TRUE,TRUE,FALSE,FALSE,FALSE,TRUE,FALSE,FALSE,FALSE,FALSE,FALSE,FALSE
Address,Description,Max Value,Min Value,Default Value,Value,Access,Precision,Refresh Type,Is Refreshed,Description Detail,DATATYPE
INT32,STRING,FLOAT,FLOAT,FLOAT,STRING,STRING,FLOAT,STRING,STRING,STRING,INT32
1401,tension control mode ,6,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-Closed-loop speed mode; 1-Closed-loop torque mode; 2-Automatic switching of torque speed mode; 3-Open loop mode (torque mode speed limit mode); 4-IO switching speed torque mode; 5-Reserved; 6-Open loop mode (speed mode limited torque mode) ,1
1402,tension given source ,6,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-from 1404; 1-from AI 1; 2-derived from AI 2; 3-derived from AI 3; 4-switch from AI 1 and 1404; 5-from AI 2 and 1404 switching; 6-from AI 3 and 1404 switching ,1
1403,Tension feedback source ,3,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-internal amplification; 1-derived from AI 1; 2-derived from AI 2; 3-derived from AI 3 ,1
1404,Tension Setpoint User Tension Units ,32767,0,0,0,RW,1,RefreshOneTime,FALSE,Tension Setpoint User Tension Units ,1
1405,Tension Display User Tension Units ,32767,0,0,0,R,1,RefreshPeridict,FALSE,Tension Display User Tension Units ,1
1406,Real Time Tension Display User Tension Units ,32767,0,0,0,R,1,RefreshPeridict,FALSE,Real Time Tension Display User Tension Units ,1
1407,Taper % ,100,0,0,0,RW,10,RefreshOneTime,FALSE,The taper percentage of 0% and 100% is invalid. The tension at the minimum coil diameter is the given tension. At the maximum coil diameter. the tension is the given tension multiplied by (1-taper percentage) %. ,1
1408,Tension Range User Tension Units ,32767,0,500,0,RW,1,RefreshOneTime,FALSE,Tension Range User Tension Units ,1
1409,Tension holding range ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Tension-holding range When the user tension unit is stationary (the tension is within the tension setting ¡À tension-holding range). the tension is not adjusted ,1
1410,Tension display filtering time constant ,32767,0,100,0,RW,1,RefreshOneTime,FALSE,Tension display filtering time constant ,1
1411,Zero Tension Threshold User Tension Units ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Zero Tension Threshold User Tension Units ,1
1412,Tension Overvalue User Tension Units ,32767,0,300,0,RW,1,RefreshOneTime,FALSE,Tension Overvalue User Tension Units ,1
1413,Tension Threshold at Torque Limit % ,3276.7,0,300,0,RW,10,RefreshOneTime,FALSE,When the coil diameter calculation is not completed (i.e. the coil diameter calculation times is less than the coil diameter filter buffer) and the tension is greater than this threshold. the torque limit unit is the percentage of the excessive tension minus the given value. and the function is valid when the value is not zero. ,1
1414,Overtension time threshold ms ,32767,0,300,0,RW,1,RefreshOneTime,FALSE,the overtension is report in ms when that real-time tension exceeds the overtension threshold for that amount of time ,1
1415,Automatic Calculation of Coil Diameter Parameters by Tension Pendulum ,32767,0,300,0,RW,10,RefreshOneTime,FALSE,The tension pendulum automatically calculates the roll diameter parameter. which takes effect immediately. AAAA. B format. AAAA refers to the number of millimeters that the tension pendulum will pull the material during the swing from 0 tension to full tension. in millimeters. B refers to the maximum swing range of the tension pendulum during the automatic reeling process. 1 is 50% of the full scale. 2 is 60% of the full scale. 3 is 70% of the full scale. 4 is 80% of the full scale. 5 is 90% of the full scale. and 6 is 95% of the full scale. If this parameter is set to 0. the function of automatic calculation of coil diameter by tension pendulum will not be activated. When the function of tension pendulum to automatically calculate the roll diameter is enabled. INFN 38 outputs 0 after the roll change is triggered. When the function is enabled again. the internal tension given by the system is automatically set to the value set by B. After that. the tension pendulum starts to swing to the value set by B. During the swing. the roll diameter will be calculated automatically. After the calculation of roll diameter is completed. INFN 38 outputs 1. ,1
1416,Speed threshold of material failure protection ,3276.7,0,30,0,RW,10,RefreshOneTime,FALSE,If the material is loose and the feeding speed exceeds P14.16 and lasts for the time set in P14.17. the material failure will be reported. ,1
