Leviton Verifeye series 4100 User manual

1

Series 4DUBM Bi-Directional, BACnet MS/TP Meter

Series 41OUB Bi-Directional, BACnet MS/TP Meter Kit in an Outdoor

NEMA 4X enclosure

MEASUREMENT A

CC

URA

C

Y

RealPower and Energy

IEC 62053-22 Class

0.2S,ANSIC12.20 0.2

%

ReactivePower and Energy

IEC 62053-23 Class

2, 2

%

C

urren

t

0.2%

(

+

0.005

%

per °C deviation from

25°C)

from 1% to 5% of range;

0.1%

(

+

0.005

%

per °C deviation from

25°C)

from 5% to 100% of range

Vo

l

t

age

0.1%

(

+

0.005

%

per °Cdeviation from

25°C)

from 90 VACL-N to 600 VACL-L

Sample Rate

2520 samples per second; no blind

t

i

m

e

Data Update Rate

1 sec.

Type of

M

e

as

ure

m

e

nt

TrueRMS; one to three phaseACsys

t

e

m

INPUT VOLTAGE CHARACTERISTICS

Measured AC

V

ol

t

age

Minimum 90 VL-N

(156

VL-L

)

for stated accuracy;

UL Maximums: 600 VL-L

(347 V

L-N

); CE

Maximum: 300 VL-N

Metering Over-Range

+2

0

%

Impedance

2.5 MΩ /5

M

Ω

L-N L-L

Frequency

Range

45 to 65 Hz

INPUT

CURRENT

CHARACTERISTICS

CT Scaling

Primary:Adjustable from 5 A to 32,000 A

Measurement Input Range

0 to 0.333

VAC

or 0 to 1.0

VAC

(

+

20

%

over-range),

rated for use

w

i

t

h

Class

1 voltage inpu

t

s

Impedance

10.6 kΩ

(1/3

V

mode)

or 32.1 kΩ

(1

V

m

ode

)

Installation

Guide

Power

Monitoring TM

RoHS

C

ompliant

Series 4100

Bi-Directional

Compa

ct

Power and Energy M

e

t

er

BACnet MS/TP

S

uppor

t

Product O

v

er

vie

w

The E51H2 and E51H5 DIN

rail power

m

e

t

e

r

s

provide

a

s

o

l

u

t

i

o

n

f

o

r

m

ea

s

u

r

i

ng

e

n

e

r

g

y

data

with

a

single

d

e

v

i

c

e

.

Inpu

t

s

include

c

o

n

t

r

o

l

power,

C

T

,

and 3-phase vo

l

t

a

g

e

.

B

o

t

h

m

o

d

e

l

s

upp

o

r

t

B

A

C

n

e

t

M

S

/

TP

p

r

o

t

o

c

o

l

.

The

E

51

H

2

ha

s

one

pu

l

s

e

c

o

n

t

ac

t

i

npu

t

and

a

phase

l

o

ss

a

l

a

rm

o

u

t

pu

t

.

The E51H5

ha

s

data logging

c

a

p

a

b

i

l

i

t

y

and

t

w

o

pu

l

s

e

DANGER

HAZARD

OF

ELEC

TRIC

SHOCK

,

EXPLOSION, OR

ARC

FLASH

•

F

ollo

w

safe

electric

al

w

ork

prac

tic

es

.

S

ee

NFPA

70E

in

the

USA,

or

applicable

loc

al

c

odes

.

•

T

his

equipmen

t

must

only

be

installed

and

ser

vic

ed

b

y

qualiﬁed

electric

al

personnel

.

•

Read

,

understand

and

f

ollo

w

the

instructions

bef

ore

installing

this

produc

t

.

•

T

urn

oﬀ

all

po

w

er

supplying

equipmen

t

bef

ore

w

ork

ing

on

or

inside

the

equipmen

t

.

•

An

y

c

o

v

ers

tha

t

ma

y

be

displaced

during

the

installation

must

be

r

einstalled

bef

ore

po

wering

the

unit

.

•

U

se

a

properly

ra

t

ed

v

oltage

sensing

de

vic

e

t

o

c

onﬁrm

po

w

er

is

oﬀ

.

DO NOT DEPEND

ON

THIS PRODUCT FOR VOLTAGE

INDIC

A

TION

Failure

to follow

these

instructions

will

result

in

death

or

serious

injur

y

.

A

qualified

person

is

one

who

has

skills and

kno

wledge

r

ela

t

ed

t

o

the

construction and

oper

a

tion

of

this

electrical equipmen

t,

its

installation,

and

has

received saf

et

y

training

t

o

recognize

and

a

v

oid

the

hazards

involved.

NEC2009

Article 100

N

o

responsibility

is

assumed

by

Leviton

f

or

any consequences

arising

out

of

the

use

of

this

ma

t

erial.

C

on

tr

ol

syst

em

design

must

consider

the

potential failure

modes

of

control paths and,

f

or

certain critical control functions, pr

o

vide

a

means

t

o

achieve

a

safe

sta

t

e

during

and

af

t

er

a

pa

th

failure.

Examples

of

critical control functions

are

emer

gency

stop

and

ov

er-tr

av

el

stop.

WARNING

c

o

n

t

ac

t

i

npu

t

s

.

The

L

CD

screen

o

n

t

h

e

faceplate

a

ll

o

w

s

i

n

s

t

an

t

output

v

i

e

w

i

ng.

The E51

m

e

t

e

r

s

a

r

e

c

a

p

a

b

l

e

o

f

b

i

d

i

r

e

c

t

i

ona

l

m

e

t

e

r

i

ng.

Power

i

s

m

o

n

i

t

o

r

e

d

i

n

b

o

t

h

d

i

r

e

c

t

i

o

n

s

(

up

s

t

r

e

am

an

d

o

w

n

s

t

r

e

am

from

t

h

e

m

e

t

e

r)

.

The

m

e

t

e

r

i

s

housed

i

n

a

p

l

a

s

t

i

c

e

n

c

l

o

s

u

r

e

s

u

i

t

a

b

l

e

f

o

r

i

n

s

t

a

ll

at

i

o

n

o

n

T

35

DIN

r

ai

l

according

t

o

E

N

50022.

The E51 c

an

b

e

m

o

un

t

e

d

e

i

t

h

e

r

o

n

a

DIN

rail

o

r

i

n

a

p

an

e

l

.

Observe

c

o

rr

e

c

t

C

T

o

r

i

e

n

t

a

t

i

o

n

when

i

n

s

t

al

li

ng

t

he

d

e

v

ic

e

.

Product

I

dentification

LOSS OF

C

ONTROL

Assure

tha

t

the

syst

em

will

reach a

safe

sta

t

e

during

and

af

t

er

a

control

pa

th

failur

e

.

S

epara

t

e

or

r

edundan

t

control paths

must

be

provided

f

or

critical control functions.

Test

the

eff

ec

t

of

transmission delays

or

failures

of

communication links.

1

S

pecifications

E

ach

implemen

tation

of

equipmen

t

using

communication links

must

be

individually

and

thor

oughly

t

ested

f

or

proper operation before

placing

it

in

service

.

F

ailur

e

t

o

follow

these

instructions may

cause injury,

dea

th

or

equipmen

t

damage.

1

For

additional information aboutanticipa

t

ed

transmission delays or failures of the link, refer

t

o

NEMA ICS

1.1 (la

t

est

edition).

S

afet

y

Guidelines for

the

Application, Installation,

and

Maint

enanc

e

of

S

olid-

Sta

t

e

C

ontrol

or its equivalen

t

in your specific country, language, and/or loca

tion.

NO

TICE

• This

product

is not

intended

for life or

safety applica

tions

.

• Do not

install

this

product

in

hazardous

or

classiﬁed loca

tions

.

• The

installer

is

responsible

for

conformanceto

all

applicable

c

odes

.

•

Mount

this

product inside

a

suitable

ﬁre

and electrical enclosur

e

.

FCC PART

15 INFORMATION

NOTE:This

equipment

hasbeen

t

ested by the manufacturer and found

t

o

comply with the limits for a

class B

digital device, pursuan

t

to part

15

of

the

FCCRules. These

limits aredesigned

to

provide reasonable

pr

ot

ec

tion

against harmful

in

t

er

f

er

ence

when the

equipment

isoper

a

t

ed in a

residential en

vir

onmen

t

.

This

equipment

gener

a

t

es

,

uses,

and can

r

adia

t

e

radio frequency energy and, if not installed and usedin accordance

with

the

instruction

manual, may

cause

harmful

in

t

er

f

er

ence

tor

adio

communications.

This

device complies with

part

15 of the

FCC

Rules.

Operation issubjec

t

to

the

following two

c

onditions:

(1) This

device may not

cause

harmful

in

t

er

f

er

ence

,

and

(2) this device must accept any

in

t

er

f

er

ence

received,

including

in

t

er

f

er

ence

that

may

cause

undesired oper

a

tion.

Modifications

to

this

productwithout

the

express

authorization

of

the

manufacturer nullify this sta

t

emen

t

.

F

o

r

u

s

e

i

n

a

P

o

ll

u

t

i

o

n

D

e

g

r

ee

2

o

r

b

e

tt

e

r

e

nv

i

r

o

n

m

e

n

t

only.

A

P

o

ll

u

t

i

o

n

D

e

g

r

ee

2

e

nv

i

r

onmen

t

m

us

t

c

on

t

r

o

l

c

ondu

c

t

i

v

e

pollution

a

nd

t

h

e

p

o

ss

i

bi

li

t

y

o

f

c

onden

s

a

t

i

on

or

h

i

gh

humidity.

