Veris Industries H8036 SERIES Install - Manual (Page 7)

Z201686-0N PAGE 7 ©2012 Veris Industries USA 800.354.8556 or +1.503.598.4564 / [email protected] 08122
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TM
H8035/H8036 INSTALLATION GUIDE
Address Typical
Offset
Units Description Integer:
multiplier required
Float:
upper 16 bits
Float:
lower 16 bits
40263 4 kVAR Reactive Power X
40264 kVAR Reactive Power X
40265 6 kVA Apparent Power X
40266 kVA Apparent Power X
40267 8 --- Power Factor X
40268 --- Power Factor X
40269 10 Volts Voltage, line to line X
40270 Volts Voltage, line to line X
40271 12 Volts Voltage, line to neutral X
40272 Volts Voltage, line to neutral X
40273 14 Amps Current X
40274 Amps Current X
40275 16 kW Real Power, phase A X
40276 kW Real Power, phase A X
40277 18 kW Real Power, phase B X
40278 kW Real Power, phase B X
40279 20 kW Real Power, phase C X
40280 kW Real Power, phase C X
40281 22 --- Power Factor, phase A X
40282 --- Power Factor, phase A X
40283 24 --- Power Factor, phase B X
40284 --- Power Factor, phase B X
40285 26 --- Power Factor, phase C X
40286 --- Power Factor, phase C X
40287 28 Volts Voltage, phase A-B X
40288 Volts Voltage, phase A-B X
40289 30 Volts Voltage, phase B-C X
40290 Volts Voltage, phase B-C X
40291 32 Volts Voltage, phase A-C X
40292 Volts Voltage, phase A-C X
40293 34 Volts Voltage, phase A-N X
40294 Volts Voltage, phase A-N X
40295 36 Volts Voltage, phase B-N X
40296 Volts Voltage, phase B-N X
40297 38 Volts Voltage, phase C-N X
40298 Volts Voltage, phase C-N X
40299 40 Amps Current, phase A X
40300 Amps Current, phase A X
40301 42 Amps Current, phase B X
40302 Amps Current, phase B X
40303 44 Amps Current, phase C X
40304 Amps Current, phase C X
40305 46 kW Average Real Power X
40306 kW Average Real Power X
40307 48 kW Minimum Real Power X
40308 kW Minimum Real Power X
40309 50 kW Maximum Real Power X
40310 kW Maximum Real Power X
Modbus addresses in the 4xxxx format follow the Modicon protocol specification for point addressing. The actual address sent is the value shown, minus 40001. In other words,
the leading “4” is omitted, and the remaining 4-digit number is decremented so that point 40001 is requested with a value of zero in the actual Modbus communication. Some
Modbus implementations require point addresses to be specified beginning at zero or 40000, instead of 40001. Programming code may also require addresses that correspond
to actual values transmitted, so a value of zero is used to request data beginning at Modbus address 40001.
Many applications use a single Modbus command to read all of the data available from the Enercept. For integers, the beginning address is 40001 (or zero in the actual Modbus
command), and for floating points the first address used is typically 40259 (or 258 in the actual Modbus command). Although the first floating point appears at address 40257,
it is not necessary to read this value because it is a duplicate copy of the kWh value (required by the product firmware). When reading a block of data, the “typical offset” values
index to the data within the block.
“Multiplier required” indicates that multiplication is required to properly scale the integer value. See Using Integer Data Types section.