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<Fre1> <Fre2> is the first and second nibble for the first byte of frequency.
<Fre3> <Fre4> is the first and second nibble for the second byte of frequency.
If the frequency is 1000Hz (0x03E8), <Fre1> <Fre2> <Fre3> <Fre4> will be 0x45 0x38 0x30 0x33.
<Dur1> <Dur2> is the first and second nibble for the first byte of duration.
<Dur3> <Dur4> is the first and second nibble for the second byte of duration.
If the duration is 200ms (0x00C8), <Fre1> <Fre2> <Fre3> <Fre4> will be 0x43 0x38 0x30 0x30.
duration need be more than 16ms and less than 65535ms.
If Beeper is Off, response is15.
If Beeper is On:
If frequency is correct, response is 06.
If frequency is incorrect, response is 15.
6.7
Get Model Number
Command Body is 75 46 0A
Response Body is 06 & IDPA-902000 (RS232) Or
Response Body is 06 & IDPA-905000 (USB-HID)
6.8
Get Key Status
Command Body is 78 46 25
Response Body:
06 <Block Length> <KeyStatusBlock1> <[KeyStatusBlock2]> …<[KeyStatusBlockN]>, Or
15 <Error Code>
Where:
<Block Length> is 2 bytes, format is Len_L Len_H, is KeyStatusBlock Number
<KeyStatusBlockX> is 4 bytes, format is <Key Index and Key Name> <key slot> <key status>:
<Key Index and Key Name> is 1 byte. Please refer to following table and <80000426-001
KeyNameIndex Database – V51.xls>
<key slot> is 2 bytes. Range is 0 – 9999
<key status> is 1 byte.
0 – Not Exist
1 – Exist
0xFF – (Stop. Only Valid for DUKPT Key)
Key Index and Key Name Table
KeyNameIndex Key Name
Value
Key Slot
0x14
LCL Key Encryption Key
(Master Key or KEK)
0x14
LCL Key Encryption Key
(Master Key or KEK)
0x01
PIN DUKPT Key
0x01
PIN DUKPT Key
