Addendum 1 -
QSI Logo Controller
Addendum to QSI instruction manual 65005-CB. Created 03/16/04
Quincy Compressor-QSI
®
85
Introduction
The PLC LOGO controller is the standard QSI controller.
The LOGO controller is a universal logic module which
integrates control functions, an operating and display unit,
a power supply, an interface for program modules and a
PC cable and basic functions required in day-to-day
operation, such as functions for on/off delays.
PLC Program Installation Procedure
After verifying that the connections the LOGO controller
are correct (reference the appropriate wiring diagram in
series WP1962), install the PLC program module chip as
follows :
•
Make sure that all power to the electrical enclosure is
turned off and perform the appropriate lockout/tagout
procedures.
•
Using a small flathead screwdriver, carefully remove
the blank program chip module, located in the upper
right hand corner of the controller face (just above
the up/down arrow keys), from the PLC controller.
•
Carefully insert the red chip module, Quincy part
number 143819, into the chip slot.
CAUTION!
There is only one way to insert the chip. Do not
try to force the program chip into the slot. Doing
so will damage the chip and render it useless.
•
Reapply power and the PLC controller will run off of
the red program chip module.
LOGO Program Block Functions
Block number B02
is a latching relay used to latch the
start signal in and supply a continuous start signal to the
program.
To disengage the start signal, remove power to the logo
controller by pressing the stop button or by removing
power to the compressor using a disconnect.
Block number B03
is an off-delay timer which will time
out and shutdown the machine during non usage periods.
The default setting is 10 minutes. This timer may be
adjusted from 0 minutes to 99 hours. Contact the Quincy
service department to change the setting on this timer.
When the pressure switch opens (no signal from input I2),
the off time will begin. If the pressure switch does not
close again before the time setting is reached, the
compressor will shutdown. The compressor will restart
when the pressure switch closes or can be restarted by
turning the selector switch to the continuous run position
as long as there are no fault conditions present.
Block number B05
is a latching relay used to supply
voltage to the H.A.T. annunciator panel light.
When the H.A.T. probe circuit opens (no signal from
input I3), the Q3 output will energize and send power to
the annunciator indicator light. The light will stay
energized until power to the LOGO controller is removed.
Remove power to the LOGO controller by pressing the
stop button or by removing power to the compressor
using a disconnect.
Block number B06
is a latching relay which prevents the
unit from starting when a fault condition is present.
It latches in when there is a fault condition present such as
a motor overload trip, high air temperature, M1 contactor
opening or if the fan contact does not close within the
specified amount of time (refer to block number B09 for
fan timer function).
Resetting the fault condition will not reset the program.
To reset the program once the fault is corrected, remove
power to the LOGO controller by pressing the stop button
or by removing power to the compressor using a
disconnect.
Summary of Contents for QSI 1000
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Page 11: ...Section I General Quincy Compressor QSI 5 MODEL IDENTIFICATION ...
Page 25: ...Quincy Compressor QSI 19 THIS PAGE INTENTIONALLY LEFT BLANK ...
Page 65: ...Quincy Compressor QSI 59 THIS PAGE INTENTIONALLY LEFT BLANK ...
Page 66: ...Appendix A Dimensional Drawings 60 Quincy Compressor QSI QSI 220 245 air cooled ...
Page 67: ...Appendix A Dimensional Drawings Quincy Compressor QSI 61 QSI 220 245 water cooled ...
Page 68: ...Appendix A Dimensional Drawings 62 Quincy Compressor QSI QSI 250 300 air cooled ...
Page 69: ...Appendix A Dimensional Drawings Quincy Compressor QSI 63 QSI 250 300 water cooled ...
Page 70: ...Appendix A Dimensional Drawings 64 Quincy Compressor QSI QSI 335 370 air cooled ...
Page 71: ...Appendix A Dimensional Drawings Quincy Compressor QSI 65 QSI 335 370 water cooled ...
Page 72: ...Appendix A Dimensional Drawings 66 Quincy Compressor QSI QSI 440 500 air cooled ...
Page 73: ...Appendix A Dimensional Drawings Quincy Compressor QSI 67 QSI 440 500 water cooled ...
Page 74: ...Appendix A Dimensional Drawings 68 Quincy Compressor QSI QSI 540 600 air cooled ...
Page 75: ...Appendix A Dimensional Drawings Quincy Compressor QSI 69 QSI 540 600 water cooled ...
Page 76: ...Appendix A Dimensional Drawings 70 Quincy Compressor QSI QSI 675 750 air cooled ...
Page 77: ...Appendix A Dimensional Drawings Quincy Compressor QSI 71 QSI 675 750 water cooled ...
Page 78: ...Appendix A Dimensional Drawings 72 Quincy Compressor QSI QSI 925 1000 air cooled ...
Page 79: ...Appendix A Dimensional Drawings Quincy Compressor QSI 73 QSI 925 1000 water cooled ...
Page 80: ...Appendix A Dimensional Drawings 74 Quincy Compressor QSI QSI 1175 1250 1400 1500 air cooled ...
Page 81: ...Appendix A Dimensional Drawings Quincy Compressor QSI 75 QSI 1175 1250 1400 1500 water cooled ...
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