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FT-13 Technical Manual, Rev. 1.40   March 2013

 

Page 44 of 56  

A

PPENDIX 

1:

  

S

ETUP AND 

C

ALIBRATION 

M

ENU

 

FT-13 Setup and Calibration Menu 

 

509

MAX WEIGHT

Editable with any 

pass word

Editable with s ervice 

pass word

Editable with s ervice 

pass word and calibration 

jum per

3_  _

CALIBRATION

1_  _

CONFIG

0_  _

INTERFACE

00  _

SERIAL 1

000

D.FORMAT

001

BAUD RATE

002

HANDSHAKE

003

ADDRESS

004

PARITY

02  _

SERIAL 2

020

D.FORMAT

021

BAUD RATE

022

HANDSHAKE

023

ADDRESS

024

MODE

025

PARITY

120                   9

SLOWEST

120                   5

12  _

FILT ER

120

F.ADJ

120                   0

NO FILT ER

120                   1

FASTEST

120                   2

120                   3

120                   4

14  _

ADJUST MENT

140

DAT E

141

T IME

30  _

CALİB

301

CAL

31  _

CAL. ADJ

311

SPAN CAL

312

SPAN ADJ CAL

310

ZERO CAL

8_  _

M.LOGIC REC.

9_  _

DIAGNOSIS

80  _

RECORDS

800

CAL. COUNT

90  _

TESTS

900

KEY PAD

901

SERIAL 1

902

DIGITAL IN

903

DIGITAL OUT

904

mV

91  _

S/N

910

FT -13

911

OPT 1

912

OPT 2

913

OPT 3

990

ALL PRMT

99  _

PRMT . PRT

991

DEFAULT

5_  _

FILLING

508

FILLING T IME

50  _

SET UP1

501

P.C. FACT OR

502

P.C. FREQ

503

P.C. LIMIT

504

C. FEED DEL. 

507

JOGGING T IME

50A

S/R KEYS EN.

50b

FILLING QTY. 

505

F. FEED DEL.

506

SETT LING T IME

59  _

TEST

590

COARSE

591

FINE

2_  _

SCALE PRMTR

20  _

SET UP

200

M.LOGIC

201

DISPLAY

203

ZERO

205

TARE

206

M.DETEC

21  _

WEIGHING

212

CAP / d

03  _ 

ET HERNET  

PROFI, CANopen       

030 

ET HERNET

DAT A FORMAT

031

ET HERNET

ADDRESS

032 

PROFIBUS

DAT A FORMAT

033  

PROFIBUS

ADDRESS

005

CHECKSUM

204

AZT

500

MODE

50d

FINE FEED TIME

50C

FEEDING T YPE 

50E

ZERO PERIOD

50F

ZERO DELAY

914

SOFTWARE 1

915

SOFTWARE 2

026

CHECKSUM

034     

CANopen

DATA FORMAT

035     

CANopen

ADDRESS

036        

ProfiNet

DATA FORMAT

04  _                         

PRINTER       

041 

DAT E+TIME

51  _

SET UP2

510

INDICATION

509

MAX WEIGHT

Editable with any 

pass word

Editable with any 

pass word

Editable with s ervice 

pass word

Editable with s ervice 

pass word

Editable with s ervice 

pass word and calibration 

jum per

Editable with s ervice 

pass word and calibration 

jum per

3_  _

CALIBRATION

1_  _

CONFIG

0_  _

INTERFACE

00  _

SERIAL 1

000

D.FORMAT

001

BAUD RATE

002

HANDSHAKE

003

ADDRESS

004

PARITY

02  _

SERIAL 2

020

D.FORMAT

021

BAUD RATE

022

HANDSHAKE

023

ADDRESS

024

MODE

025

PARITY

120                   9

SLOWEST

120                   5

12  _

FILT ER

120

F.ADJ

120                   0

NO FILT ER

120                   1

FASTEST

120                   2

120                   3

120                   4

14  _

ADJUST MENT

140

DAT E

141

T IME

14  _

ADJUST MENT

140

DAT E

141

T IME

30  _

CALİB

301

CAL

30  _

CALİB

301

CAL

31  _

CAL. ADJ

311

SPAN CAL

312

SPAN ADJ CAL

310

ZERO CAL

8_  _

M.LOGIC REC.

