Setra Networked Operating Manual

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Power Meter

Operating Instructions

Setra Systems, Inc.

159 Swanson Road, Boxborough, MA 01719

800.257.3872 • www.setra.com

BACnet is a registered trademark of the American Society of Heating, Refrigerating, and AirConditioning Engineers (ASHRAE).

The material in this document is for information purposes only and is subject to change without notice. Setra Systems assumes no responsibility for any errors or for consequential damages that may result from the use or misrepresentation of any of the material in this publication.

Table of Contents

1.0 Introduction .................................................................................................................... 8

 .................................................................. 8

1.2 Field selectable communication............................................................................... 8

1.3 Intended use .............................................................................................................. 8

1.4 Product differentiation .............................................................................................. 9

1.5 Product unpacking .................................................................................................. 10

2.0 Safety information ......................................................................................................11

2.1 Safety symbols ........................................................................................................ 11

2.2 Please note .............................................................................................................. 11

2.3 Safety approval ........................................................................................................11

2.4 General safety requirements...................................................................................13

2.5 Power Meter installation safety requirements.......................................................13

3.0 Meter overview ............................................................................................................. 17

3.1 Installation overview ............................................................................................... 22

3.2 Main assembly and back housing separation/attachment .................................. 22

4.0 Planning for installation ..............................................................................................24

 ................................................................................. 24

4.2 Meter installation overview .....................................................................................24

.................................................................24

4.4 RTU programming and script overview ..................................................................25

5.0 Changing conduit position ..........................................................................................25

 .....................................................................................................26

7.0 Connecting high voltage inputs ..................................................................................27

8.0 Current transformer wiring .......................................................................................... 34

9.0 CTs wiring example ......................................................................................................39

10.0 EIA-485 communication wiring ................................................................................40

11.0 Ethernet communication wiring ................................................................................ 42

Table of Contents

12.0 Pulse inputs wiring ....................................................................................................43

12.1 Open collector output ...........................................................................................43

13.0 Alarm relay (SPDT) wiring .........................................................................................43

14.0 Installing front cover .................................................................................................45

 ...................................................................................................46

 ........................................................ 46

 .......................................................................46

15.3 Connect the Meter ................................................................................................. 46

15.4 Web portal setup ...................................................................................................47

15.5 Web portal overview .............................................................................................. 47

15.6 Meter communication bar ....................................................................................48

15.7 Menu navigation sidebar ......................................................................................48

16.0 Halo-dot .................................................................................................................... 49

 ................................................................................. 49

16.2 Halo ........................................................................................................................ 49

16.3 Numerical indication ............................................................................................. 49

17.0 Setup menu ................................................................................................................ 50

18.0 Setup menu help legend ............................................................................................ 51

19.0 General settings ......................................................................................................... 52

19.1 Device general ....................................................................................................... 52

19.2 Unit defaults ..........................................................................................................53

19.3 Site information ..................................................................................................... 57

19.4 Uploading to meter ................................................................................................57

20.0 Voltage inputs ............................................................................................................58

21.0 Load setup .................................................................................................................. 62

 ................................................................................................ 63

21.2 Visual load indication ............................................................................................64

22.0 CT inputs ....................................................................................................................65

23.0 Communications/Network settings ......................................................................... 71

Table of Contents

23.1 Network settings ................................................................................................... 73

24.0 Pulse IO setup ............................................................................................................ 74

24.1 Pulse output ..........................................................................................................75

25.0 Alarm setup ................................................................................................................ 79

 .............................................................................................. 80

25.2 Energy usage (Vin) ................................................................................................ 81

25.3 Energy usage (Load) .............................................................................................81

25.4 Polarity CT .............................................................................................................82

25.5 Under voltage ........................................................................................................82

25.6 Under current CT ...................................................................................................83

25.7 Over current CT ......................................................................................................83

25.8 Phase loss CT ........................................................................................................ 84

25.9 Undersized CT .......................................................................................................84

25.10 Excessive voltage ................................................................................................85

25.11 Excessive current ................................................................................................85

25.12 Peak demand (meter)..........................................................................................86

25.13 Peak demand (Vin) .............................................................................................. 87

25.14 Peak demand (Load) ........................................................................................... 87

25.15 Low power factor ................................................................................................88

25.16 Summary alarm table..........................................................................................88

26.0 Installation report ......................................................................................................89

26.1 General information ..............................................................................................89

26.2 Meter information..................................................................................................90

26.3 General notes ........................................................................................................90

26.4 Measurements.......................................................................................................91

26.5 Export the report ....................................................................................................92

27.0 Power analytics .......................................................................................................... 92

Table of Contents

27.1 Parameters within Trends & Odometer menus ...................................................92

27.2 Trends ....................................................................................................................93

27.3 Odometer ............................................................................................................... 95

 .........................................................................................96

28.0 Event Log ...................................................................................................................97

29.0 Alarm status ............................................................................................................... 98

29.1 Active alarm states ...............................................................................................98

29.2 Active LED states ..................................................................................................98

29.3 Active relay states .................................................................................................98

29.4 Alarm log ................................................................................................................ 98

30.0 System ........................................................................................................................ 99

30.1 Software version ...................................................................................................99

30.2 Factory reset ..........................................................................................................99

30.3 Trend data rest ....................................................................................................100

30.4 Reboot ..................................................................................................................100

30.5 System log ...........................................................................................................100

 ................................................................................................101

 ...........................................................................................101

31.2 Clone/Import meter setup ..................................................................................101

32.0 Help ...........................................................................................................................102

33.0 Troubleshooting .......................................................................................................103

34.0 Replace battery ........................................................................................................104

35.0 User interface ...........................................................................................................106

36.0 Main Menu ................................................................................................................106

37.0 Real-time values ......................................................................................................107

38.0 Odometer ..................................................................................................................108

 ............................................................................................................109

40.0 Communication .......................................................................................................110

Table of Contents

41.0 Network ....................................................................................................................110

42.0 About ........................................................................................................................112

43.0 Factory reset at meter .............................................................................................113

44.0 Returning products for repair ..................................................................................114

45.0 Limited warranty & limitation of repair ...................................................................114

46.0 Equipment service & access ...................................................................................115

46.1 Access to equipment ..........................................................................................115

46.2 Servicing the equipment ..................................................................................... 115

46.3 Component servicing .......................................................................................... 115

47.0 Support .....................................................................................................................115

47.1 Setra contact .......................................................................................................115

1.0 Introduction

The Power Meter from Setra is a networked revenue grade power meter built on a versatile and powerful platform designed to meet the high demands for any submetering application.

Available in a 3, 12 or 48 load congurations, the meter enclosure & intuitive web portal interface signicantly reduce installation time and cost per metering point. The Power Meter 12 & 48 load meters come standard with dual voltage inputs, and all versions are eld congurable for use of standard or Rogowski style current transformers, enabling safe and

accurate measurement of both low and high amperage services.

The Setra Power Meter can be ordered in the following congurations, which are identiable

on the part number label.

[1] [2] [3] [4] [5]

[1]

Model

SPM Power Meter

[2]

Loads

03 3 loads

12 12 loads

48 48 loads

E Ethernet & serial

[3]

Communication

[4]

Display

D Onboard display

[5]

Option

N None

1.1 Web Portal meter setup & conguration

Setup is both intuitive and time-saving through the Setra Power Meter Web Portal. The software can be easily accessed through the meter itself, either through simple USB connection to your PC or through Ethernet connection over a shared network.

1.2 Field selectable communication

Integration with building automation systems is made easy through eld selectable BACnet

and Modbus communication protocols. The meter’s communications interface is enabled through either an EIA-485 serial connection (BACnet MS/TP or Modbus RTU) or over Ethernet (BACnet/IP of or Modbus TCP). Along with these advanced network communication protocols, the Setra Power Meter offers a connection interface with adjacent equipment

through one congurable pulse output and two congurable pulse inputs, enabling even more

data collection through the meter.

1.3 Intended use

Setra Power Meter is designed to closely monitor and provide detailed information of the building and/or equipment. The meter can be used in varying capacities, measuring varying loads with up to two different voltage reference points. Typical applications include measuring power of buildings, leased building space, large machinery or equipment, lighting loads, and more.

The meter will monitor and provide visual indicators on the Backlit Display, Error Indication LED and Power Indication LED.

Each Power Meter comes standard with eld selectable BACnet and Modbus communication

protocols. The communications interface is through either an EIA-485 serial connection (BACnet MS/TP or Modbus RTU) or over Ethernet (BACnet/IP or Modbus TCP). Along with

these advanced network communication protocols, the Power Meter offers one congurable pulse output and two congurable pulse inputs, enabling more data collection at the meter.

1.4 Product differentiation

The Setra Power Meter has been designed in three different “Load” congurations, with

following differences in each product:

3 Load:

• Three CT terminal blocks

• One voltage input terminal block

• 6.8” x 7” x 3.8” form factor

• Six conduit openings

12 Load:

• Twelve CT terminal blocks

• Two voltage input terminal blocks

• 6.8” x 7” x 3.8” form factor

• Six conduit openings

48 Load:

• Forty-eight CT terminal blocks

• Two voltage input terminal blocks

• 10.8” x 17.2” x 4.4” form factor

• Fifteen conduit openings

1.5 Product unpacking

What's in the box

CT connector kit

3/12 Load

Remove meter from box

3/12 Load

Mounting screws Wall anchors

48 Load

Preparing for install



 

48 Load

Flip open dust cover Pull front cover forward Pull down on tabs

Auxiliary equipment & hardware kit contents

Cable ties

Insert screwdriver into slot

Cal. Cert.

