gefran GFW adv Series Instruction Manual For Configuration And Installation Download Page 24

24

80427A_MSW_GFW-ETHERCAT_07-2018_ENG

Index

(hex)

Sub

Index

Add

(dec)

Modbus

(dec)

PDO

DESCRIPTION

Function

R/W Data

Type

OTHERS 

PARAMETERS

547b

4

123

1147

Checksum version

CHE

ro

uns16

547c

4

124

1148

Beta release

bEt

ro

uns16

4493

4

147

1171

Soft-Start time

SoF

rw

uns16

4541

4

321

1345

SERIAL_AL4: alarm 4 from serial line

SERIAL_AL4 rw

int16

4555

4

341

1365

RT SERIAL_AL1: alarm 1 from serial line

SERIAL_AL1 rw

int16

4556

4

342

1366

RT SERIAL_AL2: alarm 2 from serial line

SERIAL_AL2 rw

int16

4557

4

343

1367

RT SERIAL_AL3: alarm 3 from serial line

SERIAL_AL3 rw

int16

2559

12

345

1369

RT STATUS6_W

-----

rw

uns16

558c

4

396

1420

Operating Hours Counter LSW

Oh.C L

ro

uns16

558d

4

396

1420

Operating Hours Counter LSW

Oh.C L

ro

uns16

55ab

4

427

1451

CHK_CONF

-----

ro

uns16

55ac

4

428

1452

PROPBAND (autotuning)

-----

ro

uns16

55ad

4

429

1453

INT_TIME (autotuning)

-----

ro

uns16

55ae

4

430

1454

DER_TIME (autotuning)

-----

ro

uns16

55af

4

431

1455

CPRPBAND (autotuning)

-----

ro

uns16

55b0

4

432

1456

CINTTIME (autotuning)

-----

ro

uns16

55b1

4

433

1457

CDERTIME (autotuning)

-----

ro

uns16

35b2

12

434

1458

FUSE_OPEN counter 1

FO.c1

ro

uns16

35b4

12

436

1460

FUSE_OPEN counter 2

FO.c2

ro

uns16

25b6

12

438

1462

PWM input digital filter

Ft.Pwm

rw

uns16

35b7

12

439

1463

TV_LOAD input min scale limit 

L.tVL

ro

int16

55b8

4

440

1464

ROTARY_SW

-----

ro

uns16

25ba

12

442

1466

TV_LOAD input digital filter

Ft.tVL

rw

uns16

35bb

12

443

1467

TV_LOAD input max scale

H.tVL

ro

int16

25bc

12

444

1468

TV_LOAD input offset correction

o.tVL

rw

int16

45c8

4

456

1480

Number of  restarts in case of Fuse_Open/

Short_Circuit_Current

Fr.n

rw

uns16

35cf

12

463

1487

T

STATUS_W_RO: bit1= SP1/SP2, bit2= start/

stop selftuning,bit3 = ON/OFF, bit4 = AUTO/

MAN, bit5= start/stop autotuning, bit6 = LOC/

REM. 

STATUS_W_

RO

ro

uns16

25d0

12

464

1488

RT STATUS11_W

STATUS11

rw

uns16

35f4

12

500

1524

T

Load Energy 2 3-phase LSW

Ld.E2_3PL

ro

uns16

35f5

12

501

1525

T

Load Energy 2 3-phase MSW

Ld.E2_3PM ro

uns16

55fb

4

507

1531

Power saved in ON-OFF = OFF

-----

ro

int16

55fd

4

509

1533

MODE_STATUS: bit8 = dip-switches 

configuration not valid

MODE_

STATUS

ro

uns16

35fe

12

510

1534

T

Load Energy 2 LSW

Ld.E2L

ro

uns16

35ff

12

511

1535

T

Load Energy 2 MSW

Ld.E2M

ro

uns16

4605 

[E2]

4

517

1541

Set Power

-----

rw

Int16

5606

4

518

1542

PWM input

In.Pwm

ro

int16

3613

12

531

1555

T

Load Energy 1 LSW

Ld.E1L

ro

uns16

3614

12

532

1556

T

Load Energy 1 MSW

Ld.E1M

ro

uns16

3618

12

536

1560

T

INNTC_BOARD

INNTC_

BOARD / 

INNTC_AIR

ro

int16

361d

12

541

1565

T

Load Energy 1 3-phase LSW

Ld.E1_3PL

ro

uns16

Summary of Contents for GFW adv Series

Page 1: ...ual and precisely follow the instructions contained herein and in the attach ments GEFRAN will not be liable for any harm to persons and or damage to property or to the product itself if the condition...

