2.1. Controlling elements on STM 20 ..................7 2.2. Type plate STM 20 ......................8 2.3. Wiring diagram control module STM 20 ................10 Control module STM 20 RED/DUO..............12 3.1. Controlling elements on STM 20 RED/DUO..............12 3.2. Applications ........................12 3.2.1.
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Table of contents / Index 6.2. Applications ........................31 6.2.1. Escape and rescue routes as RED installation ..............31 6.2.2. Heavy door leafs as DUO installation................31 6.3. Type plate STM 22 RED/DUO..................31 6.4. Wiring diagram control module STM 22 DUO/RED............34 6.5.
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Unavailable applications............20 Escape and rescue routes as RED installation ..13, 25, 31 Wiring diagram control module STM 20......10 Wiring diagram control module STM 20 RED/DUO ..16 Wiring diagram control module STM 21......22 General.................. 5 Wiring diagram control module STM 21 RED....27 Wiring diagram control module STM 22 DUO/RED ..34...
Table of contents / Index General 1.1. Document identification Name: B6_Control_SYS20_EN_V1.3.doc Version: V1.3 Serial no.: 102-020401135 1.2. Structure of the documentation The documentation of the system 20 is divided into different manuals, in order to reduce file size and to simplify the handling. The structure of the document is as follows (B1 =book 1): B1_General B2_Assembly STA...
Battery / Accumulator Operator casing Fanlight Protective screen B6_Control General Control module STM 20 Control module STM 20 RED / DUO Control module STM 21 Control module STM 21 RED Control module STM 22 RED / DUO B7_Commissioning General Principles for commissioning...
Controlling elements on STM 20 Control module STM 20 works with an active HIGH level. That means that a minimum of +24V is required to activate a function. Safety functions of inputs are activated in case of interruption. 0V is connected to the ground.
Control module STM 20 2.2. Type plate STM 20 STM20 Jumper Change of function Allows emergency stop and HEA to be connected in series: Jumper on HEA Emergency stop Influences motor-driven braking function in case of power...
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Control module STM 20 9 pulses Back to factory settings (afterwards an emergency stop or a reset must be actuated within 10 seconds) The function emergency-stop with reset can only be actuated if the INPUT/OUTPUT parameter Emergency-Stop with Reset is active!! 14 pulses Hardware-Reset will be done after approx 12 sec.
3.1. Controlling elements on STM 20 RED/DUO Control module STM 20 RED/DUO works with an active HIGH level. That means that a minimum of +24V is required to activate a function. Protective inputs are activated in case of interruption. OV is connected to the ground. This connection can be interrupted for test reasons by use of the ground screw, located next to terminal 12.
Control module STM 20 RED/DUO 3.2.1. Escape and rescue routes as RED installation NOTE Control module STM 20 RED/DUO with RED software has been tested according EN 13849-1:2006, category 3 PLd. 3.2.2. Heavy door leafs as DUO installation NOTE Control module STM 20 RED/DUO with DUO software has been tested according EN 13849-1:2006, category 2 PLc.
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Control module STM 20 RED/DUO On RED and DUO installation D-ST & EST-R Factory setting Fixing connecting clamp to upper part of toothed belt - Shunt EST-L position remains unchanged ! Standard Master opera- Slave – only in case of two STM...
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Control module STM 20 RED/DUO Extra printed circuit board ELS (ZLP-ELS) Extra printed circuit board AKI (ZLP-AKI) CAN bus plug for FPC-servicing Reserved for future modules Encoder motor 1 Encoder motor 2 (not necessary for DUO-applications) Reserved for future modules...
Mechanically there is no difference between a pure DUO system and a RED system (with certifica- tion for escape and rescue routes). On a RED installation there is a special RED-software for CPU1 and CPU2 loaded on the control module STM 20 RED/DUO. This software complies with the standard: EN 13849-1:2006 Category 3 PLd.
Control module STM 21 Control module STM 21 4.1. Controlling elements on STM 21 Control module STM 21 works with an active HIGH level. That means that a minimum of +24V is required to activate a function. Protective inputs are activated in case of interruption. OV is con- nected to the ground.
