====== lamaPLC: Communication with B+G E-Tech DS100 Serie Modbus ======
The digital bidirectional power meter in this series is designed for direct measurement in 3-phase AC systems with maximum loads of up to 100 A. This meter is MID B&D certified by SGS UK.

|{{:com:ds100_1.jpg?300|DS100 Serie Modbus}}|{{:com:ds100_2.jpg?300|DS100 Serie Modbus}}|{{:com:ds100_3.jpg?300|DS100 Serie Modbus}}|

===== Technical data =====
  * Type designation: DS100-009 (Article no. 1042204-M23)
  * MID certified according to certificate 0120/SGS0622 from SGS UK
  * 0.25-5A nominal current / 100A limit current (limit current = can be continuously loaded!)
  * Electronic electricity meter (3-phase current according to EN 61036, for 4-wire three-phase networks) 3p4w
  * digital LCD (backlit)
  * 6 digital digits + 2 decimal places = 999999.99 kWh
  * Connection: 3x230V/400V AC
  * Operating range: 3*161/279 to 300/500 / 0.1 ~ 100A
  * Frequency range: 50Hz +/- 10%
  * Start current Cos-Phi = 1: 0.4% of Ib
  * Self-consumption: ≤ 1W /12VA per phase
  * Accuracy class: 1
  * Pulse length: 80ms
  * LED counting pulses: 1000imp/kWh
  * Temp. range: -25°C to +55°C
  * Rel. humidity: up to 75% - briefly up to 95%
  * Mounting: DIN rail (DIN EN50022) / 4TE=71.5mm
  * Dimensions: 71.5x90x72mm
  * Weight: approx. 350g
  * Approved for billing purposes to third parties

===== Modbus map =====
^Address^Measuring^Var.type^Unit/resolution^Rel.addr|
|**Input register block**|||||
|31024|Phase 1 to neutral volts|int32|mV|Basis 1024, 0x00, lenght: 80 word|
|31026|Phase 2 to neutral volts|int32|mV|0x02|
|31028|Phase 3 to neutral volts|int32|mV|0x04|
|31030|Phase L1 - L2 volts|int32|mV|0x06|
|31032|Phase L2 - L3 volts|int32|mV|0x08|
|31034|Phase L3 - L1 volts|int32|mV|0x0A|
|31036|Average line to neutral volts|int32|mV|0x0C|
|31038|Average line to line volts|int32|mV|0x0E|
|31040|Phase 1 current|int32|mA|0x10|
|31042|Phase 2 current|int32|mA|0x12|
|31044|Phase 3 current|int32|mA|0x14|
|31046|Neutral current|int32|mA|0x16|
|31048|Three-phase vector current|int32|mA|0x18|
|31050|Phase 1 active power|int32|W|0x1A|
|31052|Phase 2 active power|int32|W|0x1C|
|31054|Phase 3 active power|int32|W|0x1E|
|31056|Total active power|int32|W|0x20|
|31058|Phase 1 apparent power|int32|VA|0x22|
|31060|Phase 2 apparent power|int32|VA|0x24|
|31062|Phase 3 apparent power|int32|VA|0x26|
|31064|Total apparent power|int32|VA|0x28|
|31066|Phase 1 reactive power|int32|var|0x2A|
|31068|Phase 2 reactive power|int32|var|0x2C|
|31070|Phase 3 reactive power|int32|var|0x2E|
|31072|Total reactive power|int32|var|0x30|
|31074|Phase 1 frequency|int16|Hz/10|0x32|
|31075|Phase 2 frequency|int16|Hz/10|0x33|
|31076|Phase 3 frequency|int16|Hz/10|0x34|
|31077|Combinated frequency|int16|Hz/10|0x35|
|31078|Phase 1 power factor|int16|0.1|0x36|
|31079|Phase 2 power factor|int16|0.1|0x37|
|31080|Phase 3 power factor|int16|0.1|0x38|
|31081|Total power factor|int16|0.1|0x39|
|31082|Phase 1 active power forward|int32|W/10|0x3A|
|31084|Phase 2 active power forward|int32|W/10|0x3C|
|31086|Phase 3 active power forward|int32|W/10|0x3E|
|31088|Total active power forward|int32|W/10|0x40|
|31090|Phase 1 active power reverse|int32|W/10|0x42|
|31092|Phase 2 active power reverse|int32|W/10|0x44|
|31094|Phase 3 active power reverse|int32|W/10|0x46|
|31096|Total active power reverse|int32|W/10|0x48|
|31098|Phase 1 active power demand|int32|W/10|0x4A|
|31100|Phase 2 active power demand|int32|W/10|0x4C|
|31102|Phase 3 active power demand|int32|W/10|0x4E|
|31104|Total active power demand|int32|W/10|0x50|
|31082|Phase 1 reactive power forward|int32|var/10|0x52|
|31084|Phase 2 reactive power forward|int32|var/10|0x54|
|31086|Phase 3 reactive power forward|int32|var/10|0x56|
|31088|Total reactive power forward|int32|var/10|0x58|
|31090|Phase 1 reactive power reverse|int32|var/10|0x60|
|31092|Phase 2 reactive power reverse|int32|var/10|0x62|
|31094|Phase 3 reactive power reverse|int32|var/10|0x64|
|31096|Total reactive power reverse|int32|var/10|0x66|
|31098|Phase 1 reactive power demand|int32|var/10|0x68|
|31100|Phase 2 reactive power demand|int32|var/10|0x6A|
|31102|Phase 3 reactive power demand|int32|var/10|0x6C|
|31104|Total reactive power demand|int32|var/10|0x6E|
|**Holding register block**|||||
|40270|Total active energy forward|int32|kWh/100|Basis 270, 0x00, lenght: 52 word|
|40280|Total active energy reverse|int32|kWh/100|0x0A|
|40290|Total active energy|int32|kWh/100|0x14|
|40300|Total reactive energy forward|int32|kvarh/100|0x1E|
|40310|Total reactive energy reverse|int32|kvarh/100|0x28|
|40320|Total reactive energy|int32|kvarh/100|0x32|
|41280|Phase 1 active energy|int32|kWh/100|Basis 1280, 0x00, lenght: -- word|
|41290|Phase 1 active energy forward|int32|kWh/100||
|41300|Phase 1 active energy reverse|int32|kWh/100||
|41310|Phase 1 reactive energy forward|int32|kvarh/100||
|41320|Phase 1 reactive energy reverse|int32|kvarh/100||
|41330|Phase 1 reactive energy|int32|kvarh/100||
|41380|Phase 2 active energy|int32|kWh/100||
|41390|Phase 2 active energy forward|int32|kWh/100||
|41400|Phase 2 active energy reverse|int32|kWh/100||
|41410|Phase 2 reactive energy forward|int32|kvarh/100||
|41420|Phase 2 reactive energy reverse|int32|kvarh/100||
|41430|Phase 2 reactive energy|int32|kvarh/100||
|41480|Phase 2 active energy|int32|kWh/100||
|41490|Phase 2 active energy forward|int32|kWh/100||
|41500|Phase 2 active energy reverse|int32|kWh/100||
|41510|Phase 2 reactive energy forward|int32|kvarh/100||
|41520|Phase 2 reactive energy reverse|int32|kvarh/100||
|41530|Phase 2 reactive energy|int32|kvarh/100||