1417,Material interruption protection time threshold ms ,32767,0,1000,0,RW,1,RefreshOneTime,FALSE,Material interruption protection time threshold ,1
1418,Pulses per meter of feed ,2147483647,0,10000,0,RW,1,RefreshOneTime,FALSE,Pulses per meter of feed ,2
1420,pulses per reel revolution ,2147483647,0,10000,0,RW,1,RefreshOneTime,FALSE,pulses per reel revolution ,2
1422,Reach length mm ,2147483647,0,0,0,RW,1,RefreshOneTime,FALSE,Reach length mm ,2
1424,Minimum feed rate m/min ,3276.7,0,3,0,RW,10,RefreshOneTime,FALSE,Minimum feed rate m/min ,1
1425,Feed rate display m/min ,3276.7,0,0,0,R,10,RefreshPeridict,FALSE,Feed rate m/min ,1
1426,Feed Pulse Sampling Settings ,327.67,0,0,0,RW,100,RefreshPeridict,FALSE,The lower two bits are the xy pulse sampling interval and the upper three bits are the xy pulse filtering time (similar to the speed feedforward filtering time P07.09). ,1
1427,Feed Rate Source Setting ,3276.7,0,0,0,RW,10,RefreshPeridict,FALSE,Feeding speed is derived from the relevant settings of analog quantity. which will take effect after power-on. AAAA. B format. AAAA sets the corresponding feeding speed when AI input is 100%. in m/min; B setting is derived from that AI; when B = 0. it is derived from pulse; when B = 1. it is derived from AI 1; when B = 2. it is derived from AI 2; when B = 3. it is derived from AI 3 ,1
1428,Fast tighten function and predrive function selection in closed-loop speed mode ,4,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-neither quick tightening function nor pre-drive function; 1-Select the automatic quick tightening function; 2-Pre-drive is performed when the auto pre-drive function 1484 is selected to be less than 3; 3-Select INFn 54 to manually force rapid tightening; 4-Select INFn 54 Manual Forced Predrive ,1
1429,Pre-drive speed rpm ,32767,0,30,0,RW,1,RefreshOneTime,FALSE,Pre-drive speed rpm ,1
1430,pre-drive torque limit ,3276.7,0,10,0,RW,10,RefreshOneTime,FALSE,pre-drive torque limit ,1
1431,Fast tightening speed rpm ,32767,0,50,0,RW,1,RefreshOneTime,FALSE,Fast tightening speed rpm ,1
1432,Tension pendulum compensation feeding pulse parameter ,32767,0,300,0,RW,10,RefreshOneTime,FALSE,Tension pendulum compensation feeding pulse parameter. effective after power-on. AAAA. B format. AAAA refers to the number of millimeters that the tension pendulum will pull the material during the swing from 0 tension to full tension. in millimeters. B refers to the compensation percentage. 0 is 0. 1 is 50%. 2 is 100% of full scale. 3 is 150% of full scale. 4 is 200% of full scale. 5 is -50% of full scale. 6 is -100% of full scale. 7 is -150%. 8 is -200%. The setting rule of compensation percentage is that if the tension is loose and more materials are stored. the compensation percentage is positive. If the tension is loose. less stock is stored and the compensation percentage is negative. ,1
1433,Closed-loop speed mode motor rotation direction modification ,2,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-do not change the motor rotation direction; 1-Change the motor rotation direction; 2-IO switch the motor rotation direction ,1
1434,Tension compensation direction in closed-loop speed mode ,2,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-forward compensation; 1-reverse compensation; 2-Per IO ,1
1435,Tension tracking direction in closed-loop speed mode ,2,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-forward trace; 1-backward trace; 2-Per IO ,1
1436,Tension proportional gain in closed-loop speed mode ,32767,0,100,0,RW,1,RefreshOneTime,FALSE,Tension proportional gain in closed-loop speed mode ,1
1437,Tension integral gain in closed-loop speed mode ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Tension integral gain in closed-loop speed mode ,1
1438,Tension integral range in closed-loop speed mode ,3276.7,0,20,0,RW,10,RefreshOneTime,FALSE,The action range of tension integral under closed-loop speed mode is valid when (tension setting-tension feedback)/(tension range) ¡Á 100% is less than the action range ,1
1439,Minimum Compensated Speed Clipping rpm in Closed-Loop Speed Mode ,32767,0,60,0,RW,1,RefreshOneTime,FALSE,Minimum Compensated Speed Clipping rpm in Closed-Loop Speed Mode ,1
1440,Maximum Compensated Speed Clipping rpm in Closed-Loop Speed Mode ,32767,0,100,0,RW,1,RefreshOneTime,FALSE,Maximum Compensated Speed Clipping rpm in Closed-Loop Speed Mode ,1
