Bender PEM330 Manuel utilisateur

EN-1

Quick start

PEM330-333_D00004_02_Q_XXEN/08.2015

These short instructions do not replace the operating manual.

You will find the operating manual on www.bender.de

Make sure that the personnel has read this manual and understood

all instructions relating to safety.

1. Short instructions

2. Intended use

The digital universal measuring device PEM330/PEM333(-P) is

suitable for measuring and displaying electrical parameters of elec-

tricity networks. The device measures current, voltage, energy con-

sumption and power as well as the total harmonic distortion for

assessment of the voltage and current quality.

The accuracy of the active energy metering corresponds to class

0,5 S in compliance with the DIN EN 62053-22 (VDE 0418 Part 3-

22):2003-11.

3. Scope of delivery 4. Safety instruction

•one PEM330 or PEM333 or PEM333-P

•Safety instructions for Bender Products

•these short instructions

•one sealing frame "IP54"

5. Installing the device

Front panel mounting (front view, side view, panel cut-out)

A front panel cutout of 92 mm x 92 mm is required for the device.

1. Fit the device through the cut-out in the front panel.

2. Put the 4 transparent mounting brackets from behind on the edges of the device.

3. Push the clips tightly against the panel to secure the device.

4. Check the device to ensure that it is firmly installed in the front panel.

Danger of electric shock!

Follow the basic safety rules when working with electricity.

Consider the data on the rated voltage and supply voltage as

specified in the technical data!

DANGER

18 1862

9691

PEM330/PEM333/PEM333-P

EN-2 PEM330-333_D00004_02_Q_XXEN/08.2015

PEM330/PEM333/PEM333-P

6. Connection of the device

Wiring diagram

Connection

1. The connecting terminals are located on the rear. Connect the

PEM330/PEM333(-P) to the supply voltage (terminals A1 and

A2 resp. +/-). Connect terminal " " to the protective con-

ductor.

2. Power protection by a 6 A fuse, quick response. If being sup-

plied from an IT system, both lines have to be protected by a

fuse.

3. Connection to the RS-485-Bus is made via the terminals D+,

D- and SH. Up to 32 devices can be connected to the bus. The

maximum cable length for the bus connection of all devices

is 1200 m.

7. Connection diagram voltage inputs

I11

I12

I21

I22

I31

I32

DO13 DO14

DO23 DO24

DI1 DI2 DIC

PEM333

PEM333-P

PEM333...

D+

P1(RS-485) DO

• l11 l12 l22 l32 L1 L2 N• l21 • l31

24 DI1 DI2

DIC A2/

A1/

kWh+ kWh-

kvarh+ kvarh-

Terminal Description

A1, A2,

Supply voltage. Power protection by a 6 A fuse, quick re-

sponse. If being supplied from an IT system, both lines

have to be protected by a fuse.

DI1, DI2, DIC Digital inputs (PEM333…)

DO13…DO24 Digital outputs (N/O contacts) (PEM333 only)

kWh+, kWh-

kvarh+; kvarh-

Pulse outputs (opto-coupler) for kWh and kvarh

(PEM333-P only)

I11…I32 Connection to the system to be monitored

D+, D-, SH Connection RS-485 bus (PEM333… only)

L1, L2, L3, N Measuring voltage inputs: The measuring leads

should be protected with appropriate fuses.

L1 L2 L3 N

PEM

AC 400 V / 230 V

Three-phase

4-wire system

(TN, TT, IT systems)

L1 L2 L3 N

PEM

I11 I31I21I12 I22 I32

One-phase 3-wire

system (1P3W)

L1 L2 L3

PEM

AC 400 V

Three-phase

3-wire system

For usage in three-wire systems, the connection type (TYPE)

has to be set to delta (DELTA) .

For this purpose, the measurement inputs L2 and N are to

be bridged.

L1 L2 L3 N

PEM

AC 230 V

I11 I31I21I12 I22 I32

One-phase 2-wire

system (1P2W)

L1 L2 L3 N

PEM

LV / MV / HV

Connection

via voltage

transformers

EN-3

PEM330-333_D00004_02_Q_XXEN/08.2015

PEM330/PEM333/PEM333-P

8. Commissioning

Check proper connection

During installation and connection, abide by the relevant standards

and regulations and follow the operating manuals for the device.

Before switching on

1. Before switching on think carefully about these questions:

2. Does the connected supply voltage US correspond to the

nameplates information?

3. Is the nominal system voltage of the measuring current

transformer not exceeded?

