Siemens SIMPRO-100 - Page 184

C
Modbus
™
RTU Communications Protocol
SIMPRO-100
182 PRIM-2400C
02FF Avg Running Current 0 65535 1
0300 Avg Running kW 0 if no voltage option 0 65535 1
0301 Avg Running kVAR In 0 if no voltage option 0 65535 1
0302 Avg Running kVAR Out 0 if no voltage option 0 65535 1
0303 Avg Running kVA 0 if no voltage option 0 65535 1
0304 Avg Hottest Winding RTD Temp See Note 1 See Note 3 See Note 3 1
0305 Avg Hottest Bearing RTD Temp See Note 1 See Note 3 See Note 3 1
0306 Avg Ambient RTD Temp See Note 1 See Note 3 See Note 3 1
0307 Avg Hottest Other RTD Temp See Note 1 See Note 3 See Note 3 1
0308 Peak Starting Time seconds 0 65535 1 • 0.01
0309 Peak Starting Current 0 65535 1
030A Peak Minimum Starting Voltage 0 if no voltage option 0 65535 1
030B Peak Starting % Therm Cap 0 65535 1 • 0.1
030C Peak Running % Therm Cap 0 65535 1 • 0.1
030D Peak RTD % Therm Cap 0 65535 1
030E Peak Running Current 0 65535 1
030F Peak Running kW 0 if no voltage option 0 65535 1
0310 Peak Running kVAR In 0 if no voltage option 0 65535 1
0311 Peak Running kVAR Out 0 if no voltage option 0 65535 1
0312 Peak Running kVA In 0 if no voltage option 0 65535 1
0313 Peak Hottest Winding RTD Temp See Note 1 See Note 3 See Note 3 1
0314 Peak Hottest Bearing RTD Temp See Note 1 See Note 3 See Note 3 1
0315 Peak Ambient RTD Temp See Note 1 See Note 3 See Note 3 1
0316 Peak Hottest Other RTD Temp See Note 1 See Note 3 See Note 3 1
0317 Stopped Cooling Time Minutes 0 65535 1 • 0.1
0318 Starting Thermal Capacity 0 65535 1 • 0.1
0319 Thermal Alarm Count 0 65535 1
031A Locked Rotor Alarm Count 0 65535 1
031B Load Loss Alarm Count 0 65535 1
031C Unbalance Current Alarm Count 0 65535 1
031D Under Power Alarm Count 0 65535 1
031E Power Factor Alarm Count 0 65535 1
031F Reactive Power Alarm Count 0 65535 1
0320 RTD Alarm Count 0 65535 1
0321 Total Alarm Count 0 65535 1
0322 Thermal Trip Count 0 65535 1
0323 Locked Rotor Trip Count 0 65535 1
0324 Load Loss Trip Count 0 65535 1
0325 Load Jam Trip Count 0 65535 1
Address
(hex)
Field Sample Low High Step Type