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P5-16...L120-11
Model: E12
Assembly and Operating Instructions
en
Tubular drives for sun protection systems
Important information for:
• Fitters / • Electricians / • Users
Please forward accordingly!
These instructions must be kept safe for future reference.
2010 301 012 0b     23/05/2022    
Becker-Antriebe GmbH
Friedrich-Ebert-Straße 2-4
35764 Sinn/Germany
www.becker-antriebe.com

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Summary of Contents for Becker E12

  • Page 1 P5-16...L120-11 Model: E12 Assembly and Operating Instructions Tubular drives for sun protection systems Important information for: • Fitters / • Electricians / • Users Please forward accordingly! These instructions must be kept safe for future reference. 2010 301 012 0b     23/05/2022    ...
  • Page 2: Table Of Contents

    Table of contents General .................................... 3 Warranty .....................................  3 Safety instructions ................................ 4 Instructions for the user.............................. 4 Instructions for installation and commissioning........................ 4 Intended use .................................. 5 Assembling and disassembling the plug-in connecting cable.................... 6 Assembly ....................................  6 Setting the limit positions with the switches on the drive head .................... 9 Deleting the limit positions with the switches ........................
  • Page 3: General

    General These tubular drives are high-quality products with the following features: • Optimised for sun protection applications • Installation without stops is also possible (from extended point to retracted point) • Automatic detection of limit positions thanks to intelligent electronic system with stop systems •...
  • Page 4: Safety Instructions

    Safety instructions The following safety instructions and warnings are intended to avert hazards and to prevent property damage and personal injury. Instructions for the user General information • The drive must be disconnected from its power source during cleaning and maintenance and when re- placing parts.
  • Page 5: Intended Use

    • If the drive is used for shading solutions in a specially marked area (e.g., escape routes, hazard zones, safety areas), compliance with all applicable regulations and standards must be ensured. • Once the drive has been installed, the fitter must mark the used tubular drive in the “Technical data” chapter and make a note of the installation position.
  • Page 6: Assembling And Disassembling The Plug-In Connecting Cable

    Assembling and disassembling the plug-in connecting cable Caution The power supply to the connecting cable must be disconnected prior to assembly/disas- sembly. Assembling the plug-in connecting cable Ø35/Ø45/Ø58 Insert the dead connecting cable into the drive head until the locating lug clicks into place in the drive. If necessary, use a suitable flathead screwdriver to assist with insertion.
  • Page 7 Caution Electrical connections may only be carried out by a qualified electrician. Prior to assembly, the power supply must be disconnected and secured. Please give the enclosed connection information to the responsible electrical contractor. Calculate the space required at the side (M) by measuring the drive head (1) and wall bracket (2). The clear dimension of the box (X) minus the space required at the side (M) and idler (G) gives the length (L) of the barrel: L=X-M-G.
  • Page 8 To ensure secure torque transmission for round shafts, we recommend screwing the drive adapter to the shaft (see the table below). Attention! When drilling into the barrel, never drill near the tubular drive! -10 mm Size of drive Drive adapter Torque Fastening screws [mm] max.
  • Page 9: Setting The Limit Positions With The Switches On The Drive Head

    Setting the limit positions with the switches on the drive head Intelligent installation management Completion of installation following automatic setting of limit position "Stop" Next time the “stop” limit position is travelled to, this position will be provisionally saved as the limit position. Once the limit position has been detected at this position 3 times in a row without any problems, it will be definitively saved.
  • Page 10 Extended point to retracted point There is no shading solution length adjustment with this limit position setting. Set both switches to the delete setting. Execute a short drive command. Open to the desired extended limit position. Change the setting of the extending direction of rotation switch from the delete set- ting to the programming setting.
  • Page 11: Deleting The Limit Positions With The Switches

