Siegenia Drive Series User manual

DRIVE
Motorised Sliding System.
MSA400 smart
Window systems
Door systems
Comfort systems
INSTALLATION AND
OPERATING INSTRUCTIONS

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MSA400 smart Installation and operating instructions
05.2017
Contents
1. General information ................................................................................................................................................................... 3
2. Safety notes ................................................................................................................................................................................ 4
3. Device functions.......................................................................................................................................................................... 5
4. Size range................................................................................................................................................................................... 7
5. Scope of delivery........................................................................................................................................................................ 7
6. On-site risk and hazard analysis................................................................................................................................................ 8
7. Installation................................................................................................................................................................................... 9
8. Commissioning .........................................................................................................................................................................18
9. Operation .................................................................................................................................................................................20
10. Programming special functions..............................................................................................................................................22
11. Reset the sash position ...........................................................................................................................................................22
12. Care and maintenance ..........................................................................................................................................................23
13. Rectification of malfunctions ..................................................................................................................................................24
14. Technical specifications..........................................................................................................................................................25
15. Accessories.............................................................................................................................................................................25
16. Information concerning product liability ...............................................................................................................................26
17. Feedback on documentation .................................................................................................................................................26
18. EC declaration of incorporation ............................................................................................................................................27

Installation and operating instructions MSA400 smart
05.2017 3
1. General information
Please read these installation and operating instructions carefully and in full before commissioning
the MSA400 smart sliding system.
1.1 Target group of this documentation
•This documentation is intended for use by specialists and end users.
•All instructions concerning installation, commissioning, repairs and maintenance described in this document are to be
performed exclusively by electricians with training and practice in the installation, commissioning and maintenance of
mechanical drives.
•All instructions on operation and maintenance described here are intended for end users.
•Following installation, the installation company must hand over the installation and operating instructions to the end user
and brief the user/owner of the building accordingly.
1.2 Intended use
•The MSA400 smart is an electric motor-driven system for opening and closing windows/patio doors with sliding
hardware (sliding elements). It has a maximum displacement force of 50 N (or 90 N on application of a light curtain)
and a travel range of up to 8 m, and it may only be installed in elements which are compatible with these specifications:
Scheme A Scheme G2
Scheme E
max. 250 kg per sash
Scheme K
Scheme G
•The standard MSA400 smart system is not suitable for use in swimming pools and/or damp rooms. Special designs are
possible and permitted only upon request and after having been tested by SIEGENIA.
•The MSA400 smart must only be operated with hardware components and genuine accessories from SIEGENIA.
•It must be possible to access and disassemble the slide drive SA at all times should maintenance and service work be
required (curtain rods, lamps, ceiling covers, roller shutter housings, etc. must not hinder removal).
•The instructions contained in ASR A 1.6, VFF data sheet KB.01 as well as EN 12453 for power-operated windows, doors
and gates must be observed!
•If you are using the system for commercial purposes, you must also observe the safety instructions of your accident
insurance provider.
•Following installation of the MSA400 smart, you must carry out a reference run as well as a calibration and teach-in run
when the unit is commissioned for the first time.
1.3 Incorrect use
•Sliding elements equipped with the MSA400 smart slide system may not be used as escape doors in the event of a fire.
•Any use of this product that is not in accordance with its correct use, or any adaptation of or modification to the product
and its associated components for which the express consent of SIEGENIA has not been obtained, is strictly prohibited.
SIEGENIA accepts no liability whatsoever for any material losses or injury to people caused by failure to comply with this
stipulation.
1.4 Dimensions
•All the dimensions in this documentation are specified in mm.