1441,Variable gain mode in closed-loop speed mode ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,: 0-fixed gain; 1-reserved; 2-the larger the coil diameter. the smaller the inverse gain curve; 3-The larger the coil diameter is. the smaller the gain linearity is. and the reduction amplitude is larger. and the reduction amplitude is similar to that of mode 2; 4-The larger the coil diameter is. the smaller the gain linearity is. and the reduction amplitude is smaller. which is half of that of mode 2; 5-The larger the coil diameter is. the smaller the gain linearity is. and the decreasing amplitude is larger. and the decreasing amplitude is similar to mode 2. and the gain attenuates to 0.7 at zero feed speed; 6-The larger the coil diameter is. the smaller the gain linearity is. and the decreasing amplitude is larger. and the decreasing amplitude is similar to mode 2. and the gain attenuates to 0.4 at zero feed speed; 7-The larger the coil diameter. the smaller the gain linearity. the larger the reduction amplitude. the reduction amplitude is similar to mode 2. the larger the tension fluctuation. the greater the attenuation. the maximum attenuation to 0.5. and the attenuation to 0.5 at zero feed speed ,1
1442,Source of velocity stack in closed-loop velocity mode ,3,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-derived from fixed value; 1-derived from AI 1; 2-derived from AI 2; 3-derived from AI 3 ,1
1443,Fixed value of speed superposition in closed-loop speed mode ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Fixed value of speed superposition in closed-loop speed mode ,1
1444,Roll diameter KP ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Roll diameter KP. % error * 0.1 * P14.44 = superimposed roll diameter um ,1
1445,forward proportional gain amplification ,32767,0,0,0,RW,10,RefreshOneTime,FALSE,If the given tension is large. the gain is amplified when loosening the material. If it is set to 0. it is invalid. If it is set to 1.0. there is no amplification or attenuation. It is used to rapidly increase the tension when loosening the material. ,1
1446,open-loop tension friction compensation ,1000,0,0,0,RW,10,RefreshOneTime,FALSE,open-loop tension friction compensation ,1
1447,Reached coil diameter 2 mm ,3276.7,0,95,0,RW,10,RefreshOneTime,FALSE,Reached coil diameter 2 mm ,1
1448,Coil diameter calculation method ,3,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-calculated according to XY pulse and motor pulse; 1-Superposition according to layer thickness; 2-Calculate according to communication XY pulse increment and motor pulse increment; 3-Stacking according to layer thickness and no feed rate without stacking layer thickness ,1
1449,roll diameter filtering buffer ,1024,1,20,0,RW,1,RefreshOneTime,FALSE,Roll diameter filter buffer The larger the roll diameter filter buffer. the more stable the roll diameter output Maximum 1024 Minimum 1 ,1
1450,Interval value of motor pulse number during each coil diameter calculation ,32767,0,1000,0,RW,1,RefreshOneTime,FALSE,The interval value of the motor pulse number during each roll diameter calculation means that the roll diameter will be calculated only after at least Pn14.20 motor pulses ,1
1451,superpose layer thickness micron ,32767,-32767,100,0,RW,10,RefreshOneTime,FALSE,superpose layer thickness micron ,1
1452,Motor Pulse Increment ,32767,-32767,0,0,R,1,RefreshPeridict,FALSE,Motor Pulse Increment ,1
1453,Feed Pulse Increment ,32767,-32767,0,0,R,1,RefreshPeridict,FALSE,Feed Pulse Increment ,1
1454,Current coil diameter mm ,3276.7,0,0,0,R,10,RefreshPeridict,FALSE,Current coil diameter mm ,1
1455,Instantaneous roll diameter mm ,3276.7,0,0,0,R,10,RefreshPeridict,FALSE,Instantaneous roll diameter mm ,1
1456,Reached coil diameter mm ,3276.7,0,90,0,RW,10,RefreshOneTime,FALSE,Reached coil diameter mm ,1
1457,Reach range of roll diameter mm ,3276.7,0,1,0,RW,10,RefreshOneTime,FALSE,When the current roll diameter is within the range of (reaching the roll diameter +/- the roll diameter reaching range). the roll diameter reaching signal is output ,1
1458,Minimum roll diameter mm ,3276.7,0,90,0,RW,10,RefreshOneTime,FALSE,Minimum roll diameter mm ,1
1459,Maximum roll diameter mm ,3276.7,0,400,0,RW,10,RefreshOneTime,FALSE,Maximum roll diameter mm ,1
1460,Source of initial coil diameter ,3,0,1,0,RW,1,RefreshOneTime,FALSE,: 0-Manual material pulling and automatic calculation of coil diameter; 1-derived from initial roll diameter 1; 2-derived from initial roll diameter 2; 3-Switch between initial roll diameter 1 and initial roll diameter 2 by IO ,1