    Deleting the limit positions with the switches Deleting individual limit positions It is only possible to delete an individual limit position if the extended point to retracted point was programmed with the switches. Any additional functions that have been set are retained.
  • Page 12 Extended point to retracted point There is no shading solution length adjustment with this limit position setting. Set both switches to the programming setting. Open to the desired extended limit position. Carry out the following sequence without interruption between the individual drive commands. ▻...
  • Page 13: Deleting The Limit Positions With A Rotary Switch Or A Locking Button

    Deleting the limit positions with a rotary switch or a locking button The switching commands sequence must be carried out in quick succession. Any addi- tional functions that have been set are retained. Carry out the following deletion sequence without interruption between the individual drive commands: STOP until The tubular drive confirms.
  • Page 14 Extended point to retracted point with programming unit There is no shading solution length adjustment with this limit position setting. Set both switches to the programming setting. Open to the desired extended limit position. Press the programming button of the programming unit for 3 seconds. ▻...
  • Page 15: Changing The Additional Stop Behaviour Function With The Programming Unit

    Changing the additional stop behaviour function with the programming unit On delivery, the 35 diameter drive types have a reduced stop behaviour, and the 45 diameter and 58 diameter drive types have an increased stop behaviour. Proceed as follows to change the stop behaviour:   The "to retracted stop"...
  • Page 16: Deleting The Limit Positions Using The Programming Unit

    Deleting the limit positions using the programming unit Connect the wires of the tubular drive to those of the same colour in the programming unit and switch on the power supply. Please pause for 1 sec after the last drive command before beginning the deletion se- quence.
  • Page 17: Setting The Limit Positions With Auto-Install

    Deleting both limit positions Any additional functions that may have been set are deleted at the same time, or are reset to the factory default settings. Open/close the shading solution to a point between the limit positions. Press the programming button and keep it pressed. Then press down the travel button and keep it pressed.
  • Page 18 Start point to retracted stop Extend Retract Set both switches to the programming setting. Use the operator control to move the sun protection system to the desired maximum projection. This must be at least 2.5 revolutions of the barrel away from the retracted limit position.
  • Page 19: Obstacle Detection

    Obstacle detection Caution Use of the drive’s obstacle detection system as personal protection is not permitted. It has been designed exclusively to protect the sun protection system from being damaged. If the drive is correctly installed, it switches off when it detects obstructions or fabric faults and tries to run past the obstruction a second time.
  • Page 20: Information For The Electrician

    Deactivating the fabric tensioning function To deactivate it, move to the fabric tensioning limit position. Press the programming button for approx. 5 seconds. ▻ Confirmation is provided by a shift. ► The fabric tensioning function is now deactivated. Information for the electrician Tubular drives with electronic limit switching can be connected in parallel.
  • Page 21: Technical Data Dia. 35

    Technical data dia. 35 Tubular drive P5-16 P5-20 P5-30 P9-16 Model Type C PS V1 Rated torque [Nm] Output speed [rpm] Limit switch range 64 revolutions Supply voltage 230 V AC / 50 Hz Connected load [W] Rated current consumption [A] 0.36 0.47 0.47...
  • Page 22: Technical Data Dia. 58

    Technical data dia. 58 Tubular drive L50-17 L60-11 L60-17 L70-17 Model Type C PS+ V1 Rated torque [Nm] Output speed [rpm] Limit switch range 64 revolutions Supply voltage 230 V AC / 50 Hz Connected load [W] Rated current consumption 1.40 1.20 1.75 1.90...
  • Page 23: What To Do If

    What to do if...? Problem Remedy Tubular drive overruns the limit position or does not reach the Repair electrical installation and reprogram limit positions. set limit position. Check electrical installation; remove external devices; reset limit positions. Stops have broken off or one or several attachments are broken.
  • Page 24: Sample Wiring Diagram

    Sample wiring diagram Controlling one/several drive(s) via a single switch/button 24 - en...
  • Page 25: Declaration Of Conformity

    Declaration of conformity 25 - en...

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