Siko MA10/4 Скачать руководство пользователя страница 15

 

 

MA10/4-SW02

 

Date: 06.05.2014 

Page 15 of 23 

Art.No. 87185 

Mod. status 422/13 

 

Fig. 3: Signal types for referencing 

Information concerning the setting of the reference point 

Move the spindle exactly to the position which corresponds to the reference value programmed 
before accord. to chapter 

6

. The mechanically mounted reference point transmitter must now be 

definitely active (see 

Fig. 3

)

The encoder can be turned without causing any movement of the driving spindle, if you 
untighten the clamping ring or coupling. You can now search the index signal of the encoder 
(voltage change) by using for example a voltmeter and carry out the adjustment of the reference 
point. When the index and reference point transmitter signals are positioned as described i

Fig. 

4

, the clamping ring and the coupling of the incremental encoder are retightened. 

 

Fig. 4: Referencing setup 

Drive

 

Driving spindle

 

ref. point 
transmitter

 

Incremental card of the MA10/4

 

Incremental 
encoder

 

Signal A

 

Signal B

 

Index signal

 

ref. point 
transmitter signal

 

definetely 
passive

 

definetely 
passive

 

definetely 
aktive

 

one 
revolution

 

Type 0

 

Type I

 

Содержание MA10/4

Страница 1: ...User manual Electronic display MA10 4 Software SW02...

Страница 2: ...teration of reference offset value or calibration offset value 12 6 4 Direct input of limiting value 12 7 0 90 0 Angle display 13 7 1 Input of limit with switching output option 13 8 Referencing Calib...

Страница 3: ...10 4 SW02 can be used for measuring angles in three ranges of resolution 1 0 1 0 01 After reaching the respective maximum value e g 359 programmable modulo value the display jumps to 0 With opposite s...

Страница 4: ...he input mode 1 2 3 4 5 6 7 8 9 10 11 12 Digit R 1 5 9 9 Angle value Digit Symbol Description 1 R Incremental measure is active 3 Upper limiting value exceeded only for output circuit option 3 Lower l...

Страница 5: ...y until the end of the parameter list is reached To scroll parameter information Use key Input of numerical values For numerical values the smallest decade flashes first The numerical value of the fla...

Страница 6: ...fter 1 revolution Value by which the display increases decreases after 1 revolution of the encoder If DPR 0 quadruple evaluation of the encoder signal will take place automatically DIVISOR 1 10 100 10...

Страница 7: ...n or offset measure for instance RESET off on del 1s del 3s Reset via keyboard enable off reset function off on reset function enabled del 1s reset function enabled press key for at least 1 sec del 3s...

Страница 8: ...value Menu item will be displayed only if SCHALT is programmed for BAUD Possibility of input modification of the upper and lower limiting values in the input mode off Modification of limiting values d...

Страница 9: ...al encoder bit number DPR 0 59999 Display after 1 revolution Menu item will be displayed only if multi is programmed for E TYP Value by which the display increases decreases after 1 revolution of the...

Страница 10: ...TPUT gray bin Output code gray Encoder s data in Gray code bin Encoder s data in binary code TIMEOUT off on Time out function off Cable break recognition off on Cable break recognition off P KEY 3s 5s...

Страница 11: ...med to on del 1s or del 3s but unit must not be left in programming mode see chapter 4 To leave programming mode For modulo display mode Press key to set the display to reference calibration offset va...

Страница 12: ...once again The display then shows the offset value which can be changed via the two arrow keys By pressing the key the value is saved and directly taken over in the display Finishing direct input of r...

Страница 13: ...Input of limit with switching output option When entering the limits that are in the quadrant 1 please note that they cannot be entered directly as with quadrant 0 but must be calculated according to...

Страница 14: ...ogrammed to 0 8 2 Automatic referencing Only incremental Automatic referencing is always made via a reference point transmitter which is automatically approached at a defined position reference value...

Страница 15: ...ving spindle if you untighten the clamping ring or coupling You can now search the index signal of the encoder voltage change by using for example a voltmeter and carry out the adjustment of the refer...

Страница 16: ...dditional parameters The MA10 4 transmits its answer with automatic Carriage Return CR Input Lower and upper cases are accepted ASCII Output All response telegrams are completed with a CR hex 13 excep...

Страница 17: ...ber of pulses y 2 positions after the comma y 4 encoder bits SSI only y 5 singleturn bits SSI only y 6 modulo value Iabc 4 2 Release frontal keys a reset via keyboard 0 off 1 on 2 1 sec delay 3 3 secs...

Страница 18: ...1 3 xyz Binary position value xyz 3 bytes in two s complement MSB LSB Xy 2 2 Enter unit of measure y number y 0 no y 1 angle degree Yx 2 2 Enter display divisor incremental and SSI only x number x 0...

Страница 19: ...ted command 0x32 0x33 R This command can be broadcasted Hex TX RX S P R Function 0x16 3 6 Read out position value 0x18 3 6 Read out reference calibration value 0x19 3 6 Read out offset value 0x1b 3 6...

Страница 20: ...6 6 S P Program index type only incremental see command 0x6c 0x72 3 6 Output configuration bits 0x73 6 6 S P Program configuration bits 0x7e 3 6 Send type of reference switch only incremental 0x7f 6 6...

Страница 21: ...tho be installed on a mitre box saw While the saw blade is swinging the measured value shall decrease from 90 in the direction of 0 on both sides An incremental encoder with 100 pulses per revolution...

Страница 22: ...l value store programmed to off Carry out reference calibration 12 Parameter list 12 1 Incremental version Display Selection value Default value Your own programming use 1 2 3 LANGUAGE deu eng deu WIN...

Страница 23: ...lo 0 90 0 modulo DEC 0 0 0 0 00 0 0 MOD W 0 59999 360 0 E TYP multi single multi FORMAT no Tree no S BITS 5 19 10 ENCOD BIT 5 25 22 DPR 0 59999 0000 0 DIVISOR 1 10 100 1000 1 DIRECTION i e i CAL 99999...

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