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MSA400 smart Installation and operating instructions
05.2017
2. Safety notes
Risk of injury or fatal injury. Hands, arms, legs and feet can get trapped and/or crushed in systems
driven by an electric motor.
• Make sure that no parts of the body or objects are within the shearing and locking area of the system.
• Ensure that no body parts or objects are under the sliding sash, especially when lowering sliding elements.
• This unit can be used by children aged 8 and above as well as by people with physical, sensory or mental difficulties or
with a lack of experience and knowledge as long as they are supervised or have been instructed in how to use the unit
safely and understand the resulting risks. Children must not play with the unit. Cleaning and user maintenance must not be
carried out by children without supervision.
Risk of injury or death due to electrical shock or fire. Systems driven by an electric motor can
overheat and cause fire.
• Insert the Euro mains plug of the standard connecting cable only into a suitable 230VAC mains power supply socket.
• Only a qualified electrician may perform any work on the 230V AC mains power supply.
• Current local regulations (such as VDE 0100 of the VDE in Germany) must be observed.
• Relevant country-specific regulations must be strictly followed for all work on the voltage supply system or building wiring
system.
• All-pole safety isolation is required when the mains cable is laid on-site because the power supply does not have a
separate line disconnector.
• Connect in-wall supply lines to the MSA400 smart sliding system in branch boxes. These branch boxes must be kept
accessible for maintenance.
• When cleaning the sliding sash and the drives, make sure that no liquid gets inside the MSA400 smart system as this
could damage the electronics.
• The unit must be checked by a specialist in the event of a fault.
• Should a solid object or any liquid get inside the unit, stop operation immediately and disconnect the MSA400 smart
system from the mains. Then have the MSA400 smart system checked and repaired by qualified specialists only.
• If the network connection cable is damaged, it may only be replaced by SIEGENIA, its customer service department or
an electrician.
Injuries caused by falling objects.
• Please do not put or place objects on top of the MSA400 smart.
Hazard due to third party attacks on SIEGENIA WLAN devices! Please observe the following notes
to protect your system against attacks by third parties:
• Every SIEGENIA WLAN device is protected by two passwords (user and administrator). It is essential that you change
these passwords after the initial setup. Do not leave in the default setting.
• If the SIEGENIA WLAN devices are integrated in your home WLAN, this must be encrypted for operation.
• Please choose secure passwords consisting of lower case and capital letters, numbers and special symbols.

Installation and operating instructions MSA400 smart
05.2017 5
3. Device functions
3.1 General product description
• The MSA400 smart is a motorised sliding system for the automatic movement of sliding elements
• The MSA400 smart can be controlled by a tablet or smartphone and offers additional device functions via the SIEGENIA
Comfort app. Please follow the enclosed quick start instructions (H47.MOTS005EN).
• The slide drive SA features an electronic cut-off function (see “3.3 Information on safety cut-off and jam protection” on
page 6).
• To further increase safety during travel, the slide drive SA with terminal board allows for the integration of a light curtain.
If an object is placed in the path of the sliding sash, it will be stopped immediately.
• The sliding sash can be moved into a freely programmed intermediate position (intermediate stop).
3.2 Control
The MSA400 smart system offers the following control options:
Function End position of the
sliding sash
Button on the
MSA400 smart
SIEGENIA
Comfort app
Infrared remote
control
(optional
accessory)
On-site button
Reference run Closed ———
Calibration and
teach-in run Closed ———
Open Open
Close Closed
Intermediate stop User-defined, limited
opening width —
Night vent timer
(0‒60 min.) Night vent position — — —
Button on the MSA400 smart
The Reset and Prog buttons are used to reset the sash position and to program the system.

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MSA400 smart Installation and operating instructions
05.2017
3.3 Information on safety cut-off and jam protection
General information on safety cut-off
As soon as the slide path of a sliding sash becomes blocked (e.g. due to an obstacle or because it is stuck), it stops, moves for
approx. 4 seconds in the opposite direction and then comes to a final stop (see figure below).
For increased safety in the area around the bottom shear points between the sliding sash and the sliding sash frame, in
normal motor-powered operation, the sliding sash only moves as far as a defined opening position.
Sliding sash moves ... ... hits an obstacle and stops... ... then moves for approx. 4 seconds
in the opposite direction and stops
Safety shutdown in systems with light curtain
If additional safety requirements apply, the optional terminal board must be ordered. Also available prepared to be
equipped with a light curtain. To prevent injuries and damage, the safety cut-off function is performed, which brings the
sliding sash to an immediate standstill. If equipped with a light curtain, the sliding sash is opened to its full extent.
Sliding sash moves ... ... an object moves into the safety zone... Sliding sash stops
3.4 LED indicator
The LED is attached to the lower edge of the slide drive SA. Please note the light indicators in the LED. The indicators and their
meanings are listed in the table below:
Function and meaning LED
System test or overheating Flashes red/green in alternation
Teach in Flashes red
Move in direction of "Open" position Continuously green
Move in direction of "Close/Lock" position Continuously red
10-min. night vent (timer running) Flashes green
Intermediate stop (limited opening width) Off
Locked Off
After a power failure Flashes red

