HID Global Corporation X001800C Manual De Usuario
©
2010
HID
Global
Corporation
All
rights
reserved
Using the Magnetic Encoding Tab – Custom Encoding or Raw Binary
Encoding Mode
Encoding Mode
Window TAB
Procedure
Procedure (continued)
Select No LRC to change the
LRC Generation to none.
LRC Generation to none.
Select Even Parity to change
the LRC Generation to Even
Parity. (Note: This is the default
for all tracks.)
the LRC Generation to Even
Parity. (Note: This is the default
for all tracks.)
Select Odd Parity to change
the LRC Generation to Odd
Parity.
the LRC Generation to Odd
Parity.
Select No Parity to change the
Character Parity to none.
Character Parity to none.
Select Even Parity to change
the Character Parity to Even
Parity.
the Character Parity to Even
Parity.
Select Odd Parity to change
the Character Parity to Odd
Parity. (Note: This is the
default for all tracks.)
the Character Parity to Odd
Parity. (Note: This is the
default for all tracks.)
Reverse Bit Order is used to
reverse the character bits and is
used for the encryption of data
in specific programs
reverse the character bits and is
used for the encryption of data
in specific programs
Add Leading Zeros is used to
add a set number of leading
zeros to the magnetic string in
order to move the starting
point of the encoded data in
specific programs for
encryption of data.
add a set number of leading
zeros to the magnetic string in
order to move the starting
point of the encoded data in
specific programs for
encryption of data.
Reviewing the ISO Track Locations
The magnetic Encoding Module encodes onto tracks in accordance with an ISO 7811-2 Magnetic Stripe.
For track locations, review the display below.
For track locations, review the display below.
TRACK1 0.110"
TRACK2 0.110"
TRACK3 0.110"
0.130"
0.140"
0.223" 0.353" 0.493"
DTC4500 Card Printer/Encoder User Guide
57