Lumel NA6PLUS Manuel utilisateur

METER WITH A MULTICOLOURED

BARGRAPH

NA6PLUS

USER’S MANUAL

NA6Plus-09 User’s Manual 2___________________________________

Contents

1. APPLICATION..................................................................................................................3

2. S4AI SET..........................................................................................................................4

3. BASIC REQUIREMENTS, OPERATIONAL SAFETY.......................................................4

4. INSTALLATION................................................................................................................5

4.1. Installation.................................................................................................................5

4.2. External connections diagram...................................................................................6

5. Operation..........................................................................................................................8

5.1 Changing meter parameters from the keyboard.......................................................10

6. RS-485 Interface............................................................................................................23

6.1. Serial interface connection method.........................................................................23

6.2 MODBUS protocol....................................................................................................23

6.3 Description of the MODBUS protocol functions........................................................24

6.4 Map of NA6Plus meter registers...............................................................................25

6.5 Registers for recording and reading.........................................................................26

6.6 Read-only registers..................................................................................................33

7. Meter configuration with E-Con software........................................................................35

8. METER PROGRAMMING EXAMPLES..........................................................................35

9. BEFORE YOU NOTIFY A DEFECT................................................................................37

10. SOFTWARE UPDATE..................................................................................................38

11. TECHNICAL DATA........................................................................................................39

12. ORDERING CODES....................................................................................................42

NA6Plus-09 User’s Manual 3___________________________________

1. APPLICATION

NA6Plus series meters with a bar graph have a universal input designed to measure temperature,

resistance, voltage from shunts, standard signals, DC voltage and DC current. They can be used in

various industries, such as: food industry, pumping stations and sewage treatment plants, chemical

industry, weather stations, meteorological stations, breweries They are intended for the

visualization of the measured quantity and evaluation of change trends of controlled technological

processes. They can also be used in automation systems where programmed controllers are

applied.

NA6Plus meters have, depending on the version, one or two continuous outputs (voltage or

current), 4 relay outputs or 8 open collector (OC) type outputs, as well as an RS-485 interface. The

meters are programmable via the keyboard and via RS-485.

NA6Plus meters performs the following functions:

measurement of the input quantity and displaying it on the display and the bar graph,

recalculating of the input signal into indication on the base of the individual multipoint

characteristics,

arithmetic on the channels: addition, subtraction, multiplication, division, power and

square root;

programming of colours and bar graph resolutions,

signalling of exceeding the set alarm values;

recording of the measured signal in programmed time intervals,

storage of maximum and minimum values,

programming of the measurement averaging time,

programming of the indication resolution,

deadlock of the parameter introduction by means of a password,

conversion of the measured quantity into a voltage or current output signal,

RS-485 interface support in MODBUS RTU protocol.

Fig. 1: View of NA6Plus meter.

NA6Plus-09 User’s Manual 4___________________________________

2. S4AI SET

The complete set of NA6Plus meter includes:

•NA6Plus Meter 1 pc

•User’s manual 1 pc

•Signal terminal strip (16 terminals) 2 pcs

•Supply terminal strip (3 terminals) 1 pc

•holders to fix the meter in the panel 2 pcs

3. BASIC REQUIREMENTS, OPERATIONAL SAFETY

Meaning of the symbols used in this manual:

Warning!

Warning of potentially dangerous situations. It is especially important to read

and understand these instructions before connecting the device. Failure to

meet the instructions that are marked with this symbol can result in serious

injury of personnel and damage to the device.

Caution!

Generally useful notes. Following these instructions ensures easy operation of

the device. The user must take them into account when the operation of the

device does not meet the user’s expectations.

Possible consequences when these instructions are not followed!

In terms of operational safety, the meter meets the requirements of EN 61010-1.

Safety instructions:

The assembly and the installation of the electrical connections may be carried out only by a

duly qualified electrician.

The person performing the installation is responsible for the safety of the system in which

devices is installed.

Before turning on the module, verify the connections.

Removal of the meter housing during the warranty period voids the warranty. The module

power supply must be turned off and the input circuits disconnected before opening the

housing.

The device is intended for installation and use in industrial electromagnetic environments.

A switch or a circuit-breaker should be installed in the building or facility. It should be

located near the device, easily accessible to the operator, and suitably marked.

In the event of damage, the meter can be repaired only by the service authorized by the

manufacturer.

Before using the repaired meter make sure that it is working properly.

Connection of the meter and/or its usage inconsistently with this manual can reduce the

operational safety of the meter.

NA6Plus-09 User’s Manual 5___________________________________

4. INSTALLATION

4.1. Installation

The NA6Plus meter is designed to be mounted on a panel. For this purpose, a 44.0 x 137.5 mm

hole should be prepared in the panel. The thickness of the material from which the panel was

made should be in the 1.45 mm range.

