Rogers PRT42, Installation And Programming Manual

Page: 16 / 30

PRT42 and PRT42-BK v1.0 fv72 EN Rev.C
17
7 T
A B L E S
Table 1: Reader Operating Modes
Code Operating Mode Description
OFFLINE MODE
SIMPLE Stand-alone Mode The reader operates in a stand-alone mode, the CLK and
DTA lines serve as ordinary I/O lines.
OFFLINE MODE
FULL Stand-alone Mode The reader operates in a stand-alone mode, the CLK and
DTA lines are used to communicate with remote XM-2
I/O module set to address ID=5 and optional secondary
PRT reader set to address ID=0.
ONLINE MODE
RACS Communication Interface
Address ID=0 The reader operates in Host-controlled mode, it needs to
be connected to a PR series access controller.
ONLINE MODE
RACS Communication Interface
Address ID=1 The reader operates in Host-controlled mode, it needs to
be connected to a PR series access controller.
ONLINE MODE
RACS Communication Interface
Address ID=2 The reader operates in Host-controlled mode, it needs to
be connected to a PR series access controller.
ONLINE MODE
RACS Communication Interface
Address ID=3 The reader operates in Host-controlled mode, it needs to
be connected to a PR series access controller.
ONLINE MODE
MAGSTRIPE Communication
Interface The reader operates in Host-controlled mode, it needs to
be connected to a master unit (ACU) which requires
Magstripe data format.
ONLINE Mode
26 bit WIEGAND Communication
Interface The reader operates in Host-controlled mode, it needs to
be connected to a master unit (ACU) which requires 26
bit Wiegand data format.
ONLINE Mode
34 bit WIEGAND Communication
Interface The reader operates in Host-controlled mode, it needs to
be connected to a master unit (ACU) which requires 34
bit Wiegand data format.
ONLINE Mode
42 bit WIEGAND Communication
Interface The reader operates in Host-controlled mode, it needs to
be connected to a master unit (ACU) which requires 42
bit Wiegand data format.
ONLINE Mode
66 bit WIEGAND Communication
Interface The reader operates in Host-controlled mode, it needs to
be connected to a master unit (ACU) which requires 66
bit Wiegand data format.
Note 1: For Wiegand data interfaces the JP1 and JP2 jumpers are used to specify the method of PIN code
transmission (for coding details see table 2 below). In the stand-alone mode (OFFLINE mode) the JP1 jumper
is used to enter the Memory Reset Procedure. In RACS data formats the JP1 and JP2 jumpers are used to
specify reader’s address (ID number).
Note 2: For both Simple and Full stand-alone modes the JP1 jumper is used to initialize the Memory Reset
Procedure.