15
IQ POWER MPS POWER SUPPLY
5201279 Rev A
NOTE
– Failure to fully seat the high voltage connectors into the power
supply connectors may result in permanent damage to the bar, cable or
power supply.
Secure high voltage cable from the static bar. Route the cable clear of moving
machine parts and other wiring. Do not make sharp bends or “kink” the cable.
Secure cable using nylon wire ties (not supplied). Do not overtighten.
NOTE
– Sharp bends in the static bar cable such as kinks, routing the cable
over sharp metal edges, or nicks and cuts in the cable insulation must be
avoided. Stress or minor damage to the cable insulation may cause failure of
the cable insulation.
E.
Connect 5-position terminal block
(if used). The power supply 5-position
terminal block is a pluggable connector that uses a Phoenix 1803604 terminal
block with screw terminals. The terminal block accepts 16-26 AWG solid
or stranded wire with a strip length of ¼” [7mm]. To install wires into the
connector, push the stripped wire fully into the square hole on the connector
and tighten securely with a small flat-blade screwdriver.
Status Output
. The terminal block provides an opto-isolated output to
indicate status of the MPS power supply. The opto-isolated transistor is in
conduction during normal operation or when the unit is in standby mode. The
opto-isolated transistor is non-conducting in the event of a fault, input power
outage or shut-down of the MPS power supply.
Standby Input
. The terminal block provides an input to place the MPS power
supply in Standby Mode (HV off). The input accepts a range of +5 to +24
VDC. When voltage is not applied the MPS power supply is in Run Mode.
See 5-Position Terminal Block diagram.
The 5-position terminal block also provides a means of remote power in. See
section “C. Connect user supplied power” for more details.
F.
Connect Sensor Bar
(if used). An IQ Easy Sensor Bar may be integrated into
the IQ Power system to provide feedback on static eliminating performance and
is used for the CLFB (Closed Loop Feed Back) static eliminating mode.
Standard cables are available for connecting the IQ Easy Sensor Bar to the
IQ Power Control Station. These cables are available with a straight or right
angle connector for the sensor bar and have an M12 straight connector for the
Control Station connection.
The cable should not be run parallel with the static bar high voltage cable.
Route the cable clear of moving machine parts and protect it from abrasion.
Secure using nylon wire ties (not supplied). Do not over-tighten wire tie.
If there is an excess of cable, do not coil it in the vicinity of the static bar high
voltage cable.
See Control Station to Power Supply and Sensor Bar Connections diagram.