Hach RTC101 P Bedienungsanleitung Seite 13

Table 9 RTC113 ST-module and RTC112 SD-module (2-channels) (continued)
Tag name Parameter
MEASUREMENT 10 Tsef 2
ACTUAT VAR 11 Pdos 1
ACTUAT VAR 12 Fac 1
ACTUAT VAR 13 Feed 1
ACTUAT VAR 14 Pdos 2
ACTUAT VAR 15 Fac 2
ACTUAT VAR 16 Feed 2
Tag name
RTC input
RTC input
RTC input
RTC input
RTC input
RTC input
RTC input
MEASUREMENT 1
MEASUREMENT 2
ACTUAT VAR 3
ACTUAT VAR 4
ACTUAT VAR 5
ACTUAT VAR 6
ACTUAT VAR 7
ACTUAT VAR 8
ACTUAT VAR 9
Tag name
RTC input
RTC input
RTC input
RTC input
RTC input
RTC input
RTC input
Unit Channel Description
g/L 2
L/h 1
g/kg 1
L/s 1
L/h 2
g/kg 2
L/s 2
Table 10 RTC103 N-module (1-channel)
Parameter Unit
NH -N_in 1 mg/L
4
NH -N_eff 1 mg/L
4
TSS 1 g/L
DO 1 mg/L
Inflow 1 L/s
IRC 1 L/s
RAS 1 L/s
— %
SRT days
NH4-N kg/h
NffO 1 mg/L
Osetp 1 mg/L
Oreg 1 —
B_S 1 Stage
A_S 1 %
A_S 2 %
Table 11 RTC103 N-module (2-channels)
Parameter Unit
NH -N_in 1 mg/L
4
NH -N_eff 1 mg/L
4
TSS 1 g/L
DO 1 mg/L
Inflow 1 L/s
IRC 1 L/s
RAS 1 L/s
TS concentration in effluent (modified by averaging and
hopper pump operation).
Calculated set point for polymer flow
Calculated polymer quantity (g/kg)
Calculated feed flow rate
Calculated set point for polymer flow
Calculated polymer quantity (g/kg)
Calculated feed flow rate
Channel Description
1 NH -N influent
4
1 NH -N influent effluent
4
1 TS concentration
1 Oxygen concentration
1 Flow rate aeration lane
1 Flow rate internal recirculation
1 Flow rate return sludge
1 Nitrifiers concentration
1 Sludge Retention Time
1 NH -N influent load to nitrify.
4
1 DO necessary calculated from influent load.
1 DO set point
1 Internal calculation value oxygen based
1 Aeration stage
1 Aeration intensity VFD 1
1 Aeration intensity VFD 2
Channel Description
1 NH -N influent
4
1 NH -N influent effluent
4
1 TS concentration
1 Oxygen concentration
1 Flow rate aeration lane
1 Flow rate internal recirculation
1 Flow rate return sludge
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