Magnetic Autocontrol MPH 112 User manual

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Operating Instructions
MAGNETIC
High Door Pedestrian Barrier
Type MPH 112
www.MagneticPedestrian.com | [phone] | [email protected]

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Table of contents
1. Safety...................................................................................................................... 5
1.1 General safety instructions.......................................................................................... 5
1.2 Proper use ................................................................................................................... 5
1.3 Symbols in these instructions...................................................................................... 6
1.4 Work safety.................................................................................................................. 7
1.5 User safety .................................................................................................................. 8
1.6 User restrictions........................................................................................................... 8
1.7 Scope of supply ........................................................................................................... 8
1.8 Type code.................................................................................................................... 9
1.9 Line configurations .................................................................................................... 10
2. Technical data...................................................................................................... 11
3. Product description............................................................................................. 12
3.1 General...................................................................................................................... 12
3.2 Housing and lane widths ........................................................................................... 12
3.3 Glass wing heights .................................................................................................... 13
4. Assembly and installation .................................................................................. 14
4.1 Foundations............................................................................................................... 14
4.2 Access to the housing ............................................................................................... 18
4.2.1 Remove end housing ..................................................................................................20
4.2.2 Replace end housing...................................................................................................20
4.3 Securing to the foundations....................................................................................... 21
4.4 Flap mounting when first commissioning .................................................................. 22
4.4.1 Fitting the anti-climb panel ..........................................................................................23
4.4.2 Fitting the glass wing...................................................................................................24
5. Electrical connections ........................................................................................ 26
5.1 Connection of the mains power supply ..................................................................... 26
5.2 Connections between housing pairs ......................................................................... 27
5.3 Fitting the end housing .............................................................................................. 29
5.4 Making connections to the end housing.................................................................... 29
5.5 Installing access-control devices............................................................................... 30
5.6 Connecting customer's control wiring........................................................................ 31
6. Commissioning.................................................................................................... 32
6.1 General...................................................................................................................... 32
6.2 Initial commissioning ................................................................................................. 33
6.2.1 Wiring the customer's digital inputs and outputs .........................................................33
6.2.2 Setting the required functions using DIP switches ......................................................34
7. Overview of electrical equipment ...................................................................... 35
7.1 Overview of logic controller MBC-110....................................................................... 36
7.1.1 Customer's connections ..............................................................................................37
7.1.2 Connecting an emergency input..................................................................................38
7.1.3 Hardware for digital inputs...........................................................................................40
7.1.4 Hardware for relay outputs ..........................................................................................41
7.1.5 Hardware for internal inputs and outputs.....................................................................41

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7.2 Overview of motor controller MMC-120..................................................................... 42
7.3 Overview of transformer power supply...................................................................... 43
7.4 Overview of gate end display (GED)......................................................................... 44
7.5 Overview of motor MHTM ®...................................................................................... 45
8. Overview of infrared photocells......................................................................... 46
8.1 Arrangement of photocells ........................................................................................ 46
9. Description of MBC-110 functions..................................................................... 47
9.1 Functions of digital inputs.......................................................................................... 47
9.2 Functions of digital outputs........................................................................................ 49
9.3 Functions of the diagnosis display ............................................................................ 51
9.4 Function and parameter settings............................................................................... 52
9.4.1 DIP switch block S1.....................................................................................................52
9.4.1 DIP switch block S2.....................................................................................................52
9.4.2 DIP switch S1.1: Opening pulse storage .....................................................................53
9.4.3 DIP switch S1.2: Buzzer..............................................................................................53
9.4.4 DIP switches S1.3 and S1.4: Safety closing delay ......................................................53
9.4.5 DIP switches S1.5 and S1.6: Hold-open time..............................................................54
9.4.6 DIP switch S1.7: Query software version status..........................................................54
9.4.7 DIP switch S1.8: Reserved..........................................................................................54
9.4.8 DIP switches S2.1 and S2.2: Program mode ..............................................................55
9.4.9 DIP switches S2.3 and S2.4: Permitted direction of passage......................................55
9.4.10 DIP switch S2.5: Reversal during closure .................................................................56
9.4.11 DIP switches S2.6 and S2.7: Reserved.....................................................................56
9.4.12 DIP switch S2.8: Behaviour when impact detected ...................................................56
10. Description of program mode MPH ................................................................... 57
10.1 Unauthorised access attempts .................................................................................. 58
10.1.1 Attempted unauthorised following (tailgating)............................................................58
10.1.2 Unauthorised access in the blocked direction ...........................................................58
10.1.3 Unauthorised presence of a person ..........................................................................58
10.2 Selection of the operating mode................................................................................ 59
10.2.1 Operating mode: Emergency ....................................................................................60
10.2.2 Operating mode: Out-of-service mode ......................................................................60
10.2.3 Operating mode: Controlled entrymode ...................................................................61
10.2.4 Operating mode: Controlled exit mode......................................................................61
10.2.5 Operating mode: Bidirectional ...................................................................................62
10.2.6 Operating mode: Free entry mode ............................................................................63
10.2.7 Operating mode: Free exit mode...............................................................................63
10.2.8 Operating mode: Free entry, controlled exit mode ....................................................64
10.2.9 Operating mode: Free exit, controlled entry mode ....................................................64
10.2.10 Operating mode: Fully free mode............................................................................65
10.3 Normal operation ....................................................................................................... 66
10.3.1 Power-off state ..........................................................................................................66
10.3.2 Reference run (homing) ............................................................................................66
10.3.3 Normal operation without pulse storage ....................................................................66
10.3.4 Normal operation with pulse storage .........................................................................67
10.4 Special cases ............................................................................................................ 67
10.4.1 Impact detection........................................................................................................67
10.4.2 Attempted break-in ....................................................................................................67
10.4.3 Emergency situation..................................................................................................67
11. CAN bus addressing and termination ............................................................... 68
12. Troubleshooting .................................................................................................. 70
12.1 LEDs at inputs and outputs of the MBC-110............................................................. 70
12.2 Display of error codes at the MBC-110 ..................................................................... 70
12.3 Display of error codes at the MMC-120 .................................................................... 73

