Product Information AP1005 – MaXS Hands-Free Reader

Product Information
AP1005 – MaXS Hands-Free Reader
An essential criterion for the selection of a card-reader system is the integrity of the medium. Many common
systems have the major disadvantage that an ID card will “freely” hand over its data to any reader of the
corresponding type (e.g. Barcode).
To fulfill the highest possible security level, Nedap developed a real unique card using multiple DESauthentication
over true hands free detection distances, the Nedap MaXS card. Because of the fact that
Challenge & Respond differ per reading, it is virtually impossible to copy or imitate the MaXS card. Nedap’s
AP1005 is the ideal solution for usage of a secure card technology.
Unique authentication principle
In order to apply Nedap’s MaXS card,
the MaXS reader is placed between
the detection antenna and the door
controller. Basically, the MaXS card is
identical to the Nedap UniXS card with
extensions to facilitate a high security
communication.
As soon as the detection antenna
recognizes a MaXS card, a complex
and fast algorithm is executed, that
consists of four DES-calculations with
four different encryption keys. The
AP1005 dispatches a random
challenge to the MaXS card, which in
turn responds with a singular
response. Access is only permitted
after the correct response has been
sent.
As challenge and response differ for
each reading, copying or imitating the
MaXS card is virtually impossible.
Flexible system integration
Depending on the requirements you
can install the DES technology on
specific doors or rooms for which this
high security level is needed.
Also in existing Nedap access control
systems the MaXS authentication
system can be implemented.
Maximum secure use
The MaXS card has been tested by
TNO (Netherlands Organization for
Applied Scientific Research). TNO has
evaluated the MaXS technology in
report EIB-RPT-990014 and have
found no authentication flaws.
Freely selectable inputs
Four freely software selectable digital
inputs allow for the connection of
important sensors like e.g. door status
or manual override. These inputs can
be monitored via the software against
fraudulent handling such as short
circuit, interruption and bypassing.
The specific functions can be set
through software.
Freely definable outputs
Two freely definable relay based
outputs are available for e.g. the door
locks or alarms. To allow for driving
door locks 12V or 24V power is
available, which is continuously
checked for short circuiting and
changes to the voltage. In case of
sabotage, an alarm follows
immediately. On top of that, one 5V
and one 12V outlet are available for
e.g. acoustical and/or optical signaling.
• Highly secure, multiple DES-
Encryption
• Reading distance up to 60cm
• Four freely selectable inputs
• Door contact supervision
• Protected against short
circuiting and sabotage
• 2 freely definable relay outputs
• RS232 interface
• Hot swappable
• AEbus extension up to 300m
Self-test and status indication
The AP1005 has been equipped
with a local self-test function, which
checks all connected contacts,
antennae and locks and which
automatically generates a report.
This test runs independently from
network availability
On the one hand this allows the
“normal” technical staff to do the
installation of the hardware
elements – without a specific
product training. On the other hand
it reduces the effort of hardware
error diagnosis and analysis. All
relevant system status information
is effectively displayed by color
LED’s. Upon completion of the selftest,
the AP1005 automatically
returns to operating mode.
Bus extension up to 300m
Remote doors or areas can now
easily be secured and integrated in
a cost effective way. The AEbus
extension with an AEbus extender
(AX2002) enables the extension up
to 300m.
Changes without prior note; © Nedap N.V., IDEAS, PO Box 103 NL-7140 AC GROENLO, The Netherlands, v3.8

Nedap MaXS Card
When integrating the Nedap multiauthentication
principle into your
system, there is no need to replace
all existing XS-Cards. Handing out
the MaXS-Card to the authorized
employees and update the local
AEPU controller (software license) is
sufficient. For further details, please
refer to the product information about
the Nedap MaXS card.
Schematic principle:
Nedap UniXS-Card
Nedap MaXS-Card
Energy
Energy
Easy installation
All modules (AEpacks) of the AEOS
system are mounted on a DIN rail
and are hot swappable. No more
requirement for high cost experts to
do this simple installation.
Interface
For the connection of e.g. additional
verification systems, one serial
interface (RS232) is available.
Additional verification systems
To be able to verify whether an ID
card that has been offered for
access is actually being used by the
rightful person, additional
verification systems can be
integrated. For example Pin Code
Terminals and biometry devices for
recognition of finger print, hand,
face and iris can be used for that
purpose.
Technical Specifications AP1005 Article#: 9840060
Detection distance Up to 60cm, depending on applied card and antenna
Housing Aluminum, metal and plastic
Dimensions 230 x 126 x 70 mm 3 (length x width x height) – excl. DIN rail
Interface RS232
Weight ~600g
Detection antenna
Temperature Operational temp: 0 – 55C; storage: -30 – 65C
Cabling AEbus max. 5m, max 300m with AX2002 AEbus Extender
AEbus cable: 3 x 0.25mm 2 shielded
Scrambled Card data
Challenge using multiple DES
Response using multiple DES
Contacts and sensors: 100m n x 0.25mm 2
Antenna connection max. 50m, 5x0,25mm 2 shielded
Inputs Four, monitored, software selectable, intended for dry contact
AP1001 or AP1005
With standard setting
Outputs Two, dry contact NO/NC/COM with freely definable functions; Out1 monitored
AP1001 or AP1005
including the MaXS-Card
option.
Installation See Installation Guide AP1005
Please note:
Hardware and Software components are constantly being developed. The hardware functionality of the AEpacks is being handled by local software. You
are advised to verify the required hardware functions versus availability of the corresponding software during the planning phase.
Changes without prior note; © Nedap N.V., IDEAS, PO Box 103 NL-7140 AC GROENLO, The Netherlands, v3.8