Pivot screwdriver up to remove main assemble



Item

Power Meter 1 1 1

CT connector 4 13 49

Hardware kit 1 1 1

 1 1 1

P/N: SPM03EDN

Included w/ meter

P/N: SPM12EDN

Included w/ meter

P/N: SPM48EDN

Included w/ meter

2.0 Safety Information

Read these instructions carefully and look at the equipment to become familiar with the device before trying to install, operate, service or maintain it. The following special messages may appear throughout this manual or on the equipment to warn of potential hazards or to

call attention to information that claries or simplies a procedure.

2.1 Safety symbols

The following international symbols are used on the Power Meter and in this manual:

Denotes warning or caution. See manual for a description of the meanings.

DENOTES HIGH VOLTAGE. RISK OF ELECTRICAL SHOCK. LIFE THREATENING VOLTAGES MAY BE PRESENT. QUALIFIED PERSONNEL ONLY.

Equipment protected throughout by double insulation (IEC 536 Class II)

Contains additional information pertinent to current subject.

2.2 Please note

Electrical equipment should be installed, operated, serviced and maintained only by qualied

personnel. No responsibility is assumed by Setra for any consequences arising out of the

use of this material. A qualied person is one who has skills and knowledge related to the

construction, installation, and operation of electrical equipment and has received safety training to recognize and avoid the hazards involved.

2.3 Safety approval

The Setra Networked Multi-load Power Meter is UL listed and complies with the following safety standards for 600V CAT III Pollution Degree 2:

LISTED

E503021

UL 61010-1 Edition 3 (2016), CSA C22.2 No 61010-1-12 Edition 3 Update 2 (2016), IEC/EN61010-1 Edition 3 (2013), Safety Requirements for Electrical Equipment for Measurement, Control and Laboratory Use, Part 1: General requirements

UL 61010-2-030 Edition 2, CSA C22.2 No 61010-2-030-12 Edition 1 (2012), IEC/EN61010-2-030 Edition 1 (2011), Safety Requirements for Electrical Equipment for Measurement, Control and Laboratory Use, Part 2-030: Particular Requirements for Testing and Measuring Circuits

Français

2.0 Informations de sécurité

Lisez attentivement ces instructions et examinez l'équipement pour vous familiariser avec l'appareil avant d'essayer de l'installer, de le faire fonctionner, de le réparer ou de l'entretenir. Les messages spéciaux suivants peuvent apparaître dans ce manuel ou sur l'équipement

pour avertir des dangers potentiels ou pour attirer l'attention sur des informations qui clarient ou simplient une procédure.

2.1 Symboles de sécurité

Les symboles internationaux suivants sont utilisés sur le Power Meter et dans ce manuel:

Indique un avertissement ou une prudence. Voir le manuel pour une

description des signications.

INDIQUE HAUTE TENSION. RISQUE DE CHOC ÉLECTRIQUE. DES TENSIONS MENACANTES POUR LA VIE PEUVENT ÊTRE PRÉSENTES. PERSONNEL QUALIFIÉ UNIQUEMENT.

Équipement protégé partout par une double isolation (IEC 536 classe II)

Contient des informations supplémentaires pertinentes au sujet actuel.

2.2 Veuillez noter

L'équipement électrique doit être installé, utilisé, entretenu et entretenu uniquement par

du personnel qualié. Aucune responsabilité est assumée par Setra des conséquences découlant de l'utilisation de ce matériel. Une personne qualiée est une personne qui

possède des compétences et des connaissances liées à la construction, à l'installation et au fonctionnement de l'équipement électrique et qui a reçu une formation en sécurité pour reconnaître et éviter les dangers impliqués.

2.3 Approbation de sécurité

Le Setra Networked Multi-Load Power Meter est UL et conforme aux normes de sécurité suivantes pour 600V CAT III Degré de pollution 2:

LISTED

E503021

UL Safety Ratings

Equipment function Networked Multi-circuit power meter

Connection to mains supply Permanently

Overvoltage/ Measurement category III

Pollution degree 2

Means of protection Class II (double insulated)

Environmental condition Temperature: Humidity: Altitude:

For use in wet location No

Equipment mobility Wall/surface mounted

Operating conditions Continuous

Marked degree of protection Type 1

Input supply rating: 80-600 Vac (Vin1 L1 & L2), 50/60 Hz, 5W max, Overvoltage Category III

Voltage measurement:

Three phase max. 347/600 Vac WYE earthed Three phase max. 347 Vac DELTA earthed/unearthed Split phase max. 240/480 Vac Single phase max. 480 Vac Measurement Category III

-20°C to +60°C

5% to 95% non-condensing humidity

Max. 2000 meters

Frequency measurement:

50/60 Hz

Current measurement:

Up to 6000 A (through use of CTs or Rogowski coils with voltage output up to 2V)

Alarm relay output ratings: 30 Vdc/ac, 2 Arms, resistive, Class 2

Pulse I/O: 30 Vdc

Français

Évaluations de sécurité UL

Fonction d'équipement

Connexion à l'alimentation principale Connecté en permanence

Surtension / Catégorie de mesure III

Degré de pollution 2

Moyens de protection Class II (double isolation)

Conditions environnementales Température: Humidité: Altitude: Pour une utilisation dans des

endroits humides

Mobilité de l'équipement Montage mural / en surface

Conditions de fonctionnement Continu

Degré de protection marqué Type 1

Capacité d'alimentation d'entrée: 80-600 Vac (Vin1 L1 & L2), 50/60 Hz, 5W max, catégorie

de surtension III

Compteur de puissance multi-circuits en réseau

-20°C à +60°C

5% à 95% d'humidité sans condensation

Max. 2000 mètres

Non

Mesure de tension:

Triphasé max. 347/600 Vac WYE mis à terre Triphasé max. 347 Vac DELTA mis à la terre / déterré Phase divisée max. 240/480 Vac Monophasé max. 480 Vac Catégorie de mesure III

Mesure de fréquence:

50/60 Hz

Mesure de courant:

Jusqu'à 6000 A (grâce à l'utilisation de TC ou de bobines Rogowski avec une tension de sortie jusqu'à 2 V)

Évaluations de sortie de relais d'alarme: 30 Vdc / ac, 2 bras, résistif, classe 2

Puissance d'entrée / sortie d'impulsion: 30 Vdc

General safety requirements

To ensure the safe operation and service of the device, follow these instructions closely. Failure to observe warnings can result in severe personal injury or permanent damage to the device.

• Review the entire manual before use of the Meter and its accessories.

• Comply with local and national safety codes. Use personal protective equipment to prevent shock and arc flash injury where hazardous live conductors are exposed.

• Only licensed electricians should install this equipment. Such work should be performed only after reading this entire set of instructions.

• The equipment must be accessible to authorized personnel only. Equipment must be installed in areas where access can be restricted.

• If the meter appears damaged or defective or internal fuse blowout, rst disconnect all power to the meter. Then contact Setra technical support for assistance.

• If the products are used in a manner not specied by Setra, the protection provided by the equipment may be impaired.

Power Meter installation safety requirements

• Use copper conductors only.

• Wiring to voltage input terminals and mains shall have minimal temperature rating of 90°C (194°F) and minimal wire gauge of 14 AWG (1.63 mm).

• External secondary inputs and outputs should be connected to devices meeting the requirements of IEC 60950.

• For use only with Listed Energy-Monitoring Current Transformers

• Warning - To reduce risk of electric shock, always open or disconnect circuit from powerdistribution system (or service) of building before installing or servicing current-sensing transformers

• Current transformers may not be installed in equipment where they exceed 75 percent of the wiring space of any cross-sectional area within the equipment.

• Current transformers may not be installed in an area where they block ventilation openings.

• Current transformers may not be installed in an area of breaker arc venting.

• Current transformers are not suitable for Class 2 wiring method nor intended for connection to Class 2 equipment.

• Secure current transformer and route conductors so that they do not directly contact live terminals or bus.

• Wiring to terminal blocks shall have minimal temperature rating at least 75°C (167°F)

• When connecting power meter to conduit, a threaded hub shall be installed at conduit entrances. When using rigid conduit connect the hub to the conduit before connecting to power meter enclosure.

FCC PART 15 Notice

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in an installation

Français

Règles générales de sécurité

Pour garantir le fonctionnement et l'entretien en toute sécurité de l'appareil, suivez attentivement ces instructions. Le non-respect des avertissements peut entraîner des blessures graves ou des dommages permanents à l'appareil.

• Revoir le manuel en entier avant l'utilisation de l'appareil et de ses accessoires.

• Respectez les codes de sécurité locaux et nationaux. Utilisez un équipement de protection individuelle pour éviter les chocs et les arcs électriques lorsque des conducteurs sous tension dangereux sont exposés.

• Seuls des électriciens agréés doivent installer cet équipement. Un tel travail ne doit être effectué qu'après avoir lu l'ensemble de ces instructions.

• L'équipement doit être accessible uniquement au personnel autorisé. L'équipement doit être installé dans des zones où l'accès peut être restreint.

• Si le compteur semble endommagé ou défectueux ou que le fusible a sauté, débranchez d'abord l'alimentation du compteur. Contactez ensuite le support technique de Setra pour obtenir de l'aide.

• Si les produits sont utilisés d'une manière non spéciée par Setra, la protection fournie par l'équipement peut être altérée.

Règles de sécurité pour l'installation du Power Meter

• Utilisez uniquement des conducteurs en cuivre.

• Le câblage aux bornes d'entrée de tension et au secteur doit avoir une température nominale

minimale de 90 ° C (194 ° F) et un calibre de l minimal de 14 AWG (1,63 mm).

• Les entrées et sorties secondaires externes doivent être connectées à des appareils répondant aux exigences de la CEI 60950.