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12.4 Fault diagnosis .......................................................................................................... 74
12.5 Diagnosis program MBC_Diag.................................................................................. 76
13. Wiring diagrams .................................................................................................. 76
14. Repair work .......................................................................................................... 77
14.1 Removing the glass wing .......................................................................................... 77
14.2 Removing the anti-climb panel .................................................................................. 83
14.3 Installing the anti-climb panel .................................................................................... 84
14.4 Installing the glass wing ............................................................................................ 84
14.5 Installing cover strip on MPH Standard..................................................................... 85
14.6 Changing the motor................................................................................................... 89
15. Downloading software (updates) ....................................................................... 92
16. Technical support................................................................................................ 93
17. Spare parts and accessories.............................................................................. 93
18. Guarantee............................................................................................................. 93
19. Taking out of service........................................................................................... 94
20. List of illustrations .............................................................................................. 95

Safety
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1. Safety
1.1 General safety instructions
The design of MAGNETIC MPH pedestrian barriers complies with
the state of the art and they are manufactured and tested to ensure
safe, reliable operation and that they leave our works in perfect
condition. Nevertheless, the system can give rise to dangers to per-
sons and goods if it is improperly used. The operating instructions
must therefore be read completely and the safety instructions ob-
served.
In the event of improper use, the manufacturer is absolved from any
liability and will refuse guarantee claims.
1.2 Proper use
A MAGNETIC MPH pedestrian barrier may only be used to provide
controlled access for pedestrians who wish to enter a restricted-
access zone which is normally under surveillance.
Only controllers MBC and MMC may be used to control operation of
the pedestrian barrier. Changes and modifications to the products or
controllers require the manufacturer's approval.
Only original spare parts and accessories from MAGNETIC may be
used.
IMPORTANT NOTE!
MAGNETIC is not responsible for any type of material damage, in-
jury to persons, or other faults or accidents that arise from failing to
observe the conditions for proper use!

Safety
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1.3 Symbols in these instructions
The following warning and instruction symbols indicate either situa-
tions which could give rise to potential hazards for persons or
goods, or important instructions relating to operation of the barrier.
The text passages to which these symbols relate must be read and
observed without fail.
Components from suppliers may have their own safety regulations
and instructions for use. These must also be observed.
CAUTION!
This symbol accompanied by the word "CAUTION" indicates a
situation which could entail a danger to life and limb.
The measures stated to avoid this hazard must be strictly ob-
served.
ATTENTION!
This symbol accompanied by the word "ATTENTION" indicates a
situation in which there could be a danger of material damage.
The measures given to avoid this hazard must be strictly observed.
IMPORTANT NOTE!
This symbol accompanied by the words "IMPORTANT NOTE" in-
dicates text containing important information,
These sections contain specific instructions on installation, applica-
tion, and maintenance.

