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MAxx1 ADDENDUM
Installation guide
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WELCOME TO SAGEM SA MORPHOACCESS™ MAXX1
VERSION
Congratulations for choosing the high end and secured
SAGEM SA MorphoAccess™ terminal. MorphoAccess™ provides
an innovative and effective solution for access control or time and
attendance applications using Fingerprint Verification or/and
Identification.
Among a range of alternative biometric techniques, the use of
finger imaging has significant advantages: each finger constitutes
an unalterable physical signature which develops before birth and
is preserved until death. Unlike DNA, a finger image is unique to
each individual - even identical twins.
Although MorphoAccess™ terminal has an important sturdiness,
in order to obtain the best results of the fingerprint recognition, you
had to take care of the optronic sensor.
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SAFETY INSTRUCTIONS
The installation of this product should be made by a qualified
service Person and should conform to all local codes.
It is strongly recommended to use a class II power supply at 12 V
±5% and 2.5 A/min according with Safety Electrical Low Voltage
(SELV). The 12 V power supply cable length should not exceed
3 meters.
This product is intended to be installed in accordance with the
NEC Class 2 requirements; or supplied by a listed external Power
Unit marked Class 2, Limited Power source, or LPS and rated 12 V
DC, 2.5 A minimum.
In case of building to building connection it is recommended to
connect 0 V to ground. Ground cable must be connected with the
terminal block board fixation screw marked with universal ground
symbol.
Europe: SAGEM SA hereby declares that the SAGEM SA
MorphoAccess™ has been tested and found compliant with the
below listed standards as required by the EMC Directive 89/336/
EEC: EN55022 (1994)/EN55024 (1998) and by the low voltage
Directive 73/23/EEC amended by 93/68/EEC: EN60950 (2000).
USA: This equipment has been tested and found compliant with
Class B digital device requirements, pursuant to part 15 of the
FCC Rules. These requirements are designed to ensure
reasonable protection against harmful RF interference in a
residential installation.
This equipment generates, uses and can radiate radio frequency
energy and, if not installed and used in accordance with the
instructions, may interfere with radio communications. If this
equipment interferes with radio or television reception - which can
be determined by disconnecting and re-connecting the unit - the
user is encouraged to try to correct the interference by one or more
of the following measures:
− Reorient or relocate the receiving antenna.
− Increase the separation between the equipment and receiver.
− Connect the equipment into an outlet on a circuit different from
that to which the receiver is connected.
− Consult the dealer or an experienced radio/TV technician for
help.
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Replacement of the battery located on the motherboard
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CAUTION
Danger of explosion if battery is incorrectly
replaced.
Replace only with the same or equivalent type
recommended by the manufacturer.
Must be disposed of properly.
ATTENTION
Il y a danger d’explosion s’il y a remplacement
incorrect de la batterie.
Remplacer uniquement avec une batterie du
même type ou d’un type équivalent recommandé
par le constructeur.
Éliminer de façon appropriée.
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For systems placed in other building than supervisor one's, the
electrical security is guaranteed with an "earth connection" to the
terminal.
A cable terminal connected to "earth security reference" must be
tied to the fixation designed for (See bottom view).
Tamper
Switch
J8
1
COM1LAN
Relay Tamper-Switch
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Anti-theft
“Switch”
1
PSW1
J7J1
PSW2
1
J110
1
J4
WIEG OUT
1
Earth
Security
Reference
unavailable
F1
2
2
J3
PS
+
1
J9
33
J5
1
COM2
WIEG IN
Cable
terminal
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GENERAL DESCRIPTIONS
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Mounting keyhole
Anti-theft switch
Cable entry
Metal chassis
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INSTALLATION PROCEDURE
Stage 1: Drilling the mounting holes for the metal chassis
assembly
Tamper switch and anti-theft function provide a part of the security
of the terminal.
Anti-theft function is realized with a block placed on the wall, and
hiding the opto light.
In order to satisfy the security profile of the MorphoAccess™
Maxx1 as a high level of security, a connection may be done
towards the supervisor system.
Only the connected mode provides the high security level
required for this terminal.
Standalone mode cannot be so secured.
a) Drill the 2 holes for the screws for the mounting keyholes so
that the cable entry is in a suitable position for your cabling,
using the dimensional drawing above (See the section Drilling
Te m p la t e ) .
b) Drill the hole for the third screw in the center of the slot so that
it is possible to correct the position later, if necessary.
c) The mounting screws must be 5 mm diameter maximum.
d) Drill the hole for the srew, for the anti-theft block, as mentioned
on the view.