1461,Initial roll diameter 1 ,3276.7,0,90,0,RW,10,RefreshOneTime,FALSE,Initial roll diameter 1 ,1
1462,Initial roll diameter 2 ,3276.7,0,90,0,RW,10,RefreshOneTime,FALSE,Initial roll diameter 2 ,1
1463,spindle speed ,32767,-32767,90,0,RW,1,RefreshPeridict,FALSE,spindle speed ,1
1464,Spindle encoder resolution ,65535,0,90,0,RW,1,RefreshOneTime,FALSE,Spindle encoder resolution ,3
1466,Tension control multifunction enable bit ,32767,0,0,0,RW,1,RefreshOneTime,FALSE,#BIT0 bit enables material cut-off protection; BIT 1 bit enables integration function without feed clearing; BIT 2 is reserved; BIT 3 bit enables the function of zero tension inhibiting roll diameter calculation; BIT bit 4 enables position ring; BIT bit 5 enables layer thickness compensation; BIT 6 bit enables automatic torque limiting in speed mode; BIT 7 bit enables inactivity without tracking XY pulses; BIT 8-bit enable/disable enables automatic roll change; BIT 9 bits are reserved unused; After BIT 10 bit is enabled. the cache is not cleared when changing the roll. The cache is initialized to the roll changing value. It is suitable for the roll changing mode of inputting the accurate roll diameter. BIT 11 bit enables automatic compensation of layer thickness. The compensated layer thickness changes within 1 - 3 times of the set layer thickness; After BIT 12 is enabled. the cache is not cleared after power-on. The cache is initialized to the roll change value. It is applicable to the mode with accurate roll diameter after power-on. BIT 13 reserved; BIT 14 reserved ,1
1467,Proportional gain in closed-loop torque mode ,32767,0,100,0,RW,1,RefreshOneTime,FALSE,Proportional gain in closed-loop torque mode ,1
1468,Integral gain in closed-loop torque mode ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Integral gain in closed-loop torque mode ,1
1469,Tension control direction in torque mode ,2,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-forward; 1-reverse; 2-IO switching ,1
1470,Forward speed limit in torque mode in rpm ,32767,-32767,1000,0,RW,1,RefreshOneTime,FALSE,Forward speed limit in torque mode. When P14.01 = 6 is open-loop tension. this is the speed command parameter under the torque limit mode of the first set of speed mode. In case of unreeling. this parameter can be set as a fixed value. and the fixed value is set as static tightening speed. In case of positive reeling. this value is set as 10000 + static tightening speed; in case of negative reeling. this value is set as -10000-static tightening speed ,1
1471,Reverse speed limit in torque mode in rpm ,32767,-32767,1000,0,RW,1,RefreshOneTime,FALSE,Reverse speed limit in torque mode. When P14.01 = 6 is open-loop tension. this is the speed command parameter under the torque limit mode of the second set of speed mode. In case of unreeling. this parameter can be set as a fixed value. and the fixed value is set as static tightening speed. In case of positive rewinding. this value is set as 10000 + static tightening speed; in case of negative rewinding. this value is set as -10000-static tightening speed ,1
1472,open-loop tension torque output coefficient ,3276.7,0,100,0,RW,10,RefreshOneTime,FALSE,When the open-loop tension torque output coefficient is set to 100.0%. the maximum tension is given. and the output rated torque at the maximum coil diameter is set to ((maximum tension N * maximum radius M)/(motor rated torque NM * reduction ratio * driver rated current/motor rated current)) ,1
1387,Torque Mode Acceleration Compensation Factor Deceleration Compensation ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,When the motor is reeled. positive deceleration compensation shall be set. and the greater the positive value. the stronger the effect. If the effect is too strong. the acceleration will break the material. and the deceleration material will loosen. When the motor is unreeling. negative deceleration compensation shall be set. and the greater the negative value is. the stronger the effect will be. If the effect is too strong. the acceleration will be loose and the deceleration will be broken ,1
1473,Torque Mode Acceleration Compensation Factor Acceleration Compensation ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Positive acceleration compensation shall be set during motor winding. and the greater the positive value is. the stronger the effect is. If the effect is too strong. the acceleration will break the material and the deceleration material will loosen. When the motor is unreeling. negative acceleration compensation shall be set. and the greater the negative value is. the stronger the effect will be. If the effect is too strong. acceleration will be loose and deceleration will be broken ,1