9_  _

DIAGNOSIS

80  _

RECORDS

800

CAL. COUNT

90  _

TESTS

900

KEY PAD

901

SERIAL 1

902

DIGITAL IN

903

DIGITAL OUT

904

mV

91  _

S/N

910

FT -13

911

OPT 1

912

OPT 2

913

OPT 3

990

ALL PRMT

99  _

PRMT . PRT

991

DEFAULT

990

ALL PRMT

99  _

PRMT . PRT

991

DEFAULT

5_  _

FILLING

508

FILLING T IME

50  _

SET UP1

501

P.C. FACT OR

502

P.C. FREQ

503

P.C. LIMIT

504

C. FEED DEL. 

507

JOGGING T IME

50A

S/R KEYS EN.

50b

FILLING QTY. 

505

F. FEED DEL.

506

SETT LING T IME

59  _

TEST

590

COARSE

591

FINE

2_  _

SCALE PRMTR

20  _

SET UP

200

M.LOGIC

201

DISPLAY

203

ZERO

205

TARE

206

M.DETEC

21  _

WEIGHING

212

CAP / d

21  _

WEIGHING

212

CAP / d

03  _ 

ET HERNET  

PROFI, CANopen       

030 

ET HERNET

DAT A FORMAT

031

ET HERNET

ADDRESS

032 

PROFIBUS

DAT A FORMAT

033  

PROFIBUS

ADDRESS

005

CHECKSUM

204

AZT

500

MODE

50d

FINE FEED TIME

50C

FEEDING T YPE 

50E

ZERO PERIOD

50F

ZERO DELAY

914

SOFTWARE 1

915

SOFTWARE 2

026

CHECKSUM

034     

CANopen

DATA FORMAT

035     

CANopen

ADDRESS

036        

ProfiNet

DATA FORMAT

04  _                         

PRINTER       

041 

DAT E+TIME

51  _

SET UP2

510

INDICATION

 

 

Chapter 8.2 

Chapter 8.3...8.6 

Chapter 8.2 

Chapter 6.4 

Chapter 6.5 

Chapter 7.6 

Chapter 6.2 

Chapter 9 

Chapter 6.3 

Summary of Contents for FT-13

Page 1: ...WEIGHING CONTROLLER FT 13 T TE EC CH HN NI IC CA AL L M MA AN NU UA AL L For Firmware Version 2 13 and higher Flintec GmbH Bemannsbruch 9 74909 Meckesheim GERMANY www flintec com...

Page 2: ...n 14 6 1 Basics 14 6 1 1 Basic Setup Keys on the Frontplate 14 6 1 2 Entering the Setup and Calibration Menu 14 6 1 3 Exiting the Setup and Calibration Menu 14 6 2 Metrological Counter 14 6 3 Configur...

Page 3: ...etup 38 8 3 3 Data Structure 39 8 4 Profibus Option 40 8 4 1 Electrical Connections 40 8 5 2 Setup 40 8 5 3 Data Structure 40 8 6 ProfiNet Option 41 8 6 1 Electrical Connections 41 8 6 2 Setup 41 8 6...

Page 4: ...not be liable against any damages or problems arising from the use of any options or any consumable products other than those designated as Original FLINTEC Products NOTICE The contents of this manua...

Page 5: ...FT 13 Technical Manual Rev 1 40 March 2013 Page 5 of 56 2 DECLARATION OF CONFORMITY...

Page 6: ...000 intervals in single range scales 90 384 EC directive AND for 6 000 intervals in single range scales 2004 22 EC directive Approved sensitivity of 0 4 V e according 90 384 EC directive and 0 83 V e...

Page 7: ...ustment Only externally Digital filter 10 step adjustable Filling programmes Open container filling Below bunghole filling Below surface filling Filling and emptying 2 types Filling and discharging Ch...

Page 8: ...0 15 70 100 15 Stainless steel housing front view Stainless steel housing side view 100 mm deep with big backplane option 3 4 2 Panel Type Housing Panel type front view Panel type side view 9 5 5 69 1...

Page 9: ...unding FT 13 is available with 230 V AC power supply or 24 V DC or 12 V DC power inlet The 230 V AC indicators are supplied with a power cable the DC indicators are supplied with a special connector f...

Page 10: ...4 digital inputs and 8 digital outputs The meanings of the various I O depend on the selected standard filling programme see chapter 7 Definition Pin no P Pin no SS Programme J10 J15 Standard JR1 JR2...

Page 11: ...o the instrument 4 3 Commissioning After making the required installations and connections to your indicator turn the power on and perform following steps Get familiar with the instrument s setup mode...

Page 12: ...ive W Mod Weighing mode is active G N Gross Net LED is on when gross is displayed temporarely Stable The weight value on the display is stable Center of zero The weight is in the center of zero see pa...