• À utiliser uniquement avec les transformateurs de courant à surveillance d'énergie répertoriés

• Avertissement - Pour réduire le risque de choc électrique, ouvrez ou déconnectez toujours le circuit du système de distribution électrique (ou du service) du bâtiment avant d'installer ou d'entretenir des transformateurs de détection de courant

• Les transformateurs de courant ne doivent pas être installés dans l'équipement où ils dépassent 75 pour cent de l'espace de câblage de toute section transversale de l'équipement.

• Les transformateurs de courant ne doivent pas être installés dans une zone où ils bloquent les ouvertures de ventilation.

• Les transformateurs de courant ne doivent pas être installés dans une zone d'évacuation d'arc du discontacteur.

• Les transformateurs de courant ne sont pas adaptés à la méthode de câblage de classe 2 ni destinés à être connectés à un équipement de classe 2.

• afxez le transformateur de courant et circulez les conducteurs an qu'ils n'entrent pas directement en contact avec les bornes sous tension ou le bus.

• Le câblage aux borniers doit avoir une température nominale minimale d'au moins 75 ° C (167 ° F)

• Lors de la connexion du wattmètre au conduit, un moyeu fileté doit être installé aux entrées du conduit. Lorsque vous utilisez un conduit rigide, connectez le moyeu au conduit avant de le connecter au boîtier du wattmètre.

Avis FCC PARTIE 15

Cet équipement a été testé et déclaré conforme aux limites d'un appareil numérique de classe B, conformément à la partie 15 des règles de la FCC. Ces limites sont conçues pour fournir une protection raisonnable contre les interférences nuisibles lorsque l'équipement est utilisé dans un environnement commercial. Cet équipement génère, utilise et peut émettre de l'énergie radiofréquence et, s'il n'est pas installé et utilisé conformément aux instructions, peut provoquer des interférences nuisibles aux communications radio. Cependant, il n'y a aucune garantie qu'aucune interférence ne se produira dans une installation.

3.0 Meter overview

This section is intended so that you can familiarize yourself with the features of the meter prior to installation, while size and amount of current transformer connection differ most features and terminology remain the same between the 3, 12, and 48 load power meters.

Power meter sections

(12 load meter shown)

Conduit plug x2 high

voltage area

Conduit knockout

CT area x4

Back housing

Main assembly

Front housing

Mounting holes (x4)

CT inputs

3/12-load meter

High voltage

conduit entry

CT inputs x6

(12 Load only)

Low voltage

conduit entry

Pulse IO Input x2

Output x1

Earth ground1

screw terminal

(optional)

Earth ground Screw: In noisy environments connect earth ground terminal to electrical panel earth ground to reduce noise

pickup

Ethernet RJ45

connection

EIA-485

communication

terminal

High voltage

conduit entry

CT Inputs x3 (3 Load meter) x6 (12 Load meter)

Low voltage

conduit entry

SPDT alarm relay

95.9

3.8

Dimensions

6.8

173.9

6.8

[173.9]

3.8

[95.9]

3/4” (Conduit Opening)

177.1

7.0

[177.1]

3/4” (Conduit Opening)

48-Load Meter

112

4.4

435.7

17.2

274.9

10.8

112

4.4

High voltage

conduit entry

CT input x6

Pulse I/O

Input x2

Output x1

Earth ground1

screw terminal

(optional)

Low voltage

conduit entry x5

Mounting hole

Connection

Ethernet RJ45

High voltage

conduit entry

CT input x6

SPDT alarm

relay

EIA-485

Communication

terminal

DIP switches (EIA-485 Config)

Low voltage

conduit entry

Dimensions

10.8

274.9

10.8

[274.9]

17.2

435.7

17.2

[435.7]

4.4

[112]

1” Conduit Opening

3/4”

1” Conduit Opening

Top view

Bottom view

in.

[mm]

Power indication

LED

Error indication

LED

Simple 6-key

user-interface

Display interface

4-Line backlit

display

Type B port USB

Available conduit

3/12 Load meter 48 Load meter

High voltage area – ¾" EMT conduit tting x2

Low voltage (CT, Comm, I/O) – ¾" EMT conduit tting x4

Typical EMT conduit tting (Not included)

High voltage area – ¾" EMT conduit tting x2

Low voltage (CT, Comm, I/O) – 1" EMT conduit tting x13

3.1 Installation overview

Vin 1

1. Mount unit in preferred conduit orientation with provided mounting screws.

CT Input

4. Following local electrical codes. Wire in the current transformers and communication lines to the meter.

2. After safely de-energizing the circuit, properly wire in the lines voltage per local electrical codes.

5. Install front cover by engaging the two tabs at the bottom and rotate the cover until clicked in-place.



3. Install the “Main assembly” into the back housing until it locks in place.

6. After meter is fully wired, safely re-energize the circuit and begin gathering data.

3.2 Main assembly and back housing separation/attachment

1. Remove the power meter’s front housing (cover) by depressing the tab(s) on the bottom

of the meter, found on the main assembly. Simultaneously, lift the front housing off the stillassembled main assembly and back housing.



 

2. Next, remove the main assembly from back housing by flexing the rear housing away from

the main assembly using a flat screwdriver where indicated on the rear housing. This will release the locking mechanism. Now, pull delete out the main assembly, rotating from the top.



3. To reassemble, rst, insert the bottom of the Main Assembly into the Back Housing and

rotate the top of the main assembly into position, connecting high voltage and accompanied by a "click" to ensure the assembly is in place.

12 Load Meter shown below:

48 Load Meter shown below:

4. Attach the front housing by tilting the cover such that the bottom makes contact with the

Main Assembly rst, locking in the two securement tabs. Once the tabs are resting in their

respective securement slots, rotate and push the top of the cover onto the Back Housing and Main assembly.



4.0 Planning for installation

Meter installation often includes coordination between individuals or groups of people with different responsibilities. Spend a few minutes considering who will be executing each portion of the installation and what tools are needed at each stage. Things to consider include

determining how to communicate with the meter, setting address conguration, access to passwords, etc. The more tasks completed before installation means less time in the eld. The

following section gives an overview of these activities followed by details in the next section.

4.1 Meter conguration overview

Work performed ahead of the installation saves time in the eld and allows a more streamlined installation. Typically performed at the workstation with a computer.

Tools Typical work

Desktop or laptop PC Connect USB/Ethernet cable from PC to meter USB type AB cable (preferred) or

Ethernet cable Web browser and electrical schematics

of project

4.2 Meter installation overview

Performed by a licensed electrician

Tools Typical work

Mounting hardware (customer supplied) Mechanical mounting Wiring & supplies, labels, wire ties Electrical installation Laptop PC Install voltage cover Multimeter, current clamp Apply power to meter Camera Conrm basic operation of meter

Establish communication with meter Firmware update (if desired)

Meter setup and conguration generate eld

wiring and installation report

4.3 Verication & communication overview

Can be modied with power applied to the meter

Tools Typical work

Laptop PC/Tablet, BAS system Conrm device communication On site troubleshooting Add wire terminations (if required) Multi meter Conrm and correct wiring issues

Current clamp

Osciloscope (optional) Check signal and noise BACnet or Modbus polling toll (optional) Network verication

Meter health metrics (check for setup errors)

4.4 RTU programming and script overview

Tools Typical work

Laptop PC (remote access to RTU) Conrm meter communication setting Remote trouble shooting Conrm communication protocols Register Exercise remote connectivity

Run conguration scripting

Conrm integrity

5.0 Changing Conduit Position

The Setra power meter can support various applications via rotatable display to allow the user

to mount in any conguration, without impacting the user interface experience.

To rotate the orientation of the display, remove the front housing cover and slide the display module along the main assembly, toward the bottom of the meter. Once it becomes dislodged, simply rotate the display to the desired orientation and slide again toward the top of the meter. Ensure the meter is de-energized prior to changing orientation.

1 2 3

4 5

6.0 Meter conguration

The following section illustrates the recommended installation of 12-load Power Meter. The 3-load and 48-load meter are slightly different but can follow the same procedure.

1. Remove all packaging material and separate the housing from the other components.

2. Locate a flat, clean portion of wall space for mounting. Decide meter orientation.

3. Remove main assembly for back housing by depressing the tab on the top of the meter, to release the locking mechanism.

4. Locate, mark, level, and drill wall mounting points. The plastic back cover can be used as a template for marking the drill locations on the wall. Using the four #8-15 x 5/8 screws provided, fasten the housing to the wall.

Notes

If mounting on masonry wall, use the four blue Topcon screws provided. The

correct masonry drill size for these screws is 5/32 inch diameter

If mounting on drywall, use the four plastic drywall anchors in addition to the

#8-15 x 5/8 screws provided.

To avoid damage to the housing desired knockouts should be removed prior

to mounting on the wall

7.0 Connecting high voltage inputs

DANGER- Failure to follow these instructions will result in death or serious injury.

HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH

• Apply appropriate personal protective equipment (PPE) and follow safe electrical work practices. See NFPA 70E.

• This equipment must only be installed and serviced by qualied electrical personnel.

• Turn off all power supplying this equipment before working on or inside equipment.

• The meters voltage leads (L1, L2, L3, and N, as necessary) must be connected to a dedicated disconnect or a properly rated (15A) breaker.

• A voltage lead of 14 AWG THHN minimum 600VAC rating or equivalent is required.

• Wiring to these terminal blocks shall be tightened to 3.54 lb.-in torque.

• DO NOT EXCEED 347V Line to Neutral or 600V line to line. This meter is equipped to monitor loads up to 347V L-N. Exceeding this voltage will cause damage to the meter and danger to the user. Always use a Potential Transformer (PT) for voltages in excess of 347V L-N or 600V line to line. The Setra Power Meters are 600V Over Voltage Category III device.

• When using rigid conduit, connect the hub to the conduit before connecting to power meter enclosure.

• All unused conduit openings need to be closed using Setra provided conduit plug.

