11.1 Summary of standard data records 128/1
See following pages for detailed description and other data records.
Transmitted data Byte Received data
Bit 0: Start / stop 1 (for scale 1) Bit 1: Clear bag counter/total Bit 2: Abort 1
Bit 3: FC alarm 1
Bit 4: Discharge release 1 Bit 5: Continue feeding 1
Bit 6: Acknowledge "Tolerance alarms" Bit 7: Acknowledge "New values ready"
0 Bit 0: Operation 1
Bit 1: No. of bags reached Bit 2: Weighing completed 1 Bit 3: Feeding completed 1 Bit 4: Bagging release Bit 5: Dump pulse Bit 6: Tolerance alarm 1 Bit 7: New values ready Bit 0: Surge hopper empty 1
Bit 1: n.u. Bit 2: n.u. Bit 3: n.u.
Bit 4: Release adj. to nominal value MWSK 1 Bit 5: Release closing MWSK 1
Bit 6: n.u. Bit 7: n.u.
1 Bit 0: Dribble feed 1 Bit 1: Fast flow 1 Bit 2: Discharge 1
Bit 3: Weight of checked bag (according to index) Bit 4: Gate opens MWSK 1 Bit 5: Gate closes MWSK 1 Bit 6: Gate in position MWSK 1 Bit 7: Gate closed MWSK 1 Bit 0: Start / stop 2 (for scale 2)
Bit 1: Surge hopper empty 2 Bit 2: Abort 2
Bit 3: FC alarm 2
Bit 4: Discharge release 2 Bit 5: Continue feeding 2
Bit 6: Release adj. to nominal value MWSK 2 Bit 7: Release closing MWSK 2
2 Bit 0: Alarm 2 Bit 1: Discharge 2
Bit 2: Weighing completed 2 Bit 3: Feeding completed 2 Bit 4: Dribble feed 2 Bit 5: Fast flow 2 Bit 6: Tolerance alarm 2 Bit 7: Gate opens MWSK 2 Bit 0: Control signals valid
Bit 1: Local mode Bit 2: n.u.
Bit 3: n.u. Bit 4: n.u.
Bit 5 Clear alarm
Bit 6: Modification to transmitted data record Bit 7: Acknow. "Modification to received data record"
3 Bit 0: Gate closes MWSK 2 Bit 1: Gate in position MWSK 2 Bit 2: Gate closed MWSK 2
Bit 3: Remote control via Profibus DP Bit 4: Incorrect nominal value
Bit 5: Common alarm (alarm 1)
Bit 6: Acknow. "Modification to transmitted data record"
Bit 7: Modification to received data record No. of transmitted data record = 128 4 No. of transmitted data record = 128 Index of transmitted data record = X 5 Index of transmitted data record = X No. of received data record = 1 6 No. of received data record = 1 Index of received data record = 1/2
1 = scale 1, 2 = scale 2
7 Index of received data record = 1/2 1 = scale 1; 2 = scale 2
n.u. 8 Nominal bag weight in DIV (0…50 000)
n.u. 9
n.u. 10 Actual bag weight in DIV (0…65 535)
n.u. 11
n.u. 12 Total weight in DIV (0…999 999 999)
n.u. 13 n.u. 14 n.u. 15 Nominal bag counter (0…99 999) 16 Bag counter (incremental)
54 Bagging scale (BAG2) Profibus-DP Protocol
17 (0…99’999)
18 19
n.u. 20 Number of decimal places (0…3)
Recipe number (0…50) 21 Recipe number (current recipe) (0…50)
n.u. 22 Step number (0…9)
n.u. 23 Alarm number (0…99)
11.2 Control bits (transmitted data bytes 0…3)
Byte Bit Name Description
0 Start / stop 1 1 = Start feeding (filling of scale 1). Allow signal to remain until status bit "Dribble feed 1" = 1.
1 Clear bag counter / total
1 = Bag counter is reset and total weight is cleared (only possible in step 1 or 9 and with TCON.CCLR = ON)
2 Abort 1 1 = Switch to step 1 scale 1
3 FC alarm 1 1 = Fault in frequency converter scale 1 when TCON.FINV = ON (generates alarm FINV)
4 Discharge release 1 1 = Discharge of scale 1 released.
Allow signal to remain until status bit "Discharge 1" = 1 5 Continue feeding 1 1 = Continue feeding scale 1 without zeroing. The signal must be
on with "Start 1". This also enables feeding of a started bag to be completed after an interrupt (e.g. big bag).
6 Acknowledge "Tolerance alarm"
1 = Acknowledgement of tolerance alarms.
Allow signal to remain until status bit "Tolerance alarm" = 0 0
7 Acknowledge "New values ready"
1 = Delete status bit "New values ready" (leave until "New values ready" = 0). 0 Surge hopper 1
empty status
1 = Probe in surge hopper scale 1 is uncovered. Each bag weight is checked and corrected (always check cycle).