C

o

n

s

i

d

e

r

t

h

e

n

c

l

o

s

u

r

e

,

t

h

e

c

o

rr

e

c

t

u

s

e

o

f

ventilation, thermal

p

r

o

p

e

r

t

i

e

s

o

f

t

h

e

qu

i

p

m

e

n

t

,

a

nd

t

h

e

r

e

l

a

t

i

o

n

s

h

i

p

w

i

t

h

t

h

e

nv

i

r

o

n

m

e

n

t

.

In

s

t

a

ll

a

t

i

o

n

c

a

t

e

g

o

r

y:

CAT

II

o

r

CAT III. P

r

o

v

i

d

e

a

d

i

s

c

o

nn

e

c

t

d

e

v

i

c

e

t

o

d

i

s

c

o

nn

e

c

t

h

e

m

e

t

e

r

f

r

o

m

t

h

e

s

upp

l

y

source.

P

l

a

c

e

t

h

i

s

d

e

v

i

c

e

i

n

c

l

o

s

e

proximity

t

o

t

h

e

qu

i

p

m

e

n

t

a

nd

w

i

t

h

i

n

ea

s

y

reach o

f

t

h

e

o

p

e

r

a

t

o

r

,

a

nd

m

a

r

k

i

t

a

s

t

h

e

d

i

s

c

o

nn

e

c

t

i

ng

device.

T

h

e

d

i

s

c

o

nn

e

c

t

i

ng

d

e

v

i

c

e

s

h

a

ll

m

ee

t

h

e

r

e

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e

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a

n

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e

qu

i

r

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n

t

s

o

f

I

EC

60947-1

a

nd

I

EC

60947-3

a

nd

s

h

a

ll

b

e

s

u

i

t

a

b

l

e

f

o

r

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a

pp

li

c

a

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In

t

h

e

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S

a

nd

C

a

n

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a

,

d

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o

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e

c

t

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ng

f

u

s

e

h

o

l

d

e

r

s

c

a

n

b

e

used.

P

r

o

v

i

d

e

o

v

e

r

c

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rr

e

n

t

p

r

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t

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limiting

devices

s

ui

t

a

b

l

e

f

o

r

p

r

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c

t

ing

t

he

w

iring

.

If

t

he

e

q

uipm

e

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t

i

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in

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ifi

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by

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provided by

t

h

e

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e

v

i

c

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m

a

y

The VerifEye™ Series 4100 Bidirectional BACnet MS/TP Meters feature

bidirectional monitoring specifically designed for renewable energy

applications. The Series 4100 meters are revenue-grade (ANSI C12.20 Class

0.2%) kWh electrical meters.

The Series 4100 meters are available in standalone DIN rail mount or NEMA 4X

enclosure. The 3-phase, advanced communication meters are compatible with

solid cor, split core or flexible rope-style Rogowski Current Transformers.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

2

CONTROL POW

ER

AC

5 VAmax.; 90V

m

in.;

UL Maximums: 600 VL-L

(347 V

L-N

); CE

Maximum: 300 VL-N

D

C*

3 W max.; UL and

CE:

125 to 300 VDC

Ride Through Ti

m

e

100 msec at 120 VAC

I

N

P

UT

P

u

lse

Solid-state

or mechanical contacts

(current

less than 1

m

A

)

1 pulse input

Minimum

Pulse

W

id

t

h

20 msec

O

UT

P

UT

Alarm Contacts

N.C.,static output

(

30

V

A

C

/DC,100mA max.

@

25°C,

derate 0.56mA per °C above 25°

C

)

RS-485 Port

2

-

w

ire, 9600 to 115.2 kbaud,BACnet

M

S

/TP

MECHANICAL

C

HA

R

A

C

T

ER

ISTI

C

S

W

eigh

t

0.62 lb

(0.28 kg)

IP Degree of Protection

(IEC

60529)

IP40 front display; IP20

M

e

t

er

DisplayCharacteristics

Back-lit

blue LCD

Terminal

Block

Screw Torque

0.37 to 0.44

ft

-

lb

(0.5

to 0.6 N

·

m

)

Terminal

Block

Wire Size

24 to 14 AWG

(0.2

to 2.1

mm

2

)

Ra

il

T35

(35mm)

DIN

Rail

per EN50022

OPERATING

C

O

N

DITIO

N

S

Operating Temperature Range

-30°

to 70°C

(

-22°

to 158°

F

)

Storage Temperature Range

-40°

to 85°C

(

-40°

to 185°

F

)

Humidity Range

<95% RH noncondensing

Altitude of Opera

ti

on

3000

m

COMPLIANCE

IN

F

OR

M

ATIO

N

US and Canada

CAT

III, Pollution degree 2;

for distribution systems up to 347VL-N /600VACL-L

CE

CAT

III, Pollution degree 2;

for distribution systems up to 300VL-N

Dielectric

W

iths

t

and

PerUL 508, EN61010

Conducted and

Ra

dia

t

ed

E

mi

ss

ion

s

FCC

part 15

Class

B,

EN55011/EN61000 Class

B

(residential

andligh

t

indus

tr

i

al

)

Conducted and

Ra

dia

t

ed

I

mm

uni

t

y

EN61000

Class

A

(heavy indus

t

ri

a

l

)

US and Canada (cULus)

UL508

(open

type

device)/CSA

22.2 No. 14

-

05

Europe(CE)

E

N61010

-

1

Specifications

(

con

t.)

*

External DC current limiting is required, see fuse recommendations.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

3

Table of

C

on

t

en

ts

Dimensions

4

A

pplic

a

tion

Example

4

Da

ta

O

utputs

5

P

r

oduc

t

Diagram

5

D

isplay

Screen

Diagram

6

Installation

7

S

uppor

t

ed

S

yst

em

Types

8

Wiring

S

ymbols

8

Wiring Diagrams

9

C

on

tr

ol

P

o

w

er

Diagrams

10

Quick

S

etup

Instructions

11

Pulse

C

on

tac

t

Inputs

12

U

ser

In

t

erfac

e

Menu

Abbreviations Defined

12

U

ser

In

t

erfac

e

f

or

Da

ta

C

onfigur

a

tion

13

Alert/Reset Information

15

U

ser

In

t

erfac

e

f

or

S

etup

16

RS-485

C

ommunic

a

tions

18

BA

C

net

D

efault

S

ettings

19

BA

C

net

Programming Information

20

Legend

22

D

evic

e

Objects

22

A

nalog_V

alue

Objects

23

Analog_Input Objects

25

Binary_Input Objects

29

T

r

end_Log

Objects

31

C

hina

RoHS

C

omplianc

e

Information

(EFUP

Table)

31

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

4

Dimensions

1.8”

(45mm)

1.9”

(48mm)

2.3”

(59mm)

4.2”

(107mm)

1.5”

(39mm)

3.6”

(91mm)

Bottom

V

iew

(DIN

Mount

O

ption)

Bottom

V

iew

(Sc

r

ew

Mount

O

ption)

4.2

“

(107

mm)

2.4

“

(61

mm)

1.2

“

+

(31

mm)

+

0.3

“

(8

mm)

0.2

“

3.6

“

(91

mm)

3.9“

(99

mm)

4.3

“

(109

mm)

(4

mm)

0.4

“

+

(10

mm)

Application

E

x

ample

Main

Utility Grid

S

olar

P

anels

Imported

P

o

w

er

Expor

t

ed

P

o

w

er

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

5

VA

IA

VB

IB

VC

IC

N

eutr

al

Phase

Loss

Alarm

O

utput

E

ar

th

Pulse

Input

BA

C

net

Shield

C

on

tr

ol

Po

w

e

r

Data O

utputs

Product Diagr

am

F

ull

Da

ta

S

et

(FDS):

Power

(

kW

)

Energy

(

kW

h

)

C

o

n

fi

gu

r

a

b

l

e

f

o

r

C

T

&

PT

rat

i

o

s

,

s

y

s

t

e

m

t

y

p

e

,

and

p

a

ss

w

o

r

d

s

D

ia

gn

o

s

t

i

c

a

l

e

r

t

s

C

u

rr

e

n

t

:

3-phase

a

v

e

r

a

g

e

V

o

l

t

s

:

3-phase

a

v

e

r

a

g

e

C

u

rr

e

n

t

:

b

y

p

ha

s

e

V

o

l

t

s

:

b

y

phase

Line-Line and

Li

ne

-

Ne

u

t

r

a

l

Power:

R

ea

l

,

R

e

ac

t

i

v

e

,

and

A

pp

a

r

e

n

t

3-phase

t

o

t

a

l

and per

p

ha

s

e

Power

F

ac

t

o

r

:

3-phase average and per

p

ha

s

e

F

r

e

qu

enc

y

Power Demand:

M

o

s

t

R

e

c

e

n

t

and

P

ea

k

Demand

C

o

n

fi

gu

rat

i

o

n

:

Fixed,

R

o

ll

i

ng

B

l

o

c

k,

and

E

x

t

e

r

na

l

S

y

n

c

R

ea

l

Ti

m

e

C

l

o

c

k:

u

s

e

s

B

A

C

n

e

t

Ti

m

e

S

yn

c

h

r

o

n

i

z

a

t

i

o

n

s

e

r

v

i

c

e

s

Da

ta

L

ogging

(

includes

all

FDS

outputs, plus):

3

B

A

C

n

e

t

Lo

g

E

v

e

n

t

s

:

each buffer

h

o

l

d

s

5760

t

i

m

e

-

s

t

am

p

e

d

32-bit

e

n

t

r

i

e

s

(User

c

o

n

fi

gu

r

e

s

which

3

data

p

o

i

n

t

s

a

r

e

s

t

o

r

e

d

i

n

t

h

e

s

e

bu

ff

e

r

s

)

User

configurable logging

in

t

erv

a

l

(

W

h

e

n

configured

f

o

r

a

15

minute

i

n

t

e

r

v

a

l

,

each buffer

h

o

l

d

s

60

days

o

f

dat

a

)

C

on

t

i

n

uous

and

S

i

n

gl

e

S

h

o

t

logging

modes: user

s

e

l

e

c

t

a

b

l

e

X2 X1 X2 X1 X2 X1

(X2)

A

(X1) (X2)

B

(X1) (X2)

C

(

X1)

CT

Inputs

1

or

0.333

VA

C

RS

-485

+ -

S

T

w

o

5-

char

ac

t

er

r

o

w

s

of

display

t

ex

t

.