1382,The second set of torque mode acceleration compensation coefficient acceleration compensation ,32767,-32767,500,0,RW,1,RefreshOneTime,FALSE,Positive acceleration compensation shall be set during motor winding. and the greater the positive value is. the stronger the effect is. If the effect is too strong. the acceleration will break the material and the deceleration material will loosen. When the motor is unreeling. negative acceleration compensation shall be set. and the greater the negative value is. the stronger the effect will be. If the effect is too strong. acceleration will be loose and deceleration will be broken ,1
1377,Second set of torque mode acceleration compensation coefficient deceleration compensation ,32767,-32767,500,0,RW,1,RefreshOneTime,FALSE,When the motor is reeled. positive deceleration compensation shall be set. and the greater the positive value. the stronger the effect. If the effect is too strong. the acceleration will break the material. and the deceleration material will loosen. When the motor is unreeling. negative deceleration compensation shall be set. and the greater the negative value is. the stronger the effect will be. If the effect is too strong. the acceleration will be loose and the deceleration will be broken ,1
1474,Feed acceleration filter time constant ,32767,0,100,0,RW,1,RefreshOneTime,FALSE,The feed acceleration filter time constant is used for automatic switching between closed-loop torque mode and speed mode ,1
1475,Mode Auto Switch Acceleration Threshold ,3276.7,0,10,0,RW,10,RefreshOneTime,FALSE,Closed-loop torque mode is used when motor speed exceeds 2% of rated speed and feed acceleration is less than this threshold otherwise closed-loop speed mode is used ,1
1476,slice thickness error range ,3276.7,0,10,0,RW,10,RefreshOneTime,FALSE,Layer thickness error range microns ,1
1477,Rewind and rewind mode ,2,0,10,0,RW,1,RefreshOneTime,FALSE,: 0-unreeling; 1-rewinding; 2-IO switching of unreeling and unreeling ,1
1478,Only positive or negative rotation is allowed in mixed control mode ,32767,0,0,0,RW,1,RefreshOneTime,FALSE,aa.bb  aa Speed Mode Maximum Limit bb Torque Closed Loop Maximum Output Limit ,1
1479,Current feed length mm ,2147483647,-2147483647,0,0,R,1,RefreshPeridict,FALSE,Current feed length mm ,2
1481,tension error ,32767,-32767,0,0,R,1,RefreshPeridict,FALSE,tension error ,1
1482,Compensated speed in closed-loop speed mode ,3276.7,-3276.7,0,0,R,10,RefreshPeridict,FALSE,Tension control output compensation speed ,1
1483,Tracking speed in closed-loop speed mode ,3276.7,-3276.7,0,0,R,10,RefreshPeridict,FALSE,Feed Tracking Speed ,1
1484,Coil diameter calculation count ,32767,-32767,0,0,R,1,RefreshPeridict,FALSE,Coil diameter calculation count ,1
1485,coil diameter feedforward coefficient ,32767,-32767,0,0,R,1,RefreshPeridict,FALSE,coil diameter feedforward coefficient ,1
1486,actual tension setting ,32767,-32767,0,0,R,1,RefreshPeridict,FALSE,actual tension setting ,1
1487,Feed acceleration m/min/s ,3276.7,0,0,0,R,10,RefreshPeridict,FALSE,Feed acceleration m/min/s ,1
1488,Output of PI regulator in torque mode or output of open-loop given torque ,32.767,-32.767,0,0,R,1000,RefreshPeridict,FALSE,Output of PI regulator in torque mode or output of open-loop given torque ,1
1489,Acceleration compensation torque in torque mode ,32.767,-32.767,0,0,R,1000,RefreshPeridict,FALSE,Acceleration compensation torque in torque mode ,1
1490,Current tension control mode ,32767,-32767,0,0,R,1,RefreshPeridict,FALSE,: 0-Closed-loop speed mode; 1-Closed-loop torque mode; 2-Torque speed mode is switching; 3-Open Loop Mode ,1
1491,coil diameter acceleration ,32767,-32767,0,0,R,1,RefreshPeridict,FALSE,coil diameter acceleration ,1
1492,Display value of slice thickness um ,32767,-32767,0,0,R,10,RefreshPeridict,FALSE,Display value of slice thickness ,1
1493,slice thickness compensation value ,32767,-32767,0,0,R,10,RefreshPeridict,FALSE,slice thickness compensation value ,1
1494,Open-loop tension torque output coefficient experimental value ,3276.7,0,100,0,R,10,RefreshOneTime,FALSE,When the open-loop tension torque output coefficient is set to 100.0%. the maximum tension is given. and the rated torque is output at the same time when the maximum coil diameter is reached. ,1