1…3 n.u.
4 Release adjustment to nominal value MWSK 1
1 = The bed depth adjustment of the MWSK belt feed scale 1 to the nominal value is released.
5 Release closing MWSK 1
1 = Closing of the bed depth adjustment of the MWSK belt feed scale 1 is released.
1
6…7 n.u.
0 Start / stop 2 1 = Start feeding (filling of scale 2). Allow signal to remain until status bit "Dribble feed 2" = 1.
1 Surge hopper 2 empty status
1 = Probe in surge hopper scale 2 is uncovered. Each bag weight is checked and corrected (always check cycle).
2 Abort 2 1 = Switch to step 1 scale 2
3 FC alarm 2 1 = Fault in frequency converter scale 2 when TCON.FINV = ON (generates alarm FINV)
2
4 Discharge release 2 1 = Discharge of scale 2 released.
Profibus-DP Protocol Bagging scale (BAG2) 55
5 Continue feeding 2 1 = Continue feeding scale 2 without zeroing. The signal must be on with "Start 2". This also enables feeding of a started bag to be completed after an interrupt (e.g. big bag).
6 Release adjustment to nominal value MWSK 2
1 = The bed depth adjustment of the MWSK belt feed scale 2 to the nominal value is released.
7 Release closing MWSK 2
1 = Closing of the bed depth adjustment of the MWSK belt feed scale 2 is released.
3 0…7 See "Data for all devices"
11.3 Status bits (received data bytes 0…3)
Byte Bit Name Description
0 Operation 1 1 = During feeding up to discharge scale 1. 1 No. of bags reached Only with bag preselection.
1 = The preselected number of bags is reached. 2 Weighing
completed 1
1 = The weighing process for scale 1 is completely finished (step 5). 0 = When switching to step 8.
3 Feeding completed 1
1 = The feeding process for scale 1 is completely finished (step 4). 0 = When switching to step 8.
4 Release bagging 1 = Without bag preselection, if the preselected nominal value has not yet been reached.
0 = The preselected number of bags is reached. 5 Dump pulse 1 = Pulse from start of discharge (length 1 s).
6 Tolerance alarm 1 1 = The bag weight scale 1 is outside the set tolerance limits REC.TOL+, REC.TOL–.
0
7 New values ready 1 = New values are available (total weights, actual rate). 0 = Control bit "Acknowledge new values ready" = 1. 0 Dribble feed 1 1 = Filling of scale 1 in dribble flow mode
(also release of frequency converter). Also activated during fast flow. 1 Fast flow 1 1 = Filling of scale 1 in fast flow mode. 2 Discharge 1 1 = Discharge of scale 1.
3 Weight of checked bag
1 = Current bag has been checked (check cycle).
4 Gate opens 1 1 = The gate of the bed depth adjustment of the MWSK belt feed scale 1 opens.
5 Gate closes 1 1 = The gate of the bed depth adjustment of the MWSK belt feed closes scale 1.
6 Gate in position 1 1 = The gate of the bed depth adjustment of the MWSK belt feed scale 1 is in the nominal position (open).
1
7 Gate closed 1 1 = The gate of the bed depth adjustment of the MWSK belt feed scale 1 is closed.
56 Bagging scale (BAG2) Profibus-DP Protocol
0 Alarm 2 1 = Alarm scale 2 is on. 1 Discharge 2 1 = Discharge of scale 2. 2 Weighing
completed 2
1 = The weighing process for scale 2 is completely finished (step 5). 0 = When switching to step 8.
3 Feeding completed 2
1 = The feeding process for scale 2 is completely finished (step 4). 0 = When switching to step 8.
4 Dribble feed 2 1 = Filling of scale 2 in dribble flow mode (also release of frequency converter). Also activated during fast flow. 5 Fast flow 2 1 = Filling of scale 2 in fast flow mode.
6 Tolerance alarm 2 1 = The bag weight scale 2 is outside the set tolerance limits REC.TOL+, REC.TOL–.
2
7 Gate opens 2 1 = The gate of the bed depth adjustment of the MWSK belt feed scale 2 opens.
0 Gate closes 1 1 = The gate of the bed depth adjustment of the MWSK belt feed closes scale 1.
1 Gate in position 1 1 = The gate of the bed depth adjustment of the MWSK belt feed scale 1 is in the nominal position (open).
2 Gate closed 1 1 = The gate of the bed depth adjustment of the MWSK belt feed scale 1 is closed.
3
3…7 See "Data for all devices"
Profibus-DP Protocol Bagging scale (BAG2) 57
11.4 Transmitted data records (transmitted data bytes 8…23)
Transmitted data record 128 (default nominal values) Byte Name Range [unit] Description
8…15 n.u.