Stage 2: Mounting the metal chassis assembly
a) Disconnect the ribbon cable between the motherboard and the
terminal block board so that the assembly shown above can be
detached from the rest of MorphoAccess™.
b) Pass the connecting cables through the cable entry.
c) Position the chassis assembly against the wall using the two
screws in the mounting keyholes.
d) Hold the chassis in place with a screw through the mounting
slot.
e) Adjust the position, and fix in place by tightening all three
screws.
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f) Adjust the anti-theft block into the hole designed for, and fix in
place the screw.
Check that nothing is interfering with the switch and opto
component.
g) Connect cables to terminal blocks (see the detailed instructions
in the following sections).
Stage 3: Connecting the chassis assembly to the cover
assembly
No add-on.
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Stage 4: Closing MorphoAccess™
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Lip
Cover assembly
Catch for the cover
assembly lip
1
When the ribbon cable has been
connected between the two
assemblies (see stage 3), the
cover assembly is fitted to the
chassis assembly.
1 - The lip on the cover slides
behind the chassis, to fit over the
2
catch shown on the diagram above.
2 - The cover is fitted onto the
chassis by rotating it.
Chassis assembly
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Fit the two secured assembly
screws. Use the special screw
driver provided with the MAxx1 terminals.
Assembled
MorphoAccess
TM
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HOW TO UPGRADE MA201 TO MA301
UP
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UP
DO
External flash card
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ELECTRICAL INTERFACES
Attention, on these Maxx1 versions COM2 is unavailable.
Output Relay and tamper switch interfaces
PSW1
PSW2
COM1LAN
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1
J7J1
Anti-theft
“Switch”
Tamper
Switch
Relay Tamper-Switch
1
1
PSW1 and PSW2 signals are connected to alarm management of
the supervisor system.
The supervisor system manages alarms.
This system received the integrity information from Maxx1 with the
2 cables.
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Example of wiring:
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PSW1
PSW2
MA xxx
+ V
Alarm
Input
Pull down
resistor
Supervisor
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CONFIGURING THE MAXX1
No add-on.
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MORPHOACCESS™ SOFTWARE USER INTERFACE
− Password
MorphoAccess xx1 terminal has a specific password "131664".
For security reasons, SAGEM SA recommends strongly to the
fitter man to configure it with a different value, and specific at
each customer.
− MorphoAccess xx1 out of order
When the MorphoAccess xx1 is out of order, the MorphoAccess™ xx1 can no longer be used, excepted access to admin
mode, ILV operations and change languages. A persistent
screen is displayed:
Internal Error 1
please contact
Administrator
− Specific MorphoAccess xx1 messages
Some additional messages may appear during MAxx1 operation.
Clean up the sensor
If fingerprint zone is too small:
Press harder
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MORPHOACCESS™ SOFTWARE ADMINISTRATOR
INTERFACE
The Config menu
cfg/Maccess/COM2
Send = 0
PREV NEXT EDIT
EXIT
COM2 is unavailable and Send parameter is not activated
(default = 0)
Parameter Value Comment
Send 0 (default) COM2 unavailable
1 Forbidden value for
Maxx1
Specific FFD parameters
cfg/Maccess/Security Policy
Send ID = 1
PREV NEXT EDIT
The administrator may choose if specific FFD ID is sent when a
false finger is detected, with the Host System Interface.
EXIT
Parameter Value Comment
Send ID 0 No ID is sent on FFD
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events
1 (default) ID is sent on FFD events
(if cfg/Maccess/Admin/
Send = 1)
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cfg/Maccess/Security Policy
Delay = 0
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PREV NEXT EDIT
EXIT
The administrator may choose the "wasting" time after a false
finger is detected, and before next identification.
Parameter Value Comment
Delay 0 (default) No time after 1 attempt of
fake finger presentation
YY Time (YY x 10ms) after 1
attempt of fake finger presentation
cfg/Maccess/Security Policy
Presence Detection = 1
PREV NEXT EDIT
The administrator may choose the finger presence detection
mode.
EXIT
Presence Detection 0 No presence detection in
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Parameter Value Comment
identification mode
1 (default) Presence detection mode
is activated in identification mode (sensor in
standby, when no finger
presence detection)
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cfg/Maccess/WiegandDataC
FFD ID = FFFF
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PREV NEXT EDIT
EXIT
The administrator may choose the specific ID sent on Wiegand
Data clock interfaces, when a false finger is detected.
