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Markilux 869 Mounting Instructions

Vertical awning

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markilux Awnings
Handover declaration
To be passed on to the users of conservatory and window awnings
The European standard DIN EN 13561 establishes the requirements for the
construction and fastening of awnings. The construction of this markilux awning
fulfills the requirements of the Wind Resistance Class 2 specified in the CE mark of
conformity. The wind resistance class describes the wind speed, at which an awning
may be used. If used above the approved wind speed, considerable dangers can
occur in rain and in snow, the awning can be destroyed or collapse. Which wind
resistance class the installation achieves, critically depends on the type and the
number of fastening materials as well as on the existing fastening background.
The awning may only be used up to the wind resistance class declared by the
installation firm. This can differ from the wind resistance class specified above in
the CE-mark of conformity.
In full knowledge of the local conditions and after completed installation, the
installation firm declares to the user, whether the wind resistance class specified by
markilux has been achieved in the installed state and documents the actual wind
resistance class achieved.
Automatic controllers are to be adjusted to the declared wind resistance class.
Wind resistance class 0
The Wind Resistance Class 0
represents either a
performance not required or
not measured or a product,
which does not fulfill the
requirements of class 1.
The awning may not be used
during wind.
Source: German Meteorological Service (DWD) – Offenbach, Wind Forces in Beaufort
The user has been properly instructed in the operation of the awning:
The user has been handed the following documentation:
The awning may be used under the following conditions:
Wind:
Rain:
Danger of frost and snow:
Date
:
*
Confirmation with the signature, of having received a duplicate of the handover declaration!
Wind resistance class 1
The awning may remain extended
up to maximum Wind Force 4.
Definition according to Beaufort:
Moderate breeze, moderate wind
Wind moves branches and thinner
boughs, raises dust and loose
paper.
Speed 20-27 km/h = 5.5-7.4 m/s
permitted
X
permitted
not permitted
not permitted
X
Signature of installation engineer:
Signature of user*:
Wind resistance class 2
The awning may remain
extended up to maximum Wind
Force 5.
Definition according to Beaufort:
Fresh breeze, fresh wind
Small deciduous trees begin to
sway, white foam caps form at
sea.
Speed 28-37 km/h = 7.5-10.4
m/s
Operating instructions
Installation and setting instructions
of the motor, switch and controller manufacturers, if available
up to Wind Resistance Class
with awning extended completely
at a pitch angle below 25% = 14°, measured from the horizontal
markilux
Schmitz-Werke GmbH & Co. KG
Hansestraße 87
D-48282 Emsdetten
DIN EN 13561
Awnings for use on the outside
of buildings
Wind resistance class 2
markilux 710/810, 720/820, 725/825,
750/850, 869 (amount dependent) 730/830,
791/891, 740/840, 745/845, 893, 8500
Wind resistance class 3
markilux 760/860, 869 (amount dependent)
780/880 und 8000, 8000 Sun Trap
pergola 100/200
Wind resistance class 3
At Wind Force 6 the awning
must be retracted!
Definition according to
Beaufort:
Strong wind
Heavy boughs sway, umbrellas
are difficult to hold, telephone
lines whistle in the wind.
Speed 38-48 km/h = 10.5-13.4
m/s
yes
no
yes
no
yes
no
= Wind force

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Summary of Contents for Markilux 869

  • Page 1 Wind resistance class 3 markilux has been achieved in the installed state and documents the actual wind markilux 760/860, 869 (amount dependent) 780/880 und 8000, 8000 Sun Trap resistance class achieved.
  • Page 2 Wind resistance class 3 markilux has been achieved in the installed state and documents the actual wind markilux 760/860, 869 (amount dependent) 780/880 und 8000, 8000 Sun Trap resistance class achieved.
  • Page 3: Mounting Instructions

    Vertical awning markilux 869 Mounting instructions 1. Overview 1 Casing profile (with fabric roller) 2 Mounting bracket 3 Guide rail 4 Fabric 5 Projection profile 2. Mounting brackets 2.1 Overview mounting brackets Mounting type 10 Mounting type 15 Mounting type 20 78719.
  • Page 4 2.1 Mounting area of the mounting brackets Mounting type 10 Awning width Axial dimension of awnings Drop Total projection Fabric width Drive side Bracket Dimensions in mm Dimensions in [mm] for manual drive Mounting type 15 Dimensions of niche Awning width Axial dimension of awnings Drop...
  • Page 5 3. Mounting systems Attention!: Basically the following is applicable for all mounting systems: 1. The mounting material manufacturers (e.g. Fischer, Hilti, Upat, etc.) offer different mounting systems according to the undersurface. If the conditions for the mounting are met according to DIN EN 13561, the wind resistance class 2 or 3 for the mounting can be confirmed to the user (see sales information "dimensions and features").
  • Page 6 4. Mounting of awning 1. Open carton of awning. Put 2. Initially remove only the safety 3. Position left guide rail (4) be- pre-mounted awning (2) as shown foil (3) of the link guide rail (4). fore the socket of the left side on the carton (1).
  • Page 7 10. Pull the projection profile (13) 11. Push the glider (7) behind the 12. Screw threaded pins SW 2.5 in as far as possible into the direc- projection profile and hook the the glider to secure the projection tion of the glider (7). Push the bolt (15) of the projection profile profile (17).
  • Page 8  5.2 Motor connection data markilux 869 with radio control (433 MHz): U = 230 V ~ / 170 W, 50 Hz I = 0.80 A Motor drive without radio control: U = 230 V ~ / 215 W, 50 Hz...
  • Page 9 Awnings Important Information Who is allowed to fit markilux Awnings? The markilux fitting instructions are intended for qualified fitters, who have experienced knowledge in the following fields: • Work safety, operating safety and regulations for the prevention of accidents •...
  • Page 10 Partly assembled awnings  With awnings partly assembled at works – e.g. coupled folding-arm awnings without cover – those parts under spring tension (see illustration: example folding-arm awning) are to be secured against unintentional opening. These safety devices may only be removed after the installation is complete.