In the back of the meter housing there are detachable terminal strips, enabling connection of power

supply, input signals, output signals and RS482 interface with wires with a cross-section of up to

2.5 mm2. The dimensions of the meter are shown in Fig. 2.

Fig. 2: Dimensions of the meter

NA6Plus-09 User’s Manual 6___________________________________

4.2. External connections diagram

The connections of the meter are shown in Figure 3. In the event when the meter is powered with

DC voltage, the voltage polarity does not matter.

Fig. 3: Electrical connections of NA6Plus meter

*) optional elements, depending on the meter's version

230V AC

24 V DC

± 600 V

± 40 mA

± 5 A

GND

± 300 mV

± 600 V

± 40 mA

± 5 A

GND

± 300 mV

GND

RS-485 B

OUT 2*

OUT 1

GND

OC8

RL4*

OC7

OC6

RL3*

OC5

OC4

RL2*

OC3

OC2

RL1*

OC1

NA6Plus-09 User’s Manual 7___________________________________

Resistance thermometer in two-

wire system or resistance

measurement

Resistance thermometer in

three-wire system Thermocouple or ± 75 mV,

±300 mV voltage

± 10 V, ± 600 V voltage input ± 40 mA current input ± 5 A current input

Fig. 4: Input signals connection method

8 open collector (OC) outputs 4 relay outputs

Fig. 5: Output signals connection method

depending on the version

Taking into consideration electromagnetic interference it is recommended to use shielded

conductors for the connection of input and output signals. The power supply must be connected by

means of a two-wire conductor with a suitable cross-section ensuring its protection by means of an

installation fusible cut-out, in case of a short-circuit.

The requirements concerning the supply cable are regulated by EN 61010-1 p.6.10 standard.

8 9 10

1 2 3

loop 1

loop 2 8 9 10

1 2 3

Loop 1

loop 2

9 10

loop 1

loop 2

2 3-

Loop 1

loop 2 10 11 12 13

3 4 5 6

GND ± 600 V

loop 1

loop 2 10 11 12 13

3 4 5 6

GND ± 300 mA

loop 1

Loop 2 10 11 12 13

3 4 5 6

GND ± 5 A

GND OC8 OC7 OC6 OC5 OC4 OC3 OC2 OC1

27 28 29 30 31 32 33 34 35

RL4 RL3 RL2 RL1

28 29 30 31 32 33 34 35

23 24 25 26

AN2 AN1

Contious outputs (voltage/current)

20 21 22

GND B A

interface RS-485 (MODBUS)

NA6Plus-09 User’s Manual 8___________________________________

5. Operation

After connecting external signals and switching on the power supply, the meter displays the type

and current version of the meter program.

After ca 3 seconds, the meter switches automatically to the operating mode in which it carries out

measurements and displays the measured value on the display and the bar graph. Depending on

alarm parameters settings, the resolution and bar graph type, alarm thresholds are also displayed

on the bar graph. The meter blanks automatically insignificant zeros.

Fig. 6: Description of the front panel of the NA6Plus meter

Functions of the keys:

accept key

–entering the programming mode (hold this key for about 3 seconds).

–entering the chosen parameter level,

–entering the parameter value changing mode

–accepting the changed parameter value.

value increase key

–displaying the minimum and maximum values successively for

subsequent measurement channels

–navigating the preview menu or programming matrix

–changing the value of the selected parameter - increasing the value

Display (input 1) accept button

increase value button

resignation button

Bargraf

(input 1)

lower alarm threshold

(input 2)

upper alarm threshold

(input 1)

bargraf (input 2)

Display (input 2)

NA6Plus-09 User’s Manual 9___________________________________

cancel key

–entering the menu of registered results

–entering the parameter preview menu (hold for about 3 seconds)

–exit from the preview menu or programming matrix

–resignation from the parameter change

Pressing and holding the key for about 3 seconds causes entering the programming mode.

The programming mode is secured with the  security code.

Pressing and holding the key for about 3 seconds causes entering the menu of the preview

and the menu of recorded values. Navigating the preview menu is done using the key.

In this menu, all programmable parameters of the meter are available for read-out, with the

exception of service parameters. The exit from the preview menu is done by means of the

key.

An overview of the recorded values is possible after pressing the key on the 

parameter in the preview menu. The recorded result number is displayed alternately

with the value e.g. /. Navigating the recorded values is done using the key.

Holding this key for longer than about 2 seconds will speed up the browsing. Pressing the

key at any time will display the number of recorded results. The exit from the viewing recorded

values is done by pressing the key.

