Socomec DIRIS A40 Quick start guide

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 1/27

TECHNICAL GUIDE

DIRIS A40/A41

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 2/27

SUMMARY

1–PULSE OUTPUTS MODULE______________________________________________________3

1.1 - Application :_________________________________________________________________ 3

2–2ANALOG OUTPUTS MODULE ___________________________________________________4

2.1- Application : __________________________________________________________________ 4

3–2INPUTS /2OUTPUTS MODULE _________________________________________________7

3.1- Operation of outputs in monitoring (alarms) ________________________________________ 7

3.2- Operation of outputs in command ________________________________________________ 9

3.3- Use of the input for pulses counting _____________________________________________ 11

3.3- Use of inputs for control position________________________________________________ 12

4–RS 485 JBUS/MODBUS COMMUNICATION MODULE_________________________________13

4.1 - Reading of electrical values on 2 words with HEX 300 table__________________________ 14

4.2 - reading of electrical values on 1 words with HEX 700_______________________________ 18

4.3 - Modification of DIRIS configuration with “writing” function. _________________________ 21

5–MEMORY MODULE _______________________________________________________22

5.1. Powers demands configuration (P+/P-/Q+/Q-)______________________________________ 22

5.2. Configuration of voltage dips function (SAG) ______________________________________ 25

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 3/27

CHAPTER 1: PULSE OUTPUTS MODULE

The DIRIS A can be equipped with 2 pulse outputs modules easily affected to active energy in kWh (EA±), reactive in kvarh (ER±)

and apparent in kVAh (ES).

The pulse outputs are configurable, with a rate of pulses of 0,1k; 1k; 10k; 100k or 1000k, and a pulse duration from 100 ms to 900

ms.

1.1 - Application:

Visualisation of positive active energy meter kWh (EA+) with PLC.

It is recommended not to exceed 1 pulse per second.

Example 1: Instantaneous power displayed by the DIRIS: 105kW

Calculation of the minimum pulse rate:

105 000 W / 3600 s = 29,17W/s

In this case a pulse weight of 100 Wh can be chosen.

DIRIS configuration (see instruction manual: 876 584 or 876 585):

Pulse output type : OUT 1 TYPE = EA+ (positive active energy)

Pulses weight = Out 1 VAL = 0,1 (0,1 kWh)

Pulses duration = Out 1 DUR = 100 (100 ms)

Example 2 : Instantaneous power displayed by the DIRIS: 1895 kW

Calculation of the minimum pulse rate:

1 895 000W / 3600s = 526.3W/s

In that example, a pulse weigh of 100Wh would be too low (that would mean 5 to 6 impulses per second) it is

necessary to program a pulse weigh of 1kWh.

DIRIS configuration (see instruction manual: 876 584 or 876 585):

Pulse output allocation : OuT 1 TYPE = EA+ (positive active energy)

Pulses weight = Out 1 VAL = 1 (1kWh)

Pulses duration = Out 1 DUR = 100 (100ms)

DIRIS A40

OUT 1

PLC

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 4/27

CHAPTER 2: 2ANALOG OUTPUTS MODULE

The DIRIS A can be fitted with 1 or 2 analogue (0/4–20mA) outputs module. Each module has 2 analogue outputs.

Each output can be assigned to the following values: 3I, In, 3U, 3V, F, P±, Q±, S, PFL/C .

On each output, it is possible to configure the value for 0, 4 and 20mA.

2.1- Application:

Example 1: Configuration of output 1 on current I1 with 100A at 4mA and 2500A at 20mA.

DIRIS configuration (see instruction manual : 876 586):

Analogue output type = Out 1 20mA TYPE = 4/20 (4 to 20mA)

Analogue output allocation = Out 1 20mA PAR = I1 (current phase 1)

Value at 4mA = Out 1 20mA LV = 0100 / A (100A)

Value at 20mA = Out 1 20mA HV = 2500 / A (2500A)

Example 2: Configuration of output 2 on total active power



P with 0kW at 0mA and

1500kW at 20mA.

DIRIS configuration (see instruction manual : 876 586):

Analogue output type = Out 2 20mA TYPE = 0/20 (0 to 20mA)

Analogue output allocation = Out 2 20mA PAR = P (total active power)

Value at 0mA = Out 2 20mA LV = 0000 k W (0kW)

Value at 20mA = Out 2 20mA HV = 1500 k W (1500kW)

100 A

2500 A

20 mA

4 mA

20mA

0mA

1500kW

0kW

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 5/27

Example 3 : Configuration of output 2 on total active power



P with -1000kW at 4mA and

1000kW at 20mA.