IMPORTANT- Verify the circuit breaker is marked as the disconnected breaker for the meter.

Setra Power Meter’s high voltage inputs must be connected through properly rated (15 Amp) disconnects or breakers that disconnect all line wires so that they can be powered down. Each disconnect or breaker must be located within easy reach of the meter operator and must be labeled to indicate which set of device inputs it supplies power to. One disconnects is required for each voltage input. The disconnect device or devices must meet IEC 60947-1, IEC 609473 and/or comply with the local electrical code.

Connection to the mains terminals shall be made with 14 AWG (1.63 mm) minimal wire gauge THHN 600VAC rating. All high voltage input wires shall be routed through the high voltage conduit entry and do not mix with other low voltage wiring. Any unused high voltage conduit holes shall be plugged securely with supplied “safety cap”. Wiring to these terminal blocks shall be tightened to 3.54 lb.-in torque.

Please note that there are two voltage inputs (Vin1 and Vin2) for 12-load and 48-load power meter but only one voltage input (Vin1) for 3-load power meter. Each voltage inputs contain

up to four leads, namely L1, L2, L3, and N (neutral) which can be congured by software to

measure up to three phases voltage signal with respect to N (neutral). Vin1 L1 and L2 are also connected to meter’s 80-600V wide input power supply to power the meter. When installing a 12 or 48 load power meter, Vin 1 must be used to power the unit. The meter will not power off of Vin 2.

Français

7.0 Connexion des entrées haute tension

DANGER- Le non-respect de ces instructions entraînera la mort ou des blessures graves.

RISQUE DE CHOC ÉLECTRIQUE, D'EXPLOSION OU D'ARC ÉLECTRIQUE

• Appliquer d’équipement de protection individuelle (EPI) approprié et suivre les pratiques de travail électriques sécuritaires. Voir NFPA 70E.

• Cet équipement ne doit être installé et entretenu que par personnel électrique qualié.

• Coupez l'alimentation électrique de cet équipement avant de travailler sur ou à l'intérieur de l'équipement.

• Les ls de tension des compteurs (L1, L2, L3 et N, si nécessaire) doivent être connectés à un sectionneur dédié ou à un disjoncteur de calibre approprié (15A).

• Un câble de tension de 14 AWG THHN de 600VAC minimum ou équivalent est requis.

• Le câblage de ces borniers doit être serré à un couple de 3,54 lb-in.

• NE DÉPASSEZ PAS la ligne 347 V au neutre ou la ligne 600 V à la ligne. Ce compteur est équipé pour surveiller des charges jusqu'à 347V L-N. Le dépassement de cette tension endommagera le compteur et mettra en danger l'utilisateur. Utilisez toujours un transformateur de potentiel (PT) pour les tensions supérieures à 347 V L-N ou 600 V ligne à ligne. Les wattmètres Setra sont des machines de catégorie III de survoltage de 600 V.

• Lorsque vous utilisez un conduit rigide, connectez le moyeu au conduit avant de le connecter au boîtier du wattmètre.

• Toutes les ouvertures de conduit inutilisées doivent être fermées à l'aide du bouchon de conduit fourni par Setra.

DO NOT EXCEED 347V Line to Neutral or 600V line to line. This meter is equipped to monitor loads up to 347V L-N. Exceeding this voltage will cause damage to the meter and danger to the user. Always use a Potential Transformer (PT) for voltages in excess of 347V L-N or 600V line to line. The Setra Power Meters are 600V Over Voltage Category III device.

Français

NE DÉPASSEZ PAS la ligne 347 V au neutre ou la ligne 600 V à la ligne. Ce compteur est équipé pour surveiller des charges jusqu'à 347V L-N. Le dépassement de cette tension risque d'endommager l'appareil et de danger pour l'utilisateur. Utilisez toujours un transformateur de potentiel (PT) pour les tensions supérieures à 347 V L-N ou 600 V ligne à ligne. Les wattmètres Setra sont des dispositifs de catégorie III de surtension de 600 V

It is important to understand the electrical service type and voltage before voltage input wiring. Setra power meter supports all major service types.

1. Identify conduit plug(s) to remove for high voltage input. Identify desired conduit holes for CT and I/O inputs.

2. Power lines can be brought to the meter through any of the top two ports on the housing, located left side, top, or right side.

3. Once you have identied the convenient routing of conduit to the meter, proceed to step 4

Conduit plug

4. Insert conduit tting through 3/4" opening. Thread nut onto the tting. Tighten until secure.

DO NOT ENERGIZE METER FOR VOLTAGE INPUT WIRING. SEE SECTION "CONNECTING HIGH VOLTAGE INPUTS" FOR MORE INSTRUCTIONS

5. Strip back Romex wire sheathing approximately 3-1/2 inches. Strip each wire back

ORIGINAL ARTWORK

- USE FOR REPRODUCTION - COMPOSITE

ORIGINAL ARTWORK

- USE FOR REPRODUCTION - DIE LINE

approximately 3/8 inches.

6. Route the power wires beneath the RED power connectors and form the wires using pliers for easy insertion into the connector according to the owner’s manual wiring diagram.

WARNING

• Conduit plug – do not allow a pass through to a high voltage area to remain open. Utilize the provided plugs if conduit is not connected

• Do not route wires around or over the RED connector or allow wires to traverse the safety “No Cable Area”

7. Upon completion of the wiring, you are ready to insert the Main Assembly. Insert the two feet of the Main Assembly into the receivers found in the rear housing. Rotating the Control Board into position, depress the top portion into place, connecting the two RED power connectors to the Control Board assembly. Correct positioning will be accompanied by a clicking sound as the assembly becomes locked into place in the housing.

POWER

Figure 6

Français

ORIGINAL ARTWORK

- USE FOR REPRODUCTION - COMPOSITE

ORIGINAL ARTWORK

- USE FOR REPRODUCTION - DIE LINE

ATTENTION

• Prise Conduit - ne permettent pas de passer à travers une zone à haute tension reste ouverte. Utiliser les bouchons fournis si le conduit n’est pas connecté

• Ne pas passer les ls autour ou sur le connecteur ROUGE ou permettre des ls de traverser la sécurité “Non Zone câble ”

POWER

Figure 6

8.0 Current transformer wiring

Mount conduit ttings and conduits

WARNING

• Conduit grounding – required electrical grounding of the meter through conduit

• EMT tting – EMT tting must comply with all local electrical codes

• Current Transducers may not be installed in a panel where they exceed 75% of the wiring space of any cross-sectional area within the panel.

• Restrict installation of current transformer in an area where it would block ventilation openings

• Restrict installation of current transformer in an area of breaker arc venting.

• Not suitable for Class 2 wiring methods

• Not intended for connection to Class 2 equipment

• Secure current transformer and route conductors so that they do not directly contact live terminals or bus

1. Place tool in the center feature of the molded in knockout

2. Force tool through the knockout

3. Insert conduit tting through knockout

4. Thread nut onto the tting

5. Tighten until secure

Français

8.0 Câblage du transformateur de courant

ATTENTION

• Mise à la terre conduit – mise à la terre électrique nécessaire du compteur par le conduit

• Montage EMT – raccord EMT doit être conforme à tous les codes locaux

• Transducteurs actuel ne peut pas être installé dans un panneau où ils dépassent 75% de l'espace de câblage d'une section transversale dans le panneau.

• Restreindre l'installation d'un transformateur de courant dans une zone où il bloquerait les ouvertures de ventilation

• Restreindre l'installation du transformateur de courant dans une zone de ventilation d'arc du disjoncteur.

• Ne convient pas aux méthodes de câblage classe 2

• Non destiné à être connecté à un équipement de classe 2

• Fixez le transformateur de courant et acheminez les conducteurs de manière à ce qu'ils n'entrent pas directement en contact avec les bornes sous tension ou le bus

WARNING- Failure to follow these instructions may result in safety concern or damage

to meter.

• To reduce the risk of electric shock, always open or disconnect circuit from powerdistribution system (or service) or building before installing or servicing current transformers.

• The meter shall use Listed Energy-Monitoring Current Transformers

• Setra Power Meter can accept Rogowski Coil and voltage output current transformer up to 2V rms. Recommended CT rated output is 333 mV (rms). Apply CT output higher than 4Vrms can damage the meter.

• Current Transducers may not be installed in a panel where they exceed 75% of the wiring space of any cross-sectional area within the panel.

• Wiring to CT terminal blocks shall be tightened to 4.43 lb-in torque.

• All unused conduit opening need to be closed using UL listed conduit plugs.

• When using rogid conduit, connect the hub to the conduit before connecting to power meter enclosure

Ensure CT orientation & placement:

• Arrow points toward load (or as instructed by CT label)

• Placed on First Conductor of voltage reference (L1-L2) circuits are placed on L1

• Observe wiring color and polarity

• Use the Shield wire if provided (connect to PCB terminal marked S)

Setra CT wiring guide

Split Core CTs Rogowski CTs

White: Positive

Black: Negative

(No shield)

6. Attach Main Assembly to Back Housing, ensuring housing is secure and clicks into place.

Red: Positive

Black: Negative

Bare Wire: Shield

Français

ATTENTION- LE NON-RESPECT DE CES INSTRUCTIONS PEUT ENTRAÎNER

DES PROBLÈMES DE SÉCURITÉ OU DE DOMMAGES MÈTRES.

• Pour réduire le risque de choc électrique, ouvrez ou déconnectez toujours le circuit du système de distribution électrique (ou du service) ou du bâtiment avant d'installer ou d'entretenir les transformateurs de courant.

• Le compteur doit utiliser des transformateurs de courant de surveillance de l'énergie répertoriés

• Le Power Meter de Setra peut accepter une bobine Rogowski et un transformateur de courant de sortie de tension jusqu'à 2 V eff. La sortie nominale CT recommandée est de

333 mV (valeur efcace). Appliquer une sortie CT supérieure à 4 Vrms peut endommager

le multimètre.

