Efka AB620A5035 - Page 90

- AB620A5035 Instruction Manual
- 90 -
Parameters
Designation
Unit
Max
Min
Preset
Ind.
243 in4
Selection of input function on socket ST2/8 for input 4
0 = No function
All other functions of the keys as with parameter 240
145
0
0
244 in5
Selection of input function on socket ST2/5 for input 5
0 = No function
All other functions of the keys as with parameter 240
145
0
0
245 in6
Selection of input function on socket ST2/12 for input 6
0 = No function
All other functions of the keys as with parameter 240
145
0
0
246 in7
Selection of input function on socket ST2/9 for input 7
0 = No function
All other functions of the keys as with parameter 240
145
0
0
250 iFA
Thread trimmer activation angle
Degrees
359
0
180
251 FSA
Switch-off start backtack of thread tension release
ms
990
0
50
252 FSE
Switch-on start backtack angle of thread tension release
Degrees
359
0
0
253 tFA
Stopping time for thread trimming
ms
500
0
70
254 EF-
Upper limit (Pa.204) clocking the sewing foot lifting switch
on period (ED) 1...100 %
%
100
1
100
255 Ev-
Upper limit (Pa.213) clocking the sewing foot on period
(ED) 1...100 %1...100
%
100
1
100
259 FAE
Activation start backtack angle of the thread trimmer
Degrees
359
0
0
263 ihP
0 = Signal “high lift for walking foot”, when key is closed.
1 = Signal “high lift for walking foot”, when key is open. (Function
only if parameter 137 = 1)
1
0
0
267 Abc
Overlock mode: Interrupt the start count
And seam end initiation by light barrier uncovered
1
0
0
268 SEL
Speed limitation via "select". (F290=55 & F290=74)
1
0
0
269 PSv
Positioning shift
Incr.
100
0
10
270 PGm
Mode for position sensor
6
0
0
0 = No external sensor. Positions are created via the sensor integrated in the motor.
5 = No position sensor available. The drive stops unpositioned. The thread trimmer function is
suppressed with this setting.
6 = With external sensor (e.g. IPG, HSM...).
272 trr
Transmission ratio between motor shaft and machine shaft
(calculation formula see instruction manual!)
The transmission ratio should be determined and indicated as
precisely as possible!
40000
150
1000
280 kd1
Start backtack time output M1
ms
5000
0
0
281 kt1
ON period output M1
ms
5000
0
100
282 kd2
Start backtack time output M2
ms
5000
0
100
283 kt2
ON period output M2
ms
5000
0
100
284 kd3
Start backtack time output M3
ms
5000
0
200
285 kt3
ON period output M3
ms
5000
0
100
286 kd4
Start backtack time output M4
ms
5000
0
300
287 kt4
ON period output M4
ms
5000
0
100
288 kdF
Start backtack time until sewing foot On
ms
5000
0
380