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Summary of Contents for Seip TM 70s
- Page 1 TGarage Door Operator TM 70s INSTALLATION AND PROGRAMMING INSTRUCTIONS ENGLISH TM70s MO911C/1V3 SKR433-3...
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Page 2: Table Of Contents
Content Quick Reference for experienced Installers ���������������������3 Remote Control Registering and deleting Remote Devices ���������������������������������16 Information and Remarks Starting the Registry Registering a Device Regulations and Usage ��������������������������������������������������4 HomeLink™ Directives and Regulations Erasing Remote Devices Use of the operators General Remarks ���������������������������������������������������������������������17 Garage Doors The installers declaration of conformity Useable Batteries... -
Page 3: Quick Reference For Experienced Installers
Quick Reference for experienced Installers Adjusting the Door Type Sectionaldoor Tilting Door Canopy Type Doors Free Programming After changing the DIP-switch settings the operator MUST run through a learning cycle: keep the For free programming, pls� LEARN button pressed for 3 seconds, release it and press it again shortly� refer to page 13�... -
Page 4: Information And Remarks
Instruction of the users The installation of a Seip door drive can be made on a standard After the installation, instruct the users on the following points: compliant door� For a non-standard door, please refer to the sec- - Operation of the remote control tion “Older garage doors”... -
Page 5: Safety Advises For The Installation
Information and Remarks Safety Advises for the Installation Important safety instructions for the installation CAUTION: IMPROPER INSTALLATION MAY LEAD TO SERIOUS INJURY Follow the installation instructions • Remove all unnecessary ropes in the goal area and at the gate before installation •... -
Page 6: Installation
Installation Conditions for Installation Minimum Headroom >35mm A minimum distance of 35mm between the garage door and the ceiling is re- quired� Door Hight No optionals are required for doors up to 2,250mm hight� Between 2,250mm und 2,500mm: a lintel-sided extension for the rail might be required�... -
Page 7: Installation
Installation Installation The front fixing angle can be mounted either at the lintel or at the ceiling� 1. Meassure the middle of your garage door and make a mark on the lintel and the top of your door (1)� 2. Fix the front fixing angle in the middle either at the lintel or at the ceiling (lintel recommended) (1)�... -
Page 8: Adjusting The Limit Blocks
Installation Adjusting the Limit Blocks These adjustments must be made before the programming of the forces and the running-length. Starting the programming procedure without correctly ad- justed blocks may lead to damages on the garage door and the operator! Vorgehensweise: 1�... -
Page 9: The Emergency Release
Installation The Emergency Release In case of a power failure the garage door can be opened by hand� Therefore the operator first needs to be released� When the garage door is the only entrance It is necessary to connect the emergency release to the door‘s handle (pic�... -
Page 10: Printed Circuit Board: Adjustments And Connectors
Printed Circuit Board: Adjustments and Connectors Control Elements D C 24V HF-Modul TEST/ LERN/ LEARN TEST/RUN Button (black) Standard Function Run the operator: Pressing the button runs or stops the operator� The function depends on the entire status of the operator, following the sequence OPEN-STOP-CLOSE etc� Function when Automa- Opening command: Pressing the button gives an opening command�... -
Page 11: Connectors
Printed Circuit Board: Adjustments and Connectors Connectors D C 24V HF-Modul TEST/ LERN/ LEARN Push Button A + B Connector for a wired wall push button Standard function Pressing the push button will give a command to the operator� Whether this is an opening, closing or stop command depends on the entire status of the operator�... -
Page 12: Standard Programming
