AccessPassword { get; set; } | string | Access password, 8 hex digits, written with ^RFW,H,P (and used by the locks). |
Antenna { get; set; } | string | ^RW a: antenna element (A1 … E4), only multi-antenna printers. |
ErrorHandling { get; set; } | char? | ^RS e: error handling after the last try: 'N' no action (default), 'P' pause, 'E' error mode. |
HostVerificationField { get; set; } | int? | ^FN number for host verification: the EPC field gets ^FNn and ^HVn,…,L returns the written data per label (RFID Programming Guide 3, ^HV). Null: no ^HV. |
KillPassword { get; set; } | string | Kill password, 8 hex digits, written with ^RFW,H,P. |
LabelsToTry { get; set; } | int? | ^RS n: labels tried when encoding fails (1–10, printer default 3). |
LockAccessPassword { get; set; } | RfidLockValue | ^RLM lock of the access password. |
LockEpc { get; set; } | RfidLockValue | ^RLM lock of the EPC bank (needs an access password other than 00000000 for Lock/Unlock). |
LockKillPassword { get; set; } | RfidLockValue | ^RLM lock of the kill password. |
LockUser { get; set; } | RfidLockValue | ^RLM lock of the user memory bank. |
PcMode { get; set; } | RfidPcMode | PC handling of the EPC write (default RfidPcMode.Auto). |
ProgrammingPosition { get; set; } | string | ^RS p: programming position, e.g. "F0", "F90" (mm forward), "B10" (mm backward) or dot rows "520". |
ReadPower { get; set; } | int? | ^RW r: read power 0–30. |
Retries { get; set; } | int? | ^RR n: read/write retries per block (0–10). |
TagType { get; set; } | int? | ^RS tag type (8 = EPC Class 1 Gen 2, the only type of current printers); null omits ^RS unless another ^RS value is set. |
UseEpcFormat { get; set; } | bool | Write the EPC as decimal fields with format E and an ^RB layout of the scheme (^RB96,8,3,3,…^FS ^RFW,E^FD48,…), like the ^RB example of the RFID Programming Guide: 96-bit schemes only, memory bank E (the PC length stays as on the tag, normally 96 bits). Default false (hex). |
UserMemoryHex { get; set; } | string | User memory data (hex, even number of digits) written with ^RFW,H,0,n,3. |
VoidLength { get; set; } | int? | ^RS v: length of the VOID printout in dot rows. |
WritePower { get; set; } | int? | ^RW w: write power 0–30. |