T

op

r

o

w

alphan

umer

ic;

Bottom

r

o

w

n

umer

ic

only

T

he

r

ed

Alar

m

LED

lights

when

any

of

the

3

pha

se

+

Alarm

E

nergy

–

voltages

dr

op

b

elo

w

the

selec

t

ed

thr

eshold

.

VOLTAGE

INPUT

S

CAT

III 50/60

Hz

UL:

90V

L-N

-

600V

L-

L

CE:

90V

L-N

-

300V

L-

N

CONTROL

POWER

0.1A

50/60

Hz

A

B

C

N

1

2

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

6

VA

IA

VB

IB

VC

IC

N

eutr

al

Pulse

Input

1

E

ar

th

Pulse

Input

2

C

on

tr

ol

Po

w

e

r

BA

C

net

Shield

Product Diagr

am

(

con

t.)

X2 X1 X2 X1 X2 X1

(X2)

A

(X1) (X2)

B

(X1) (X2)

C

(

X1)

Pulse

Inputs

RS

-485

CT

Inputs

1

or

0.333

VA

C

1

2

+ -

S

T

w

o

5-

char

ac

t

er

r

o

w

s

of

display

t

ex

t

.

T

op

r

o

w

alphan

umer

ic;

Bottom

r

o

w

n

umer

ic

only

T

he

r

ed

Alar

m

LED

lights

when

any

of

the

3

pha

se

+

Alarm

E

nergy

–

voltages

dr

op

b

elo

w

the

selec

t

ed

thr

eshold

.

VOLTAGE

INPUT

S

CAT

III 50/60

Hz

UL:

90V

L-N

-

600V

L-

L

CE:

90V

L-N

-

300V

L-

N

CONTROL

POWER

0.1A

50/60

Hz

T

he

gr

een

E

nergy

LED

lights

when

the

pulse

1

input

c

ontacts

ar

e

active

or

closed

.

A

B

C

N

1

2

Display

Scr

een

Diagr

am

LCD

S

c

r

een:

B

utt

ons:

S

c

r

een

Name

or

Units

Alive

Indica

t

or

(Up)

S

elec

t

+

Diagnostic

Aler

t:

indica

t

es

tha

t

one

or

mor

e

of

the

alarm

bits

(Binary_O

bjec

ts

1-15)

ar

e

ac

tiv

e

.

♥

RS-485

E

quipp

ed

Units

O

nly

:

T

r

ansmit

Da

ta

(L

ef

t)

B

ack

(R

ight)

Ne

x

t

Lo

g

o

Numeric Da

ta

R

ec

eiv

e

Da

ta

R

ec

eiv

e

Da

ta

E

rr

or

–

(Do

wn)

S

elec

t

Tx

Rx

ERR

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

7

Installation

D

i

sc

on

n

ec

t

power prior

t

o

i

n

s

t

a

ll

a

t

i

on

.

R

ei

n

s

t

a

ll

any covers

th

a

t

are

d

i

s

p

l

a

c

e

d

dur

i

ng

the

i

n

s

t

a

ll

a

t

i

on

before powering the un

i

t

.

Mount the meter

i

n

a

n

a

pp

r

o

p

r

i

a

t

e

l

ec

tr

i

c

a

l

en

c

lo

s

ur

e

near

equipment

t

o

be mon

i

t

or

e

d

.

Do

n

o

t

i

n

s

t

a

ll

on

the load

s

ide

o

f

a

Variable

F

re

qu

en

c

y

Drive (VFD), aka Variable Speed Drive

(

V

S

D

)

or

A

dj

us

t

a

b

l

e

F

re

qu

en

c

y

Drive

(

AF

D

)

.

O

b

s

er

v

e

c

or

r

ec

t

C

T

or

i

en

t

a

t

i

on

.

The

m

e

t

e

r

c

an

b

e

m

o

un

t

e

d

i

n

t

w

o

ways: o

n

s

t

anda

r

d

35

mm

DIN

rail

o

r

s

c

r

e

w-

m

o

un

t

e

d

t

o

t

h

e

interior

s

u

r

f

ac

e

o

f

t

h

e

n

c

l

o

s

u

r

e

.

A.

D

I

N

R

a

il

Mo

un

t

i

n

g

1. A

tt

ac

h

t

h

e

mounting

c

l

i

p

s

t

o

t

h

e

underside o

f

t

h

e

housing

b

y

s

l

i

d

i

ng

them

i

n

t

o

t

h

e

s

l

o

t

s

from

t

h

e

i

n

si

d

e

.

The

s

t

o

pp

i

ng

p

e

g

s

m

u

s

t

face

t

h

e

housing, and

t

h

e

o

u

t

si

d

e

dg

e

o

f

t

h

e

c

l

i

p

m

u

s

t

b

e

flush

with

t

h

e

o

u

t

si

d

e

dg

e

o

f

t

h

e

h

o

u

si

ng.

2.

S

na

p

t

h

e

c

l

i

p

s

o

n

t

o

t

h

e

DIN

rail.

S

ee

t

h

e

diagram o

f

t

h

e

underside o

f

t

h

e

housing

(b

e

l

o

w

)

.

C

lip

flush

with

outside

edge

Inser

t

clips

fr

om

inside

S

nap

ont

o

DIN

r

ail

3.

T

o

reduce

h

o

r

i

z

o

n

t

a

l

shifting

across

t

h

e

DIN

rail,

use

t

w

o

e

nd

-

s

t

o

p

c

l

i

p

s

.

B.

S

c

r

e

w

Mo

un

t

i

n

g

1. A

tt

ac

h

t

h

e

mounting

c

l

i

p

s

t

o

t

h

e

underside o

f

t

h

e

housing

b

y

s

l

i

d

i

ng

them

i

n

t

o

t

h

e

s

l

o

t

s

from

t

h

e

o

u

t

si

d

e

.

The

s

t

o

pp

i

ng

p

e

g

s

m

u

s

t

face

t

h

e

housing, and

t

h

e

screw

hole

m

u

s

t

b

e

exposed

o

n

t

h

e

o

u

t

si

d

e

o

f

t

h

e

h

o

u

si

ng.

2.

U

s

e

t

h

r

ee

#8

screws

(

n

o

t

s

upp

l

i

e

d

)

t

o

mount

t

h

e

m

e

t

e

r

t

o

t

h

e

inside o

f

t

h

e

n

c

l

o

s

u

r

e

.

S

ee

t

h

e

diagram o

f

t

h

e

underside o

f

t

h

e

ho

u

s

ing

(

bel

o

w

)

.

Inser

t

clips

fr

om

outside

S

c

r

ew

holes

exposed

f

or

mounting

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

8

C

Ts

Voltage

C

onnec

tions

S

ystem

T

ype

Phase

Loss

Measur

emen

ts

W

iring

D

iagram

Number

of

wir

es

Qt

y

ID

Qt

y

ID

T

ype

BA

C

net

objec

t

AV

2

U

ser

In

t

erfac

e:

SETUP>S

SY

S

VLL

VLN

B

alanc

e

D

iagram

number

S

ingle

-Phase

W

iring

2

1

A

2

A,

N

L-

N

10

1L

+

1n

AN

1

2

1

A

2

A,

B

L-

L

11

2L

AB

2

3

2

A,

B

3

A,

B

,

N

L

-L

with

N

12

2L

+

1n

AB

AN,

BN

AN-BN

3

Three-Phase

W

iring

3

A,

B

,

C

3

A,

B

,

C

D

elta

31

3L

AB

,

BC,

C

A

AB-BC-

C

A

4

3

A,

B

,

C

4

A,

B

,

C,

N

G

r

ounded

Wy

e

40

3L

+

1n

AB

,

BC,

C

A

AN,

BN,

CN

AN-BN-CN

&

AB-BC-

C

A

5,

6

Supported

S

y

s

t

em

T

ype

s

Wiring

S

ymbols

The Series 4100 power

m

e

t

e

r

s

have a

number

o

f

different

p

o

s

si

b

l

e

s

y

s

t

e

m

wiring

c

o

n

fi

gu

rat

i

o

n

s

(see

Wiring Diagrams,

p

a

g

e

5).

T

o

configure

t

h

e

m

e

t

e

r

,

s

e

t

h

e

S

y

s

t

e

m

Type via

t

h

e

U

s

e

r

In

t

e

r

f

ac

e

o

r

b

y

w

r

i

t

i

ng

t

h

e

P

r

e

s

e

n

t

_

V

a

l

u

e

o

f

AV2

with

t

h

e

S

y

s

t

e

m

Type

v

a

l

u

e

i

n

t

h

e

t

a

b

l

e

below.

