Telegram |
Transf. |
Item |
SI |
DPE Type |
Note |
M_SB_NA_1 (1)
M_SB_TA_1 (2)
M_SB_TB_1 (30) |
SIQ |
SPI |
0 |
bool |
Input-sided BL,
SB, NT and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
BL |
4 |
bool |
SB |
5 |
bool |
NT |
6 |
bool |
IV |
7 |
bool |
M_DP_NA_1 (3)
M_DP_TA_1 (4)
M_DP_TB_1 (31) |
DIQ |
DPI bit 0 |
0 |
bool |
|
DPI bit 1 |
1 |
bool |
|
BL |
4 |
bool |
Input-sided BL,
SB, NT and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
SB |
5 |
bool |
NT |
6 |
bool |
IV |
7 |
bool |
DPI as uint |
8 |
uint |
DPI as unsigned
integer, values from 0-3 |
M_ST_NA_1 (5)
M_ST_TA_1 (6)
M_ST_TB_1 (32) |
VTI |
value |
0 |
int |
Value
Input-sided BL, SB, NT and IV can
be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
T |
1 |
bool |
Display of Intermediate
position |
M_BO_NA_1 (7)
M_BO_TA_1 (8)
M_BO_TB_1 (33) |
BSI |
bit[i]
|
0-31
|
bool |
Input-sided BL,
SB, NT and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
OV |
32 |
bool |
BL |
36 |
bool |
SB |
37 |
bool |
NT |
38 |
bool |
IV |
39 |
bool |
bit pattern
|
40 |
bit32 |
complete bit pattern
|
M_ME_NA_1 (9)
M_ME_TA_1 (10)
M_ME_ND_1 (21)
M_ME_TD_1 (34) |
NVA |
value |
0 |
float |
Input-sided BL,
SB, NT and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
OV |
1 |
bool |
BL |
5 |
bool |
SB |
6 |
bool |
NT |
7 |
bool |
IV |
8 |
bool |
M_ME_ND_1 (21) |
NVA |
value |
0 |
float |
Type 21 has no
quality information. |
M_ME_NB_1 (11)
M_ME_TB_1 (12)
M_ME_TE_1 (35) |
SVA |
value |
0 |
int |
Input-sided BL,
SB, NT and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
OV |
1 |
bool |
BL |
5 |
bool |
SB |
6 |
bool |
NT |
7 |
bool |
IV |
8 |
bool |
M_ME_NC_1 (13)
M_ME_TC_1 (14)
M_ME_TF_1 (36) |
R32 |
value |
0 |
float |
Input-sided BL,
SB, NT and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
OV |
1 |
bool |
BL |
5 |
bool |
SB |
6 |
bool |
NT |
7 |
bool |
IV |
8 |
bool |
M_IT_NA_1 (15)
M_IT_TA_1 (16)
M_IT_TB_1 (37) |
BCR |
counter value |
0 |
int |
Input-sided CY,
CA and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits incl. SQ
can be set in the user byte ConnUserByteQ.
SQ cannot be mapped input-sided, because
it is an integer value. |
SQ |
1 |
uint |
CY |
2 |
bool |
CA |
3 |
bool |
IV |
4 |
bool |
M_EP_TA_1 (17)
M_EP_TD_1 (38) |
SEP |
ES bit 0 |
0 |
bool |
You cannot access
ES as int at the moment. There is no implementation. |
ES bit 1 |
1 |
bool |
|
EI |
3 |
bool |
Input-sided BL,
SB, NT and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
BL |
4 |
bool |
SB |
5 |
bool |
NT |
6 |
bool |
IV |
7 |
bool |
elapsed time |
8 |
time |
|
- |
9 |
unint (bit32) |
Allows to map reference
data from the telegrams on a data point element of the uint (bit32)
type. Thereby the bits ES, EI, BL, SB, NT und IV can be mapped
on a data point element of the type bit32. |
M_EP_TB_1 (18)
M_EP_TE_1 (39) |
SPE |
GS |
0 |
bool |
|
SL1 |
1 |
bool |
Input-sided SL1,
SL2, SL3, SIE and SRD can be also mapped on the corresponding
user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
SL2 |
2 |
bool |
SL3 |
3 |
bool |
SIE |
4 |
bool |
SRD |
5 |
bool |
relay time
|
8 |
time |
|
- |
9 |
unint (bit32) |
Allows to map reference
data from the telegrams on a data point element of the uint (bit32)
type. Thereby the bits GS, SL1, SL2, SL3, SIE and SRD can be mapped
on a data point element of the type bit32. |
M_EP_TC_1 (19)
M_EP_TF_1 (40) |
OCI |
GC |
0 |
bool |
|
CL1 |
1 |
bool |
Input-sided CL1,
CL2 and CL3 can be also mapped on the corresponding user bits.
Output-sided the quality bits can be set
in the user byte ConnUserByteQ
. |
CL2 |
2 |
bool |
CL3 |
3 |
bool |
relay opening time |
8 |
time
|
|
- |
9 |
unint (bit32) |
Allows to map reference
data from the telegrams on a data point element of the uint (bit32)
type. Thereby the bits GC, CL1, CL2 and CL3 can be mapped on a
data point element of the type bit32. |
M_PS_NA_1 (20) |
BSI |
bit[i] |
0-31 |
bool |
single bits |
|
|
bit pattern |
40 |
bit32 |
complete bit pattern
|
C_SC_NA_1 (45)
C_SC_TA_1 (58) |
SCO |
SCS |
0 |
bool |
|
QU bit 0 |
2 |
bool |
Output-sided QU
and S/E can be set in the user byte ConnUserByteQ.
