Baker Hughes Panametrics Sentinel LCT8, User Manual

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Table 28: Modbus register map
Composite Channel 1 Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 Channel 7 Channel 8
Category Measure-
ments
Read/
write
Type Size Format
Reg. add. Reg. add. Reg. add. Reg. add. Reg. add. Reg. add. Reg. add. Reg. add. Reg. add.
(Dec) (hex) (Dec) (hex) (Dec) (hex) (Dec) (hex) (Dec) (hex) (Dec) (hex) (Dec) (hex) (Dec) (hex) (Dec) (hex)
Correction
factors
Reynolds
#
R F 2 LSW float 53 0x0034 1077 0x0434 2101 0x0834 3125 0x0C34 4149 0x1034 5173 0x1434 6197 0x1834 7221 0x1C34 8245 0x2034
K(RE) R F 2 LSW float 55 0x0036 1079 0x0436 2103 0x0836 3127 0x0C36 4151 0x1036 5175 0x1436 6199 0x1836 7223 0x1C36 8247 0x2036
CTL R F 2 LSW float 57 0x0038 1081 0x0438 2105 0x0838 3129 0x0C38 4153 0x1038 5177 0x1438 6201 0x1838 7225 0x1C38 8249 0x2038
CPL R F 2 LSW float 59 0x003A 1083 0x043A 2107 0x083A 3131 0x0C3A 4155 0x103A 5179 0x143A 6203 0x183A 7227 0x1C3A 8251 0x203A
CTPL R F 2 LSW float 61 0x003C 1085 0x043C 2109 0x083C 3133 0x0C3C 4157 0x103C 5181 0x143C 6205 0x183C 7229 0x1C3C 8253 0x203C
Tempera-
ture inputs
Supply
temp
R F 2 LSW float 63 0x003E 1087 0x043E 2111 0x083E 3135 0x0C3E 4159 0x103E 5183 0x143E 6207 0x183E 7231 0x1C3E 8255 0x203E
Return
temp
R F 2 LSW float 65 0x0040 1089 0x0440 2113 0x0840 3137 0x0C40 4161 0x1040 5185 0x1440 6209 0x1840 7233 0x1C40 8257 0x2040
Supply-
Rtn
R F 2 LSW float 67 0x0042 1091 0x0442 2115 0x0842 3139 0x0C42 4163 0x1042 5187 0x1442 6211 0x1842 7235 0x1C42 8259 0x2042
Supply
dens
R F 2 LSW float 69 0x0044 1093 0x0444 2117 0x0844 3141 0x0C44 4165 0x1044 5189 0x1444 6213 0x1844 7237 0x1C44 8261 0x2044
Return
dens
R F 2 LSW float 71 0x0046 1095 0x0446 2119 0x0846 3143 0x0C46 4167 0x1046 5191 0x1446 6215 0x1846 7239 0x1C46 8263 0x2046
Delta h R F 2 LSW float 73 0x0048 1097 0x0448 2121 0x0848 3145 0x0C48 4169 0x1048 5193 0x1448 6217 0x1848 7241 0x1C48 8265 0x2048
Pressure
inputs
Pressure
input
R F 2 LSW float 75 0x004A 1099 0x044A 2123 0x084A 3147 0x0C4A 4171 0x104A 5195 0x144A 6219 0x184A 7243 0x1C4A 8267 0x204A
Special
inputs
Special
input 1
R F 2 LSW float 77 0x004C 1101 0x044C 2125 0x084C 3149 0x0C4C 4173 0x104C 5197 0x144C 6221 0x184C 7245 0x1C4C 8269 0x204C
Special
input 2
R F 2 LSW float 79 0x004E 1103 0x044E 2127 0x084E 3151 0x0C4E 4175 0x104E 5199 0x144E 6223 0x184E 7247 0x1C4E 8271 0x204E
Special
input 3
R F 2 LSW float 81 0x0050 1105 0x0450 2129 0x0850 3153 0x0C50 4177 0x1050 5201 0x1450 6225 0x1850 7249 0x1C50 8273 0x2050
Special
input 4
R F 2 LSW float 83 0x0052 1107 0x0452 2131 0x0852 3155 0x0C52 4179 0x1052 5203 0x1452 6227 0x1852 7251 0x1C52 8275 0x2052
Flow
totals (as
doubles)
FWD total R D 4
LSW
double
129 0x0080 1153 0x0480 2177 0x0880 3201 0x0C80 4225 0x1080 5249 0x1480 6273 0x1880 7297 0x1C80 8321 0x2080
REV total R D 4
LSW
double
133 0x0084 1157 0x0484 2181 0x0884 3205 0x0C84 4229 0x1084 5253 0x1484 6277 0x1884 7301 0x1C84 8325 0x2084
FWD mass R D 4
LSW
double
137 0x0088 1161 0x0488 2185 0x0888 3209 0x0C88 4233 0x1088 5257 0x1488 6281 0x1888 7305 0x1C88 8329 0x2088
REV mass R D 4
LSW
double
141 0x008C 1165 0x048C 2189 0x088C 3213 0x0C8C 4237 0x108C 5261 0x148C 6285 0x188C 7309 0x1C8C 8333 0x208C
FWD
energy
R D 4
LSW
double
145 0x0090 1169 0x0490 2193 0x0890 3217 0x0C90 4241 0x1090 5265 0x1490 6289 0x1890 7313 0x1C90 8337 0x2090
REV energy R D 4
LSW
double
149 0x0094 1173 0x0494 2197 0x0894 3221 0x0C94 4245 0x1094 5269 0x1494 6293 0x1894 7317 0x1C94 8341 0x2094
Total time R D 4
LSW
double
153 0x0098 1177 0x0498 2201 0x0898 3225 0x0C98 4249 0x1098 5273 0x1498 6297 0x1898 7321 0x1C98 8345 0x2098
STD FWD
total
R D 4
LSW
double
157 0x009C 1181 0x049C 2205 0x089C 3229 0x0C9C 4253 0x109C 5277 0x149C 6301 0x189C 7325 0x1C9C 8349 0x209C
STD REV
total
R D 4
LSW
double
161 0x00A0 1185 0x04A0 2209 0x08A0 3233 0x0CA0 4257 0x10A0 5281 0x14A0 6305 0x18A0 7329 0x1CA0 8353 0x20A0
STD total
time
R D 4
LSW
double
165 0x00A4 1189 0x04A4 2213 0x08A4 3237 0x0CA4 4261 0x10A4 5285 0x14A4 6309 0x18A4 7333 0x1CA4 8357 0x20A4
118