• Les transducteurs de courant ne doivent pas être installés dans un panneau où ils dépassent 75% de l'espace de câblage de toute section transversale du panneau.

• Le câblage aux borniers CT doit être serré à un couple de 4,43 lb-in.

• Toutes les ouvertures de conduit inutilisées doivent être fermées à l'aide de bouchons de conduit approuvés UL.

• Lorsque vous utilisez un conduit rogid, connectez le concentrateur au conduit avant de le connecter au boîtier du wattmètre

7. Insert CT wire through the conduit and strip the wire approximately 3/8" (if necessary)

8. Connect the CT wires to the CT connectors provided with your meter in accordance to the wiring diagram provided by the manufacturer

9. Plug connector into mating connection on the Main Assembly and note the CT location

for conguration.

9.0 CTs wiring example

The image below is the counterpart to the service panel illustration and indicates how to connect CTs to Setra Power Meter for each service type. For service types that are not

specically listed, it is recommended to choose “single phase” service and congure each

channel individually. Three phase loads are illustrated on the left and split phase loads on the right as an example only. CT inputs are fully interchangeable on the meter.

3-Phase

Single Phase

10.0 EIA-485 communication wiring

Setra meter uses a 2-Wire isolated Half Duplex EIA-485 implementation. It is used for BACnet MS/TP or Modbus RTU communication. Supported baud rate are 9600, 19200, 38400 (default), 57600, and 76800. 8 data bits, no parity, 1 start, 1 stop bit. Maximum distance is 1000m.

The recommended wiring for EIA485 is 20 AWG or 22 AWG shielded twisted pair wires. Connect the shield to earth/ ground at one end only. Wiring to terminal blocks shall be tightened to 1.77 lb-in torque.

• Termination Resistors – are NOT included on 3/12-load meter. If the meter is at the end of a daisy-chain, then connect a 120-ohm leaded resistor between the + and - terminal at the RS485 connector. For 48-load meter please use the DIP switch to turn it on or off accordingly.

• Bias Resistors – are not included on 3/12-load meter. Bias resistors are needed if the idle conditions of the bus are in an indeterminate logic voltage. Bias resistors are usually located at the master node and are usually 680 ohms for an EIA-485 netword. For 48load meter please use the DIP switch to turn on or off the pull up/pull down bias resistors accordingly.

• Network Topology – EIA-485 is designed to be implemented as a daisy chain (series connections) rather than star or cascade topologies.

• Signal Names – Some EIA-485 devices use the terminology A/B while others use +/-. Note that A is (-) and B is (+). Many manufacturers incorrectly label the terminals.

• Bus Loading – The meter is a 1/8th unit load allowing up to 256 like devices in parallel.

Français

10.0 Câblage de communication EIA-485

Le câblage recommandé pour EIA485 est de 20 AWG ou 22 AWG câbles blindés à paire torsadée. Connectez le blindage à la terre / terre à une seule extrémité. Le câblage aux borniers doit être serré à un couple de 1,77 lb-po.

Verication includes conrmation of BOTH the physical interface settings (Serial or

Ethernet) and the protocol (Modbus or BACnet) settings.

11.0 Ethernet communication wiring

Connect Setra Power Meter to a 10/100 Basset 802.3-2002 compliant IP network or device by connecting a CAT5 Ethernet cable to the RJ45 Ethernet port on the Meter. The Ethernet supports BACnet/IP and Modbus TCP protocol.

1. Install communication and other I/O as your application requires.

12.0 Pulse inputs wiring

The recommended wiring is 20 AWG or 22 AWG twisted pair wires. Wiring to terminal blocks shall be tightened to 1.77 lb-in torque.

Setra meters are equipped with 2 isolated pulse inputs. Pulse counting supports accumulation of consumption data from any external meter (e.g., gas, water, BTU meter) using a dry contact (Form A relay) or open collector outputs. The minimal ON-state current is 2mA and maximum OFF-state current is 0.35mA. The maximum input voltage is 30VDC. The pulse inputs are compatible with "low speed" meters. The minimal pulse width is 20 mS is both the logic low and high state and pulse rate is 20 Hz.

12.1 Open collector output

The pulse output is electrically isolated from the meter power supply and requires the user to connect a voltage source (5-30 VDC), a ground wire (connected to the host ground), and a pull-up resistor. A 10K resistor is the recommended value. The pull up resistor shall be sized to limit the current through the isolator to 5 mA.

If the collector is connected directly to a source of voltage, the pulse isolator will immediately burn out and become non-responsive.

Output connections

13.0 Alarm relay (SPDT) wiring

The recommended wiring is 20 AWG or 22 AWG twisted pair wires. Wiring to terminal blocks shall be tightened to 1.77 lb-in torque.

Setra meter include a single pole double throw electromechanical relay that can be congured

to trigger under loss of voltage conditions. This feature will alert building systems to a “loss of phase” condition within 100 mSec of occurrence without being polled. Once triggered this relay will need to be reset via a register command.

Please note this relay shall only be used for Class 2 limited energy wiring. The maximum contact rating is 2A and 30VDC/30VAC.

Français

12.0 Câblage des entrées d'impulsion

Le câblage recommandé est des ls à paire torsadée de 20 AWG ou 22 AWG. Le câblage

aux borniers doit être serré à un couple de 1,77 lb-po.

13.0 Alarm relay (SPDT) wiring

Le câblage recommandé est des ls à paire torsadée de 20 AWG ou 22 AWG. Le câblage

aux borniers doit être serré à un couple de 1,77 lb-po.

Veuillez noter que ce relais ne doit être utilisé que pour le câblage à énergie limitée de classe 2. La valeur nominale maximale des contacts est de 2A et 30VDC / 30VAC.

14.0 Installing front cover

1. Install front cover by inserting tabs into bottom of the back housing and rotate until it clicks.

1. Turn on Power. It will take a couple minutes for the meter to start up. When the meter is fully powered up, the status LED will show either Green (no error detected) or Red

(conguration or measurement error detected). The backlit LCD will show start up

message.

15.0 Meter conguration

The Setra Power Meter’s congurability allows each product to accurately measure in each unique application. Simple conguration can be leveraged on the unit’s main LCD display, and more detailed conguration is best completed using Meter’s integrated Web Portal setup

software. The Web Portal can be accessed using a USB or Ethernet port.

15.1 LCD user interface for simple conguration

To use the LCD display, the meter must be powered either through USB or the high voltage inputs. The LCD will light up upon receiving power. This will follow with easy-to-follow prompts that allow the user to simply step through each screen.

15.2 Web portal for main conguration

The meter’s Web Portal is an intuitive, web based setup guide for the 3, 12, and 48 load meters.

To access the meter, the user will rst need to connect with a PC.

15.3 Connect the Meter

USB Connection (Power & Communications)

The preferred method for conguring the meter from a locally connected computer is through

the USB port which provides power to the meter as well as communications. The USB port of

most computers will be able to provide enough current to power the meter for conguration.

However, it shall not be used to measure electrical parameters without the meter connected to line voltage (Vin 1).

To check the status of the meter, the user can reference both the LCD display and the LED light indicator. If the LED is green, the status is clear. If the LED is blinking red, there is an error – which requires investigation; detailed information can be found in the unit through the LCD display. If LED remains "green" for extended period of time, the meter is not communicating.

Blinking green = Good Blinking red = Error

Ethernet Port/RS-485 Port Connection (Communications only)

The meter can also be congured through the Ethernet port. Please note that this connection

is for communication only and will not power the unit.

15.4 Web portal setup

After enabling a connection with the meter, open a web browser on the connected PC and enter http://10.10.5.2 (this is the static address of the USB port) to start the Web Portal home page. The user will be prompted to LOGIN to the Portal with a Pin code, for additional security, if desired.

Upon login, the web portal software will open with the menu navigation sidebar appearing along the left side.

15.5 Web portal overview

The web portal is structured into three main sections: the meter communication bar, menu

navigation sidebar, and the conguration/data window. The web portal software will allow the user to congure the meter for their installation as well as view/access data once the meter

fully installed and collecting data.

Menu navigation sidebar

Meter communication bar

Conguration/ Data window

15.6 Meter communication bar

The meter communication bar is the 3-button user interface that links the web portal software

to the conguration le on the meter.

Send/store the conguration to the meter

Reload/retrieve the current stored conguration from the meter to the portal

Logs out of the current session of the portal, pin code may be needed to log back in

15.7 Menu navigation sidebar

The menu navigation sidebar allows the user to navigate through the web portal software. The sidebar is split into seven sections:

1. Setup

Congure unit defaults, dene voltage input(s),

load setup, CT inputs, communication output,

pulse input(s) & output, alarming, and complete

installation report.

2. Power analysis

Access energy & power details for the congured

loads of the meter including: trending, harmonics, waveform, and running “odometer” measurement.

3. Event log Access to previously occurring errors and

conguration changes to the meter setup.

4. Alarm status Access to current alarm status (including LED and relay state) and previously triggered alarms

5. System Update current software version, perform factory and trend data reset, and reboot the meter.

6. Export conguration

Export or import conguration le for a backup of the fully congured meter or use to import setup to another meter being installed with a similar setup & export conguration report.

7. Help Access technical documentation for the meter and contact information for technical assistance.

16.0 Halo-dot

The Halo-dot is a visual indication to the user of where to click to begin conguration, current

status of a given attribute, or numeric indication of the item selected.

16.1 Conguration indication dot

The conguration indication dot resides on or next to an input or output that can be congured

or grouped together by the web portal. The color of the indication dot changes based on the

state of conguration,while the meaning of the color may change slightly depending on the

menu.