The

S

y

s

t

e

m

Type

t

e

ll

s

t

h

e

m

e

t

e

r

which

o

f

i

t

s

c

u

rr

e

n

t

and vo

l

t

a

g

e

i

npu

t

s

a

r

e

valid, which

a

r

e

t

o

b

e

ignored, an

d

if

n

e

u

t

r

a

l

i

s

c

o

nn

e

c

t

e

d

.

S

e

tt

i

ng

t

h

e

c

o

rr

e

c

t

S

y

s

t

e

m

Type

p

r

e

v

e

n

t

s

un

w

an

t

e

d

e

n

e

r

g

y

accumulation o

n

unused

i

npu

t

s

,

s

e

l

e

c

t

s

t

h

e

formula

t

o

c

a

lc

u

l

at

e

t

h

e

T

h

e

o

r

e

t

i

c

a

l

Maximum

S

y

s

t

e

m

P

o

w

e

r

,

and

d

e

t

e

rm

i

n

e

s

which phase

l

o

ss

algorithm

i

s

t

o

b

e

used. The

p

ha

s

e

l

o

ss

algorithm

i

s

configured

a

s

a

p

e

r

c

e

n

t

o

f

t

h

e

L

i

n

e

-

t

o

-

L

i

n

e

S

y

s

t

e

m

V

o

l

t

a

g

e

(

e

x

c

e

p

t

w

h

e

n

i

n

S

y

s

t

e

m

Type

10

)

and

a

l

s

o

c

a

lc

u

l

at

e

s

t

h

e

x

p

e

c

t

e

d

L

i

n

e

t

o

N

e

u

t

r

a

l

vo

l

t

a

g

e

s

f

o

r

s

y

s

t

e

m

t

y

p

e

s

that

have

N

e

u

t

r

a

l

(12

&

40

)

.

V

a

l

u

e

s

t

hat

a

r

e

n

o

t

valid

i

n

a

p

a

r

t

i

c

u

l

a

r

S

y

s

t

e

m

Type

w

i

ll

display

a

s

“----”

o

n

t

h

e

U

s

e

r

In

t

e

r

f

ac

e

o

r

a

s

Q

N

A

N

i

n

t

h

e

B

A

C

n

e

t

o

bj

e

c

t

s

.

T

o

avoid

d

i

s

t

o

r

t

i

o

n

,

use

parallel

w

i

r

e

s

f

o

r

c

o

n

t

r

o

l

power and vo

l

t

a

g

e

i

npu

t

s

.

The

following

s

y

m

b

o

l

s

a

r

e

used

i

n

t

h

e

wiring

d

ia

g

r

am

s

o

n

t

h

e

following

p

a

g

e

s

.

S

ymbol

D

escription

V

oltage

Disc

onnec

t

S

wit

ch

F

use

(installer

is

responsible

f

or

ensuring

c

omplianc

e

with

loc

al

r

equiremen

ts.

N

o

fuses

ar

e

included

with

the

met

er

.)

E

ar

th

ground

X1

X2

C

urr

en

t

T

r

ansduc

er

P

ot

en

tial

T

r

ansf

ormer

Protection containing

a

voltage

disc

onnec

t

switch

with

a

fuse

or

disc

onnec

t

cir

c

uit

br

eaker.

T

he

protection

devic

e

must

be

r

a

t

ed

f

or

the

available shor

t-

cir

c

uit

c

urr

en

t

a

t

the

connection

poin

t

.

C

A

UTION

RISKOF EQUIPMENT

DAM

A

GE

• This

product

is

designed

only for use with

1V

or

0.33V

curr

en

t

transducers

(CTs).

•

DO NOT USE CURRENT OUTPUT

(e.g.

5A) CTs ON THIS PRODUC

T

.

• Failure to follow these

instructions

can result in

overheating

and

permanent equipment

damage

.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

9

B

W

iring

W

ARNING

RISK

OF

ELECTRIC SHOCK

OR

PERMANENT

EQUIPMENT

DAMA

GE

C

T

negative

t

erminals

are referenced

t

o

the

met

er

’

s

neutral

and

may be

a

t

elev

a

t

ed

voltages

· Do

not

c

ontac

t

met

er

t

erminals

while

the

unit

is

c

onnec

t

ed

· Do

not

c

onnec

t

or

shor

t

other

circuits

t

o

the

C

T

t

erminals

Failure

to

f

ollo

w

these

instructions

ma

y

cause injury, death

or

equipment

damage

.

O

b

s

er

v

e

c

or

r

ec

t

C

T

or

i

en

t

a

t

i

on

.

D

iagr

am

1:

1-Pha

se

Line

-t

o-N

eutr

al

2-

W

ir

e

S

ystem

1

C

T

U

s

e

S

y

s

t

e

m

T

yp

e

10

(

1

L

+

1

n

)

N L1

D

iagr

am

2:

1-Pha

se

Line

-t

o-Line

2-

W

ir

e

S

ystem

1

C

T

U

s

e

S

y

s

t

e

m

T

yp

e

11

(

2

L

)

L1 L2

A

B

C

N

X1

White

X1

A

B

C

N

W

hit

e

B

lack

X2

X1 A

X2

X1

X2 B

X1

X2 C

X1

Black

X2 A

X1

X2 B

X1

X2 C

D

iagr

am

3:

1-Pha

se

D

ir

ec

t

V

oltage

C

onnec

tion

2

C

T

D

iagr

am

4:

3-Pha

se

3-

W

ir

e

3

C

T

no

P

T

N L1 L2

U

s

e

S

y

s

t

e

m

T

yp

e

12

(

2

L

+

1

n

)

L1 L2 L3

U

s

e

S

y

s

t

e

m

Type

31

(

3

L

)

X1

X2 X1

X2

W

hit

e

B

lack

W

hit

e

B

lack

A

B

C

N

X1

X2 A

X1

X2

X1

X2 C

X1

X2 X1

X2

W

hit

e

B

lack

W

hit

e

B

lack

W

hit

e

B

lack

A

B

C

N

X1

X2 A

X1

X2 B

X1

X2 C

D

iagr

am

5:

3-Pha

se

4-

W

ir

e

Wy

e

D

ir

ec

t

V

oltage

Input

C

onnec

tion

3

C

T

U

s

e

S

y

s

t

e

m

Type

40

(

3

L

+

1

n

)

D

iagr

am

6:

3-Pha

se

4-

W

ir

e

Wy

e

C

onnec

tion

3

C

T

3

PT

U

s

e

S

y

s

t

e

m

T

yp

e

40

(

3

L

+

1

n

)

N

L1

L2 L3

N

L1

L2 L3

X1

X2 X1

X2

W

hit

e

B

lack

W

hit

e

B

lack

W

hit

e

B

lack

A

B

C

N

X1

X2 A

X1

X2 B

X1

X2 C

X1

X2 X1

X2

W

hit

e

B

lack

W

hit

e

B

lack

W

hit

e

B

lack

A

B

C

N

X1 A

X2

X1 B

X2

X1 C

X2

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

10

Control

P

ow

er

Diagr

ams

D

ir

ec

t

C

onnec

t

C

ontr

ol

P

o

w

er

(Line

t

o

Line)

G

1 2

L1 L2 L3

D

ir

ec

t

C

onnec

t

C

ontr

ol

P

o

w

er

(Line

t

o

N

eutr

al)

G

1 2

N L1 L2 L3

L

i

n

e

t

o

Line

f

r

o

m

90

VA

C

t

o

600

VA

C

(

U

L

)

.

I

n

U

L

i

n

s

t

a

ll

a

t

i

o

n

s

t

h

e

li

n

e

s

m

ay

b

e

fl

o

a

t

i

n

g

(

s

u

c

h

a

s

a

d

e

l

t

a

)

.

I

f

a

n

y

li

n

e

s

a

r

e

t

i

e

d

t

o

a

n

e

a

r

t

h

(

s

u

c

h

a

s

a

c

o

r

n

e

r

grounded d

e

l

t

a

)

,

s

ee

t

h

e

L

i

n

e

t

o

N

e

u

t

r

a

l

installation

l

imi

t

s

.

In

C

E

c

o

m

p

li

a

n

t

in

sta

ll

at

ion

s

,

t

h

e

l

in

es

mu

st

b

e

neutral (earth)

r

e

f

e

r

e

n

c

e

d

a

t

l

e

ss

t

h

a

n

300

VA

C

L-

N

D

ir

ec

t

C

onnec

t

C

ontr

ol

P

o

w

er

(DC

C

ontr

ol

P

o

w

er)

L

i

n

e

t

o

N

e

u

t

r

a

l

f

r

o

m

90

VA

C

t

o

347

VA

C

(

U

L

)

o

r

300

VA

C

(

C

E

)

C

ontr

ol

P

o

w

er

T

r

ansf

or

mer

(

CP

T

)

C

onnec

tion

G

1 2

N L1 L2 L3

G

1 2

D

C

o

n

t

r

o

l

P

o

w

e

r

f

r

o

m

125

V

D

C

t

o

300

V

D

C

(

U

L

a

n

d

C

E

m

a

x

.

)

F

u

s

e

R

e

c

omm

e

n

d

a

t

i

on

s

T

h

e

C

o

n

t

r

o

l

P

o

w

e

r

Transformer

m

ay

b

e

wi

r

e

d

L

-

N

o

r

L

-

L

.

O

u

t

p

u

t

o

m

ee

t

m

e

t

er

in

p

u

t

r

e

qu

ir

em

en

t

s

K

ee

p

t

h

e

f

u

s

e

s

c

l

o

s

e

t

o

t

h

e

power source (obey

local and national

c

o

d

e

r

e

qu

i

r

e

m

e

n

t

s

)

.

