IDENTIFICATION
ID MAX.50.10-xE
HF Stand alone Terminal for identification of Mifare transponders
- Offline management of more than 5.000 access permissions (Stand-alone operation)
- Optional Power over Ethernet (PoE) or external power supply
- AES-encrypted Ethernet data transfer
- Multi-tag card reader (ISO 14443-A/-B and ISO 15693)
- Identification via serial number or freely configurable data area
- Real time clock & time zones
- Configurable event memory
MAKE ACCESS CONTROL EASY
Access control systems on buildings and parking areas should be as uncomplicated as possible.
myAXXESS is the secure, powerful and economic solution for small and medium-sized projects.
Both in a stand-alone systems and integrated into existing access solutions.
As a RFID specialist, FEIG ELECTRONIC offers systems from a single source, consisting of:
- RFID hardware for short-range solutions (HF)
- RFID hardware for long-range solutions (UHF)
- Software myAXXESS Manager for administration of access authorizations
- Transponders for granting authorizations (HF chipcards and UHF wind shield transponders)
PART OF
FEIG ELECTRONIC GmbH
D-35781 Weilburg, E-Mail: info@feig.de, www.feig.de
System description
ID MAX.50.10-xE
ID MAX50.10 combines the functions of a card reader, a
door control and access control in one compact device.
The dimensions correspond to those of a conventional
RFID card reader. So it allows cost-effective solutions for
personnel and vehicle access control as well as an easy
integration into IP-based network infrastructures with CAT-
5 cables due to it´s fast Ethernet interface(10BASE-T /
100BASE-TX).
The AES-encrypted data ensures a high
system security and protects the access control
infrastructure effectively against attacks by intercepting or
tampering.
Optionally, events can be
immediately reported to a host system via notification in
the operation mode “Access Mode”. The event memory
can be adapted to different data protection laws, but it can
be also completely disabled.
Power is supplied via Power over Ethernet (PoE)
according to EEE802.3af or via an external DC power
supply.
With ID MAX.50.10 more than 5.000 access permissions
can be managed and approx. 2.000 access control events
can be stored. Each user can be assigned to additional
temporal restrictions. Holidays and vacation days can be
included, easily. Using the software myAXXESS Manager,
user data and authorizations can be easily administrated
and transferred to ID MAX.50.10 by using a temporary
connection. After this synchronization, the reader can run
offline as a stand-alone device.
ID MAX50.10-xE supports passive transponder according
to ISO / IEC 14443 type A and type B, ISO / IEC 15693
and communicates with NFC devices (ISO / IEC 18092).
As an identifier, ID MAX50.10-xE can examine either the
serial number (UID / CSN) or user-selectable memory
areas of the transponder.
Because of the open software architecture and
compatibility with other RFID readers from FEIG
ELECTRONIC, the device can be easily incorporated into
various applications. That for, software development kits
(SDK) for current operating systems and programming
environments are available.
Typical applications for the ID MAX50.10-xE are in
industrial and commercial installations. Each unit can be a
part of a complex access control system with widely
distributed access points. Furthermore it can also be used
for single doors in small and medium-sized installations.
This version has an internal relay and is suitable for the
control of doors with medium security requirements.
In this version the external I/O Extension Board
ID CPR.I/O-A with 2 digital inputs and one relay can be
connected. The external relay ensures maximum security,
as it can be placed inside the area to be secured.
Extension Board with one relay and two
digital inputs (only for ID MAX50.10-E)
ID MAX50.10 is available in two versions:
1.
2.
- ID MAX50.10-E resp. ID MAX50.10-RE
- Wall-mounted housing for surface mounting
- Mounting instruction
ID CPR.I/O-A: I/O
ID MAX50.10-RE
ID MAX50.10-E
Delivery
Accessories
Stand of informationen: November 2019.
The information in this document is subject to change without notice and shall not be construed as a commitment.
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