Unused

(Not congured)

Fully

Congured

Partially

Congured

Error in

Conguration

16.2 Halo

When the indication dot is surrounded by a “Halo”, it indicates the input or output is selected

and currently being congured.

Selected

Unused

(Not congured)

Selected

Fully

Congured

Selected

Partially

Congured

Selected

Error in

Conguration

16.3 Numerical indication

When the conguration indication dot–has a number inside the symbol, it reflects either the input number, output number, or the load assignment based on the conguration menu the

user is in.

1 2 3 4

17.0 Setup menu

The power meter’s web portal conguration software is intended to intuitively walk the user

through the setup of all the crucial inputs and outputs to gain insights into energy usage, allowing them to make better energy management decisions and support energy strategy initiatives.

The setup menu is divided into eight menu areas:

1. General settings

Congure/edit general settings for the device, edit unit defaults & add site specic information about

installation (optional)

2. Voltage inputs

Congure/edit expected line voltage (voltage reference) & dene service type (wiring) of the

voltage input(s)

3. Load setup

Dene/edit the relationship between the voltage

input(s) and CT(s) for the electrical load being measured

4. CT inputs

Congure/edit the CT type, rated current, voltage at

rated current and CT polarity

5. Communication

Congure/edit communications type, protocol parameters, and dene network settings

6. Pulse IO setup

Dene & congure the (2) pulse inputs & (1) pulse

output on the meter

7. Alarm setup

Congure/edit alarm type, setpoint, deadband, delay,

LED indication, relay trigger for conditions that require notication

8. Installation report Generate record of installation with snapshot of live data in a pdf

18.0 Setup menu help legend

Throughout the web portal there are icons and coloring to help the user know the state of

the conguration and if further action might be needed. These legends are accessible

by clicking the encircled question mark icon and opening the relevant legend on the page.

Within the setup menu, the legend is below:

If the section has this symbol to the right of title, it requires no further action from user.

Note: When rst logging into the web portal, the user will see the green checkmark

since the defaults are loading at the time of manufacturing.

If the section has this symbol to the right of title the user is required to click the Upload to Meter button in the Meter communication bar. Note: The upload to meter button only appears when there is something to upload.

If the section has this symbol to the right of title, it serves as a warning that there may

or may not be more work to do to fully congure the meter. Note: This will not prevent you from uploading the conguration to the meter,

(warning only).

If the section has this symbol to the right of title, the conguration has a fundamental

error and cannot be uploaded to the meter.

19.0 General settings

The General Settings menu is where the user can nd general device information, set unit

default parameters, and enter any detailed information about the site where the meter is being

installed. The general settings conguration/data window can be accessed by clicking the

Setup section (if minimized) and then clicking the General Settings menu.

Once in the General settings menu, the user can access three sub menus: Device general, Unit defaults, and Site information.

19.1 Device general

Within the Device general section, the Product, Model, and Serial no. will automatically be pulled from the stored values on the meter. The date and time can be set following the procedures below.

The date can be set by:

1. Click the calender icon

2. Use the left & right arrow to scroll to the correct month/year

3. Click the correct day within the month

4. Click out of the window and your date should be changed

5. To upload changes to the meter, click Upload to Meter in the communication bar

The time can be set by:

6. Click the clock icon

7. With the hour highlighted in white, click the number that needs to be set

8. With the Minute highlighted in white, click the number that needs to be set

9. Click out of the window and your time should be changed

10. To upload changes to the meter, click Upload to Meter in the communication bar

Note: The date & time set will be used for time stamping during

data collection. The unit will not adjust for daylight savings time.

19.2 Unit defaults

Within the Unit defaults section, the user can change global settings that will apply to all measurements and/or operation of the power meter. Within the Unit defaults menu, the user can edit: Display backlight, Display scrolling, Password enablement, Power factor sign convention, frequency, and demand window.

Display backlight

This setting changes the backlight behavior on the physical meter

1. Click the drop down arrow

2. Select Always on (stays on all the time), On button/error (display will be backlit after a button press or if there is an error, or always off (back light is never on)

3. To upload changes to the meter, click Upload to

Meter in the communication bar if conguration

is complete

Display scrolling

This setting changes the behavior of the data on LCD screen

1. Click the drop down arrow

2. Select scroll (real-time data will scroll from load to load), or Static (real-time data will remain static until user clicks left/right arrow)

3. To upload changes to the meter, click Upload to

Meter in the communication bar if conguration

is complete

Password/Pin code

This setting enables/disables pin code access to the mete

1. Click Enabled or Disables

2. Type 4 digit pin code

3. Conrm 4 digit pin code

4. Click save

5. To upload changes to the meter, click Upload to

Meter in the communication bar if conguration

is complete

6. Unit will go to login screen. Enter pin and circle login button.

Note: Some version of the software require a pin code. Disabling is not an option.

Power factor sign convention

This setting changes the convention for the power factor sign

1. Click the drop down arrow

2. Select IEC or IEE

3. To upload changes to the meter, click Upload to

Meter in the communication bar if conguration

is complete

Frequency

This setting changes the frequency setting, based on region

1. Click the drop down arrow

2. Select 50 or 60 Hz

3. To upload changes to the meter, click Upload to

Meter in the communication bar if conguration

is complete

Demand window

This setting changes the time interval for peak demand window

1. Click into the eld

2. Enter desired time interval (1 to 120 minutes)

3. To upload changes to the meter, click Upload to

Meter in the communication bar if conguration

is complete

Billing cycle day

This setting changes day of the month, the peak demand value

in the meter is reset, and is also used to see the last month date

window in the odometer

1. Click into the Billing Cycle day eld

2. Enter day of the month for the peak demand and odometer the user wants the change to occur (i.e. if the user enters a value, every

day of the month the peak demand and

odometer would reset)

3. To upload changes to the meter, click Upload to

Meter in the communication bar if conguration

is complete

Billing cycle time

This setting changes time of day on the billing cycle day the peak

value in the meter is reset and is also used to set the last month

date window in the odometer

1. Click on the clock symbol to the right of the current time setting

2. Select new time for reset to occur

3. Click into the grayed out area, new time will

show in the billing cycle time eld

4. To upload changes to the meter, click Upload to

Meter in the communication bar if conguration

is complete

Note: The unit will not adjust for daylight savings time

Peak demand reset

The peak demand is reset automatically every month on the day and time as congured in the billing cycle. Pressing the 'Reset' button resets the peak demand directly once.

1. Click Reset

2. Click OK or CANCEL to continue/not continue with reset of the current peak demand value

19.3 Site information

The Site information section allows the user to store pertinent information about the job site directly on the meter. While optional, this information gives the user detailed information about the site that can be accessed through BACnet, transferred directly to the installation

report, and stored in a job le.

Site information

This is a repository for pertinent job sire information

1. User lls out elds that are pertinent to the job

Note: Each eld has a character limit that is noted

in grey.

19.4 Uploading to meter

With the General settings menu complete, the user can click Upload to meter to load settings and information on to the meter.

Once the user sees the "Successfully saved device info" flag, the upload is complete, and changes have been saved.

20.0 Voltage inputs

The Voltage inputs menu is where the user enters the expected voltage, reads the actual

voltage (if unit is line powered), congures the service type (wiring), and corrects the service

wiring electronically.

To begin setting up the Voltage inputs, click one of the grey conguration dots next to the Voltage input connector that needs to be congured. The example below shows Voltage input

1 (Vin 1) being selected on a 12 Load meter.

1. Enter the expected voltage for the input; this can be used for reference and for an alarm setpoint

2. Select Service type from the drop down list, wiring diagrams can be accessed by clicking the help icon

Service wiring correction

Voltage input conguration

1. Click Save

Note: The "Halo-dot" may turn amber until the input is assigned to a load.

Voltage input conguration, service wiring

correction

To correct any eld wiring issue the wiring can be changed

electronically be re-assigning the inputs

1. Click the slide switch to enable feature

2. Click drop down

3. Align L1 voltage wire from the panel with the correct input terminal on the voltage input connector

4. Click save

Clear conguration of Voltage input

1. Click Defaults in the lower right of the

conguration window to clear values

2. Values will clear, click SAVE

3. Warning message appears, alerting the user that all loads associated with the input will be removed, if ok, click OK

Voltage input returns to grey, unused state per legend

Halo-dot Legend: Voltage input

21.0 Load setup

The Load setup menu is where the user denes the relationship between the voltage input and

the CT(s) for the electrical load to be measured.

What is a Load?

A Load is a grouping of a voltage input and current transformer(s) that provides meaningful energy and power consumption data. A Load can be a voltage reference and (1), (2), or (3) CT(s) based on your wiring service type and whether it is a single, dual, or three-phase service.

The key feature of the Load setup menu is the flexibility given to the user to mix and match any combination of single, dual, or three-phase loads within the limit of the Load meter order (3, 12, or 48).

The Load setup menu is designed to let the user easily congure Loads into meaningful groupings to support an energy management strategy. Within the Load Conguration window,

the user assigns a Load name, voltage input, and which CT(s) reference which line input based on the service type ( i.e. L1,L2, or L3).

21.1 Conguring a Load

Load conguration

1. Click ADD LOAD

2. Type in name for Load

3. Select voltage input; Vin1 or Vin2 (3-load meter only has Vin1)

4. Select CT that ties into L1 for single phase,

L1 & L2, for dual phase, and L1, L2, & L3 for

three-phase

5. Click save

6. Continue conguring Loads until all CT inputs

are full or all loads being measured by the

meter are congured (See example below)

Note: The number of CTs needed is determined

by congured service type on the selected

voltage input.

If unit is congured to run on a BACnet network,

each load will need a unique virtual device instance (VDI) assigned to it.