Rys. 7 The NA6Plus meter operation algorithm

navigating

through the

preview

password

entry mode

seC

3 s

Correct

password

programming

matrix

yes

display of the

inscription

err

Matrix

navigation

- entrance to the selected level

- entry to parameter changes

- exit from the programming

matrix

resetting of alarm

outputs

Measurement

3 s

Preview

Displaying the minimum

value

CH1

Displaying the maximum

value

CH1

Displaying the minimum

value

CH2

Displaying the maximum

value

CH2

preview recorded

values

3 s

Navigation

around next

values

NA6Plus-09 User’s Manual 10___________________________________

Displaying the following symbols and inscriptions on the display means:

err incorrectly entered security code

**** upper measuring range exceeded or no sensor

____ lower measuring range exceeded or no sensora

errC error of the conductor resistance compensation. Conductor not connected or

damaged

5.1 Changing meter parameters from the keyboard

Pressing the key for approx. 3 s causes the display of the  message alternately with the

factory-set value of 0. Entering the correct code results in entering the programming mode. Figure

8 shows the transition matrix in the programming mode. The key allows for moving around

the main parameters groups, e.g.: Ch1, Ch2, bAr1, bAr2, AL1, AL2, etc. Pressing the key

on the given level, causes the entry into parameters of this level. Moving around a given level

takes place by means of the key . To change the value, use the . To cancel the

parameter change, press the key . The same key is used to exit the selected level and

programming matrix to the measurement.

The transitions matrix in the programming mode is shown in Figure 9.

During operation of the meter in the programming mode, the measurement result is displayed on

the bar graph, except for selecting the display test function.

Examples of changing the value of the selected parameter (parameter – symbol)

Example of changing the value of the selected parameter with a fixed decimal point

(numeric parameter)

 

0000

000.0

00.00

0.000

Auto

OFF



00!0 00!5 00!5 00!5 !5

blanking off

meaningless zeros

Changing of the

blinking position

Changing of the blinking

position

Changing of the blinking

positioni

Changing of the

blinking position

Table des matières

Autres manuels Lumel Instrument de mesure

Lumel

Lumel ND20LITE Manuel utilisateur

Lumel

Lumel NA6 Manuel utilisateur

Lumel

Lumel NR30BAC Manuel utilisateur

Lumel

Lumel VPS10 Manuel utilisateur

Lumel

Lumel ND10 TYPE Manuel utilisateur

Lumel

Lumel NR30PNET Manuel utilisateur

Lumel

Lumel N100 Manuel utilisateur

Lumel

Lumel NC 10 300A Manuel utilisateur

Lumel

Lumel ND20CT Manuel utilisateur

Lumel

Lumel NR30IoT Manuel utilisateur

Lumel

Lumel N30O Manuel utilisateur

Lumel

Lumel KS5 Manuel utilisateur

Lumel

Lumel NA5 Series Manuel utilisateur

Lumel

Lumel N30U Manuel utilisateur

Lumel

Lumel N32U Manuel utilisateur

Lumel

Lumel N30O Manuel utilisateur

Lumel

Lumel N30P Manuel utilisateur

Lumel

Lumel N20PLUS Manuel utilisateur

Lumel

Lumel N20 Manuel utilisateur

Lumel

Lumel ND20 Manuel utilisateur

Lumel

Lumel N32O Manuel utilisateur

Lumel

Lumel N43 Manuel utilisateur

Lumel

Lumel ND03 Manuel utilisateur

Lumel

Lumel N27P Manuel utilisateur

Manuels Instrument de mesure populaires d'autres marques

Suaoki

Suaoki D40 Manuel utilisateur

Elster

Elster BK-G1.6 Manuel utilisateur

Endress+Hauser

Endress+Hauser Deltabar FMD71 Manuel

Duratool

Duratool D03128 Manuel utilisateur

Vega

Vega VEGAPULS 65 Manuel utilisateur

Tonghui

Tonghui TH2618B Manuel utilisateur

Tenmars

Tenmars TM-801 Manuel utilisateur

MSR

MSR 145 Manuel utilisateur

TPS

TPS WP-82 Manuel utilisateur

ELMETRON

ELMETRON CP-511 Manuel utilisateur

PCB Piezotronics

PCB Piezotronics 003C30 Manuel utilisateur

Tenma

Tenma 72-10465 Manuel utilisateur

Endress+Hauser

Endress+Hauser Proline Promag 50 Caractéristiques techniques

Siemens

Siemens SITRANS F Coriolis FCT030 Manuel de la liste des pièces

KLINGER

KLINGER CMF V Series Manuel utilisateur

EXFO

EXFO FTB-2 Manuel d'exploitation et d'entretien

Keysight

Keysight M8290A Manuel utilisateur

ADTEK

ADTEK MW-5 Manuel utilisateur