517
11
1,2
534
517
11
1,3
534
517
11
1,2
534
517
11
1,3
514
497
11
1,2
534
517
11
1,4
514
497
11
1,2
-20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60
S12/11
-868 FL
■
■
-
1 ~ 230
50
12
11
0,55
130
38
■ ■ ■ ■ ■ ■ ■ ■
■
■
■
■
■
■
■
■
■
302220006 302120006 302320006
■
■
■
302340006
■
■
■
■
■
■
■
302540006
■
308240006
■
308140006
■
■
■
30816006
D
C
E 33
E
D
C
© elero GmbH
33
EN | 9
Baugröße Typ
Maße mit und ohne Funk
C
Drehzahl
RolTop/VariEco S1,5 70/84
RolTop/VariEco S3 30/36
534
534
534 RolTop/VariEco S5 (17)/19/20
RolTop S7 30
RolTop/VariEco S8 (17)/-/-
RolTop/VariEco S12 (17)/19/20
RolTop/VariEco S10
534
534
514
D
517
517
517
517
517
497
E
11
11
11
11
11
11
Build / Type
Rated voltage (V)
Rated frequency (Hz)
Noiseless soft brake
High-speed door
Rated torque (Nm)
Rated speed (rpm)
Rated current (A)
Rated power consumption (W)
Shaft diameter (mm)
Protection class (IP)
Limit switch range (turns)
Operating duration (min S2)
Transmission frequency [MHz]
Transmission power [mW]
Length A (mm)
Length B (mm)
Weight (kg)
Operating environment temperature
(°C)
Conformity
Emission sound pressure level
(dBA)
Protection class I
Plug-in connecting cable (m)
RolTop
M4/60-868
RH
–
4
60
0.9
200
4
540
523
2.2
RolTop
M6/35-868
RH
RolTop
M7/23-868
RH
•
6
35
•
7
23
0.6
140
5
480
462
1.9
RolTop
M9/35-868
RH
1 ~ 230
50
RolTop
M10-868
RH
–
RolTop
M12/23-868
RH
9
35
0.9
200
–
10
14
0.6
140
•
12
23
50
44
40
4 5
868
≤ 500
530
512
2.3
480
462
1.9
530
513
2.2
RolTop
M20-868
RH
20
0.9
200
4
540
523
–
14
RolTop
M30-868
RH
30
530
512
2.3
– 20 to +60
< 70
•
2.0
Item number 38 460.0006 38 438.0006 38 226.0006 38 448.0006 38 222.0006 38 236.0006 38 232.0006 38 242.0006
Technical data and dimensions
12.2 RevoLine M-868
Baugröße / Typ
Rated torque [Nm]
Rated speed [1/min]
Rated voltage [V]
Rated frequency [Hz]
Noiseless soft brake
Rated current [A]
Rated power consumption
[W]
Shaft diameter [mm]
Ingress protection (IP-Code)
Limit switch range (turns)
Operating duration (min S2)
Transmission frequency
[MHz] band
Transmission power
[mW] | [dBm]
Length C [mm]
M6
-868
6
M7/23
-868
7
M10
-868
10
14 23 14
1 ~ 230 230 ... 240 1 ~ 230
50
■
0,52
50
■
0,60
50
■
0,60
118
50
44
40
4
868
≤ 500 |
≤ 10
D
C
140
50
44
40
5
868
≤ 500 |
≤ 10
140
50
44
40
5
868
≤ 500 |
≤ 10
M10-K
-868
10
14
1 ~ 230
50
■
0,60
140
50
44
40
4
868
≤ 500 |
≤ 10
M12/23
-868
12
23
1 ~ 230
50
■
0,90
200
50
44
40
4
868
≤ 500 |
≤ 10
M20
-868
20
14
1 ~ 230
50
■
0,90
200
50
44
40
4
868
≤ 500 |
≤ 10
M30
-868
30
14
1 ~ 230
50
-
0,90
200
50
44
40
4
868
≤ 500 |
≤ 10
M40
-868
40
14
1 ~ 230
50
-
1,20
270
50
44
40
5
868
≤ 500 |
≤ 10
M50
-868
50
14
1 ~ 230
50
-
1,30
300
50
44
40
4
868
≤ 500 |
≤ 10
446
429
466
449
466
449
391
374
33
526
509
526
509
516
499
546
529
546
529
Length E [mm]
(elero, round head, starhead) 14 | 12 | 19 14 | 12 | 19 14 | 12 | 19 14 | 12 | 19 14 | 12 | 19 14 | 12 | 19 14 | 12 | 19 14 | 12 | 19 14 | 12 | 19
Weight [kg] 1,6 1,7 1,7 1,5 1,9 2,1 2,3 2,6 3,1
Operating environment temperature [°C]
-20 ... 60 C -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60 -20 ... 60
D
Protedction class I
■
C
■ ■ ■ ■ ■ ■ ■ ■
■, ■ D ■, ■ ■, ■ ■, ■ ■, ■ ■, ■ ■, ■ ■, ■ ■, ■
Conformity ,
Connecting cable pluggable
[m]
2,0 2,0 2,0 2,0 2,0 2,0 2,0 2,0 2,0
