MACH

CR03: CARD READER

 

 

 

The Card Reader is an intelligent peripheral device for the MACH automation system. It is installed in the corridor at the room entrance. It uses RFID technology, so guests and personnel have to bring their card close to the reader for reliable card authentification. Once the card is authentificated the door is unlocked. The unit has four signal lights to display different room states. An auxiliary digital interface is provided for connecting a push button or a switch (with optional LED signal light). This can be used for controlling the welcome light at the room entrance or similar functions.


 

 

 

Technical data:

Installation

Outside the apartment/room

 

 

Close to the entrance

 

Module dimensions (LxWxD)

75 x 45 x 47 mm

 

Module weight

51 g

 

Housing, colour

Plastic, dark grey

 

Signal Lights

Do not disturb

 

 

Make up room

 

 

Alarm

 

 

Guest in room (also used to indicate successful card authentification)

Can be disabled

Power supply and communication connector

2-pole screw terminal connector

 

Additional key and signalisation connectors

DI/DO

DI for dry contact

 

 

DO for LED (3 mA)

Power supply

Through communication loop

 

Maximum power requirement

80 mW

 

Power supply and communication connector rated voltage

0...12 V DC

Not polarity sensitive

Compatible cards

MIFARE

Ultralight, 1K

Maximum card  reading distance

6 cm

 

Ambient temperature range

Operation

0...50 °C

 

Transport and storage

-25...65 °C

Ambient maximum relative humidity

Operation

85%

 

Transport and storage

95%

Mechanical compatibility

VIMAR / GEWISS

 

In conformity with following standards

Safety

EN 60950

 

EMC

EN 61000-6-2

 

EMC

EN 61000-4-2/-3/-4/-5

 

Radio

EN 300 330


 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Interior Control Ltd.

Carlton House, Gwash Way

Stamford, PE9 1XP                                       http://www.interiorcontrol.co.uk

T: 01780 753316    F: 0800 4715215

IC_CR03_1

26/11/2009