Edit a congured Load

1. Click on the pencil icon to the right of the Load in the Actions column

2. Make change in voltage input or CT

3. Click save

Delete a congured Load

1. Click on the trash can icon to the right of the Load in the Actions column

2. Conrm deletion of Load by clicking ok

Note: After changes have been made and saved the information needs to be uploaded to the meter to take affect.

21.2 Visual load indication

To the right of the table is an image of the power meter. Next to each CT input there is a

colored indication dot. Once a Load is dened, a number will appear inside of the indication

dot. The number corresponds to Load number in the table.

Note: CTs do not need to be consecutive to be grouped into a Load.

Halo-dot Legend: Voltage input

22.0 CT Inputs

The CT inputs menu is where the user goes to dene which CT will be wired into each terminal block of the power meter. The conguration software has been pre-loaded with congurations for both Setra’s split core CTs and Patrol Flex Rogowski coils. The user can also congure a user dened CT, provided the max rating is less than 2V.

Note: 5A CTs cannot be used with the power meter.

To begin setting up the CT inputs, click one of the indication dots near the terminal block

until the “Halo” appears and the heading of the conguration table matches the selected CT terminal block to be congured. The example below shows Current Transformer input 1 (CT1)

being selected on a 12 Load meter.

Congure CT Input

Congure a CT Input

After clicking on the indication dot next to the CT terminal block as shown above:

1. Click drop down arrow under CT type

2. Scroll until you nd the part number of the

Setra CT or select user dened

3. If a Setra CT is selected, Click SAVE, and

conguration is complete. If user dened is

chosen, continue to step 4

4. Type in rated current of the CT congured

Note: Amerage range for user dened must be

between 10 to 10,000 Amps

5. Type in the mV Output at the rated current

6. Click SAVE

Note: Non Setra rogowski coils are not

compatible with the power meter

Copy a CT conguration

1. Click the indication dot of the CT input that

needs to be copied

2. Click copy in the lower left corner of the

conguration window

3. Click the drop down to select the CT of CTs

the conguration to.

4. Select the CT or CTs to copy the

conguration to

5. Once all are selected, click OK

6. Review list of CTs that are selected, if

needed click the "X" next to the CT number to remove it from list

5. Click SAVE

All CTs that were copied to should be either green or amber based on the state of the

conguration process.

Note: After CT's have been congured the

information needs to be uploaded to the meter.

Clear conguration of CT input

1. Click indication dot until "Halo" appears

around the CT input you want to clear

2. Click Defaults in the lower right of the

conguration window to clear values

3. Values will clear, click SAVE

Halo-dot Legend: CT input

The indication dot will change color per the Halo-dot legend to reflect to reflect state

23.0 Communications/ Network settings

The communications menu is where the user denes the communications protocol and

network settings for the power meter. The power meter comes standard with 4 advanced

protocol options to t the installation requirements: BACnet MSTP, BACnet IP, Modbus RTU,

and Modbus TCP.

To begin conguration of the communications protocol:

1. Click drop down arrow under communications type

2. Select protocol to match your building automation system or energy software platform

Note: Information needed will change based on the protocol selected. Continue reading below for more details on each protocol.

BACnet IP

3. Fill out each attribute in the setup menu shown to the left

Field Limits are below: Base Device Instance: 0 – 4194328 Base Device Name: 80 Characters Virtual Network #: 1 – 65534 UDP Port: 1 – 65534 BBMD address: valid address BBMD TTL: 1 – 28800

Note: Click BACnet object link for full list. When BACnet is selected as the communication protocol, a virtual device instance (VDI) is

assigned to each congured load. The user

must go back and assign a unique VDI to each

congured load to ensure reliable network

performance.

BACnet MS/TP

3. Fill out each attribute in the setup menu shown to the left

Field Limits are below:

Base Device Instance: 0 – 4194328 Base Device Name: 80 Characters Virtual Network #: 1 – 65534 Baud Rate: Selectable 9600, 19200, 38400, 57600, or 76800 MAC Address: 0 – 127 Max Master: (MAC Address + 1) – 127 Max info Frames: 1 - 100

Note: Click BACnet object link for full list. When BACnet is selected as the communication protocol, a virtual device instance (VDI) is

assigned to each congured load. The user

must go back and assign a unique VDI to each

congured load to ensure reliable network

performance.

Modbus TCP

Modbus RTU

3. Fill out each attribute in the setup menu shown to the left

Field Limits are below: TCP port: 1–65534

Note: Click Modbus Register link for full list.

3. Fill out each attribute in the setup menu shown to the left

Field Limits are below: Baud Rate: Selectable 9600, 19200, 38400,

57600, 76800, or 115200 Node Address: 1 - 247

Note: Click Modbus Register link for full list.

23.1 Network Settings

In the network settings window, the user can congure the IP Address. The power meter’s IP

Address supports either addresses obtained via Dynamic Host Control Protocol (DHCP) or static IP addresses.

DHCP

If the DHCP server is active on the IP network, then it will automatically assign an IP address to the Power Meter

Static

The user can assign a static IP address by

selecting the Static radio button and lling out

the desired MAC address, IP address, Gateway

address, & Subnet mask.

24.0 Pulse IO setup

The power meter comes standard with (2) pulse inputs and (1) pulse output. The Pulse IO

setup menu is where the user goes to enable/dene either inputs from an external meter or to enable/dene the pulse output from the power meter.

To begin conguration, click the indication dot above either the pulse input or output

connection to the meter as shown below. Once the “Halo” appears around the indication

dot the header for the input/output conguration window will change to match the selection.

Pulse In

The (2) pulse inputs can be congured to accept a pulse input from several types of meters

including Electrical, Water, Gas, Steam, BTU/Energy, or used as an Event counter.

To begin conguration:

1. Click slide bar to enable input

2. Click drop down to select pulse type

3. Click drop down to select unit of measure

4. Type in the Scaler; value of each pulse in UOM

5. Click SAVE, Indication dot will become green

24.1 Pulse Output

The (1) pulse output can be congured to send out a dened pulse to an external pulse

counting source.

To begin conguration

1. Click the grey indication dot above the pulse output terminal block (O1), halo will surround dot

2. Click slide bar to enable output

3. Select a congured load from the drop down

4. Click drop down to select unit of measure

5. Enter in the Scaler; value of each pulse in

UOM

6. Enter pulse width (ms)

7. Click SAVE, indication dot will become

green

Clear conguration of pulse IO

1. Click indication dot until “Halo” appears

around the Pulse input or output you want to clear

2. Click Defaults in the lower right of the

conguration window to clear values

3. Values will clear, click SAVE

Halo-dot Legend: Pulse IO setup

The indication dot will change color per the Halo-dot legend to reflect state.

25.0 Alarm setup

The Alarm setup menu is designed to let the user easily congure alarms and present the alarms to the user in simple dened list. Alarms can be congured to trigger a Relay, show

a warning LED and create warning logs for undesirable conditions. An alarm has up to 7

properties that can be congured:

Error Type

The type of the error to look out for. There are 16 types that can be congured, namely:

'Over Power', 'Under Power', 'Energy Usage (Vin)', 'Energy Usage (Load)', 'Polarity CT', 'Under Voltage', 'Under Current CT', 'Over Current CT', 'Phase Loss CT', 'Undersized CT', 'Excessive Voltage', 'Excessive Current', 'Peak Demand (Meter)', 'Peak Demand (Vin)', 'Peak Demand (Load)' and 'Low Power Factor'.

Vin / Line / Load / CT

Depending on the alarm type you can congure either a Voltage input (Vin), Line, Load or CT.

Alarm Set Point

At what value the alarm should be triggered.

Deadband

In what range an alarm-warning should be logged even though the alarm has not yet been

triggered. For example, when conguring 'Over Power' on a load with a Set Point of 1000kW the alarm will be triggered when the load uses 1000kW. When a Deadband of 50kW is congured

a warning will be logged when the load uses 950kW. A warning will only result in a log entry and will never trigger the LED or Relay. A dead band of "ø" means no warning is generated.

Delay Seconds

How long the error-condition should exist before the alarm is triggered. This is helpful to prevent nuisance alarms.

LED Indication

Whether to trigger the Led when the alarm is active.

Relay Trigger

Whether to trigger the Relay when the alarm is active.

To complete an alarm setup the user must click ADD ALARM in the upper right hand corner,

select the error type from the dropdown list and ll out all pertinent information needed for the selected error type. When alarm condition is fully dened, click SAVE. To restart the alarm denition, click CANCEL.

25.1 Congurable Alarms

Over Power

This alarm will activate when instantaneous power is above a kW setpoint exceeding

the alarm delay of delay setpoint in second (s) for a dened load. The user can congure the LED and/or the alarm relay to be triggered when conditions of the alarm are met (active). The user can congure a deadband (warning) and alarm

delay for the alarm condition to prevent nuisance alarming in the application.

Example:

Under Power

This alarm will activate when instantaneous power is below a kW setpoint exceeding

delay for the alarm condition to prevent nuisance alarming in the application.

Example:

25.2 Energy usage (Vin)

This alarm will activate when energy consumption for selected voltage input (Vin)

exceeds a kWh setpoint. The user can congure the LED and/or the alarm relay to

be triggered when conditions of the alarm are met (active). This includes energy consumption for all loads with the selected voltage input (Vin).

Example:

25.3 Energy Usage (Load)

This alarm will activate when energy consumption for selected Load exceeds a kWh

setpoint. The user can congure the LED and/or the alarm relay to be triggered

when conditions of the alarm are met (active).

Example:

25.4 Polarity CT

This alarm will activate on negative power calculation caused by mis wired CT. The

user can congure the LED and/or the alarm relay to be triggered when conditions

of the alarm are met (active).