Item number (elero, round head, starhead)
E
E
343020006
393020006
342260006
382260006
342220006
382220006
392220006
33
341120006
33
342350001
382350001
342320006
382320006
392320006
342420006
382420006
392420006
342520006
392520006
342620006
392620006
D
C
D
C
29
E
E 33
33
D
C
D
C
29
10 | EN
E
E
33
© elero GmbH
33
D
C
D
C
E
E 33
33
D
C
D
C
E
E
33
33
D
C
E 33
Baugröße Typ
RolTop M1,8/138 RH Neher 384493401
RolTop M1,8/138-868 RH Neher 384403406
D= C-17mm (halbe Kupplung)
120
120
Baugröße Typ
RolTop M1,8/138 RH Neher 384493401
RolTop M1,8/138-868 RH Neher 384403406
D= C-17mm (halbe Kupplung)
120
120
Stator FE C
381
391
456
466
486
526
546
556
D
364
374
439
449
469
509
529
539
E elero=14
Motorrohr
Rol/Sun/Vari
339
RH=12
SH=19
349
414
424
444
484
504
514
Stator FE
466
486
526
546
556
C
381
391
456
449
469
509
529
539
D
364
374
439
E elero=14
Motorrohr
Rol/Sun/Vari
339
RH=12
SH=19
349
414
424
444
484
504
514
D
C
E 33
D
C
E 33
D
C
E 33
D
C
E 33
D
C
33
12.3 RevoLine M-868
D
C
E
12.4 RevoLine s_onro M-868
33
Baugröße/Typ
Rated voltage (V)
Rated frequency (Hz)
Noiseless soft brake
Rated torque (Nm)
Rated speed (1/min)
Rated current (A)
Rated power consumption (W)
Shaft diameter (mm)
Protection class (IP)
Limit switch range (turns)
Transmission frequency [MHz] band
Transmission power [mW] | [dBm]
Operation duration (min S2)
Length C (mm)
Lenght D (mm)
Length E (mm) elero head
Weight (kg)
Operation environment temperature (°C)
RolTop s_onro
M10-868
RolTop s_onro
M20-868
RolTop s_onro
M30-868
230 - 240
50
•
10
1 ~ 230
50
•
20
1 ~ 230
50
–
30
14
0,60
140
50
44
40
868
14
0,90
200
50
44
40
868
14
0,90
200
50
44
40
868
≤ 500 | ≤ 10 ≤ 500 | ≤ 10 ≤ 500 | ≤ 10
5
466
449
14
1,9
4
526
509
14
2,2
4
516
499
14
2,3
– 20 bis +60 – 20 bis +60 – 20 bis +60
• | • • | • • | •
Confomity
Emission sound pressure level (dBA)
Protection class I
Plug-in connecting (m)
< 70
•
2,0
< 70
•
2,0
< 70
•
2,0
Item number elero head 34 222.5606 34 232.5606 342425606
29
© elero GmbH EN | 11
Baugröße Typ
RolTop M1,8/138 RH Neher 384493401
RolTop M1,8/138-868 RH Neher 384403406
D= C-17mm (halbe Kupplung)
120
120
Stator FE
466
486
526
C
381
391
456
546
556
449
469
509
D
364
374
439
529
539
E elero=14
Motorrohr
Rol/Sun/Vari
339
RH=12 349
SH=19 414
424
444
484
504
514
L60-80
12.5 RevoLine L-868
Build / Type
Rated voltage (V)
Rated frequency (Hz)
Noiseless soft brake
Sunblind with free ride
Rated torque (Nm)
Rated speed (rpm)
Rated current (A)
Rated power consumption (W)
Shaft diameter (mm)
Protection class (IP)
Limit switch range (turns)
Operating duration (min S2)
Transmission frequency [MHz] band
Transmission power [mW] | [dBm]
Length C (mm)
Length D (mm)
Length E (mm)
Weight (kg)
Operating environment temperature
(°C)
Emission sound pressure level
(dBA)
Protection class I
Plug-in connecting cable (m)
Item number
E= 14
•
RolTop
L60-868
–
1 ~ 230
50
–
60
1.9
430
14
63
44
40
4
868
≤ 500 | ≤ 10
575
558
14
D
C
3.3
– 20 to +60
< 70
•
2.0
•
RolTop
L80-868
80
2.0
470
3.6
–
36 732.0006
36 732.0076
36 742.0006
36 742.0076
33
D
C
E= 14 33
L40 DC
(Rohrdurchmesser!)
elero GmbH
Antriebstechnik
Maybachstr. 30
73278 Schlierbach
E= 16
D
C
33 [email protected] www.elero.com
We reserve the right to make technical changes
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