Page 2: ...GFW ETHERCAT_07 2018_ENG SUMMARY 1 INTRODUCTION 3 2 REFERENCES 3 3 MAIN TECHNICAL CHARACTERISTICS 4 4 GENERAL COMMUNICATION ARCHITECTURE 4 5 INSTALLATION 5 6 PROCESS DATA OBJECTS PDO 8 7 OBJECTS DICTI...

Page 3: ...t the user is already familiar with the technical characteristics of GFW products contained in manuals included with the product or downloadable from the GEFRAN S P A website www gefran com This manua...

Page 4: ...size 32 bytes Max 71 PDO mapping Yes No of SDO 1 Server 0 Client Emergency Message Yes Object dictionary Yes Certified No Modbus RTU Master Serial Baud Rate 19200 bit s Parity None Bit di Dati 8 Stop...

Page 5: ...SW_GFW ETHERCAT_07 2018_ENG 5 INSTALLATION CONNECTION TO ETHERCAT NETWORK Ethernet RJ45 Connectors To connect the devices to the EtherCAT network proceed in sequence from the master to the slaves as s...

Page 6: ...P The distance between the two nodes must not exceed 100 meters E7 devices allow you to use the card as a bridge so as to connect up to 4 GFW 12 zones in series to every etherCAT node Below a maximum...

Page 7: ...sitions of the rotary switches refer to special functions The GFW configuration dip switches described in manual 2 in the chapter Description of Dip Switches let you define the instrument s work mode...

Page 8: ...in this PDO PDO index 1601 Value Description SubIndex 0 16 Number of objects contained in PDO SubIndex 1 0x46450110 Serial Ina 581 Index 0x4645 Subindex 1 SubIndex 2 0x44E00110 S In 224 Index 0x44E0 S...

Page 9: ...yte 4 SubIndex 6 0x5c050008 Host Response byte 5 SubIndex 7 0x5c060008 Host Response byte 6 With the index 1A00 PDO you can obtain a response to a Modbus RTU command in the EtherCAT packet This PDO is...

Page 10: ...85 Index 0x5455 Subindex 1 SubIndex 16 0x55280110 FLG_PID bit3 active selftuning bit4 softstart in progress bit6 active autotuning 296 Index 0x5528 Subindex 1 note the variable s modbus RTU address i...

Page 11: ...t16 555d 4 349 1373 T Process variable after filter Fld DPV ro int16 5455 4 85 1109 T Self Diagnostic error code Err ro uns16 5404 4 4 1028 T Deviation SPA P V DEVIATION ro int16 4418 4 24 1048 Digita...

Page 12: ...minimum limit L tV1 ro int16 55c6 4 454 1478 TV input minimum limit of zone 2 L tV2 ro int16 55c7 4 455 1479 TV input minimum limit of zone 3 L tV3 ro int16 359a 12 410 1434 TV1 input maximum scale l...

Page 13: ...iliay input 4 max scale HS 4 rw int16 4631 4 561 1585 Auxiliay input 5 max scale HS 5 rw int16 465d 4 605 1629 Auxiliary input 2 offset correction oFS 2 rw int16 4635 4 565 1589 Auxiliary input 3 offs...

Page 14: ...uns16 4599 4 409 1433 Alarm type 4 A4 t rw uns16 24c3 12 195 1219 Select number of enabled alarms AL n rw uns16 353e 12 318 1342 T Alarms status ALSTATE_IRQ ALSTATE_ IRQ ro uns16 LBA ALARM 442c 4 44 1...

Page 15: ...ibration only for IR lamps in PA mode Ir tV 6 rw uns16 2586 12 390 1414 TV input point 7 of HB calibration only for IR lamps in PA mode Ir tV 7 rw uns16 2587 12 391 1415 TV input point 8 of HB calibra...