F

o

r

s

e

l

e

c

t

i

ng

f

u

s

e

s

and

c

i

r

c

u

i

t

breakers, use

t

h

e

following

c

r

i

t

e

r

ia:

•

S

e

l

e

c

t

c

u

rr

e

n

t

interrupt

c

a

p

ac

i

t

y

based

o

n

t

h

e

i

n

s

t

a

ll

at

i

o

n

category and

fault

c

u

rr

e

n

t

c

a

p

a

b

i

l

i

t

y.

•

S

e

l

e

c

t

ov

e

r

-

c

u

rr

e

n

t

p

r

o

t

e

c

t

i

o

n

with

a

t

i

m

e

d

e

l

a

y.

•

S

e

l

e

c

t

a

vo

l

t

a

g

e

rating

s

u

ffi

c

i

e

n

t

f

o

r

t

h

e

i

npu

t

vo

l

t

a

g

e

a

pp

l

i

e

d

.

•

P

r

ov

i

d

e

ov

e

r

c

u

rr

e

n

t

p

r

o

t

e

c

t

i

o

n

and

d

i

s

c

o

nn

e

c

t

i

ng

means

t

o

p

r

o

t

e

c

t

h

e

w

i

r

i

ng.

F

o

r

A

C

i

n

s

t

a

ll

at

i

o

n

s

,

use Leviton

CTV00-

FK3,

o

r

e

qu

i

v

a

l

e

n

t

.

F

o

r

D

C

i

n

s

t

a

ll

at

i

o

n

s

,

provide

e

x

t

e

r

na

l

c

i

r

c

u

i

t

p

r

o

t

e

c

t

i

o

n.

S

ugg

e

s

t

e

d

:

0.5

A

,

t

i

m

e

d

e

l

a

y

f

u

s

e

s

.

•

The

ea

r

t

h

c

o

nn

e

c

t

i

o

n

(

G

)

i

s

required

f

o

r

e

l

e

c

t

r

o

m

a

gn

e

t

i

c

o

m

p

at

i

b

i

l

i

t

y

(

E

M

C

)

and

i

s

n

o

t

a

p

r

o

t

e

c

t

i

v

e

ea

r

t

h

g

r

o

und

.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

11

Quick

Se

tup

I

ns

tructions

U

s

e

t

h

i

s

e

c

t

i

o

n

t

o

e

n

t

e

r

:

-

B

A

C

n

e

t

c

o

mm

un

i

c

at

i

o

n

p

a

r

am

e

t

e

r

s

-

C

T

(

C

u

rr

e

n

t

Transducer)

output

vo

l

t

a

g

e

and

i

npu

t

c

u

rr

e

n

t

r

an

g

e

s

-

The

s

e

r

v

i

c

e

t

y

p

e

t

o

b

e

m

o

n

i

t

o

r

e

d

These

i

n

s

t

r

u

c

t

i

o

n

s

a

ss

u

m

e

t

h

e

m

e

t

e

r

i

s

e

t

o

f

ac

t

o

r

y

d

e

f

a

u

l

t

s

.

I

f

i

t

ha

s

been

p

r

e

v

i

o

u

s

l

y

configured,

check a

ll

o

p

t

i

ona

l

v

a

l

u

e

s

.

A.

T

o

N

av

i

ga

t

e

t

o

t

h

e

S

e

t

u

p

s

c

r

ee

n

s

:

1.

Press

+

or

–

r

ep

ea

t

e

dly

until

SETUP

screen

ap

p

ear

s

.

2.

Press

t

o

g

e

t

o

t

h

e

P

A

S

WD

s

c

r

ee

n.

3.

Press

t

o

move

t

h

r

o

ugh

t

h

e

d

i

g

i

t

s

.

U

s

e

the

+

or

–

bu

tt

o

n

s

t

o

e

n

t

e

r

yo

u

r

password

(

t

h

e

d

e

f

a

u

l

t

i

s

00000

).

4.

Press

t

o

move

t

o

t

h

e

fi

r

s

t

S

e

t

up

screen

(

S

B

A

C

)

5.

Use

+

or

–

t

o

s

e

l

e

c

t

h

e

p

a

r

am

e

t

e

r

screen

yo

u

w

an

t

o

s

e

t

.

6.

A

f

t

e

r

yo

u

s

e

t

h

e

p

a

r

am

e

t

e

r

s

yo

u

want,

use

+

or

–

t

o

s

e

l

e

c

t

h

e

n

e

x

t

S

e

t

up

screen or

t

o

e

x

i

t

h

e

S

e

t

up

screens

(r

e

t

u

r

n

t

o

S

ET

U

P

).

B.

T

o

E

n

t

e

r

BA

C

n

e

t

c

o

mmu

ni

c

a

t

i

o

n

p

a

r

a

m

e

t

e

r

s

1.

N

a

v

i

g

at

e

t

o

t

h

e

S

BAC

(

s

e

t

B

A

C

n

e

t

)

S

e

t

up

screen (see

s

e

c

t

i

o

n

A

a

b

ov

e

)

.

2.

Press

t

o

g

o

t

o

t

h

e

MAC

screen and

t

h

r

o

ugh

t

h

e

address

d

i

g

i

t

s

.

Use

+

or

–

t

o

s

e

l

e

c

t

h

e

B

A

C

n

e

t

M

A

C

address

(

d

e

f

a

u

l

t

i

s

001

).

3.

Press

t

o

ac

c

e

p

t

h

e

v

a

l

u

e

and

g

o

t

o

t

h

e

KBAUD

screen. Use

+

or

–

t

o

s

e

l

e

c

t

h

e

baud

rat

e

(

d

e

f

a

u

l

t

i

s

76

.

8

K

).

4.

Press

t

o

g

o

t

o

t

h

e

I

D1

screen and

t

h

r

o

ugh

t

h

e

upp

e

r

four d

i

g

i

t

s

o

f

t

h

e

D

e

v

i

c

e

In

s

t

an

c

e

.

Use

+

or

–

t

o

s

e

l

e

c

t

h

e

I

D

d

i

g

i

t

s

.

The

s

e

t

up

screen sp

l

i

t

s

t

h

e

D

e

v

i

c

e

I

D

i

n

t

o

t

w

o

p

a

r

t

s

,

t

h

e

m

o

s

t

si

gn

ifi

c

an

t

four d

i

g

i

t

s

(

I

D

1

)

and

t

h

e

l

ea

s

t

si

gn

ifi

c

an

t

h

r

ee

d

i

g

i

t

s

(ID2). The E51Hx

s

upp

o

r

t

s

B

A

C

n

e

t

D

e

v

i

c

e

I

D

v

a

l

u

e

s

from

1

t

o

4,193,999.

U

n

i

t

s

a

r

e

sh

i

pp

e

d

with

a

f

ac

t

o

r

y

d

e

f

a

u

l

t

s

e

tt

i

ng

t

hat

i

s

p

s

e

ud

o

-

r

an

d

o

m

l

y

generated

i

n

t

h

e

range from 1,000,000

t

o

3,097,151.

5.

Press

t

o

ac

c

e

p

t

h

e

v

a

l

u

e

and

g

o

t

o

t

h

e

ID2

screen and

t

h

r

o

ugh

t

h

e

lower

t

h

r

ee

d

i

g

i

t

s

o

f

t

h

e

D

e

v

i

c

e

In

s

t

an

c

e

.

Use

+

or

–

to

s

e

l

e

c

t

h

e

I

D

d

i

g

i

t

s

.

6.

Press

t

o

ac

c

e

p

t

h

e

v

a

l

u

e

and

g

o

b

ac

k

t

o

t

h

e

S

BAC

s

c

r

ee

n.

C

.

T

o

E

n

t

e

r

t

h

e

C

T

(

c

u

rr

e

n

t

r

a

n

s

d

u

c

e

r

)

o

ut

p

ut

vo

l

t

a

g

e

a

n

d

i

n

p

ut

c

u

rr

e

n

t

r

a

n

g

e

s

:

1.

N

a

v

i

g

at

e

t

o

t

h

e

S

CT

(

S

e

t

C

u

rr

e

n

t

Transducer)

S

e

t

up

screen (see

s

e

c

t

i

o

n

A

a

b

ov

e

)

.

2.

Press

t

o

g

o

t

o

t

h

e

CT

V

screen. Use

+

or

–

t

o

s

e

l

e

c

t

h

e

vo

l

t

a

g

e

m

o

d

e

C

u

rr

e

n

t

T

r

an

s

du

c

e

r

output

vo

l

t

a

g

e

(

d

e

f

a

u

l

t

i

s

1

.

00

).

3.

Press

t

o

g

o

t

o

t

h

e

CT

SZ

screen and

t

h

r

o

ugh

t

h

e

d

i

g

i

t

s

.

Use

+

or

–

t

o

s

e

l

e

c

t

h

e

C

T

si

z

e

i

n

amps

(

d

e

f

a

u

l

t

i

s

100

)

.

ac

c

e

p

t

he

value

a

nd

4.

Press

t

o

ac

c

e

p

t

h

e

v

a

l

u

e

and

g

o

b

ac

k

t

o

the

S

CT

s

c

r

ee

n.

D.

T

o

E

n

t

e

r

t

h

e

s

e

r

v

i

c

e

t

y

p

e

t

o

b

e

m

o

nit

o

r

e

d

:

1.

N

a

v

i

g

at

e

t

o

t

h

e

S

SYS

(

S

e

t

S

y

s

t

e

m)

S

e

t

up

screen (see

s

e

c

t

i

o

n

A

a

b

ov

e

)

.

