2N IP Verso, Руководство по установке

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Installation manual 2N® IP Verso
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Enter the OSDP address between 0 and 126 to set the OSDP module address on the OSDP
line.
Set the communication rate in accordance with the requirements of the device to be
connected.
Enter your own encryption key into
2N
®
IP Verso and the opponent’s device to ensure
encrypted communication.
Enable forced encryption just for encrypted communication.
Any unencrypted communication from the OSDP device will be rejected if forced encryption is
enabled.
If the OSDP device enables remote encryption key setting on a peripheral, you can use the
installation mode. Once the encryption key is received, the common mode is automatically
switched on. The installation mode is signaled by a LED fast blinking on the
OSDP module .
Wiegand
The Wiegand module ( Part No. 9155037 ) is one of the 2N
®
IP Verso intercom elements and is
used for connecting an external Wiegand device (RFID card reader, fingerprint or other biometric
data reader) and/or connecting the 2N
®
IP Verso system to an external security exchange. All the
inputs and outputs are galvanically isolated from the 2N
®
IP Verso system with insulation
strength of 500 V DC. It is necessary to feed +U IN on Wiegand OUT from the Control Panel.
Reader – connects an external Wiegand-supporting reader. The reader sends information
on the intercom card number.
Control Panel – used for connection to the security PBX or access system to which the
intercom sends information on the intercom card number.
The module contains two
2N
®
IP Verso bus connectors.
These two connectors are fully interchangeable and can be used both as inputs from the
main unit and outputs to other modules.
If this module is the last one on the bus, one of the connectors remains unconnected.
The module package includes an 80 mm long interconnecting cable.
The module name is configured in the Module name parameter in the Hardware /
Extenders menu.
The input LED IN is addressed as follows: <module_name>.<input1> , e.g.
module2.input1.
The input Tamper is addressed as follows:
<module_name>.<tamper> , e.g.
module2.tamper.
The output LED OUT (negated) is addressed
as follows: <module_name>.<output1> , e.g. module2.output1.