Control module STM 21 4.2. Application field of control module STM 21 NOTE Control module STM 21 is exclusively used in combination with a weaker drive unit featuring restricted functional requirements and limited door weight. 4.2.1. Typical range of applications ...
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Control module STM 21 Re-plugging for monitoring devices EST R Standard D-ST & EST L – subsequently reboot of control necessary Light-emitting diode Meaning Red control-LED For multifunctional key S1 – blinks when key is pressed Change plugging to reverse rotational direction (EST-R) ...
Control module STM 21 RED Control module STM 21 RED 5.1. Controlling elements on STM 21 RED Control module STM 21 RED works with an active HIGH level. That means that a minimum of +24V is required to activate a function. Protective inputs are activated in case of interruption. OV is connected to the ground.
Control module STM 21 RED 5.2.1. Escape and rescue routes as RED installation NOTE Control module STM 21 RED with RED software has been tested according EN 13849-1:2006, category 3 PLd. 5.3. Type plate STM 21 RED STM 21 RED Jumper Change of function Allows emergency stop and HEA to be connected in series...
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Control module STM 21 RED Multifunctional key Function, after pulses have been given 1 pulse Releases an opening movement (AKI) 2 pulses Calibrating ELS 3 pulses Calibrating door parameters 4 pulses Entering programming level 5 pulses Redundancy test, if system connected to mains voltage ...
Control module STM 21 RED 5.4. Wiring diagram control module STM 21 RED 102-020110534 Control module 21 RED Art. Nr. 102-020401135 27 / 36 B6_Control_SYS20_EN_V1.3.doc...
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Control module STM 21 RED Control module 21 RED 102-020110534 Art. Nr. 102-020401135 28 / 36 B6_Control_SYS20_EN_V1.3.doc...
Control module STM 21 RED 5.5. Components RED system MS Power set STM 21 RED 102-021808964 Control module STM 21 RED 1 pc. ATE 21 (Linix) 1 pc. ATE 21 Socket Cable and installation material BAT 20 RED 102-020808835 In the two above mentioned assembly kits, there are all the necessary components included for a...
Control module STM 22 RED/DUO Control module STM 22 RED/DUO 6.1. Controls on STM 22 RED/DUO The control module STM 22 RED/DUO works with an active HIGH level. To activate the function +24V must be present. Safety inputs will be activated by an interruption. The basic signal 0V is connected to the protective earth.
Control module STM 22 RED/DUO 6.2. Applications The control module STM 22 RED/DUO will be – depending on the implemented software and cor- responding admissions – used for the following installations. 6.2.1. Escape and rescue routes as RED installation NOTE The STM 22 RED/DUO control module with RED Software complies with EN 13849-1:2006, Category 3 PLd.
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Control module STM 22 RED/DUO Jumper Change of function Allows emergency stop and HEA to be connected in series:: Jumper on HEA Emergency stop Not equipped Syst.-conditioned, internal Not visible – reserved for future applications If used as RED+DUO-installation D-ST &...
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Control module STM 22 RED/DUO Battery 2 (just use for RED-applications) Locking Motor brake ATE motor 1 (The DUO-application can be driven with 1 mo- tor only) ATE Motor 2 CAN-Bus / CAN Sensors Additional printed circuit board ELS (ZLP-ELS) Additional printed circuit board AKI (ZLP AKI) CAN-Bus service plug for FPC Reserved for future modules...
Overview of the additional components Basically, the components will be mounted and wired analogue to a normal sliding door. Below we refer to the necessary additional components for a RED installation. STM 20 RED/DUO Mot 1 BAT 20 RED Mot 2...
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Questions and answers
How to use two stm20 for master and salve
To set up two Record STM 20 units for master and slave configuration:
- Set jumper JP5 to "Standard master mode" on the master unit.
- Set jumper JP5 to "Slave" on the slave unit.
This configuration is only used when two STM units are connected together.
This answer is automatically generated
looking for the plastic gears that go the door opener motor