S+S Regeltechnik KYMASGARD GW1-RS485-FEM Mode D'emploi page 21

Bit 7 .............. Bit 0
SB 1 .............. 0xA5
SB 2 .............. 0x5A
Typ ................ 8B
ORG ............... 9F
DB 3 .............. ID No. of transmitter
DB 2 .............. ID No. of transmitter
DB 1 .............. ID No. of transmitter
DB 0 .............. ID No. of transmitter
ID3 ................ ID No. of gateway
ID2 ................ ID No. of gateway
ID1 ................ ID No. of gateway
ID0 ................ ID No. of gateway
Status ............ 00
Chks .............. Check sum
Bit 7 .............. Bit 0
SB 1 .............. 0xA5
SB 2 .............. 0x5A
Typ ................ 8B
ORG ............... AC
DB 3 .............. 00
DB 2 .............. 00
DB 1 .............. 00
DB 0 .............. 00
ID3 ................ ID No. of gateway
ID2 ................ ID No. of gateway
ID1 ................ ID No. of gateway
ID0 ................ ID No. of gateway
Status ............ 00
Chks .............. Check sum
Bit 7 .............. Bit 0
SB 1 .............. 0xA5
SB 2 .............. 0x5A
Typ ................ 8B
ORG ............... B0
DB 3 .............. VERSION
DB 2 .............. Y (Year)
DB 1 .............. M (Month)
DB 0 .............. D (Day)
ID3 ................ ID No. of gateway
ID2 ................ ID No. of gateway
ID1 ................ ID No. of gateway
ID0 ................ ID No. of gateway
Status ............ BLD
Chks .............. Check sum
Bit 7 .............. Bit 0
SB 1 .............. 0xA5
SB 2 .............. 0x5A
Typ ................ 8B
ORG ............... B3
DB 3 .............. 00
DB 2 .............. 00
DB 1 .............. 00
DB 0 .............. 00
ID3 ................ ID No. of gateway
ID2 ................ ID No. of gateway
ID1 ................ ID No. of gateway
ID0 ................ ID No. of gateway
Status ............ 00, F7, FF
Chks .............. Check sum
Bit 7 .............. Bit 0
SB 1 .............. 0xA5
SB 2 .............. 0x5A
Typ ................ 8B
ORG ............... B4
DB 3 .............. ID3
DB 2 .............. ID2
DB 1 .............. ID1
DB 0 .............. ID0
ID3 ................ ID No. of gateway
ID2 ................ ID No. of gateway
ID1 ................ ID No. of gateway
ID0 ................ ID No. of gateway
Status ............ Ind
Chks .............. Check sum
1.6
Gateway Message INFI full, ID not learned
(RMT Receive Message Telegram)
The gateway sends this telegram to the master
when no more transmitters can be learned because the input filter is already full.
DB3 - DB0 (transmitter ID) = ID of the transmitter that couldn't be learned.
1.7
Gateway ACK: of the last TG
(RMT Receive Message Telegram)
The gateway sends this telegram to the master
when the received telegram could be processed successfully.
1.8
Gateway Replay SW Version
(RMT Receive Message Telegram)
The gateway sends this telegram to the master
when the received telegram could be processed successfully.
1.9
Gateway Replay Set ID to INFI
(RMT Receive Message Telegram)
The gateway sends this telegram to the master
after the master attempted to register a transmitter ID No. in the input filter.
Status = 00 → Transmitter ID successfully registered in the input filter
Status = FF → Index not within the permitted range
1.10
Gateway Replay INFI Element
(RMT Receive Message Telegram)
The gateway sends this telegram to the master
after the master has sent a query for a transmitter ID No. (IND) in the input filter.
The respective transmitter ID of the transmitter that has been learned is indicated
by bytes DB3 through DB0.
IND = Index position number (1-32) in the input filter.
Indicates the learned transmitter's position in the input filter.
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