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CT70104B_e.doc / Nov-15 

 

Page 28 / 29 

Process Data (Aktuelle Istwerte) 

 

Nr.  Description 

Unit 

Serial Code 

Explanation 

(Hex) 

(Dec) 

0  Mode Control 

 

0800 

2048 

Internal program status 

1  Ramp Status 

 

0801 

2049 

Internal status value 

DAC1 Value 

5 mV 

0802 

2050 

Digital output voltage value (scaled in DAC-
increments: -2000 = -10V, +2000 = +10V) 

3  Master Counter 

Ma.Inkr. 

0803 

2051 

Counter for master pulses 

4  Slave Counter 

Sl. Inkr. 

0804 

2052 

Counter for slave pulses 

5  Slave Counter 2 

Sl. Inkr. 

0805 

2053 

 

6  Slave-Z-Teach-Value  Sl. Inkr. 

0806 

2054 

Set value for slave counter at cutting pulse 

7  Active Factor 

 

0807 

2055 

Actual encoder pulse ratio 

8  Slave Z Offset 

Sl. Inkr. 

0808 

2056 

Offset between real and virtual cutting pulse 

9  Actual Length 2 

Ma.Inkr. 

0809 

2057 

 

10 

Actual Error 

Ma.Inkr. 

080A 

2058 

Actual cutting error  
(scaled in master encoder pulses) 

11 

Actual Length 

Ma.Inkr. 

080B 

2059 

Actual cutting length  
(scaled in master encoder pulses) 

12  PPR 2 

Sl. Inkr. 

080C 

2060 

Measured value of slave pulses per revolution 

13  Diff Error G 

 

080D 

2061 

Differential counter (Slave position error) 

14  Sync-Max-Index 

 

080E 

2062 

 

15  Step-Sync-G 

 

080F 

2063 

 

16  FF-Frequency 

Hz 

0810 

2064 

Master encoder frequency (Hz) 

17  Min. Difference 

 

0811 

2065 

Min. Differential Error during cut 

18  Max. Difference 

 

0812 

2066 

Max. Differential Error during cut 

19  Max. DAC-Value 

 

0813 

2067 

Max. analogue output 2 value during cut 

20  DAC-Value 1 

5 mV 

0814 

2068 

Similar to No. 2 

21  Cor-Value 1 

 

0815 

2069 

Correction value 

22  LV-Value 1 

 

0816 

2070 

Feed forward value 

23  Variable 23 

 

0817 

2071 

 

24  Variable 24 

 

0818 

2072 

 

25  Variable 25 

 

0819 

2073 

 

26  Virtual Axis on 

 

081A 

2074 

State of virtual master 

27  Oute/-% 

Läng.einh.  081B 

2075 

Scaled „Outer Circ.“ 

28  Inne/-% 

Läng.einh.  081C 

2076 

Scaled „Inner Circ.“ 

29  Time for Calc 

µs 

081D 

2077 

Time for pre-calculations  

30  Variable 30 

 

081E 

2078 

 

31  Variable 31 

 

081F 

2079 

 

 

Summary of Contents for CT 701.04

Page 1: ...g time Synchronous cutting process with cosine compensated motion profile during penetration of the cutting tool Particularly suitable for flying cut of steel plates sheet metals and profiles High dyn...

Page 2: ...specific and application specific safety standards When this unit is used with applications where failure or maloperation could cause damage to a machine or hazard to the operating staff it is indisp...

Page 3: ...Control Loop 14 4 3 5 Jog Home 15 4 3 6 Alarms 15 4 3 7 Diagnosis 15 4 3 8 Communication settings 15 4 3 9 Setup Settings 17 5 Function of the LED indicators 18 6 Steps for Commissioning 19 6 1 Prepa...

Page 4: ...xx pdf hardware description connections specifications and CT701xxx pdf description of the firmware as actually at hand All of above files are also available for free download from our homepage www mo...

Page 5: ...ne Autom Operat Out1 Out2 Out3 Out4 Out5 Out6 Out7 Out8 Line encoder and measuring wheel Motor Encoder Servo drive MC700 MC720 Communication Serial CAN Bus PROFIBUS These cutting systems require the h...

Page 6: ...ence of the tool Length circumference reduces the speed of this zone with respect to line speed and may include temporary standstill Length circumference however increases the speed of this zone Zone...

Page 7: ...the PC to the controller using a RS232 cable see 3 8 of the hardware manual Apply power to the controller and start the OS5 1 PC software Select Download Firmware from the File menu The screen now in...