Installation and operating instructions MSA400 smart
05.2017 7
4. Size range
The MSA400 smart system is installed horizontally on the inside top of the sliding element frame.
Traverse path 8,000 mm
Displacement force 50 N
Displacement force with light curtain installed 90 N
Max. permissible sash weight for MSA400 smart Max. 400 kg (2 x 250 kg scheme E)
5. Scope of delivery
Pos. Pieces Designation Version
11slide drive SA Including 24 V power supply
21Network connection cable with Euro plug On slide drive SA, 5 m cable length, for 230 V AC
31Packer (2.5, 5, 8 or 10 mm thick depending
on profile system)*
for catch on sliding sash
41Catch base for sliding sash top
51Catch (profile-dependent adapter) On slide drive SA
61Cover cap For catch
71Cover profile SA* For slide drive SA
81Cover cap SA left* For cover profile SA
91Cover cap SA right* For cover profile SA
10 1Installation and operating instructions
11 1Terminal board* For connecting light curtain
*optional, not included in the standard scope of delivery
1
2
34
5
6
8 9
10
7
11
DRIVE
Fenstersysteme
Türsysteme
Komfortsysteme
MSA 400 smart

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MSA400 smart Installation and operating instructions
05.2017
6. On-site risk and hazard analysis
In order to assess the potential hazards of a power-operated window and to take the appropriate protective measures, you
must assess risks in the planning phase. A risk analysis provides you with all the information needed to assess risks and make
decisions concerning the safety of the window elements. The sliding element of the MSA400 smart can cause crushing and
shearing. You must carry out a risk and hazard analysis during the planning phase in accordance with VFF data sheet KB.01
and the current Machinery Directive relating to the safety equipment and installation location as appropriate for the
individual property and conditions of use (e.g. in case of persons requiring special protection or commercial properties).
6.1 Risk and hazard analysis
• Takes into account the protective measures necessary in the planning phase
• Must be carried out before commissioning
• Provides information based on the individual installation location and instructs users on how to install the window system
in order to prevent or minimise possible hazards
• Draws attention to possible residual risks
The following aspects must be checked:
• Public or non-public area (private or industrial property)
• Installation location
• Users (authorised users, persons in need of protection or trained personnel)
• Special structural conditions
• Type of access control
• Requirements for added safety can be met with a light curtain
6.2 Instructions for assembly and installation
• Use flexible supply lines (route conduit tubes if necessary)
• When routing cables, avoid damaging the cables by crushing, bending or stretching them
• The concealed mains supply lines running to the MSA400 smart must be connected in branch boxes (these branch boxes
must be easily accessible for maintenance)
• Protect the MSA400 smart system against contamination by site material and humidity
• The hardware components must be securely fixed in place
• Connect to the mains supply only after you have tested for proper mechanical function
• Observe the applicable fabrication guidelines from the profile manufacturer
• To avoid personal injury, it is important to observe the safety precautions provided in these instructions and make sure
that these instructions are accessible at all times
6.3 Cooperation between trades and interfaces
In the context of project management, the work of the various trades must be carefully coordinated. If SIEGENIA components
are being connected to third-party installations or SIEGENIA products are being combined with parts by other manufacturers
(e.g. drives and controls), technical compatibility must be verified in advance by authorised personnel. For data collation
purposes, the technical data sheets and the latest versions of the installation and operating instructions must be handed over
to the trades involved when work commences.

Installation and operating instructions MSA400 smart
05.2017 9
7. Installation
7.1 Installation requirements
General information about installation
• The following description of the assembly process is a recommendation from SIEGENIA and describes the major steps
involved. The specific details of the assembly process are determined, amongst other factors, by the sliding element used,
by the production process and by the window manufacturer's equipment and facilities.
• You will find specific steps for installation of the MSA400 smart on our download portal:
downloads.siegenia.com/de/00007/index.html
Risk of mechanical defects if the MSA400 smart system is put into operation
unassembled.
› You must assemble the MSA400 smart first before putting it into operation!
Sliding element requirements
• The sliding element must not be warped.
• The sliding element must be installed vertically plumb in the reveal.
• The threshold must be properly and sufficiently supported — especially with wide or heavy sliding elements (e.g. 400 kg).
• The displacement force must not be > 60 N.
• The cable routing of the cable in the sliding sash must be checked prior to assembly. The sliding sash must be prepared
for an optimum cable channel in the eurogroove.
• The concealed mains cable guide must be located on the horizontal top section of the frame near the locking side.
Requirements to be met by the hardware
• The hardware must be able to run smoothly (be in unrestricted working order).
Requirements to be met by the drive
Risk of mechanical defects if the MSA400 smart system is put into operation with
sliding elements which cannot move freely.
› Only put MSA400 smart into operation if the smooth running of the sliding element can be ensured!
• The MSA400 smart system has not been tested as a locking unit in accordance with ENV 1627-1630.
7.2 The connection of external operator push buttons and locking motor (not included in scope of delivery)
• You can also connect an optional external operator push button and a locking motor to the MSA400 smart system,
maximum connection 24V DC 1A.
1
2
3
4
1Locking motor
2
3Operating push
button
4