4. Does the measuring current transformer's maximum current

correspond to the nameplate information of the connected

device?

Switching on

After switching on, proceed as follows:

1. Connect the supply voltage.

2. Set the bus address/IP address.

3. Set the CT transformer ratio (for each channel).

4. Change the measuring current transformer's counting direc-

tion, if required.

5. Set the nominal voltage.

6. Select wye connection or delta connection.

9. Getting to know the operating elements

Legend

LED "kWh" and LED "kvarh": Pulse output

"SYSTEM" button: Display mean value and total value (current, vol-

tage); in the menu: in case of numerical values: move the cursor one

position to the left

"PHASE"

button: Display line-conductor related measured quantities;

in the menu

: go up one entry;in case of numerical values: incre-

asing the value

ENERGY

" button: Display measured values: Active and reactive energy

import/active and reactive energy export (line 4);

in the menu

: move down one entry; in case of numerical values:

reduce the value

SETUP

" button: Press > 3 s: switching between setup menu and stan-

dard display;

in the menu

: selection of the parameter to be edited; confirm

ntry

10. Data display

"SYSTEM" button

Overview; depending on the mode the display may not show all values.

Column

left

Column

right

First

line

Second

line

Third

line

Ø IPges Power

factor λ

LL V

kvar

Ø ULL Qges F

kvar

kVA

Pges Qges Sges

Ln V

Wye connec-

tion: Ø ULN

Delta connec-

tion: Ø ULL

Ø IPges

AI4

Un-

balance

Un-

balance I

Demand I1

Demand

kvar

kVA

Demand PDemand

Demand

Button "ENERGY"

Parameters in the fourth line:

Column left Column right Value

kWh Active energy

import

-- kWh Active energy

export

kvarh Reactive energy

import

-- kvarh Reactive energy

export

S Apparent energy

EN-4 PEM330-333_D00004_02_Q_XXEN/08.2015

PEM330/PEM333/PEM333-P

of the publisher. Subject to change!

Photos: Bender archives

E-Mail: [email protected]

www.bender.de

Bender GmbH & Co. KG

Londorfer Str. 65 • 35305 Gruenberg • Germany

P. O. Box 1161 • 35301 Gruenberg • Germany

Tel.: +49 6401 807-0

Fax: +49 6401 807-259

"PHASE" button

Overview; depending on the mode the display may not show all

values.

Column

left

Column

right First line Second line Third line

I1I2I3

UL1 UL2 UL3

UL1L2 UL2L3 UL3L1

PL1 PL2 PL3

var

QL1 QL2 QL3

kVA

SL1 SL2 SL3

λL1 λL2 λL3

Displace-

ment factor

cos (φ)L1

Displace-

ment factor

cos (φ)L2

Displace-

ment factor

cos (φ)L3

THD UL1 THD UL2 THD UL3

THD I1THD I2THD I3

Fk-factor I1k-factor I2k-factor I3

UPhase angle

UL1

Phase angle

UL2

Phase angle

UL3

IPhase angle

Phase angle

"SETUP" button

Press the "SETUP" button for more than 3 s to access the setup

mode.

Press the "SETUP" button again to return to the default display

screen.

Menu overview

The following diagram will help you to familiarise yourself with

the menu:

To be able to change parameters, you must first enter

the password. (factory setting: 0)

enable energypulse EN PULSE

set backlight time out BLTO SET

Setup menu

PROGRAMMING

enter password PASSWORD

change password SET PASS enter new password NEW PASS

set wiring mode TYPE

select transformer ratio for the voltage transformer PT

set date DATE

* set baud rate BAUD

select current transformer ratio CT

set energypulse constant EN CONST

set demand DMD SET

set energyvalues SET ENGY

set clock CLK

clear energyCLR ENGY

clear peak demand CLR DMD

clear SOE CLR SOE

* set DO triggered mode DO CTRL

choose CT direction CT REV

set reactive energyimport kvarh

set active energyexport -kWh

set active energyimport kWh

info INFO

set reactive energyexport -kvarh

set apparent energykVAh

Serial number of device

Date of software update UPDATE

Protocol version PRO VER

Software Version SW-VER

* set address for measuring device ID

* set conguration paritybit CONFIG

choose kVA calcuation method KVA SET

choose power factor convention PF SET

set no. of sliding windows NUM

set demand period PERIOD

set DO1 control mode DO1

set I3 CT polarityI3 REV

set I2 CT polarityI2 REV

set I1 CT polarityI1 REV

set DO2 control mode DO2

* PEM333(-P) only

Button

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