Printed Circuit Board: Adjustments and Connectors Standard Programming Programming the Forces and Running Distance Choosing the type of door The standard pre-setting is „Sectional Door“; if this shall be used, then proceede with step 2� For other types of doors the DIP-switches 1 and 2 must be adjusted accordingly� Sectional Door Tilting Door Short Running Door... -
Page 13: Free Programming
Printed Circuit Board: Adjustments and Connectors Free Programming ATTENTION: Changing the running-speeds might result in non-conformant force values dependant on the door type and the doors‘ weight. To ensure the installation is within legal regulations a force testing as to directive EN13241-1 must be made. -
Page 14: Automatic Closing
Programming Automatic Closing WHEN USING THE AUTOMATIC CLOSING FEATURE A PHOTO-CELL MUST BE CONNECTED. A PHOTO-CELL IS A NON-CONTACT SAFETY DEVICE AND WILL AVOID IN MOST CASES THAT USERS, CARS OR OTHER OBSTACLES WILL BE HIT BY THE CLOSING GARAGE DOOR! The closing procedure will be started automatically after the pre-set time;... -
Page 15: Further Safety Advice For Automatic Closing
Programming Automatic Closing Further Safety Advice for Automatic Closing Once the user gets into the car, he might not recognize the operators‘ integrated blinking light before the automatic closing starts� This may be down to light conditions or the cars‘ roof� Therefore it is strongly recommended to install an external warning-light which is visible from inside the car�... -
Page 16: Remote Control
First the hand transmitter must be copied into the HomeLink™ module (closer information on your specific system can be found on the internet: www�eurohomelink�com)� The programmed HomeLink™ button will turn to a new Seip-compatible remote device� It therefore must be registered with the operator just like any other remote device� Proceede as described in steps 1 + 2�... -
Page 17: General Remarks
Remote Control General Remarks Useable Batteries Transmitter SKR433-3: One battery type CR2032; supplied voltage: 3V Wall Remote SKR1W433: One battery type A23, 23A, 23L, EL12, VR 22 or MN 21; supplied voltage: 12V Used batteries must be disposed as to national regulations! Changing the transmitters‘... -
Page 18: Technical Information
Technical Information Technical Data TM 70s TM 70s Peak Pulling Force 800 N Pre-Warning Light adjustable Automatic closing adjustable Nominal Pulling Force 104 N Net Running Length 2,500 mm Recommd� max� Door Weight 130 kg Max� Running Length extended 3,900 mm Recommd�... -
Page 19: Troubleshooting
Technical Information Troubleshooting Error Messages The operator will show error messages either by a blinking opera- tors‘ lighting or the red LED� Messages by blinking integrated lighting 8 blinks No impulses from the motors‘ hall-sensor� Possible reasons: 2 blinks damaged hall-sensor, loose contact on the motor plug or dama- DIP-switch message: the DIP-switch setting was changed�... -
Page 20: Declarations
ETSI EN 301 489-1 V1.9.2 (2011-09) ETSI EN 301 489-3 V1.6.1 (2013-08) ETSI EN 300 220-2 V3.1.1 (2017-02) EN 60335-1:2012 Myke Seip, Walzbachtal-Jöhlingen, 25�05�2021 AUTOMATION AUTOMATION D O O R O P E R AT O R S T O R A N T R I E B E Grombacher Straße 83... - Page 21 Einbauerklärung Einbauerklärung für den Einbau einer unvollständigen Maschine nach der Maschinenrichtlinie 2006/42/EG, Anhang II Teil 1 B Seip Automation GmbH Grombacher Straße 83 75045 Walzbachtal-Jöhlingen Deutschland erklärt hiermit, daß der Torantrieb TM 70s der Maschinenrichtlinie 2006/42/EG entsprechen und für den Einbau in einer Toranlage bestimmt sind�...
- Page 22 AUTOMATION AUTOMATION D O O R O P E R AT O R S T O R A N T R I E B E w w w . s e i p . c o m Page 22 Installation Instructions TM70s - MO911C/1V0...
- Page 23 Page 23 Installation Instructions TM70s - MO911C/1V0...
- Page 24 AUTOMATION AUTOMATION D O O R O P E R AT O R S T O R A N T R I E B E w w w . s e i p . c o m Page 24 Installation Instructions TM70s - MO911C/1V0...
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