Input-sided the subindices must be used. |
QU bit 1 |
3 |
bool |
QU bit 2 |
4 |
bool |
QU bit 3 |
5 |
bool |
QU bit 4 |
6 |
bool |
S/E |
7 |
bool |
C_DC_NA_1 (46)
C_DC_TA_1 (59) |
DCO |
DCS bit 0 |
0 |
bool |
|
DCS bit 1 |
1 |
bool |
|
QU bit 0 |
2 |
bool |
Output-sided QU
and S/E can be set in the user byte ConnUserByteQ.
Input-sided the subindices must be used. |
QU bit 1 |
3 |
bool |
QU bit 2 |
4 |
bool |
QU bit 3 |
5 |
bool |
QU bit 4 |
6 |
bool |
S/E |
7 |
bool |
DCS |
8 |
uint |
DCS as unsigned
integer, values from 0-3 |
C_RC_NA_1 (47)
C_RC_TA_1 (60) |
RCO |
RCS bit 0 |
0 |
bool |
|
RCS bit 1 |
1 |
bool |
|
QU bit 0 |
2 |
bool |
Output-sided QU
and S/E can be set in the user byte ConnUserByteQ.
Input-sided the subindices must be used. |
QU bit 1 |
3 |
bool |
QU bit 2 |
4 |
bool |
QU bit 3 |
5 |
bool |
QU bit 4 |
6 |
bool |
S/E |
7 |
bool |
RCS |
8 |
uint |
RCS as unsigned
integer, values from 0-3 |
C_SE_NA_1 (48)
C_SE_TA_1 (61) |
NVA |
value |
0 |
float |
QL1-7 ->
Subindex 1-7
S/E ->
Subindex 8 |
C_SE_NB_1 (49)
C_SE_TB_1 (62) |
SVA |
value |
0 |
int |
QL1-7 ->
Subindex 1-7
S/E ->
Subindex 8
Output-sided QU and S/E can be set in
the user byte ConnUserByteQ.
Input-sided the subindices must be used. |
C_SE_NC_1 (50)
C_SE_TC_1 (63) |
R32 |
value |
0 |
float |
QL1-7 ->
Subindex 1-7
S/E ->
Subindex 8
Output-sided QU and S/E can be set in
the user byte ConnUserByteQ.
Input-sided the subindices must be used. |
C_BO_NA_1 (51)
C_BO_TA_1 (64) |
BSI |
bit[i] |
0-31 |
bool |
single bits
This type does not have a quality information. |
bit pattern |
40 |
bit32 |
complete bit pattern |
C_IC_NA_1 (100) |
Interrogation |
QOI |
0 |
uint |
|
C_CI_NA_1 (101) |
Interrogation |
QCC |
0 |
uint |
|
C_RD_NA_1 (102) |
Empty |
- |
- |
bool |
The data in the
frame are fix coded. If you receive that kind of frame the value
1 is set on the data point. |
C_CS_NA_1 (103) |
CP56 |
CP56 time |
0 |
time |
|
C_TS_NA_1 (104)
C_TS_TA_1 (107) |
FBP |
- |
- |
bool |
The data in the
frame are fix coded. If you receive that kind of frame the received
value is set on the data point. |
C_RP_NA_1 (105) |
Interrogation |
QRP |
0 |
uint |
|
|
|
|
|
|
|
P_ME_NA_1 (110) |
NVA |
value |
0 |
float |
Output-sided the
parameter qualifier KPA, LPC and POP can be set in the user byte
ConnUserByteQ. |
P_ME_NB_1 (111) |
SVA |
value |
0 |
int |
Output-sided the
parameter qualifier KPA, LPC and POP can be set in the user byte
ConnUserByteQ. |
P_ME_NC_1 (112) |
R32 |
value |
0 |
float |
Output-sided the
parameter qualifier KPA, LPC and POP can be set in the user byte
ConnUserByteQ. |
P_AC_NA_1 (113) |
Empty |
-
|
-
|
bool |
The data in the
frame are fix coded. If you receive that kind of frame the value
1 is set on the data point. |
M_IT_ND_1 (230)
M_IT_TD_1 (231) |
eight byte floating
point counter value |
counter value |
0 |
float |
|
|
SQ |
1 |
uint |
Sequence number
Input-sided SQ cannot be mapped onuser
bits, because it is an integer value. |
|
CY |
2 |
bool |
Input-sided CY,
CA and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits incl. SQ
can be set in the user byte ConnUserByteQ. |
|
CA |
3 |
bool |
|
IV |
4 |
bool |
M_IT_NC_1 (240)
M_IT_TC_1 (241) |
6 octet BCD |
|
0 |
double |
6 octet counter
value |
6 octet BCD |
|
1 |
uint |
Sequence number
Input-sided SQ cannot be mapped onuser
bits, because it is an integer value. |
6 octet BCD |
CY |
2 |
bool |
Input-sided CY,
CA and IV can be also mapped on the corresponding user bits.
Output-sided the quality bits incl. SQ
can be set in the user byte ConnUserByteQ. |
6 octet BCD |
CA |
3 |
bool |
6 octet BCD |
IV |
4 |
bool |
C_SE_NZ_1 (242) |
6 octet BCD |
|
0 |
double |
6 octet counter
value |
6 octet BCD |
|
1 |
uint |
not used |
6 octet BCD |
|
2 |
bool |
not used |
6 octet BCD |
|
3 |
bool |
not used |
6 octet BCD |
|
4 |
bool |
S/E |