Parameter Value Comment
FFD ID XXXXh
(FFFFh default)
Value sent when a fake
finger is detected.
cfg/bio/FFD security
Level = 1
PREV NEXT EDIT
The fake finger detection (FFD) is characterized by a false reject
rate (percentage of live fingers detected as fake fingers) and a
false acceptance rate (percentage of fake finger detected as real
ones). This FRR (resp. FAR) is called FFD-FRR (resp. FFD-FAR).
The overall reject rate of MAxx1 models is in fact: Standard MA
FRR + FFD-FRR.
EXIT
Three security levels are proposed and provide different trade-off
between FFD-FAR and FFD-FRR.
Parameter Value Comment
Level 0 Low false finger security
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level
1 (default) Medium false finger secu-
rity level
2 High false finger security
level
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COMMUNICATION PROTOCOL
See the "Host System Interface Addendum" documentation.
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MORPHOACCESS™ TECHNICAL CHARACTERISTICS
This security of the MorphoAccess™ MAxx1 series terminal is
strengthened.
In fact a specific system (SAGEM SA patents) detects fake fingers
such as paper copy.
When a fake finger is detected by the terminal, the supervisor
system is informed and no information is supplied to the user.
It is the administrator responsibility, according to its own
security policy, to manage the possible alarms returned by
the MAxx1, and to insure that the MAxx1 configuration is
conformed to its need.
When an alarm is detected the appropriate action must be
carried out by the access control system.
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RECOMMENDATIONS
We advise persons with pacemaker or other electronic
disposals against using this MAxx1 version of
MorphoAccess™ terminal.
Cleaning
It is recommended to clean up the optronic sensor when this one is
dirty. If dust is deposited, the MAxx1 performances are degraded.
The cleaning material for sensor must be a soft material to prevent
scratches. It is advised to clean daily the sensor with a lightly damp
rag, to dry it and to wait 30 minutes before starting up again the
terminal.
In order to eliminate organic marks a weekly cleaning is required.
In this case using a rag moistened with diluted dishwashing liquid
is advised.
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Scratch materials, alcohol and acids products are forbidden.
H
Disthm
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− Elevation from ground to MA terminal
If the MA terminal is hung up vertically to a wall, the optimal elevation from ground to MA terminal is between 1.1 to 1.35 meter.
H optimum = (h man + h woman)/2 - (dlcd + ((tan(alpha-teta) +
tan(alpha + teta)) * disthm/2 + dyt)
Hypothesis: h man = 1.75 m (population average)
H optimum = 1.514 - 0.596 * disthm
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h woman = 1.70 m (population average)
Distance man/machine (disthm) = 0.5 m
Distance eyes/top head (dyt) = 0.1 m
LCD Angle of view LCD (teta) = ± 25°
LCD Angle/vertical (alpha) = 25°
Distance from middle LCD/bottom of MA (dlcd) =
0.11 m
> H optimum = 1.22 meter
− Tilt the MA terminal if elevation is a constraint
If the MA terminal must be located at a given "H" elevation, the
optimal tilt angle of the MA terminal could be adjusted, in order
to have a good LCD visibility and an optimum finger ergonomics
(MA Angle /vertical = beta)
Beta = Arctan (tan(alpha) + ((h optimum - H)/disthm)) - 25°
Beta = Arctan (0,466 + 2*(h optimum - H)) - 25°
Examples:
H = 1.22 meter (= h optimum) Beta = 0°
H = 1.00 meter Beta = +17°
H = 1.40 meter Beta = -19°
This case is not recommended.
It has a poor finger ergonomics.
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Considering that the identified population is diversified from small
to tall, if the entrance is equipped with several MA terminals, the
best will be to have different MA position height, in order to fit
everybody.
Electricity Static Discharge
If you are facing ESD phenomenon, specially in offices equipped
with synthetic carpets, in order to limit it, you can follow one of the
next recommendations:
− Clean the MorphoAccess zone with anti ESD spray.
− Put under the MorphoAccess, a conductive carpet connected to
earth reference.
− Put an ionizing air system in MorphoAccess zone.
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ANNEX 4 - RESERVED CONFIGURATION KEYS
No add-on.
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DRILLING TEMPLATE
49,3
42
15
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97,4
96,9
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251308022 Issue A
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27, rue Leblanc - 75512 PARIS CEDEX 15 - FRANCE
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Société anonyme à directoire et conseil de surveillance
au capital de 36 405 229 € 562 082 909 RCS PARIS
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