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MSA400 smart Installation and operating instructions
05.2017
7.3 Information about mains cable running
Important information for safety and assembly
The fitting of the mains cable is determined by the prevailing conditions on site. There are two assembly options:
Assembly option 1 – surface-mounted mains cable running
The MSA400 smart system is delivered as standard with a mains cable. The cable outlet for scheme A is always at the top of
the slide drive SA on the locking side (Fig. 1); for scheme C, it can be located on the outside of the slide drive SA on either the
left-hand side or the right-hand side. A notch for the cable outlet must be made on the cover cap SA of the cover profile SA
(see Fig. 2). A suitable mains socket must be located near the cable outlet. It is recommended to route the mains cable
through an appropriate installation duct.
1
2

Installation and operating instructions MSA400 smart
05.2017 11
Assembly option 2 – concealed mains cable running
The customer-side concealed routing of the mains cable for the slide drive SA and the connection of the slide drive SA, this
work must be carried out by a qualified electrician. In the case of mains cable running for sliding elements which have not yet
been installed (e.g. new build and renovation projects), a flexible cable (5 x 1.5 mm2incl. connection) for wall and key
switches must be provided by the customer and fed concealed through the top section of the lift & slide frame (fig. 3).
3
Holes for the cable inlet and outlet (each approx. Ø 10 mm) must be made for this purpose, with the centre of each hole
being positioned approx. 7 mm away from the inside frame edge (Fig. 4). All-pole safety isolation is required if the customer
is routing the mains cable. The isolated end of the mains cable must be located inside the power supply housing. The
connection to the slide drive is made in accordance with the wiring diagrams. The mounting angle of the slide drive SA
contains a sufficiently dimensioned recess for the cable outlet on the frame profile (fig. 5). Concealed mains cable fitting to
the slide drive SA is through the top edge of the frame on the locking side. Concealed mains cable fitting to the slide drive SA
is through the top edge of the frame on the locking side.
5
4
Y
7 mm
Inside frame
edge
Bottom edge of lift & slide frame (without cover)
Dimension Y = 15 mm for timber and PVC elements
Dimension Y = central in relation to hollow section in the
case of aluminium elements
Mains cable outlet Ø 10 mm
(drill and deburr)
Recess in
mounting angle
Mains cable
inlet
Ø 10 mm

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MSA400 smart Installation and operating instructions
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7.4 Drill holes on the sliding sash
7.4.1 Positioning and setting the catch jig (accessories)
Place the jig horizontally at the top of the lift & slide sash (Fig. 1), removing existing sash seals first. Position and set the jig in
accordance with the dimensioning (Fig. 2).
Make the holes for the catch horizontally at the top, noting the drilling diameter (Fig. 3).
1
2
3
300
(416)
X
10,5
29
-0,2
50
8
Positioning and drilling diameters for the holes of the catch on the
Sliding sash (fig. for timber profile DIN left - DIN right is a mirror image)
Adjustment dimension X
Cable feed-through
Ø 15
Supporting peg
Catch base Ø 7
Screw holes Ø 3
Hole Ø 3
for fixing screws
for catch
Hole Ø 7
for supporting peg for
catch base
Hole Ø 15
for cable feed-through
Important: In order for the catch to be positioned correctly on the sliding sash, the set dimension X(Fig. 2) must be used.
The correct set dimension Xfor the respective profile systems is listed in the installation steps for the installation of the
MSA400 smart, available from our download portal:
downloads.siegenia.com/de/00007/index.html