Example:

25.5 Under voltage

This alarm will activate when the voltage of selected Line goes below the setpoint percentage of the Line's expected voltage for more than the entered delay. The user

can congure the LED and/or the alarm relay to be triggered when conditions of the alarm are met (active). Care must be taken to dene the expected voltages level in

the voltage setup page.

Example:

25.6 Under current CT

This alarm will activate when the current flow is equal or less than the setpoint for

the selected CT for more than the entered delay. The user can congure the LED

and/or the alarm relay to be triggered when conditions of the alarm are met (active).

Example:

25.7 Over current CT

This alarm will activate when the current flow is equal or more than the setpoint for

the selected CT for more than the entered delay. The user can congure the LED

and/or the alarm relay to be triggered when conditions of the alarm are met (active).

Example:

25.8 Phase loss CT

This alarm will activate when the difference of load is higher than entered setpoint percentage for longer than the entered delay. Alarm will be set when ((MaxCurrent of CT’s that make up a load) minus (MinimumCurrent of CT’s that make up a load)) are divided by the (MaxCurrent of the CT’s that make up a load) are greater than

setpoint percentage. The user can congure the LED and/or the alarm relay to be

triggered when conditions of the alarm are met (active).

Example:

25.9 Undersized CT

This alarm will activate when selected CT is pegged at its max rated current of the

CT for 120 seconds. The user can congure the LED and/or the alarm relay to be

triggered when conditions of the alarm are met (active).

Example:

25.11 Excessive voltage

This alarm will activate when the voltage of selected Line goes above entered percentage of the selected Line’s expected voltage (value from voltage input

conguration) for entered amount of time. The user can congure the LED and/or

the alarm relay to be triggered when conditions of the alarm are met (active). Care

must be taken to dene the expected voltage level in the voltage setup page.

Example:

25.12 Excessive current

This alarm will activate when the current exceeds a set amperage for an entered

time for a selected load. The user can congure the LED and/or the alarm relay to

be triggered when conditions of the alarm are met (active).

Example:

25.13 Peak demand (meter)

This alarm will activate when the sum of all congured loads exceeds an entered setpoint. The user can congure the LED and/or the alarm relay to be triggered

when conditions of the alarm are met (active).

Example:

25.14 Peak demand (Vin)

This alarm will activate when the sum of all congured loads referencing a specic Vin exceeds an entered setpoint. The user can congure the LED and/or the alarm

relay to be triggered when conditions of the alarm are met (active).

Example:

25.15 Peak demand (Load)

This alarm will activate when a selected Load exceeds an entered setpoint. The

user can congure the LED and/or the alarm relay to be triggered when conditions

of the alarm are met (active).

Example:

25.16 Low power factor

This alarm will activate when the Power factor is below an entered setpoint for a

selected Load. The user can congure the LED and/or the alarm relay to be triggered

when conditions of the alarm are met (active).

Example:

25.17 Summary alarm table

As each new alarm is created and saved to the meter, the summary table continues to build as each alarm is added. Alarms that are saved can be edited by clicking the pencil icon to the right of the alarm. Alarms can also be deleted by clicking the trash

can icon to the right of the congured alarm.

Example:

26.0 Installation report

The Installation report menu is designed to let the user easily create a document of record of a power meters’ condition, snapshot of measurement data and information the user thinks is valuable to retain about the installation. While nothing in this menu is required, the installation report serves as a valuable tool should

different job functions need to nd or diagnosis problems with the meter. The menu

is split into 4 main windows General Information, Meter Information, General Notes

& Measurements.

26.1 General Information

Within the General Information window of the menu, information about the installation site, electrical contractor, and panel information. If information has been previously entered within the general settings menu it will be carried over to the general information window; this information is shown by a dashed data entry line.

26.2 Meter information

Within the Meter Information window of the menu, information about the meter

itself is pulled into window such as manufacturer, product part number & serial number. The window has a eld that the user can enter the meter install location so

it can be found later after leaving the site.

SPM12EDN

26.3 General notes

Within the General Notes window of the menu, the user can enter information up to 1000 characters that the electrician/installer wants to note in the report.

26.4 Measurements

The Measurements window of the menu allows the user to take a snapshot of realtime measurement data the power meter is reading in the installation.

To take a snapshot of real-time voltage and current data the user must click UPDATE POWERMETER VALUES in the blue window bar. By pressing the UPDATE

POWERMETER VALUES the meter lls in the real-time values of all voltage and current inputs that are congured to a Load under the Measured Powermeter

Values column (right side) of the window.

The window also has a Measured Multimeter Values column where the user can

measure the same parameters to make sure the readings are veried with what the electrician/installer would expect based on the installation. This step veries and gives condence that the conguration of the meter is correct prior to the

electrician/installer leaving the site.

Once all information is entered, click UPLOAD TO METER to save the entered information.

26.5 Export the report

All the information entered in the Installation report menu can be exported to a pdf to be saved locally to a PC and stored as a record of installation.

To begin export

1. Click EXPORT TO PDF button

2. Powermeter-installation-report.pdf icon will appear in the window

3. Click to open

4. Save to desired location

Note: Different browsers will have different icons for the download, but should be like typical browser based downloads from previous downloads.

27.0 Power analytics

The power meter logs up to 62 days of data, which the user can access through the power analytics tools. The Power analytics section of the web portal is made up of two menus; Trends and Odometer. This section empowers the user to look at logged or live information both graphically (Trends) and in time based tabular form (Odometer).

27.1 Parameters within Trends & Odometer menus

Energy:

Energy generated over all phases (kWh-) Energy dissipated over all phases (kWh+) Apparent power generated over all phases (kVAh-) Apparent power dissipated over all phases (kVAh+) Capcitive kVARh generated over all phases (CkVARh-) Inductive kVARh generated over all phases (IkVARh-) Capacitive kVARh dissipated over all phases (CkVARh+) Inductive kVARh dissipated over all phases (IkVARh+)

Power:

Real Power over all phases (kW) Amperage over all phases (A) Line to neutral voltage (V) Line to line voltage (Vll) Apparent power over all phases (kVA) kVAR over all phases Apparent power factor (aPF) Displacement power factor(dPF)

Frequency:

Frequency (Hz)

Distortion:

Harmonic distortion (TDH)

Peak Demand:

Peak demand in kW over all phases for the congured demand window (kPD)

27.2 Trends

To begin looking at the live or logged Information on the meter the user must rst

select the load to look at.

To begin looking at trend data

1. Click drop down

2. Selected Load

3. Click radio button to select time interval; Live, Hourly, or Daily

4. Scroll to view graph of parameter

Example:

Live Data

Hourly

Daily

27.3 Odometer

The odometer simplies time based data for the user, segmenting parameters into

Live Data, Last Hour, Last Day, Last Week, and Last Month time intervals.

To begin using odometer

1. Click drop down

2. Select Load

Data will display in the set time intervals

To view the time intervals and additional data

1. Click Header, to see time interval and CT information

27.4 Time Interval denition

Live Data

Data is live and changing based on meter update rate

Last Hour

Data is from the last complete whole hour interval, i.e. 9:00:00 to 10:00:00

Last Day

Data is from the last complete calendar day, i.e. Yesterday

Last Week

Data is from the last complete week, week is based on a Sunday to Saturday time interval

Last Month

Data is based on the last complete month (billing cycle), user can change day in general settings.

28.0 Event Log

The Event log section will log any user driven changes to the device. This includes

navigate pages at the bottom of the log data.

Example:

29.0 Alarm status

The Alarm status section is made up of 4 windows; Active alarm States, Active Led State, Active Realy State, and Alarm Log.

29.1 Active Alarm states

In the Active alarm states window the user can see the congured alarms and see is

the alarm is currently triggered or not triggered at that moment in time.

29.2 Active LED states

In the Active LED State window the user can see if the LED on the meter is current

on or off based the status of any congured alarm.

29.3 Active relay states

In the Active Relay State window the user can see if the relay on the meter is current

triggered (closed) or untriggered (open) based on the status of any congured

alarm.

29.4 Alarm Log

In the Active Log window the user can see a log of any triggered alarms that

previously occurred for any congured alarm. Within this window the user can

click the RELOAD ALARM VALUSE on the blue title bar to refresh the list from the previous page load, this will not delete any alarms The user can change row per page and navigate pages at the bottom of the log data.

30.0 System

The System section is designed to give the user an interface to view, update, reset, reboot global software, trend and power settings. The section is made up of 5 windows; Software version, Factory reset, Trend data reset, Reboot, and system log.

30.1 Software version

In the Software version window, the user can see the current software version loaded on the power meter and also update the meter with a future software update. The latest software version can be downloaded from the Setra Power Meter product Page: https://www.setra.com/product/power-meters/setra-power-meter

To update software version

1. Download new software version from link above

2. Click UPDATE button

3. Choose new le from saved location, unit will take a few minutes to load new software and reboot

Note: All trend data will be lost after as of future update is preferred.

30.2 Factory reset

In the Factory reset window, the user can reset all settings on the meter and restore the power meter to its as shipped condition.

To perform Factory reset

1. Click RESET button

2. Click OK to continue or CANCEL to stop factory reset

30.3 Trend data reset

In the Trend data reset window, the user can reset all stored data on the meter. This provides a clear start date and time for future trend data.

To perform Factory reset

1. Click RESET button

2. Click OK to continue or CANCEL to reset trend data

30.4 Reboot

In the Reboot window, the user can reboot (restart) the meter.

To reboot the meter

1. Click REBOOT

2. Click OK to reboot the power meter or CANCEL to exit

30.5 System Log

In the System Log window, the user can view and download journal information of the meters software performance. The user can change row per page and navigate pages at the bottom of the log data. To download the journal, click DOWNLOAD

JOURNAL to download a data le. The system log is typically used for advanced

meter diagnostics

100

Setra Networked Operating Manual

Specifications and Main Features

Frequently Asked Questions

User Manual