2.

Press

t

o

g

o

t

o

t

h

e

S

Y

ST

M

screen. Use

+

or

–

t

o

s

e

l

e

c

t

h

e

configuration

(see

wiring

d

ia

g

r

am

s

-

d

e

f

a

u

l

t

i

s

3

LN

-

1N

).

3. Press

t

o

g

o

back

t

o

t

h

e

S

SYS

s

c

r

ee

n.

F

o

r

full

s

e

t

up

i

n

s

t

r

u

c

t

i

o

n

s

,

see

t

h

e

configuration

i

n

s

t

r

u

c

t

i

o

n

s

o

n

t

h

e

following

p

a

g

e

s

.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

12

Main

Menu

IEC

IEEE

D

escription

D

emand

MAX

M

Maximum

D

emand

P

W

P

r

esen

t

Real

P

o

w

er

Q

VA

R

P

r

esen

t

Reac

tiv

e

P

o

w

er

S

VA

P

r

esen

t

A

ppar

en

t

P

o

w

er

A

mps

UAB

,

UBC,

U

A

C

VAB

,

VBC,

V

A

C

V

oltage

Line

t

o

Line

V

VLN

V

oltage

Line

t

o

N

eutr

al

PF

Power

F

ac

t

or

U

VLL

V

oltage

Line

t

o

Line

HZ

F

r

equency

KSh

K

VA

h

A

cc

umula

t

ed

A

ppar

en

t

E

nergy

KQ

h

K

VA

R

h

A

cc

umula

t

ed

Reactive

E

nergy

KPh

K

Wh

A

cc

umula

t

ed

Real

E

nergy

PL

OSS

PL

OSS

Phase

Loss

L

O

WPF

L

O

WPF

L

o

w

Power

F

ac

t

or

E

rr

or

Main

Menu

IEC

IEEE

D

escription

F

ERR

F

ERR

Frequency

E

rr

or

I

O

VR

I

O

VR

O

ver

C

urr

en

t

V

O

VR

V

O

VR

O

ver

V

oltage

PULSE

kWh Pulse

O

utput

O

v

errun

(configuration error)

_PHASE

S

ummar

y

Da

ta

f

or

1,

2,

or

3

ac

tiv

e

phases

ALER

T

ALER

T

Diagnostic

A

ler

t

S

ta

tus

INFO

Unit

Inf

orma

tion

MODEL

Model

Number

OS

O

per

a

ting

S

yst

em

RS

Reset

S

yst

em

SN

S

erial

Number

RESET

Reset

Da

ta

P

ASWD

P

ASWD

E

n

t

er

Reset

or

S

etup

P

assw

ord

ENERG

Reset

E

nergy

A

cc

umula

t

ors

DEMND

Reset

Demand

Maximums

User Interface

(UI)

Menu

A

bbr

eviations

D

e

fined

The user

c

an

s

e

t

h

e

display

m

o

d

e

to

e

i

t

h

e

r

I

EC

o

r

I

EEE

notation

i

n

t

h

e

SETUP

m

e

nu

.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

User Interface

f

or

Data

C

onfigur

ation

14

To:

SETUP

IEEE Display Mode

Demand DEMND D KW DKVAR D KVA M KW MKVAR M KVA M KW MKVAR M KVA

Present

Present Present Maximum Real Maximum Reactive Maximum Apparent Maximum Real Maximum Reactive Maximum Apparent

Real

Power

Demand

(P)

ReactivePower

Demand (Q) Apparent Power

Demand (S) Power (P)

Import Demand Power (Q)

Import Demand Power (S)

Import Demand Power (P)

Export Demand Power (Q)

Export Demand Power (S)

Export Demand DEMND

Phase C:

3 Phase

Systems Only

CPHAS

C A C VAC

C VLN

C KW

CKVAR

C KVA

C PF

C +KWh

C -KWh

CPHAS

Phase B:

2 & 3 Phase BPHAS

Systems Only

B A B VBC

B VLN

B KW

BKVAR

B KVA

B PF

B +KWh

B -KWh

BPHAS

Phase A:

All Systems

APHAS

A A A VAB

A VLN

A KW

AKVAR

A KVA

A PF

A +KWh

A -KWh

APHAS

1, 2, or 3 Phase

Summary Data _PHAS

3 A 3 VLL 3 VLN 3 KW

3KVAR

3 KVA

3 PF

3 +KWh

3 -KWh HZ

Amps

(A)

Volts Line-Line (U) Volts Line-Neutral (V) Total Real Total Reactive Total Apparent Power Factor Total Import Total Export Frequency _PHAS

(Average

of

Active

Phases)

(Average of

Active

Phases)

(Average of

Active

Phases)

Power (P) Power (Q) Power (S) (Average of

Active Phases) Real Energy Real Energy

>>> Scroll When Idle >>>

Energy

Accumulators ENRGY

3 KWh

3 +KWh

3 -KWh

KVAR1

KVAR2 KVAR3 KVAR4 KVAh

KVAh

PULS1

PULS2

and Counters Signed Net Import Export Quadrant 1 Quadrant 2 Quadrant 3 Quadrant 4 Signed Net Import Export Input Pulse Pulse Counter

Real

Energy

Real Energy Real Energy Import

Reactive

Energy

Import

Reactive

Energy

Export

Reactive

Energy

Export

Reactive

Energy

Apparent Energy Apparent Energy Apparent Energy Counter 1 (not used on E51H2)

ENRGY

To:

ALERT

T

he

units

for

all

Power

and

E

nergy

screens

change

t

o

preserve

r

esolution

as

the

ac

c

umula

t

ed

t

otals

increase. For

e

xample,

energy starts

out

as

Wh,

then

swit

ches

t

o

kWh,

M

W

h,

and

ev

en

tually

GW

h

as

the

ac

c

umula

t

ed

value incr

eases

.

TM

User Interface

f

or

Data

C

onfigur

ation

(

con

t.)

Installation

G

uide

Power

M

onit

oring

Series 4100

15

To:

SETUP

IEC Display Mode

Demand DEMND D KP D KQ D KS M KP M KQ M KS M KP M KQ M KS

Present Present Present Maximum Real Maximum Reactive Maximum Apparent Maximum Real Maximum Reactive Maximum Apparent

Real Power

Demand Reactive Power

Demand Apparent Power

Demand Power Import

Demand Power

Import Demand Power

Import Demand Power Export

Demand Power (Q)

Export Demand Power (S)

Export Demand DEMND

Phase C:

3 Phase

Systems Only

CPHAS

C A C U C V

Volts CA

C KP

C KQ

C KS

C PF

C +KPh

C -KPh

CPHAS

Phase B:

2 & 3 Phase BPHAS

Systems Only

B A B U B V

Volts BC

B KP

B KQ

B KS

B PF

B +KPh

B -KPh

BPHAS

Phase A:

All Systems

APHAS

A A A U A V

Volts AB

A KP

A KQ

A KS

A PF

A +KPh

A -KPh

APHAS

1, 2, or 3 Phase

Summary Data _PHAS

3 A 3 U 3 V 3 KP

3 KQ

3 KS

3 PF

3 +KPh

3 -KPh HZ

Amps (A) Volts Line-Line (U) Volts Line-Neutral (V) Total Real Total Reactive Total Apparent Power Factor Total Import Total Export Frequency _PHAS

(Average of

Active Phases) (Average of Active

Phases) (Average of Active

Phases) Power (P) Power (Q) Power (S) (Average of

Active Phases) Real Energy Real Energy

>>> Scroll When Idle >>>

Energy

Accumulators ENRGY

E KPh

E +KPh

E -KPh

Q1 Qh

Q2 Qh Q3 Qh Q4 Qh E KSh

E KSh

PULS1

PULS2

and Counters Signed Net Import Export Quadrant 1 Quadrant 2 Quadrant 3 Quadrant 4 Signed Net Import Export Input Pulse Pulse Counter

Real Energy Real Energy Real Energy Import Reactive

Energy Import Reactive

Energy Export Reactive

Energy Apparent Energy Apparent Energy Apparent Energy Counter 1 (not used on E51H2)

ENRGY

To:

ALERT

T

he

units

for

all

Power

and

E

nergy

screens

change

t

o

preserve

r

esolution

as

the

ac

c

umula

t

ed

t

otals

increase. For

e

xample,

energy starts

out

as

Wh,

then

swit

ches

t

o

kWh,

M

W

h,

and

ev

en

tually

GW

h

as

the

ac

c

umula

t

ed

value incr

eases

.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

16

A

ler

t/R

e

se

t

I

nf

ormation

To: ENRGY

Alert Status

(check if

Wrench on

LCD)

ALERT

PLOSS

--------

A b C

Phase Loss

A B C

LOWPF

--------

A b C

Low Power Factor

A B C

F ERR

--------

A

Frequency Out

of Range

A

I OVR

--------

A b C

Current

Out of Range

A B C

V OVR

--------

A b C

Voltage

Out of Range

A B C

PULSE

--------

n0nE

Not used on

E5xHx

ALERT

Display “nOnE” if no alerts

Unit

Information INFO MODEL OS RS SN

Model

Number Operating

System Reset

System Serial

Number INFO

Reset

Data

Setup

RESET

Back

PASWD

--------

00000

Enter Reset

Password

PASWD

ENERG

--------

rES

Reset Energy

Accumulators to 0

DEMND

--------

rES

Reset Demand

Maximums to Present

COUNT

--------

rES

Reset Pulse

Counters to 0

RESET

PASWD –Enter the Reset Password

(configured in the setup menu).

