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Order No. 00192 169-01 User Manual - Productivity Lift E_SPLFS03_V40_11_0300_200300_V1_14.doc Last update: 20.03.2000 - Version V 1.14 Page 38 6.21 Travelling speed The speed at which the lower lift travels between the t…
Order No. 00192 169-01 User Manual - Productivity Lift
E_SPLFS03_V40_11_0300_200300_V1_14.doc Last update: 20.03.2000 - Version V 1.14 Page 37
6.18 Max. width board
Here the maximum transport width permissible for the system is set. The unit of value is
[0.1mm]. The setting range is between 500 and 2160, which corresponds to a width of 50mm
to 216mm.
Hand
Stop
Start
Enter
Alt
Figure 41: Max. width board
6.19 Start speed down
The speed at which the lower lift starts up when travelling downwards and which is reverted to
by braking just before reaching the final position.
The setting is a percentage of the motor rating. The value should be between 23% and 27% .
Hand
Stop
Start
Enter
Alt
Figure 42: Start speed down
6.20 Start speed up
The speed at which the lower lift starts up when travelling upwards and which is reverted to by
braking just before reaching the final position.
The setting is a percentage of the motor rating. The value should be between 20% and 25% .
Hand
Stop
Start
Enter
Alt
Figure 43: Start speed up
Start speed down
025
Start speed up
023
Max. width board
2160
Order No. 00192 169-01 User Manual - Productivity Lift
E_SPLFS03_V40_11_0300_200300_V1_14.doc Last update: 20.03.2000 - Version V 1.14 Page 38
6.21 Travelling speed
The speed at which the lower lift travels between the two final positions. The value to be
entered is a percentage value of the entire motor output.
The setting is a percentage of the motor rating. The value should be between 60% and 80% .
Hand
Stop
Start
Enter
Alt
Figure 44: Travelling speed
6.22 Run out time down
A time that can be set to secure the positioning of the lower lift in its final lower position. This
guarantees that the lift has reached its final position before a PCB is transferred or delivered.
The unit of value is [0.01s]. The value should be between 001 and 003.
Hand
Stop
Start
Enter
Alt
Figure 45: Run out time down
6.23 Run out time up
A time that can be set to secure the positioning of the lower lift in its final upper position. This
guarantees that the lift has reached its final position before a PCB is transferred or delivered.
The unit of value is [0.01s]. The value should be between 005 and 008.
Hand
Stop
Start
Enter
Alt
Figure 46: Run out time up
Travelling speed
080
Run out time down
002
Run out time up
007
Order No. 00192 169-01 User Manual - Productivity Lift
E_SPLFS03_V40_11_0300_200300_V1_14.doc Last update: 20.03.2000 - Version V 1.14 Page 39
6.24 Start continuous mode 1
This continuous operation mode can be implemented with two lift modules and one placement
machine. A PCB is transported on the upper transport level from the lift to the placement
machine, on to the next lift and, from there, back again to the front lift on the underfloor
conveyor. This cycle is repeated until the continuous operation mode is interrupted.
The continuous operation mode is initiated from this menu using the Hand key. The
Start/Stop key is used to interrupt it.
Hand
Stop
Start
Enter
Alt
Figure 47: Start continuous mode 1
6.25 Start continuous mode 2
This continuous mode can run with at least two or more lift modules and the according number
of conveyors. No placement systems are needed. A PCB is driven down by lift 1, transported
via the conveyor to lift 2, where it is moved first up and then down and transferred to the next
lift via a conveyor etc. This cycle repeats until the running mode is interrupted. After the last lift
an loading unit can be placed which puts the PCBs into magazines. The unloading of PCBs
into the first lift can be made by a input station.
The continuous operation mode is initiated from this menu using the Hand key. The
Start/Stop key is used to interrupt it.
Hand
Stop
Start
Enter
Alt
Figure 48: Start continuous mode 2
Start continuous
mode 1?
Start continuous
mode 2?