Technical Documentation
BLR-CM Modbus
Rev. 05
2018-09
15
567
Alarm action: „Show Display Message (D)“ (OM2)
1
UINT16
-
568
Alarm action: „Target COS-PHI 2 (CP)“ (OM2)
1
UINT16
-
569
Alarm action: „Switch Controll off (O)“ (OM2)
1
UINT16
-
570
Alarm action: „Freeze Control (F)” (OM2)
1
UINT16
-
571
Language Setting
SW 02.07.xx:
Bit 0 =English, Bit 1 = German, Bit 2 = French
SW 02.08.xx:
Bit 0 =English, Bit 1 = Spanish, Bit 2 = Portuguese
1
UINT16
-
572
Asymmetry factor
1
SINT16
-
573
User parameters 2
1
UINT16
-
574
Q-Offset (-32000…32000 = -3200,0kvar…3200,0kvar)
1
SINT16
kvar
575
Temperature Offset (-100…100 = -10°C…10°C)
1
SINT16
°C
The addresses 514 (User parameters 1), 527 – 533 (Alarm Output Mask 1), 561 (Alarm Output Mask 1), 564 – 470 (Alarm
Output Mask 2) und 573 (User parameters 2) are coded binary. The assignment of the single bits is depicted in the
following tables.
User parameters 1
Bit 15
Bit 0
Bit 0
Synchronization Frequency
00 = Automatic
01 = Fix 50 Hz
10 = Fix 60 Hz
Bit 1
Synchronization Frequency
Bit 2
Measurement connection
1 = LL
0 = LN
Bit 3
Stage recognition
1 = Off
0 = On
Bit 4
Switch cycle distribution
1 = Yes
0 = No
Bit 5
Start AI count down (90 s after each restart)
1 = Yes
0 = No
Bit 6
1
1 = Yes
0 = No
Bit 7
Stage exchange
1 = Yes
0 = No
Bit 8
Control
00 = Auto
01 = LIFO
10 = Combi-filter
Bit 9
Control
Bit 10
I < Limit; lock stage
1 = Yes
0 = No
Bit 11
Fast control; Sync. Impulse
1 = Yes
0 = No
Bit 12
DO Type
1 = N. closed
0 = N. opened
Bit 13
DI Type
1 = Low-active
0 = High-active
Bit 14
Capacitive overcompensation
1 = Allowed
0 = Permitted
Bit 15
Progressive algorithm (Using „On“ Control must be set Auto)
1 = On
0 = Off