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User Manual SIPLAC E CF 5 Tasks on the machine Software Vers ion SR.408.xx 03/2006 U S Edition 5.9 O perating status indicator lamp 133 5.9 Operating st atus indicator lamp The seque nce of colors of the indicat or lamp …

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5 Tasks on the machine User Manual SIPLACE CF
5.8 Docking the component trolley in or out Software Version SR.408.xx03/2006 US Edition
132
5.8.3 Docking the component trolley
PLEASE NOTE 5
Shorten the component tapes on the front end of the S feeder to approximately 3 cm before you
dock in the component trolley.
CAUTION 5
Æ Check that the placement head is outside the range of the component trolley.
Æ When docking the component trolley, ensure that the table bed is in its top end position and
the bracket (item 7) is folded up.
Æ Make sure that the contact surface (item 10) for the component table bed is clean.
Æ CAREFULLY push the component trolley into the placement system.
Æ Connect the compressed air supply (item 3).
Æ Plug in the control cable (item 1).
Æ Move the cover (item 12) over the control cable plug to expose the power supply socket.
Æ Plug in the power cable (item 2) for the component trolley.
Æ Pull the two actuating tubes (item 6) towards you at the same time and then lower the trolley
bracket (item 7) in order to be able to lower the component table bed.
Æ Check that the centering holes in the component table bed lie precisely over the centering pins
of the placement system.
Æ Hold down the button (item 5) until the component table bed reaches its top end position.
WARNING DANGER OF CRUSHING 5
When lowering the component table bed, never reach into the gap between the feeders and
the used tape channel. 5
Æ Release the button. The component table bed will descend.
Æ Ensure that the centering pins engage in the centering holes in the component table bed and
that the component table bed is fully lowered.
Æ Lock the two horizontal tensioners (item 11).
Æ Close the side screens and protective cover.
Æ Press the start button to start the placement system.
User Manual SIPLACE CF 5 Tasks on the machine
Software Version SR.408.xx 03/2006 US Edition 5.9 Operating status indicator lamp
133
5.9 Operating status indicator lamp
The sequence of colors of the indicator lamp is white (L1) - green (L2) - white (L3). These lamps
are used to signal operating statuses and malfunctions of the placement system.
5.9.1 Description of the functions
Fig. 5.9 - 1 Operating status indicator lamp
5.9.2 General operating statuses
–
Operating status indicator lamp (green) on continuously
The placement system is in service.
–
Operating status indicator lamp (green) flashes
The placement system is waiting for a PCB on the input belt or the placement system is waiting
until the output belt is free.
–
Top white fault indicator lamp L1 flashes
One or more tracks are empty on the right-hand side of the placement system. The placement
system continues to place any remaining components.
–
Bottom white fault indicator lamp L3 flashes
One or more tracks are empty on the left-hand side of the placement system. The placement
system continues to place any remaining components.
–
Top white fault indicator lamp (L1) on continuously - green operating status lamp (L2) off
An error has occurred on the right-hand side of the placement system -> the placement system
has stopped.
–
Bottom white fault indicator lamp (L3) on continuously - green operating status lamp (L2) off
An error has occurred on the left-hand side of the placement system -> the placement system
has stopped.
5
L1: Fault indicator lamp (white)
L2: Operating status lamp (green)
L3: Fault indicator lamp (white)
5 Tasks on the machine User Manual SIPLACE CF
5.9 Operating status indicator lamp Software Version SR.408.xx03/2006 US Edition
134
–
Both white fault indicator lamps (L1 and L3) on continuously - green operating status lamp off
An error has occurred that affects the entire placement system -> the placement system has
stopped.
5.9.3 Programmed operating status displays
The following table shows the programmed operating status displays in the standard configuration
(version as supplied) and lists their meaning on the individual lamps of the main fault indicator.
The entries in the table next to "flashes" refer to the frequency with which the relevant lamp flashes
for a given event. The entry (1, 5), for example, can be explained as follows:
– The first number in the brackets indicates the time, expressed in 100 msec intervals, for which
the fault indicator lamp is switched on, i.e. 1 x 100 msec in the above example.
– The second number in the brackets indicates the time, expressed in 100 msec intervals, for
which the fault indicator lamp is switched off, i.e. 5 x 100 msec in the above example.
5
L1 (white)
(right lamp)
L2 (green) L3 (white)
(left lamp)
Meaning
Status display
flashes (1, 10) flashes (7, 7) flashes (1, 10) Reference run
unchanged flashes (1, 5) unchanged Waiting until axes in position
unchanged flashes (7, 7) unchanged Waiting for setup data
unchanged flashes (7, 7) unchanged Waiting for cluster data
unchanged flashes (7, 7) unchanged Load table program
unchanged flashes (7, 7) unchanged Position detection
unchanged flashes (1, 10) unchanged Bad fiducial detection
unchanged flashes (7, 7) unchanged Nozzle configuration test
unchanged flashes (7, 7) unchanged Feeder position detection
unchanged flashes (7, 7) unchanged One track is empty
unchanged flashes (7, 7) unchanged No further track available
unchanged flashes (7, 7) unchanged Go to refill position
unchanged flashes (7, 7) unchanged Transport being initialized
unchanged flashes (7, 7) unchanged Place PCB in input conveyor
flashes (1, 10) flashes (7, 7) unchanged Remove PCB from output conveyor
unchanged flashes (7, 7) flashes (1, 10) Remove PCB from output conveyor 2
flashes (1, 10) flashes (7, 7) flashes (1, 10) Width adjustment
unchanged flashes (1, 10) unchanged Transport PCB
flashes (1, 10) flashes (7, 7) flashes (1, 10) Both output conveyors are cleared