Page 13: ...and Q keys sequentially The message Qty is displayed Enter the quantity you want to fill and press Enter Total This key is used to display the total filled weight and the batch report To view the tota...

Page 14: ...n by pressing the Enter key As you enter the block you will reach the first sub block in that main block The sub block address will be seen on the display as X0 You can also search between the sub blo...

Page 15: ...r 141 Time HH MM First press a key for the time entry then enter the new date via numerical keys and save by pressing Enter 6 4 Scale Parameters 2 Scale Block The parameters related to the weighing op...

Page 16: ...later the display will show the SAvE message You can confirm the Save zero adjustment by pressing Enter or cancel it by pressing the F key 311 Span Adjustment This parameter lets you perform the span...

Page 17: ...ng programme 2 Prepare the digital I O connections according to the selected filling programme see chapter 4 2 3 3 Set up and calibrate the scale see chapter 6 4 Enter the process parameters for the s...

Page 18: ...0 s to 9 9 s The delay parameter may be helpful for some special processes tArE is the minimum tare value The filling can start if the weight of the container is higher than this value It can be enter...

Page 19: ...art delay This period can be entered by keypad from 0 0 s to 9 9 s The delay parameter may be helpful for some special processes tArE is the minimum tare value The filling can start if the tare of the...

Page 20: ...ds after removing the container from the scale Process Parameters Description When FT 13 is in Ready status the top LED in the LED bar is on press the keys shown on the left sequentially d_F LL means...

Page 21: ...tion This message is displayed during the start delay It disappears at the end of the start delay Means the filling valve is going down It disappears when the filling valve is completely down Means th...

Page 22: ...pad up to 25 0 s Emptying type If it is set to 1 the weight is followed during emptying When the weight goes into the zero range the d_d SC delay starts and the gate is closed at the end of this delay...

Page 23: ...and 180kg can be discharged sequentially Process Parameters Description When type FT 13 is in the Ready status the top LED in the LED bar is on press the keys shown on the left sequentially This is t...

Page 24: ...ing must be sequential Process Parameters Description When type FT 13 is in the Ready status the top LED in the LED bar is on press the keys shown on the left sequentially The period for the dSChrG me...

Page 25: ...gate is opened and emtying starts When the weight goes into the zero range d_d SC delay starts and the gate is closed at the end of this period The delay time can be entered by the keypad up to 9 9 s...

Page 26: ...r catching the system as shown in the figures above The process cycle starts with the start input in the ready status The close the clamp output will be set and then the filling is start if the clamp...

Page 27: ...played during the automatic zeroing cycle after the cycle start if applicable This message is displayed at the end of the Filling for d_End delay time 7 3 9 Programme 8 Bag filling from hopper scale O...

Page 28: ...ut is hold for this time period It can be entered up to 25 0 seconds The clamp release delay time is used to open the clamp at the end of the vibration process It can be entered up to 25 0 seconds Emp...

Page 29: ...alue To edit the value use the numeric keys and press the Enter key Coarse lead in Target Coarse cut off see figure 7 1 The mid feed lead in value is shown on the display if 3 speed feeding is enabled...

Page 30: ...ric keys and press Enter To hide a recipe enter 0 tolerance of filling or discharging are shown To edit the value use the numeric keys and press Enter The coarse lead in value is shown on the display...

Page 31: ...cycles X 0 1 2 3 9 factory default setting is 1 Attention This parameter must be set to 1 if all cycles have to be controlled for tolerances If you don t want to make preact correction but data loggi...

Page 32: ...eeding are enabled sequentially 50d XX Fine feeding time at cycle start This parameter defines the fine feeding time before the coarse feeding If this parameter is set to 0 the filling operation start...

Page 33: ...y to the weight value The error is acknowledged by the start input Valid for programme 0 1 2 3 4 5 6 7 and 8 It shows the filling period is extended The filling valves are closed The error is acknowle...

Page 34: ...dard RS232C of the instrument should be made as given in the table below Definition Panel type housing Pin no D Sub 9 pin male Stainless steel housing Pin no J11 connector RS232C typical PC allocation...

Page 35: ...ighing mode Example 10 01 2007 10 57 Cn 169 G 1999kg T 0kg N 1999kg DATE TIM E CN G RO SS TARE NET M S D L S D S P M S D L S D S P M S D L S D S P M S D L S D S P M S D L S D S P M S D L S D L F C R 1...

