BUSKRO BK7IB-2, Руководство пользователя

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Chapter 4 Electrical System Troubleshooting Page 4-12
pins) is configured to work with the “downstream” connector (57 pins) of the next
machine with is upstream from the base in the product flow, and similarly for a
downstream connector. Thus, Buskro’s standard interconnect cable always has a 37-pin
plug on one end and a 57-pin plug on the other. The respective pin/function assignment
can be found on the schematic diagram of the base in Appendix B.
Most installation problems seem to be caused by incorrect settings of the configuration
switches on the Base Control Board:
The base does not react to a STOP signal from another machine. This is caused by the
corresponding Stop input being disabled on S1. Make sure that it is enabled and that the
“STOP I/P” LED lights up while the other machine sends a STOP signal.
The base will not start and a red light is lit in the “Stop” button on the front panel. This
will be caused by a STOP signal on one of the 6 Stop inputs on the board. Make sure that
all inputs which correspond to an existing peripheral unit are enabled, while the others are
disabled. Enabling an input which looks for a peripheral unit that does not exist in the
system will cause this condition.
The base will start, but the next machine upstream, or a feeder, will not start or run.
This may be due to the wrong setting of the “Feeder Enable/Disable” rocker switch on the
front panel. For upstream equipment to run with the base, the switch has to be set to
“Enabled” and the Run/Jog switch has to be in the “Run” position.
While all Buskro machines are designed to work with each other seamlessly, problems
may occur if the system also includes equipment made by other manufacturers. The main
points to keep in mind when the installation technician is trying to get such equipment to
work with Buskro equipment are:
Buskro works with internal DC voltages of 12V, while some other companies have
standardized on 24 VDC.
Buskro Ltd. BK7IB Inline Base