1495,Output of open-loop given torque ,32.767,-32.767,0,0,R,1000,RefreshPeridict,FALSE,Output of open-loop given torque ,1
1159,Segmented taper enable ,4,0,0,0,RW,1,RefreshOneTime,FALSE,: 0-linear taper or no taper; 1 - 4 sectional taper; 2 - 8 sectional taper; 3 - 20 Segmented Taper ,1
1145,Initial coil diameter of sectional taper (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Initial coil diameter of sectional taper (mm) ,1
1148,Sectional taper roll diameter 1 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 1 (mm) ,1
1149,Segmented taper 1 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 1 (%) ,1
1151,Sectional taper roll diameter 2 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 2 (mm) ,1
1152,Segmented taper 2 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 2 (%) ,1
1154,Sectional taper roll diameter 3 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 3 (mm) ,1
1155,Segmented taper 3 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 3 (%) ,1
1157,Sectional taper roll diameter 4 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 4 (mm) ,1
1158,Segmented taper 4 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 4 (%) ,1
1142,Sectional taper roll diameter 5 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 5 (mm) ,1
1143,Segmented taper 5 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 5 (%) ,1
1139,Sectional taper roll diameter 6 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 6 (mm) ,1
1140,Segmented taper 6 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 6 (%) ,1
1136,Sectional taper roll diameter 7 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 7 (mm) ,1
1137,Segmented taper 7 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 7 (%) ,1
1133,Sectional taper roll diameter 8 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 8 (mm) ,1
1134,Segmented taper 8 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 8 (%) ,1
1131,Sectional taper roll diameter 9 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 9 (mm) ,1
1130,Segmented taper 9 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 9 (%) ,1
1128,Sectional taper roll diameter 10 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 10 (mm) ,1
1127,Segmented taper 10 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 10 (%) ,1
1125,Sectional taper roll diameter 11 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 11 (mm) ,1
1124,Segmented taper 11 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 11 (%) ,1
1122,Sectional taper roll diameter 12 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 12 (mm) ,1
1121,Segmented taper 12 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 12 (%) ,1
1119,Sectional taper roll diameter 13 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE,Sectional taper roll diameter 13 (mm) ,1
1118,Segmented taper 13 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE,Segmented taper 13 (%),1
1116,Sectional taper roll diameter 14 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE, Sectional taper roll diameter 14 (mm),1
1115,Segmented taper 14 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE, Segmented taper 14 (%),1
1113,Sectional taper roll diameter 15 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE, Sectional taper roll diameter 15 (mm),1
1112,Segmented taper 15 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE, Segmented taper 15 (%),1
1111,Sectional taper roll diameter 16 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE, Sectional taper roll diameter 16 (mm),1
1110,Segmented taper 16 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE, Segmented taper 16 (%),1
1109,Sectional taper roll diameter 17 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE, Sectional taper roll diameter 17 (mm),1
1108,Segmented taper 17 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE, Segmented taper 17 (%),1
1107,Sectional taper roll diameter 18 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE, Sectional taper roll diameter 18 (mm),1
1106,Segmented taper 18 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE, Segmented taper 18 (%),1
1105,Sectional taper roll diameter 19 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE, Sectional taper roll diameter 19 (mm),1
1104,Segmented taper 19 ( %) ,32767,0,10,0,RW,1,RefreshOneTime,FALSE, Segmented taper 19 (%),1
1383,Sectional taper roll diameter 20 (mm) ,32767,-32767,0,0,RW,1,RefreshOneTime,FALSE, Sectional taper roll diameter 20 (mm),1
1384,Segmented taper 20 ( %),32767,0,10,0,RW,1,RefreshOneTime,FALSE, Segmented taper 20 (%),1
