Internal RFID card readers
Internal RFID card readers are designed for mounting in the 2N IP Force 2.0 main unit, see Compatibility below.
The Internal RFID Card Reader is used for reading RFID card Ids in the 125kHz and 13.56 MHz band, NFC supported. Provides communication between a connected Wiegand/OSDP device (control panel, door controller) and 2N device via the Wiegand/OSDP.
The 2N IP Force 2.0 Internal RFID Card Reader adds two logical inputs, an active output, an SSR Relay and a tamper switch to the main unit 2N IP Force 2.0.
The purpose of the tamper switch is to signal any unauthorized opening of the device (to prevent a theft, e.g.). It is recommended to use the tamper switch.
Compatibility
Caution
Where an internal induction loop is used, an RFID card reader cannot be inserted in the device.
If the additional and tamper switches are installed at the same time, no internal induction loop or RFID card reader can be installed in addition to them.
Alternatively, an extending 2N IP Verso induction loop module can be connected via the VBUS connector.
The module is compatible with the basic units with Part No.:
9151301CRP
9151302CR
Installation
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Turn off the device.
Remove the front panel (7) from the device.
Mount the antenna board (8). Use the two enclosed screws (9).
Plug the enclosed cable (11) to the antenna board connector.
Demount the button PCB (1). Do not disconnect its cable!
Dismount the right-hand bottom spacer (there are four spacers altogether).
There are two short plastic spacers enclosed to the induction loop. Take the longer, 12 mm long spacer. Screw it into the free hole on the motherboard.
Plug the enclosed plastic support (6) into the reader board from the bottom side.
Put the reader board (4) in the motherboard connector. Make sure that the screw hole is directly above the spacer.
Screw in the remaining metal spacer (3), which is 10.5 mm long.
Fit the button PCB (1) back to its position using the original screws.
If you want to use the tamper switch (to detect unauthorized case opening for theft protection), insert the tamper board (10) in the connector located in the right-hand bottom part of the switch board (4). As the tamper switch shares the Relay2 NO and NC terminals, you cannot use the RELAY2 output and the tamper switch at the same time.
Plug the antenna cable (11) to its connector at the reader board (4).
Replace the front panel and tighten all the four screws.
Module Settings
Refer to the Configuration Manual for Wiegand/OSDP, output and reader setting details. Refer to the Automation Manual for input, red LED and tamper switch settings and use.
Technical Specifications
Part No. 9151324 and 9151325 | Part Nos. 9151324-S and 9151325-S |
|---|---|
Relay (SSR A, SSR B)
NO contact max. 30 V / 1 A AC/DC
Active output (OUT)
9.8 to 13.8 V DC according to power supply (PoE: 11.6 V; adapter: power supply voltage minus 0.4 V), up to 400 mA
Logical inputs (IN1, IN2)
Active mode – requires external voltage (jumper JP1 for IN1, pins 3–4 are open, jumper JP1 for IN2, pins 1–2 are open)
UIN-ON = min. +2.5 V
UIN-OFF = max. +1.5 V
UIN max. = +48 V
IIN (UIN +48 V) = max. 1 mA
Passive mode – requires external contact only (jumper JP1 for IN1, pins 3–4 are closed, jumper JP1 for IN2, pins 1–2 are closed)
UIN1 = approx. 8.3 V
UIN2 = approx. 8.3 V
ILOOP = approx. 0.5 mA
Signaling output
Internal red LED under the intercom front panel
Power Supply
For external RFID card reader
12 V DC ± 15% / 350 mA