DIRIS configuration (see instruction manual: 876 586):

Analogue output type = Out 2 20mA TYPE = 4/20 (4 to 20mA)

Analogue output allocation = Out 2 20mA PAR = P (total active power)

Value at 4mA = Out 2 20mA LV = 1000 kW (-1000kW)

Value at 20mA = Out 2 20mA HV = 1000 kW (1000kW)

Note: To use the analogue output with positive and negative values at the same time, it is necessary to program identical values

for LV and HV.

Example 4: Configuration of output 3 on frequency F with 45Hz at 4mA and 55Hz at 20mA.

DIRIS configuration (see instruction manual: 876 586):

Analogue output type = Out 2 20 mA TYPE = 4/20 (4 to 20mA)

Analogue output allocation = Out 2 20 mA PAR = F (frequency)

Value at 4 mA = Out 2 20 mA LV = 4500 (45Hz)

Value at 20 mA = Out 2 20 mA HV = 5500 (55Hz)

Note: For the frequency, the values for 4mA and 20mA must be programmed on 4 digits; therefore, for 45Hz enter

the value 4500.

20mA

4mA

1000kW

- 1000kW

12mA

20mA

4mA

45Hz

55Hz

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 6/27

Example 5: Configuration of output 4 on inductive power factor



PFL with 0,5 for 4mA and

1 for 20mA.

DIRIS configuration (see instruction manual: 876 586):

Analogue output type = Out 2 20 mA TYPE = 4/20 (4 to 20mA)

Analogue output allocation = OUt 2 20 mA PAR = PFL (inductive power factor)

Value at 4mA = Out 2 20 mA LV = 500 (0,5)

Value at 20mA = Out 2 20 mA HV = 1000 (1)

Note: For the power factor, the values for 4 and 20mA must be programmed on 3 digits; therefore, for 0,5 enter the

value 500.

Example 6: Configuration of the analogue output 1 to provide a 30VDC optocoupler

supply to use with the inputs / outputs module . For example, to count the

number of changeover operations or control position (see §3.3)

DIRIS configuration (see instruction manual : 876 586) :

Analogue output type = Out 1 20mA TYPE = 30 V (30VDC)

20mA

4mA

0,5

DIRIS A40

OUT 1

4-20 mA

IN 1

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 7/27

CHAPTER 3: 2INPUTS /2OUTPUTS MODULE

The DIRIS A can be fitted with 1,2 or 3 IN/OUT module. Each module has 2 inputs and 2 outputs.

The outputs can be used to monitor electrical values or to command equipments.

The inputs can be used for pulses metering or to control equipments status.

3.1- Output used as monitoring (alarms)

Example 1 : Configuration of relay output N°1 to monitor the currents (3I) with alarm if

I<100A or I>800A. Further parameters: 10 % hysteresis, relay status NO and

without temporisation.

DIRIS configuration (see instruction manual: 876 587):

Relay output 1 type = OuT 1 A-Cd TYPE = I (alarm on current)

Alarm : upper threshold = Out 1 Ht I 0800 / A (800A)

Alarm : lower threshold = Out 1 Lt I 0100 / A (100A)

Hysteresis = Out 1 HYST 10 (10%)

Relay time delay = Out 1 TEMPO 000 (0 second)

Relay status = Out RELAY NO (Normally Open)

800A

100A

720A

110A

ALARM

Relay

status

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 8/27

Example 2 : Configuration of relay output N°2 to monitor the phase to neutral voltage with

alarm if V<200v, without upper threshold. Further parameters: 5 % hysteresis,

relay status NC and 10s temporisation.

DIRIS configuration (see instruction manual: 876 587):

Relay output 1 type = OuT 2 A-Cd TYPE = V (alarm on voltage)

Alarm : upper threshold = Out 2 Ht I 0300 / V (300V to make sure that level will never be reached in order to inhibit

the upper threshold)

Alarm : lower threshold = Out 2 Lt I 0200 / V (200V)

Hysteresis = Out 2 HYST 05 (5%)

Relay time delay = Out 2 TEMPO 010 (10 seconds)

Relay status = Out RELAY NC (Normally closed)

210V

200V

ALARM

Time

delay

=10s

Relay

state

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 9/27

3.2- Outputs used as command

This function is used with RS85 JBUS/MODBUS or PROFIBUS-DP communication module. Through the

communication, it is possible to change the status of the Diris outputs.