Installation and operating instructions MSA400 smart
05.2017 13
7.5 Assembly of the slide drive SA
7.5.1 Horizontal positioning of the slide drive SA
When measuring the RIB (inside frame width), take into account whether the frame profile is being used with or without a
cover. With a cover, the inside frame edge is offset inwards and must be taken into account when measuring the RIB. The
offset specified here of 2 mm* corresponds to the material thickness of the side cover cap SA (optional).
Option A — Frame profile without cover
Position slide drive SA offset from inside frame edge by 2 mm* (see Fig. A)
2 mm*
2 mm* 2 mm*
A
Fig. for positioning DIN left (DIN right is a mirror image)
Inside frame edge
slide drive SA
Cover cap SA
Cowl length
External edge
mounting angle
Inside frame edge
Option B — Frame profile with cover
On a frame profile with cover, the inside frame edge is not visible through the cover. The slide drive SA must be positioned
offset from the inside frame edge by 2 mm* (see Fig. B). To achieve this, the distance from the inside frame edge to the
external edge of the cover must be measured out before positioning the slide drive SA.
2 mm* 2 mm*
2 mm*
B
Fig. for positioning DIN left (DIN right is a mirror image)
Inside frame edge
slide drive SA
Cover cap SA
Cowl length
External edge
mounting angle
Inside frame edge
Cover Cover
External edge
Cover

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MSA400 smart Installation and operating instructions
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7.5.2 Vertical positioning and fixing of the slide drive SA – scheme A
Two screw levels (Aor B) are provided to fix the slide drive SA to the top of the frame profile. You will find specific steps for
installation of the MSA400 smart on our download portal:
downloads.siegenia.com/de/00007/index.html
1. Fixing the slide drive SA to the mounting angle at screw level Aor B.
2. Set the catch down on the catch base and screw on with suitable screws
3. Attach the cover cap for the catch.
4. Attach the cover profile SA to the mounting angle.
5. Push the right-hand and left-hand cover caps SA onto the cover profile SA
1
4
2
5
3
B
A
Inside frame edge
Screw levels

Installation and operating instructions MSA400 smart
05.2017 15
7.6 Concealed mains cable running and connection
7.6.1 Concealed routing and connection to the power supply for slide drive SA
Important note: If the customer is responsible for routing the flexible mains cable (5 x 1.5 mm2) for the slide drive SA and
the connection in the power supply of the slide drive SA, this work must be carried out by a qualified electrician.
Risk of overheating!
Risk of electrical shock!
› Prior to installation, you must disconnect the mains cable from the AC mains power supply or disconnect the mains fuses.
With concealed mains cable running and for control using a wall or key switch (not included in scope of delivery), the cable
must be connected in the power supply of the slide drive SA.
1. Unscrew the fixing screws on the power supply cover and remove the power supply cover.
2. Release cover clip
3. Disassemble and remove the plug cable that comes standard in the power supply.
4. Run the concealed mains cable through the cable outlet in the mounting angle and into the power supply housing; the
jacket on the mains cable must extend into the power supply housing.
5. Strip the insulation from the mains cable within the power supply housing
6. Reattach the power supply cover using the fixing screws
7. Secure the mains cable with cover clips
1 2 3
Power supply coverCover clip
Run the concealed mains cable
through the cable outlet and into
the power supply housing
Disassemble and remove
plug cable

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MSA400 smart Installation and operating instructions
05.2017
7.6.2 Surface-mounted mains cable running
The MSA400 smart system is delivered with a 5 m long mains cable as standard. The cable outlet is always located on the
locking side at the top of the MSA400 smart system. A suitable mains socket must be located near the cable outlet. It is
recommended to route the mains cable through an appropriate installation duct.
7.6.3 Concealed mains cable running and connection
Important: All-pole safety isolation is absolutely necessary.
Risk of injury or death due to electrical shock or fire. Systems driven by an
electric motor can overheat and cause fire.
› The power supply must be switched off.
1. Unscrew the fixing screws on the power supply cover and remove the power supply cover.
2. Disassemble and remove the plug cable that comes standard in the power supply.
3. Run the concealed mains cable through the cable outlet in the mounting angle and into the power supply housing; the
jacket on the mains cable must extend into the power supply housing.
4. Remove the insulation for the section of the mains cable inside the power supply housing.
5. Connect the cable inside the power supply according to the wiring diagram
6. Reattach the power supply cover using the fixing screws.
Wiring diagram without switch unit Wiring diagram with switch unit
PE
N
L1
NL 1 2 3
F
N 1 2 3
X
PE
N
L1
NLAZ
F
ST
N 1 2 3
X
Nblue – neutral
1brown – phase
2black – closed
3grey – open
FAll pole
safety isolation
TButton connection
SConnection for key button
or code lock
XPower supply
MSA400 smart