16…19 Nominal bag counter
0…99’999 0 = Operation without bag preselection
20 n.u.
21 Recipe number 0…50 1…50 = Load required recipe into working recipe 0 0 = Do not load recipe
22…23 n.u.
Transmitted data record 136 (recipe)
Index: 0…50 as recipe number (0 = working recipe)
Byte Name Range [unit] Description
8…9 Nominal bag weight
MINB…MAXB [DIV] Nominal bag weight (net weight) (REC.SIZE)
The nominal bag weight must be between the minimum (TCON.MINB) and maximum (TCON.MAXB) nominal bag weights.
10…11 Empty weight 10…9999 [DIV] Start closure of discharge gate when weight falls below this threshold (REC.EWT)
12…13 Tolerance positive
0…999 [DIV] Tolerance alarm when bag weight > nominal bag weight + tolerance positive (REC.TOL+)
0 = no monitoring 14…15 Tolerance
negative
0…999 [DIV] Tolerance alarm when bag weight < nominal bag weight - tolerance negative (REC.TOL-)
0 = no monitoring 16…17 Fast flow trigger
value
0…9999 [DIV or 0.01 s]
Fast flow cut-off point or time according to REC.DOSW. (REC.STRT)
0 = no fast flow 18…19 Dribble flow
cut-off weight
0…2000 [DIV] Dribble flow cut-off weight for switching off dribble feed (REC.CUTW)
58 Bagging scale (BAG2) Profibus-DP Protocol
Transmitted data record 137 (recipe part 2)
Index: 0…50 as recipe number (0 = working recipe)
Byte Name Range [unit] Description
8 Control cycle 1…50 Check weight of every nth bag only (REC.CCYC) 1 = check every bag
9 Fast flow by weight
0…1 1 = Fast flow by weight (REC.DOSW) 0 = Fast flow by time
10 Nominal dribble flow time
10…200 [0.1 s] (1.0…20.0 s)
Nominal dribble flow time for control system (REC.TDRI)
11 Fast flow rate 3…99 [%] Fast flow rate (REC.FFLO) 12 Dribble flow rate 3…99 [%] Dribble flow rate (REC.DFLO) 13 Nominal position
of bed depth
5…100 [%] Nominal position of bed depth MWSK (REC.HCSP)
14 Closing delay closing cap
0…99 [0.1s] Close closing cap of MSDP double scale with delay (REC.FDEL)
Profibus-DP Protocol Bagging scale (BAG2) 59
11.5 Received data records (received data bytes 8…23)
Received data record 1 (default actual values) Byte Name Range [unit] Description
8…9 Nominal bag weight
0…50 000 [DIV] Current nominal weight
10…11 Actual bag weight
0…65 535 [DIV] Current actual bag weight of checked bags.
If bags are not checked, the nominal value is adopted. 1) 12…15 Total weight 0…999 999 999
[DIV]
Corresponds to the bag counter
16…19 Bag counter 0…99 999 Bag counter which can be cleared (incremental)
20 Decimal places 0…3 Number of decimal places DIV on the Profibus interface according to the setting ADC.DIV
21 Recipe number 0…50 Currently loaded recipe
22 Step number 0…9 In accordance with operating instructions 66698-x-16 1) 23 Alarm number 0…99 In accordance with operating instructions 66698-x-16 1) Scale 1: Index of received data record 1
Scale 2: Index of received data record 2
Received data record 2 (actual values part 2) Byte Name Range [unit] Description
8…11 Bag counter (cannot be cleared)
0…99’999’999 Bag counter (cannot be cleared)
12…23 n.u.
Received data record 128 (default nominal values)
For data contents, see transmitted data record 128
Received data record 136 (recipe)
Index: 0…50 as recipe number (0 = working recipe) For data contents, see transmitted data record 136
Received data record 137 (recipe part 2)
Index: 0…50 as recipe number (0 = working recipe) For data contents, see transmitted data record 137
60 Bagging scale (BAG2) Profibus-DP Protocol
Received data record 13, index = 0 (Job data/calibration memory) Byte Name Range [unit] Description
8…11 ID number For details, see "Received data record 13 job data / calibration memory" chapter
12…15 Bag counter 0…99 999 Saved bag counter of all bags of last job.
16…19 Total weight 0…999 999 999 [kg] Saved total weight of all bags of last job with resolution kg. 20…23 Average actual
bag weight
0…999 999 [DIVx10]
Saved average of actual bag weights of last job with resolution 10 x DIV.
Received data record 13, index = 1
8…13 Date + time For details, see "Received data record 13 job data / calibration memory" chapter
14…15 n.u. 16…19 Standard
deviation
0…999 [DIVx10] Saved standard deviation of actual bag weights of last job with resolution 10 x DIV.
Profibus-DP Protocol Differential bagging scale (BAGD1, BAGD3) 61