Page 16: ...1 rw uns16 249f 12 159 1183 Cycle time Out2 fast Ct 2 rw uns16 353f 12 319 1343 T Output rL x status MASKOUT_RL ro uns16 ASSIGNMENT OF PHYSICAL OUTPUTS 465f 4 607 1631 Allocation of output OUT1 out 1...

Page 17: ...absolute alarms Lo L rw int16 441a 4 26 1050 Upper limit for setting SP and absolute alarms Hi L rw int16 441c 4 28 1052 Lower limit for setting SP and absolute alarms Lo L rw int16 441d 4 29 1053 Up...

Page 18: ...79 1103 Antireset A rS rw uns16 4450 4 80 1104 Feedforward FFd rw int16 442a 4 42 1066 Heating maximim power limit h P H rw uns16 44fe 4 254 1278 Heating minimum power limit h P L rw uns16 442b 4 43 1...

Page 19: ...Data Type HOT RUNNERS MANAGEMENT POWER ALARM 4504 4 260 1284 Power alarm delay time Pf t rw uns16 4505 4 261 1285 Steady band b St rw uns16 4506 4 262 1286 Power alarm band b PF rw uns16 PREHEATING S...

Page 20: ...54 Feedback mode configuration Hd 6 rw uns16 26db 12 731 1755 Max feedback voltage correction Cor V rw uns16 26dc 12 732 1756 Max feedback current correction Cor I rw uns16 26dd 12 733 1757 Max feedba...

Page 21: ...d and digital input S LI rw uns16 4558 4 344 1368 RT V_IN_OUT V_IN_OUT rw uns16 555f 4 351 1375 V_X_LEDS V_X_LEDS rw uns16 455b 4 347 1371 RT SERIAL_IN1 SERIAL_IN1 rw int16 455c 4 348 1372 RT SERIAL_I...

Page 22: ...POWER_FAULT bit1 input Lo bit2 input Hi bit3 input Err bit4 input Sbr bit5 heat bit6 cool bit7 LBA bit8 AL1 bit9 AL2 bit10 AL3 bit11 AL4 bit12 ALHB or POWER_FAULT bit13 ON OFF bit14 AUTO MAN bit15 LOC...

Page 23: ...N Function R W Data Type GENERAL USE PARAMETERS 25ca 12 458 1482 RT CONF_UTENTE1 rw uns16 25cb 12 459 1483 RT CONF_UTENTE2 rw uns16 25cc 12 460 1484 RT CONF_UTENTE3 rw uns16 25cd 12 461 1485 RT CONF_U...

Page 24: ...16 25b6 12 438 1462 PWM input digital filter Ft Pwm rw uns16 35b7 12 439 1463 TV_LOAD input min scale limit L tVL ro int16 55b8 4 440 1464 ROTARY_SW ro uns16 25ba 12 442 1466 TV_LOAD input digital fil...

Page 25: ...mmunication failure you can command the GFW to run operations according to the following table Object 5C07 Value Description Description 0 No Action No Action 1 Controller in SW Off SW Off Controller...

Page 26: ...phase and the two or monophase is that the three phase contains the map of 3 zones instead of zone 1 or 2 To use the devices you must install them in the engineering software catalogue In our case it...

Page 27: ...ough the definitions of the phases that can be used monophases 2 phases 3 phases E7 devices stand out for their dimensions 1 2 3 or 4 dev in bridge GFW 1 2 3 4 Dev GFW 40 250 A GFW 400 600 1 2 3 4 Dev...

Page 28: ...air for each GFW The following examples show 3 possible configurations Box 1 is a single device 1 GFW and can be whether an E2 or an E7 Box 2 is a bridge device consisting of a master and a slave 2 GF...

Page 29: ...ve 2 GFW Box 3 is a bridge device consisting of a master and two slaves 3 GFW Box 4 is a bridge device consisting of a master and three slaves 4 GFW Revision notes The revision number allows for recog...

Page 30: ...30 80427A_MSW_GFW ETHERCAT_07 2018_ENG NOTE...

Page 31: ...31 80427A_MSW_GFW ETHERCAT_07 2018_ENG...

Page 32: ...GEFRAN spa via Sebina 74 25050 Provaglio d Iseo BS Italy Tel 39 0309888 1 Fax 39 0309839063 info gefran com http www gefran com...

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