Page 8: ...a pen or a small screw driver Click OK to start the download The download uses several loading steps The progress is displayed on the screen After successful conclusion of the procedure a click to Exi...

Page 9: ...es in the column marked X6 shine blue when the associated input signal on screw terminal strip X6 is HIGH LOW state is white Indicator boxes in the columns marked RS shine blue when the associated inp...

Page 10: ...e For definition of the knife position the controller needs one index pulse with every cut which can be generated either by a remote sensor or from the marker pulse of the encoder See register Index M...

Page 11: ...connector panel Meaning and function of the output signals Out1 Ready Indicates that the unit is ready to work after power up initialisation and self test This output however is not a guarantee for t...

Page 12: ...scaled in length units according to user definition active with input Length Selection HIGH Max Frequency Expected maximum frequency of the master encoder Hz Used for pre scaling of the analogue outp...

Page 13: ...he selected quadrature edge count x1 x2 x4 Inner Circ2 Inner active circumference of the rotating knife in length units 2 x ri see section 2 Outer Circ2 Outer active circumference of the rotating knif...

Page 14: ...ximity Setting in encoder increments This register makes superfluous a precise mechanical adjustment of the location of the pulse the virtual cutting pulse must be located exactly in the peak position...

Page 15: ...an this set value the unit substitutes the encoder frequency by this setting This prevents the shear from stopping while the tool is penetrated to the material Max Analogue Output When the analogue sp...

Page 16: ...reserved for broadcast messages collective addressing of several units Factory default address is always 11 Ser Baud Rate 0 38400 bps 1 19200 bps 2 9600 bps 3 4800 bps 4 2400 bps Factory setting 2 Se...

Page 17: ...set best in the Test menu or the Adjust menu Ana Out Offset 1 4 Sets the zero position of the corresponding analogue output This parameter uses a numeric range from 2047 0000 2047 corresponding to 10...

Page 18: ...to the scheduled position The LEDs are scaled in encoder increments and the update cycle is less than one millisecond Therefore this simple means of error display provides a good information about the...

Page 19: ...nal speed control loop operate the drive with proportional speed control only with the proportional Gain as high as possible Before you start the Adjust menu make sure that all parameters on the requi...

Page 20: ...oder into forward direction manually or by means of a remote speed signal Observe the counter in the Master column It must count up increment Where you find it counts down please click to the unchecke...

Page 21: ...n yellow centre position and the differential counter swings around zero i e 8 You can reset the differential counter to zero at any time between by cycling the Reset command 6 4 Setting of the propor...

Page 22: ...alues You can follow all real process data assigned to this firmware when you open the register card Process data These actual values are updated continuously You find a description of the actual proc...

Page 23: ...cards with the PC software To start the menu press F1 Select the menus and sub menus by using the arrow keys nd Confirm your choice by Enter With all further actions Enter will go forward and PRG go...

Page 24: ...lay Please choose one of the 32 available actual values 00 31 as shown on the screenshot Process Data Decimal point Defines the position where a decimal point should appear on the LCD display 0 no dec...

Page 25: ...0 Parameter Blocks Circs Pulses Description Unit Serial Code Minimum Maximum Default Hex Dec Circ 1 Length units 0100 256 1 999999 1000 PPR 1 Increments 0101 257 1 999999 10000 Inner Circ 2 Length un...

Page 26: ...um Maximum Default Hex Dec Jog Speed V 0180 384 0 9 99 1 00 Jog Ramp s 0181 385 0 20 999 1 00 Home Speed Hi V 0182 386 0 99 1 00 Home Speed Lo V 0183 387 0 99 0 50 Home Ramp s 0184 388 1 99 1 Speed Sw...

Page 27: ...8 02C8 712 Block 15 31 02DF 735 Setup Up Settings Description Unit Serial Code Minimum Maximum Default Hex Dec Mode Counter 1 02E0 736 0 2 0 Dir Counter 1 02E1 737 0 1 1 Mode Counter 2 02E2 738 0 2 0...

Page 28: ...ulses 11 Actual Length Ma Inkr 080B 2059 Actual cutting length scaled in master encoder pulses 12 PPR 2 Sl Inkr 080C 2060 Measured value of slave pulses per revolution 13 Diff Error G 080D 2061 Differ...

Page 29: ...mand 28 091C 2332 28 Store to EEProm 091D 2333 29 Adjust Program 091E 2334 30 Test Program 091F 2335 31 Outputs Description Ser Code for single command Bit No in Output Status 0B04 Hardware Output X7...

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