ENERG –Reset all Energy

Accumulators (Wh, VARh, VAh) to 0.

Press “+” or “-“to Reset.

DEMND –Reset all Maximum

Demand (W, VAR, VA) to the present

Demand. Hit “+” or “-“to Reset.

COUNT –Reset the pulse counters.

Press “+” or “-“to Reset.

Meter SETUP --------

00000

Enter Setup

Password

To Setup

To: DEMND

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

17

Back To SETUP

In meter kits, Input Voltage and CT Amperage are

factory preset to appropriate settings. Do not modify.

UI for

Se

tup

To: SPASS

Back S BAC

From:

SETUP > PASWD

MAC

--------

001

KBAUD

--------

115.2

76.8

38.4

19.2

9.6

ID1

--------

0000

ID2

--------

000

ADDR –BACnet MS/TP MAC Address: 0 –127.

+ increments the selected (blinking) digit.

–selects the digit to the left.

BAUD - Baud Rate: 9600 –115200 Baud

BACnet ID: These two screens set the 7 digit

BACnet device ID. Screen ID1 is the most

significant 4 digits and ID2 the least significant

three digits. This is in the range of 0 - 4,194,302.

Back

Current

Transformer

S CT

CT V

--------

1.0

.33

CT SZ

--------

100

CT V - CT Input Voltage: + or –to Select 1.0 or .33V.

CT SZ - CT Size: in Amps. Maximum is 32000 Amps.

Back

S SYS

SYSTM

--------

3L-1n

3L

2L-1n

Set System Configuration:

SYSTM: + or –to step through the following System Type options:

System Reg 130 CTs Description

3L-1n 40 3 Wye Three Phase: A, B, & C with Neutral (Default).

3L 31 3 Delta Three Phase: A, B & C; no Neutral

System

Type 2L

1L+1n

2L 11 1 Single Phase: A & B; no Neutral

1L-1n 10 1 Single Phase: A to Neutral

Back

S PT

RATIO

--------

001.00

Set Potential Transfomer Ratio:

RATIO –Potential transformer step down is RATIO:1. Default is 1:1

(No PT installed). See Install for wiring diagrams. This value must be

set before the System Voltage (if used).

Potential

Transformer

Back S V

Sytem

--------

00600

Set System Voltage:

V LL –The nominal Line to Line Voltage for the system. This is used

by the meter to calculate the theoretical maximum system power, and

as the reference voltage for setting the Phase Loss threshold.

Maximum is 32000 Volts. For system type 1+N (10), this is a Line to

Neutral Voltage, indicated by “V LN”. Note: the meter will reject settings

Voltage Next that are not within the meter’s operating range when divided by the PT

ratio.

Back

Sytem

S PWR

MX KW

--------

103.92

System Power:

MX KW –The theoretical Maximum System Power is calculated by the

meter from the System Voltage, CT size, and System Type. Power

Factor is assumed to be unity. The value of System Power is used to

determine which combinations of pulse weight and duration are valid

and will keep up with the maximum power the meter will see. This value

Voltage Next is read only.

To Setup p. 2 “SPLOS”

Note: Bold is the Default.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

18

UI for

Se

tup

(

con

t.)

To Setup p. 1 “S PWR”

VOLTS

IMBAL

Set Phase Loss:

VOLTS - Phase Loss Voltage: The fraction of the system

voltage below which Phase Loss Alarm is on. For system

types with neutral, the Line to Neutral voltage is also

calculated and tested. If the System Voltage is 600 and the

Back

Phase

Loss

SPLOS --------

0.10 --------

0.25

60 volts.

IMBAL - Phase Loss Imbalance: The fractional difference

in Line to Line voltages above which Phase Loss Alarm is

on. For system types with neutral, the Line to Neutral

voltages are also tested. For system types 1+N (10) and 2

(11) , imbalance is not tested.

Back

SDMND

INTRV

--------

6

5

4

SEC

--------

00900

Set Demand Interval:

INTRV - The number of Sub-Intervals (1 to 6) in a

Demand Interval. Default is 1 (block demand).

SEC - Sub-Interval length in seconds. Default is

900 (15 minutes). Set to 0 for external sync-to-

Demand 3

2

1 Next

comms.

Back

S DIS

UNITS

--------

IEEE

Set Display Units: +/- to switch between:

IEEE –VLL VLN W VAR VA Units.

Display

Units IEC

Back

Setup

SPASS SETUP

--------

00000

RESET

--------

00000

Set Passwords:

SETUP - The Password to enter the SETUP menu.

RESET - The Password to enter the RESET menu.

Passwords Next

To Setup page 1 “S BAC”

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

19

RS

-485

C

ommunications

D

a

i

s

y

-

c

h

a

i

ni

n

g

D

e

v

i

c

e

s

t

o

t

h

e

Power

M

e

t

e

r

The RS-485 slave port allows the power meter to be connected in a daisy chain format with up to 32 devices, assuming a Leviton Energy

Monitoring HUB as the master device.

120

Ω

terminator

o

n

t

h

e

fi

r

s

t

a

n

d

l

a

s

t

d

e

v

i

c

e

o

f

t

h

e

da

i

s

y

c

h

a

i

n

–

S

N

o

te

s

S

hi

el

d

wir

e

•

The

t

e

rm

i

na

l

’

s

vo

l

t

a

g

e

and

c

u

rr

e

n

t

rat

i

ng

s

a

r

e

c

o

m

p

l

ian

t

with

t

h

e

r

e

qu

i

r

e

m

e

n

t

s

o

f

t

h

e

EIA

R

S

-

485

c

o

mm

un

i

c

at

i

o

n

s

t

anda

r

d

.

•

The

R

S

-

485

t

r

an

s

c

e

i

v

e

r

s

a

r

e

¼

un

i

t

l

o

a

d

o

r

l

e

ss

.

•

R

S

-

485

+

ha

s

a

47

k

Ω

pu

ll

up

t

o

+

5

V

,

and

R

S

-

485

-

ha

s

a

47

k

Ω

pu

ll

down

t

o

S

h

i

e

l

d

(

R

S

-

485

signal

g

r

o

und

)

.

•

W

i

r

e

t

h

e

R

S

-

485

bus a

s

a

dai

s

y

c

hain

from device

t

o

device,

without

any

s

t

ub

s

.

U

s

e

120

Ω

termination r

esi

s

t

o

r

s

at

e

ac

h

e

nd

o

f

t

h

e

bus

(

n

o

t

i

n

c

l

ud

e

d

)

.

•

S

h

i

e

l

d

i

s

n

o

t

internally

c

o

nn

e

c

t

e

d

t

o

E

a

r

t

h

G

r

o

und

.

•

C

o

nn

e

c

t

S

h

i

e

l

d

t

o

E

a

r

t

h

Ground

s

o

m

e

w

h

e

r

e

o

n

t

h

e

R

S

-

485

bu

s

.

F

o

r

a

ll

t

e

r

m

i

n

a

l

s

:

•

When

tightening

t

e

rm

i

na

l

s

,

apply

t

h

e

c

o

rr

e

c

t

o

r

qu

e

:

0.37

t

o

0.44

f

t

·

lb

(0.5-0.6

N

·

m)

.

•

U

s

e

14-24 gauge (2.1-0.2

mm

2

)

w

i

r

e.

0.37

–0.44

ft•lb

(0.5

–

0.6

N•

m)

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

20

S

etting

D

efault

V

alue*

BACnet Objec

t

S

etup

Password

00000

n/a

Reset

Password

00000

n/a

S

yst

em

T

ype

40

(3

+

N)

Wy

e

AV

2

C

T

Primary

R

a

tio

100A

AV

3

C

T

S

ec

ondar

y

R

a

tio

1V

AV

4

PT

R

a

tio

1:1

(none)

AV

5

S

yst

em

V

oltage

600

V

L

-L

AV

6

Max.

T

heor

etical

Power

C

alc

ula

t

ed

fr

om

AV2, AV3, AV5

&

AV6

(with

all

default

settings,

this

would

be

103.92

kW

)

AI45

D

isplay

Mode

1

(IEEE

Units)

AV

7

Phase

Loss

V

oltage

T

hr

eshold

10%

of

S

yst

em

V

oltage

AV

8

Phase

Loss

V

oltage

T

hr

eshold

25%

Phase

t

o

Phase

Imbalanc

e

AV

9

Demand:

number

of

subin

t

erv

als

per

in

t

erv

al

1

(block

mode)

AV10

Demand: sub

-in

t

erv

al

length

900

sec

(15

min)

(

AV11

default

value

is

90000

[1/100

sec

onds])

AV11

BA

C

net

M

A

C

A

ddr

ess

001

n/a

BA

C

net

MS/TP

B

aud

R

a

t

e

76.8

kB

aud

n/a

BA

C

net

MS/TP

Max_Mast

er

127

D

evic

e

BA

C

net

D

evic

e_ID

P

seudo

-r

andom

value

fr

om

1,000,000

t

o

3,097,151

D

evic

e

BA

C

net

D

evic

e

L

oca

tion

Installed

loc

a

tion

not

yetiden

tified

D

evic

e

BACnet

D

e

f

ault

Setting

s

*

Default

values are

p

re

s

e

t

at the

f

a

c

t

o

r

y.

Once changed,

t

h

e

re

i

s

no

way to

a

u

t

o

m

a

t

i

c

a

ll

y

re

s

e

t

d

e

f

a

u

l

t

s

.

They

mu

s

t

b

e

re

s

t

ore

d

individually.