Safety
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RECYCLING!
When the barrier is taken out of service at the end of its useful life,
it must be disposed of in accordance with local laws and regula-
tions.
The materials used must be sorted and disposed of separately.
Similarly, the regulations concerning the disposal of lubricants (oil
and grease) and other auxiliary materials must be observed.
1.4 Work safety
- When working on the barrier, all external command units (re-
mote controls, control panel etc.) must be switched off.
- Before commissioning, make sure the barrier is adequately fas-
tened to a secure foundation.
- A main circuit breaker must be installed in accordance with VDE
requirements.
- These operating instructions and all other accompanying docu-
ments must be stored so that they are accessible for operating
and maintenance personnel at any time.
- Before commissioning, all electrical and mechanical functions
must be checked.
- The electrical installation must be carried out in accordance with
the accompanying circuit diagrams.
- The electrical installation must be carried out by trained special-
ist personnel.
- Covers on mains plugs, power supplies, and electric wiring may
only be removed by trained specialist personnel.
- Before maintenance work or troubleshooting for electrical faults,
the main switch must be turned off without fail.
- When the unit is switched on, or when power returns after a
power failure, the barrier automatically becomes operative
again.

Safety
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1.5 User safety
The following functions ensure the safety of users:
- Monitoring of the safety zone in the region of the glass wings by in-
frared photoelectric cells.
- Closing force limited to comply with the requirements of the rele-
vant door and gate standards.
- Impact detection with a choice of reactions.
1.6 User restrictions
In normal operation, the pedestrian barrier MPH-112 is not suitable
for the passage of large or unwieldy pieces of luggage.
For safety reasons, children should only use the barrier under su-
pervision, and small children only when accompanied by an adult.
1.7 Scope of supply
1 x pedestrian barrier (quantity and module variants depending on
configuration)
6 x express anchors with accessories
2 x door keys
1 x documentation
Access-control devices, such as a card reader, are not part of the
scope of supply.

Safety
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1.8 Type code
M P H - 1 1 2 A - A 1 0 0 - XXXXX
Options
Customer or project code, etc.
XX**** = customer/project
No code = standard glass wing travel 235 or 430mm
MF001 = glass wing travel 205mm
MF002 = glass wing travel 402.5mm
MF003 = glass wing travel 205+402.5mm (E/F
module)
MF004 = glass wing travel 235+402.5mm (E/F
module)
MF005 = glass wing travel 205+430mm (E/F mod-
ule)
Cover
0 = without front panel
1 = with front panel
Material
0 = powder-coated
1 = stainless steel 1.4301
2 = stainless steel 1.4571
3 = stainless chromium steel
Housing width / mm
1 = 300
2 = 520
9 = customer-specific
Voltage
A = 230V 50Hz
C = 115V 60Hz
Version
A= basic module
B= end module
C= intermediate module
E= transition module standard / wide
E = transition module wide / standard
Drivetype
2 = standard drive motor
4 = other drive variants
Size
1 = short housing
2 = long housing
Generation
Product type
H = high door (horizontal sliding gate)
Product group
P = pedestrian
Product classification
M = Magnetic product

Safety
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1.9 Line configurations
Fig. 1-1 Line configurations
Drawings apply for
housing widths:
300 mm
520 mm
Drawings apply for
housing widths:
300 mm
to
520 mm
MMC+MBC Master mounting panel
MMC Slave mounting panel
Entry side
Exit side
A B
F
A EB
A CB
A B
A B
C
A B

Technical data
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2. Technical data
MODEL
TECHNICAL DATA UNIT
MPH-112*-*1** MPH-112*-*2**
Voltage VAC 110-240 110-240
Frequency Hz 50-60 50-60
Barrier open
power / current draw W / A
Barrier closed
power / current draw W / A
Duty cycle % 100 100
Degree of protection IP 32 32
Opening / closing time ms 0.6 – 1.2 s 1.0 – 1.4 s
Length mm 1300 1300
Width mm 300 520
Height mm 1200/1500/1800 1200/1500/1800
Fig. 2-1 Table of technical data
The data given in the table may change as a result of technical
changes! All current values relate to a mains voltage of 240 V.

