Magnetic MPT-353 User manual

Descripon
Full Height Turnsle
MPT-333 and MPT 353
MGC Control Unit
Doc. ID: 5817,0027EN
Version 01

2
MGC Control Unit
MAGNETIC AUTOCONTROL GMBH
Grienmatt 20
79650 Schopfheim
Deutschland
Telefon [phone]
Fax [phone]
[email protected]
www.magnetic-access.com

3
MGC Control Unit
Contents
Contents
1 Notes on the document 5
1.1 Purpose and contents of this descripon 5
1.2 Symbols and illustraons used in this document 6
1.2.1 Warning notes and notes 6
1.3 Target group 7
1.3.1 Personnel – acvies and qualicaons 7
2 Digital inputs, digital outputs and relay outputs 8
2.1 Digital inputs 8
2.2 Digital outputs and relay outputs 10
2.3 Digital power outputs of the MFM01 plug-in modules 12
3 Parameterising control unit 13
3.1 Changing menu language 13
3.2 Entering password 16
3.3 Control unit elements 17
3.4 Displays of the control unit 18
3.5 Symbols in the display 19
3.5.1 Control buon funcons 19
3.5.2 Further symbols 20
3.6 Seng display contrast 20
3.7 Protecng parameterisaon from access 21
3.8 Parameterise value 21
3.9 Switching the “Service” mode on and o 22
4 Descripon of menus and parameters 23
4.1 Menu “Informaon” 23
4.2 Menu “Sengs” 24
4.2.1 Hold-open me 24
4.2.2 Permanent open 24
4.2.3 Interlock 25
4.2.4 Vend count 26
4.2.5 Signalling 26
4.2.6 Random check funcon 28

4
MGC Control Unit
Contents
4.3 Menu “In-/Outputs” 30
4.3.1 Inputs 30
4.3.2 Outputs 30
4.4 Menu “Service” 31
4.4.1 Gate HW 31
4.4.2 Further parameters 34
4.5 Menu “System” 34
4.6 Menu “Passage counter” 35
4.7 Menu “Informaon” 35
4.8 Menu “Factory sengs” 36
5 Funcon descripon 38
5.1 Versions and denions 38
5.1.1 Denons and version MPT-353 40
5.2 Funcon sequence 42
5.3 Start-up and regular movement sequence 43
5.4 Operaon modes 43
5.4.1 Pulse operaon in both direcons without vend count 43
5.4.2 Pulse operaon in both direcons with vend count 44
5.4.3 Permanent open in both direcons 44
5.4.4 Pulse operaon in one direcon, permanent open in the
other direcon 44
5.5 Emergency 45
5.6 Random check funcon 45
6 Correcve acon 46
6.1 Safety in troubleshoong 46
6.2 Malfuncons turnsle 47
6.3 Event, warning and error messages in the display 47
6.3.1 Event, warning and error messages – logic control (control
unit) 48
6.3.2 Event, warning and error messages – all modules 49
6.4 Perform reset 49
7 Menu setup 50
Index 53

5
MGC Control Unit
Notes on the document
1 Notes on the document
1.1 Purpose and contents of this descripon
This document describes the MGC control unit from the program versions listed
below.
Soware number (Soware #) and soware version (SW version) are displayed in
the menu “Module info”.
Designaon Soware # SW version
Gate Controller 4915.1006 1.1
Table 1: Programme versions MGC control unit
IMPORTANT!
For informaon on design and funcon, for technical data, installaon
and assembly, electrical connecon, commissioning and cleaning and
maintenance, see the separate operang instrucons "Full height
turnsle MPT-333 and MPT-353 (Doc.ID: 5817,0028)".

6
MGC Control Unit
Notes on the document
1.2 Symbols and illustraons used in this document
1.2.1 Warning notes and notes
Warning notes are characterised by pictograms in these operang instrucons. A
warning note starts with a signal word that expresses the extent of the hazard.
It is absolutely essenal to observe the warning notes and to proceed with cauon
in order to prevent accidents as well as bodily injuries and property damage.
Warning Notes
DANGER
The signal word DANGER points to an immediately dangerous
situaon, which leads to death or severe injuries if it is not avoided.
WARNING
The signal word WARNING points to a potenally dangerous situaon,
which can lead to death or severe injuries if it is not avoided.
CAUTION
The signal word CAUTION points to a potenally dangerous situaon,
which can lead to minor injuries if it is not avoided.
NOTICE
The signal word NOTICE points to a potenally harmful situaon,
which leads to property damage if it is not avoided.
Notes and recommendaons
IMPORTANT!
The signal word IMPORTANT highlights useful notes and
recommendaons as well as informaon for an ecient and trouble-
free operaon.

7
MGC Control Unit
Notes on the document
1.3 Target group
1.3.1 Personnel – acvies and qualicaons
All work on the control unit may only be carried out by technicians and electricians
with the following qualicaons.
Designaon Qualicaon
Technician › Has completed training as a plant mechanic, plant er,
assembly mechanic, assembly er or has a comparable
technical educaon.
› Has completed training as an electrical safety expert.
› Has addional knowledge and experience.
› Knows the associated technical terms and regulaons.
› Can assess the work assigned to her/him, recognises
possible dangers and take suitable safety measures.
Electrical specialist › Has technical training which entles him to carry out and
monitor electrical work for commercial purposes.
› Has addional knowledge and experience.
› Knows the associated technical terms and regulaons.
› Can assess the work assigned to her/him, recognises
possible dangers and take suitable safety measures.
Table 2: Qualicaon of the personnel – MGC control unit