Page 36: ...ou can access the parameters of the instruments s serial interface s in parameter section 0 The data output modes see chapter 8 3 can be used only once except for continuous data output 00 Serial Inte...

Page 37: ...a serial interface 0 no 1 yes 8 3 Ethernet Option FT 1x series indicators which are equipped with an Ethernet option can be connected to Ethernet TCP IP or Modbus RTU over Ethernet networks as describ...

Page 38: ...mote Port Ethernet connection point of the device which should be connected automatically Important hint During the setup the Ethernet output weight value and status bits will not be updated Setup by...

Page 39: ...Example HyperTerminal 1 Open the HyperTerminal and choose a name for the connection Press OK 2 Then enter the Ethernet address of the indicator and the port number as shown at the left Also you need...

Page 40: ...Green On line data exchange Flashing Green On line clear Flashing Red 1 flash Setup error Not supported Flashing Red 2 flash PROFIBUS configuration error Check GSD file Status LED State Meaning Off N...

Page 41: ...communication present NS Network Status LED LED State Description Comment Off Not online No power Check power and cable Green On line RUN Green flashing On line STOP 8 6 2 Setup 0 Interface Block 03 P...

Page 42: ...n in progress Red Exception error Check EDS file Error LED State Indication Action Comment Off No error No power or CANopen module is inizializing Red single flash Warning limit reached Bus error coun...

Page 43: ...e logical condition of that output which can be changed by pressing the Zero key 904 mV Indication When pressing the Enter key the output voltage of the load cell will be shown on the display This unc...

Page 44: ...AX WEIGHT Editable with any password Editable with any password Editable with service password Editable with service password Editable with service password and calibration jumper Editable with servic...

Page 45: ...Bit 5 Bit 6 Bit 7 0 1 2 Decimal point 3 4 Increment size Always 1 Always 1 X 0 0 0 XXXXOO 1 0 X 1 1 0 0 XXXXXO 0 1 X 2 0 1 0 XXXXXX 1 1 X 5 1 1 0 XXXXX X 0 0 1 XXXX XX 1 0 1 XXX XXX 0 1 1 XX XXXX 1 1...

Page 46: ...0C 00 02 Current tolerance weight Coarse 40 015 03 00 0E 00 02 Current coarse value Fine 40 017 03 00 10 00 02 Current fine value CN 40 019 03 00 12 00 01 Current consecutive Number Last filling value...

Page 47: ...Total weight for next cycle Outputs 40 026 10 00 19 00 02 04 XX XX XX XX hex To set outputs manually Active output no Data bit no set to 1 e g only Bit 1 8 1 only output 1 8 active Middle 40 028 10 00...

Page 48: ...00 21 F2 D1 Loading Target Tolerance Coarse and Fine in one message with above values 01 10 00 0A 00 08 10 00 00 13 88 00 00 00 32 00 00 01 F4 00 00 00 64 8F B2 Details of an example Loading value 50...

Page 49: ...ADC over 011 ADC under 100 System error 101 FT not in weighing mode or filling mode 14 13 12 5 Not used Always 0 4 Command accepted This bit is toggled when a new command was accepted 3 Net 0 Gross M...

Page 50: ...rom 0 to 1 activates the zero command 6 New command A transition from 0 to 1 activates the command described in the table below 5 Command Command R W Definition 00000 R Gross Weight continuous 00001 R...

Page 51: ...tal output 2 16 Digital output 1 15 0 Not used Always 0 15 13 Error 000 No error 001 ADC out 010 ADC over 011 ADC under 100 System error 101 FT 13 not in weighing mode or filling mode 12 5 Not used Al...

Page 52: ...0 deactivates the Hold function 13 12 Not used Always 0 11 Reset A transition from 0 to 1 activates the reset command 10 Start A transition from 0 to 1 activates the start command 9 Clear A transitio...

Page 53: ...e the zeroing delay parameter 50F Increase the range of the motion detector parameter 206 Err 1 ADC error Re energize indicator Contact FLINTEC Err 2 Err 3 Indicator cannot get calibrated Check load c...

Page 54: ...d 212Capacity 2 d 2 6 kg 0 001 kg 3 Calibration Adjustment 30 Calibration 301Calibration 31 Adjustment 310Zero adjustment 311Span adjustment 312Span adjustment under load Parameter Factory defaults 5...

Page 55: ...FT 13 Technical Manual Rev 1 40 March 2013 Page 55 of 56...

Page 56: ...FT 13 Technical Manual Rev 1 40 March 2013 Page 56 of 56 www flintec com...

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