The

baud rate a

n

d

M

A

C

address are

s

e

t

through the

u

s

e

r

-i

n

t

e

r

f

a

c

e

s

c

re

ens

,

and the

o

t

h

e

r

s

are

s

e

t

by

re-writing

each

O

b

j

e

c

t

(

s

ee

BA

C

n

e

t

Programming Information

s

e

c

t

i

o

n,

n

e

x

t

p

age

)

.

Installation

G

uide

Power

M

onit

oring

Series 4100

TM

21

B

A

Cn

et

P

r

o

gr

amming

I

nf

ormation

The Series 4100 BACnet enabled meter

i

s

programmable via

B

A

C

n

e

t

p

r

o

t

o

c

o

l

and

c

an

easi

l

y

b

e

c

o

nn

e

c

t

e

d

t

o

a

B

A

C

n

e

t

M

S

/

TP

network

using an

off-the

she

l

f

B

A

C

n

e

t

r

o

u

t

e

r

.

I

t

u

s

e

s

fi

v

e

t

y

p

e

s

o

f

B

A

C

n

e

t

o

bj

e

c

t

s

.

A

s

t

anda

r

d

PICS

(below) d

e

s

c

r

i

b

e

s

t

h

e

required

c

ha

r

ac

t

e

r

i

s

t

i

c

s

o

f

t

h

e

B

A

C

n

e

t

i

m

p

l

e

m

e

n

t

at

i

o

n

,

bu

t

h

i

s

a

dd

i

t

i

ona

l

d

e

s

c

r

i

p

t

i

v

e

c

o

n

t

e

x

t

may

b

e

helpful

t

o

t

h

e

i

n

t

e

g

rat

o

r

.

In

a

dd

i

t

i

o

n

t

o

t

h

e

required

p

r

o

p

e

r

t

i

e

s

,

t

h

e

device

o

bj

e

c

t

u

t

i

l

i

z

e

s

some

o

p

t

i

ona

l

p

r

o

p

e

r

t

i

e

s

t

o

s

upp

o

r

t

o

t

h

e

r

f

un

c

t

i

ona

l

i

t

y,

T

i

m

e

S

y

n

c

h

r

o

n

i

z

at

i

o

n

(primarily

used

f

o

r

dat

a

/

t

r

e

nd

logging

o

n

t

h

e

device) and

D

e

s

c

r

i

p

t

i

o

n

and Location

p

r

o

p

e

r

t

i

e

s

t

o

si

m

p

l

if

y

i

n

s

t

a

ll

at

i

o

n

and

m

ai

n

t

e

nan

c

e

.

C

o

n

fi

gu

r

e

a

ll

o

f

t

h

e

m

e

t

e

r

’

s

f

un

c

t

i

o

n

s

,

o

t

h

e

r

t

han

Dat

a

Lo

gg

i

ng

and

writable

D

e

v

i

c

e

P

r

o

p

e

r

t

i

e

s

,

b

y

w

r

i

t

i

ng

t

h

e

P

r

e

s

e

n

t

V

a

l

u

e

o

f

t

h

e

11

A

na

l

o

g

V

a

l

u

e

o

bj

e

c

t

s

.

These

v

a

l

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e

s

(

e

x

c

e

p

t

f

o

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e

configuration

r

e

g

i

s

t

e

r

,

AV1,

which

a

l

w

a

y

s

r

e

t

u

r

n

s

zero

w

h

e

n

read)

a

r

e

a

ll

r

ea

da

b

l

e

and

s

t

o

r

e

d

i

n

o

n

vo

l

at

i

l

e

memory

s

o

t

hat

t

h

e

y

a

r

e

r

e

t

ai

n

e

d

if

power

t

o

t

h

e

device

i

s

i

n

terr

up

te

d

.

Dat

a

v

a

l

u

e

s

o

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r

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han

l

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g

information and

a

l

e

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s

a

r

e

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ll

ac

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e

ss

e

d

b

y

reading

t

h

e

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s

e

n

t

V

a

l

u

e

o

f

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h

e

52

Analog Input

o

bj

e

c

t

s

.

M

o

s

t

o

f

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h

e

s

e

v

a

l

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n

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u

s

readings o

f

m

ea

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u

r

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d

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e

r

v

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e

p

a

r

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e

t

e

r

s

.

S

o

m

e

o

f

t

h

e

m

,

(AI1-AI10, AI22-AI27,

A

I

31

-

A

I

54,

A

I

76

-

A

I

78

)

r

e

p

r

e

s

e

n

t

accumulated v

a

l

u

e

s

and

a

r

e

s

t

o

r

e

d

i

n

o

n

vo

l

at

i

l

e

memory

a

s

well.

I

f

power

t

o

t

h

e

device

i

s

i

n

t

e

rr

up

t

e

d

,

t

h

e

s

e

v

a

l

u

e

s

a

r

e

r

e

t

ai

n

e

d

,

bu

t

n

o

a

dd

i

t

i

ona

l

information

ac

c

u

m

u

l

at

e

s

until

t

h

e

device

c

o

m

p

l

e

t

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i

t

s

r

e

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n

i

t

ia

l

i

z

at

i

o

n.

A

l

e

r

t

s

a

r

e

used

t

o

i

nd

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c

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e

c

o

nd

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t

i

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n

s

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f

potential

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t

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n

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t

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such a

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r

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rr

e

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any

phase

t

hat

exceeds

t

h

e

m

e

t

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’

s

m

ea

s

u

r

e

m

e

n

t

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g

e

,

phase

vo

l

t

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e

Phase

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ss

T

h

r

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l

d

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y

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s

e

r

,

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r

P

o

w

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F

ac

t

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r

below

0.5 o

n

any phase. A

l

e

r

t

s

a

r

e

ac

c

e

s

si

b

l

e

i

nd

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v

i

d

ua

ll

y

b

y

reading

t

h

e

P

r

e

s

e

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t

V

a

l

u

e

o

f

t

h

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B

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r

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reading

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P

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e

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t

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u

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f

Analog Input

o

bj

e

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52.

A

l

e

r

t

s

a

r

e

n

o

t

latched and

d

o

n

o

t

generate

e

v

e

n

t

s

t

o

s

y

s

t

e

m

.

T

h

e

y

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nd

i

c

at

e

p

r

e

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e

n

c

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o

f

t

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s

e

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h

e

t

i

m

e

t

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y

a

r

e

r

ea

d

,

bu

t

h

e

device does

n

o

t

latch and

s

t

o

r

e

them until

t

h

e

y

a

r

e

r

ea

d

(

if

t

h

e

c

o

nd

i

t

i

o

n

changes before

t

h

e

y

a

r

e

r

ea

d

,

t

h

e

a

l

e

r

t

w

i

ll

g

o

a

w

a

y

)

.

A

ll

A

na

l

o

g

V

a

l

u

e

,

A

na

l

o

g Inpu

t

,

and

B

i

na

r

y

Inpu

t

o

bj

e

c

t

s

implement

t

h

e

reliability

p

r

o

p

e

r

t

y

and use

i

t

o

i

nd

i

c

at

e

t

hat

t

h

e

P

r

e

s

e

n

t

V

a

l

u

e

p

r

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p

e

r

t

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a

r

e

f

un

c

t

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ona

l

,

valid and

c

u

rr

e

n

t

.

F

o

r

c

o

m

p

l

e

t

e

assurance, check

t

h

e

R

e

l

ia

b

i

l

t

y

p

r

o

p

e

r

t

y

f

o

r

a

N

o

F

a

u

l

t

_

D

e

t

e

c

t

e

d

s

t

at

u

s

before reading

t

h

e

P

r

e

s

e

n

t

V

a

l

u

e

o

f

any

A

V

,

A

I

o

r

B

I

o

bj

e

c

t

s

.

The S4100

i

n

c

l

ud

e

s

data logging

c

a

p

a

b

i

l

i

t

y,

which

i

s

i

m

p

l

e

m

e

n

t

e

d

using

t

h

r

ee

T

r

e

nd

Lo

g

o

bj

e

c

t

s

.

These

a

r

e

described

i

n

m

o

r

e

d

e

t

ai

l

i

n

t

h

e

s

e

c

t

i

o

n

o

n

data

l

o

gg

i

ng.

B

A

C

n

e

t

P

r

o

t

o

c

o

l

Im

p

l

e

m

e

n

t

at

i

o

n

C

o

n

f

o

rm

an

c

e

S

t

at

e

m

e

n

t

(

PIC

S

)

Da

t

e:

January

1,

2013

V

endor

Name:

Leviton

P

r

oduc

t

Name:

S4100

E

nergy

Met

er

P

r

oduc

t

Model

Number:

S4100-C

Applications

S

of

t

w

ar

e

V

ersion:

1

F

irm

w

ar

e

Revision:

x.xxx

BA

C

net

Protocol Revision:

4

P

r

oduc

t

D

escription:

3-phase

electrical energy

met

er

BACnet Standardized Device

P

rofile

(Annex L):

BA

C

net

A

pplic

a

tion

S

pecific

C

on

tr

oller

(B-

ASC

)

List

all

BACnet

In

t

er

operabilit

y

Building

Blocks

S

uppor

t

ed

(Annex K):

DS-RP-B, DS-RPM-B,

DS

-

WP

-B,

DM-DDB-B

,

DM-DOB-B

,

DM-DC

C-B

,

T

-

VM

T

-I-B

(E51H5),

DM-

T

S

-B,

DM-RD

-B

S

egmen

ta

tion

Capability:

S

egmen

ta

tion

not

suppor

t

ed

Leviton VerifEye Series 4100 User manual

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