Product description
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3. Product description
3.1 General
Pedestrian barrier MPH-112 is a user-friendly personnel barrier
which has been developed to permit the rapid checking of pedestri-
ans entering, for example, public buildings, hotels, companies, or
museums. With suitable roofing, it can be used out of doors, e.g. in
sports stadiums.
The modular system permits numerous different lines and versions.
Basically, the pedestrian barrier can be used in both directions. In
multi-lane installations with high throughput rates, the entry and exit
lanes can also be configured for one-way passage.
In its normal state, the pedestrian barrier is closed. The glass wings
only open after authorisation from an external command unit, such
as a card reader.
Attempted cheating by unauthorised persons, e.g. passage in the
wrong direction, or an attempt by a second person to follow without
authorisation (tailgating) are recognised and activate the alarm sys-
tem. Recognition in such cases is by several infrared photocells.
The drive unit is a patented MHTM® direct drive (MAGNETIC High
Torque Motor) in combination with a sine-wave linkage system.
These components guarantee a high-performance drive and maxi-
mum availability.
With MHTM direct drive technology, the glass wings can be blocked
in any position, e.g. by hand. No slipping clutches or similar devices
are required.
In the event of a power failure, the glass wings are opened auto-
matically by springs.
3.2 Housing and lane widths
Two different housing widths are available, 300mm and 520 mm.
The standard lane widths are 520 mm or 910 mm.
For special applications, other lane widths can be provided. Please
discuss your requirements with MAGNETIC.

Product description
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Fig. 3-1 Installation examples, available housing widths
Definition of lane width (LW):
IMPORTANT NOTE!
The lane width (LW) is calculated as follows:
LW = (2 x extended glass wing width) + (gap between glass
wings)
3.3 Glass wing heights
Type MPH-112 pedestrian barriers are designed for glass wing
heights of 1200 mm, 1500 mm, or 1800 mm. The program that must
be loaded into the MBC-110 controller is specific to the glass wing
height.
Housing width 300mm Housing width 520mm

Assembly and installation
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4. Assembly and installation
The assembly and installation of the housing is described in the fol-
lowing five sections:
1. Foundations
2. Securing to the foundations
3. Access to the housing
4. Flap mounting when first commissioning
5. Electrical connection
When all the operations described in these sections have been car-
ried out, you can continue with commissioning – see Section 6.
4.1 Foundations
A level concrete surface or a level floor is necessary for assembling
the housing.
The requirements for concrete foundations can be seen in Fig. 4-1
to Fig. 4-3. Between each pair of housings, 2 empty conduits are
required. Wiring must be carried out according to the circuit diagram
and the schematics. Any additional wiring, for example for access-
control equipment must be planned by the customer. Make sure that
cables laid in the conduits have sufficient length projecting out of the
concrete floor. During planning, the position of the control system
must be taken into account.
Consult MAGNETIC if there are any points you are not clear about.

Assembly and installation
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Fig. 4-1 Foundation, side view

Assembly and installation
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Fig. 4-2 Foundation drawing – empty conduits

Assembly and installation
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Fig. 4-3 Plan view of foundations

Assembly and installation
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End housing, left Central housing End housing, right
Observer
4.2 Access to the housing
Fig. 4-4 Housing definitions
Before the housing can be secured to the foundations, the end
housings must be removed from the central housing – see Fig. 4-4.
As delivered, the end housings are fitted to the central housing. Af-
ter the end housings have been removed, the base frame is acces-
sible for fastening to the foundations.

Assembly and installation
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Fig. 4-5 Access to motor, drive, and control unit
1
5
5
3
6
4
2

Assembly and installation
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4.2.1 Remove end housing
Proceed as indicated in Fig. 4-5.
Open cover (1).
Switch off main switch (2), disconnect connector plug (3) for photo-
cells.
Remove cap and undo socket cap screw – both at (4).
In the two upper corners of the end housing there is an M6 socket
cap screw (5), undo and remove them.
Now the end housing (6) can be removed as shown in Fig. 4-5.
4.2.2 Replace end housing
When replacing the end housings, proceed in the reverse order.
Before fitting an end housing, make sure that wiring and connectors
are not pinched.
Push the end housing carefully on to the central housing. Take care
that the locating pins on the end housing locate in their holes in the
central housing.
Insert and tighten the socket cap screws (4) and (5) in the end hous-
ing. Replace the cover (4).
Now refit the connector plugs (3) for the photocells and gate end
display.