Example 1: Changing the relay 1 status to start an engine remotely.

DIRIS configuration (see instruction manual: 876 587):

Relay output 1 type = OuT 1 A-Cd TYPE = CdE (Command)

JBUS/MODBUS frame (see instruction manual : CDR27028)

Changing the relay output N°1(addresses Hex. 22E) closed = 1 and opened = 0

Master frame to close the relay:

Slave

Function

Address

Value

CRC16

High-order

Low-order

283F

Closed start

motor

The response of the DIRIS is identical to the request of the Master

DIRIS A40

OUT 1

Motor

Communication

Address 22E = 1

Address 22E = 0

OFF

Relay

MAN 06 033774 –technical_guide_ DIRIS_A40_A41_C.doc40/Z41 - B 10/27

Changing the relay output N°1(addresses Hex. 22E) closed = 1 and opened = 0

Master frame to open the relay:

Slave

Function

Address

Value

CRC16

High-order

Low-order

E9FF

Open

Stop motor

Example 2 : Changing the relay 1 status to give a 3 seconds order to initiate a process

(same function as a pushbutton). Normally open relay run mode.

DIRIS configuration (see instruction manual: 876 587):

Relay output 1 type = Out 1 A-Cd TYPE = Cd-t (temporised command)

Temporisation before return to rest state =Out 1 TEMPO 003 (3 seconds)

Relay status = Out 1 RELAY NO (Normally open)

Process

OFF

Relay

Communication

Address 22E = 1

TEMPO

DIRIS A40

OUT 1

Other manuals for DIRIS A40

This manual suits for next models

Table of contents

Other socomec Measuring Instrument manuals

socomec

socomec DIRIS DigiBOX A User manual

socomec

socomec COUNTIS E17 User manual

socomec

socomec COUNTIS E23 User manual

socomec

socomec DIRIS A-30 User manual

socomec

socomec DIRIS B-10 User manual

socomec

socomec DIRIS A20 User manual

socomec

socomec COUNTIS E11 User manual

socomec

socomec COUNTIS M03 User manual

socomec

socomec DIRIS A20 User manual

socomec

socomec DIRIS A40 User manual

socomec

socomec COUNTIS E25 User manual

socomec

socomec COUNTIS E13X User manual

socomec

socomec DIRIS B-10L User manual

socomec

socomec COUNTIS E43 User manual

socomec

socomec ISOM AS425 User manual

socomec

socomec COUNTIS ECi2 User manual

socomec

socomec COUNTIS M43 User manual

socomec

socomec DIRIS A20 User manual

socomec

socomec COUNTIS E33 User manual

socomec

socomec COUNTIS ATv2 User manual

socomec

socomec COUNTIS E05 User manual

socomec

socomec COUNTIS E41 Installation instructions

socomec

socomec COUMIS E27 User manual

socomec

socomec DIRIS A14 User manual

Popular Measuring Instrument manuals by other brands

Suaoki

Suaoki D40 user manual

Elster

Elster BK-G1.6 operating instructions

Endress+Hauser

Endress+Hauser Deltabar FMD71 technical information

Duratool

Duratool D03128 manual

Vega

Vega VEGAPULS 65 Quick setup guide

Tonghui

Tonghui TH2618B Operation manual

Tenmars

Tenmars TM-801 user manual

MSR

MSR 145 user manual

TPS

TPS WP-82 manual

ELMETRON

ELMETRON CP-511 user manual

PCB Piezotronics

PCB Piezotronics 003C30 Installation and operating manual

Tenma

Tenma 72-10465 manual

Endress+Hauser

Endress+Hauser Proline Promag 50 Brief operating instructions

Siemens

Siemens SITRANS F Coriolis FCT030 Function manual

KLINGER

KLINGER CMF V Series instruction manual

EXFO

EXFO FTB-2 Notice

Keysight

Keysight M8290A Getting started guide

ADTEK

ADTEK MW-5 operating manual

socomec DIRIS A40 Quick start guide

Popular Measuring Instrument manuals by other brands