8
MGC Control Unit
Digital inputs, digital outputs and relay outputs
2 Digital inputs, digital outputs and relay outputs
WARNING
Improper wiring and parameterisaon of the control unit!
Improper wiring and parameterisaon of the control unit can lead to
undesired funcons and thus to injuries.
› Only qualied electricians or technician with addional "electrical
safety expert" training may wire and parameterise the control unit.
› The electrical connecon of the signal transmiers to the IN1 to IN8
inputs must t the parameterisaon.
Parameterisaon: äPage 13, Chapter 3.
2.1 Digital inputs
Denion “Entry” and “Exit”: äPage 38, Chapter 5.1.
By parameterising the inputs, you assign certain funcons to the inputs. For
example, if you parameterise the “Over-climb detecon” funcon for input IN7, you
must connect a sensor for the over-climb detecon to this input.
If the funcon is marked with “|”, the input is inverted (Fail Safe).
The following funcons are assigned to the inputs as default sengs.
Clamp Descripon Funcon
IN1 Digital Input 1 | Emergency open
IN2 Digital Input 2 Open entry
IN3 Digital Input 3 Open exit
IN4 Digital Input 4 Random check funcon
IN5 Digital Input 5 Conrm warnings
IN6 Digital Input 6 Inhibit opening
IN7 Digital Input 7 Sensor B1
IN8 Digital Input 8 Sensor B2
Table 3: Factory sengs “Digital inputs”

9
MGC Control Unit
Digital inputs, digital outputs and relay outputs
Clamp Funcon
–Inputs that you assign this funcon "–" to are being deacvated.
| Emergency open Emergency situaon (Fail Safe)
Connect re service switches, emergency opening contacts, etc. to this input.
This input has the highest priority. As soon as +24 V DC are applied to this
input, the pedestrian gate is in operaon.
If there is no signal at this entry, the passage is cleared in both direcons.
This input funcon is high priority to all other input funcons.
Conrm warnings Conrm warnings
A pulse at this input conrms the "Warning" output funcon. The output is
reacvated the next me a warning occurs.
The number of the warning message remains stored in the event list unl
the control unit is restarted.
Open entry Opening pulse for the passage from the zone not controlled (ZNC) to the
zone controlled (ZC)
If the signal is present for longer than 3 seconds, Permanent open is
acvated. äPage 28, Chapter 4.2.6, parameter "Permanent open".
Open exit Opening pulse for the passage from the zone controlled (ZC) to the zone not
controlled (ZNC)
If the signal is present for longer than 3 seconds, Permanent open is
acvated. äPage 28, Chapter 4.2.6, parameter "Permanent open".
Inhibit opening Lock pedestrian gate
Use this input to lock the pedestrian gate in both passage direcons. No
opening signals are accepted anymore. Input IN1 "| Emergency open"
remains superordinated. This means that the pedestrian gate can also be
opened via input IN1 when the pedestrian gate is locked.
Random check funcon Acvate random funcon, conrm hits
As soon as +24 V DC are applied to this input, the random funcon is
acvated. If a hit is generated, the hit can be conrmed with a 0 V pulse via
this input.
For this entry to be eecve, you must select the opon "Counng" or
"Random" for the parameter "Mode" in the "Random check funcon" menu.
äPage 28, Chapter 4.2.6, "Random check funcon" menu.
Sensor B1 (internal use) Connecon proximity sensor B1
Sensor B1 is connected to this entry by default. The inducve proximity
sensor is used to detect the end posions.
Sensor B2 (internal use) Connecon proximity sensor B2
Sensor B2 is connected to this entry by default. The inducve proximity
sensor is used to detect the end posions.
Table 4: Funcon digital inputs

10
MGC Control Unit
Digital inputs, digital outputs and relay outputs
2.2 Digital outputs and relay outputs
Denion “Entry” and “Exit”: äPage 38, Chapter 5.1.
By parameterising the outputs, you assign certain funcons to the outputs.
If the funcon is marked with “|”, the output is inverted (Fail Safe).
The following funcons are assigned to the outputs as default sengs.
Clamp Descripon Funcon
DO1 Digital output 1 GED red entry
DO2 Digital output 2 GED green entry
DO3 Digital output 3 GED red exit
DO4 Digital output 4 GED green exit
NO1 Relay output 1 Passage pulse entry
NO2 Relay output 2 Passage pulse exit
NO3 Relay output 3 –
NO4/NC4 Relay output 4 Passage free entry
NO5/NC6 Relay output 5 Passage free exit
NO6/NC6 Relay output 6 Random hit
Table 5: Factory sengs Digital outputs and Relay outputs
Funcon Funcon
–Outputs that you assign this funcon "–" to are deacvated.
| Error When the control unit recognises any safety-relevant error or error, the
output with this funcon is deacvated (Fail safe). äPage 47, Chapter 6.3.
| Warning When the control unit recognises any Warning, the output with this funcon
is deacvated (Fail safe). äPage 47, Chapter 6.3.
Gate ready Pedestrian gate is ready for operaon
This output is acvated as soon and as long as the pedestrian gate is ready
for operaon.
Passage pulse entry Counng pulse for the passage from the zone not controlled (ZNC) to the
zone controlled (ZC)
When the next end posion is reached in the zone controlled direcon, a
counng pulse (300 ms) is emied via this output. A counng pulse is also
emied in the "Permanent open" operang mode.
Passage pulse exit Counng pulse for the passage from the zone controlled (ZC) to the zone not
controlled (ZNC)
When the next end posion is reached in the zone not controlled direcon,
a counng pulse (300 ms) is emied via this output. A counng pulse is also
emied in the "Permanent open" operang mode.