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Modbus point map – Veris Industries E50C3 Install User Manual

Page 19

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ZL0103-0B

Page 19 of 26

©2013 Veris Industries USA 800.354.8556 or +1.503.598.4564 / [email protected] 10131

Alta Labs, Enercept, Enspector, Hawkeye, Trustat, Aerospond, Veris, and the Veris ‘V’ logo are trademarks or registered trademarks of Veris Industries, L.L.C. in the USA and/or other countries.

Other companies’ trademarks are hereby acknowledged to belong to their respective owners.

Installation Guide

Power Monitoring

E50B1, E50C2, E50C3

TM

Modbus Point Map

E50C2 FDS

E50C3 L

og

E50xx REG.

R/W NV Format

Units

Scale

Range

Description

Integer Data

• 001

R

NV ULong

kWh

E

0-0xFFFF

Real Energy Consumption (MSR)

Clear via reset register

• 002

0-0xFFFF

Real Energy Consumption (LSR)

• 003

R

UInt

kW

W

0-32767

Total Instantaneous Real Power (3 Phase Total)

• 004

R

UInt

kVAR

W

0-32767

Total Instantaneous Reactive Power (3 Phase Total)

• 005

R

UInt

kVA

W

0-32767

Total Instantaneous Apparent Power (3 Phase Total)

• 006

R

UInt

Ratio

0.0001

0-10000

Total Power Factor (Total KW / Total KVA)

• 007

R

UInt

Volt

V

0-32767

Voltage, L-L, Average of 3 Phases

• 008

R

UInt

Volt

V

0-32767

Voltage, L-N, Average of 3 Phases

• 009

R

UInt

Amp

I

0-32767

Current, Average of 3 Phases

• 010

R

UInt

kW

W

0-32767

Real Power, Phase A

• 011

R

UInt

kW

W

0-32767

Real Power, Phase B

• 012

R

UInt

kW

W

0-32767

Real Power, Phase C

• 013

R

UInt

Ratio

0.0001

0-10000

Power Factor, Phase A

• 014

R

UInt

Ratio

0.0001

0-10000

Power Factor, Phase B

• 015

R

UInt

Ratio

0.0001

0-10000

Power Factor, Phase C

• 016

R

UInt

Volt

V

0-32767

Voltage, Phase A-B

• 017

R

UInt

Volt

V

0-32767

Voltage, Phase B-C

• 018

R

UInt

Volt

V

0-32767

Voltage, Phase A-C

• 019

R

UInt

Volt

V

0-32767

Voltage, Phase A-N

• 020

R

UInt

Volt

V

0-32767

Voltage, Phase B-N

• 021

R

UInt

Volt

V

0-32767

Voltage, Phase C-N

• 022

R

UInt

Amp

I

0-32767

Current, Instantaneous, Phase A

• 023

R

UInt

Amp

I

0-32767

Current, Instantaneous, Phase B

• 024

R

UInt

Amp

I

0-32767

Current, Instantaneous, Phase C

• 025

R

UInt

Reserved; returns 0x8000 (QNAN)

• 026

R

UInt

Hz

0.01

4500-6500

Frequency (derived from Phase A)

• 027

R

NV ULong

KVAh

E

0-0xFFFF

Apparent Energy Consumption (MSR)

Clear via reset register

• 028

0-0xFFFF

Apparent Energy Consumption (LSR)

• 029

R

NV ULong

KVARh

E

0-0xFFFF

Reactive Energy Consumption (MSR)

Clear via reset register

• 030

0-0xFFFF

Reactive Energy Consumption (LSR)

• 031

R

UInt

kVA

W

0-32767

Apparent Power, Phase A

• 032

R

UInt

kVA

W

0-32767

Apparent Power, Phase B

• 033

R

UInt

kVA

W

0-32767

Apparent Power, Phase C

• 034

R

UInt

kVAR

W

0-32767

Reactive Power, Phase A

• 035

R

UInt

kVAR

W

0-32767

Reactive Power, Phase B

• 036

R

UInt

kVAR

W

0-32767

Reactive Power, Phase C

• 037

R

UInt

kW

W

0-32767

Total Real Power Present Demand

• 038

R

UInt

kVAR

W

0-32767

Total Reactive Power Present Demand

• 039

R

UInt

kVA

W

0-32767

Total Apparent Power Present Demand

• 040

R

NV UInt

kW

W

0-32767

Total Real Power Max Demand

• 041

R

NV UInt

kVAR

W

0-32767

Total Reactive Power Max Demand

• 042

R

NV UInt

kVA

W

0-32767

Total Apparent Power Max Demand