Installation and operating instructions MSA400 smart
05.2017 17
7.7 Installing the light curtain
Alterations must be made to the MSA400 smart in order to operate it with a light curtain
The suitable light curtain can be ordered from:
CEDES GmbH
Elektronische Systeme
Elzmatten 6
D-79365 Reinhausen
Light curtain
==
Light curtain
Terminal board for connecting light curtain (plugs or terminals)
Receiver
1+ 24 V
2Input light curtain 2 (RX)
3Not used
4 GND
5+ 24 V
6Input light curtain 1 (RX)
7Not used
8 GND
9Receiver, inside
10 Receiver outside
1
2
3
4
5
6
7
8
13
14
15
16
17
18
19
20
9 10 11
12
Transmitter
11 Transmitter, inside
12 Transmitter
outside
13 GND
14 Not used
15 Test
16 + 24 V
17 GND
18 Not used
19 Test
20 + 24 V
On the slide drive SA, a jumper must be switched for operation with a light curtain.
3
2
1
B
A
Jumper position Operating mode
1With reduced traverse speed
2"Normal operation" without light curtain
3With light curtain
Item Designation
A Sockets
BConnecting clamps

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MSA400 smart Installation and operating instructions
05.2017
8. Commissioning
8.1 General information for commissioning
• Following installation of the MSA400 smart (initial commissioning), you must carry out a reference run as well as a
calibration and teach-in run.
• The reference run, as well as the calibration and teach-in run help to determine the size of the slide element and the
displacement force.
• The reference run must be performed again in the event of a power failure. The calibration and teach-in run only has to be
performed when commissioning the equipment.
• Any tasks relating to commissioning may only be completed by qualified professionals.
8.2 Reference run
1. The sliding sash must be in the CLOSED position in order to begin the reference run. If necessary, slide the sash to this
position manually.
2. Supply power to the MSA400 smart system.
3. Press the operating push button. The reference run starts. During the reference run, the sash is unlocked and then locked
again.
4. Wait approx. 4 - 10 seconds until the sash is locked. The LED switches off once the reference run is complete.
1. 2. 3. 4.
4 - 10 Sek.
Note: A reference run must also be performed after a power failure in order to re-initialise the MSA400 smart system.

Installation and operating instructions MSA400 smart
05.2017 19
8.3 Calibration and teach-in run
Risk of injury! Hands, arms, legs and feet can get trapped and/or crushed! There
is no safety cut-off function!
› During the entire calibration and teach-in run, maintain a safe distance from the moving elements.
Risk due to incorrect measured values!
› To prevent incorrect measured values, never interrupt or interfere with the calibration and teach-in run of the
MSA400 smart system!
1. Block sliding sash 2 (not applicable for scheme A).
2. The sliding sash must be in the CLOSED position in order to begin the calibration and teach-in run. If necessary, slide the
sash to this position manually.
3. Press the Prog button; the LED flashes green.
4. Press and hold the operating push button for approx. 11 seconds until a short acoustic signal sounds 4 times in successi-
on.
5. Release the operating push button.
6. Press and hold the operating push button for approx. 2 seconds until a short acoustic signal sounds once.
7. Release the operating push button. The calibration and teach-in run starts. The LED flashes red.
During the calibration and teach-in run, the sliding sash travels to the OPEN and CLOSED positions twice.
8. The element stops at sliding sash 2. Remove the blockage within approx. 5 seconds (not applicable for scheme A).
9. The LED switches off once the calibration and teach-in run is complete.
1. 3. 4.
11 sec.
BEEP
1x
BEEP
2x
BEEP
3x
BEEP
4x
1 2 F
6. 7. 9.
2 x
BEEP
1x
2 sec.
Once the calibration and teach-in run has been completed successfully, the MSA400 smart system is ready for normal
operation.

20
MSA400 smart Installation and operating instructions
05.2017
9. Operation
9.1 Opening the sliding sash
› When the sliding sash is closed and locked, press the operator push button once.
› The sliding sash is unlocked and opens; the LED lights up green.
1 x
9.2 Stopping the sliding sash during travel – OPEN or CLOSE direction
› While the sliding sash is opening, press the operator push button once.
› The sliding sash stops.
1 x
9.3 Opening the sliding sash to the intermediate position
Note: The desired intermediate position must be programmed on the MSA400 smart system before carrying out this
function – see . “Teach in intermediate position” on 22.
› With the sliding sash closed, press and hold the operator push button for approx. 2 seconds until a short acoustic signal
sounds once.
› The sliding sash opens up to the intermediate position; the LED lights up green.
ca. 2 Sek.
BEEP
1x
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