Chicago Pneumatic CS7000 - Manual (Page 34)

6159939130 CS7000 Controller Hardware Overview Manual
Page 3-4 39-30-41365
Grounding
WARNING! !!!! The GFCI cannot protect you against any potential
difference that exists between the nutrunner body and any
other metal fixturing or machinery. You must observe the
grounding requirements below as a safety protection.
Failure to follow this safety guideline can result in serious
personal injury.
It is extremely important that you connect the CS7000 Controller enclosure properly to an earth
ground. The CS7000 Controller has a ground prong on the power cord, (if supplied) but the AC outlet
that will be used must be grounded properly, as well.
Also make sure that all other machinery, such as conveyors, which will transport or hold parts that
will come in physical contact with the nutrunner, are properly grounded.
I/O Wiring
The CS7000 Controller is equipped with a 19-pin I/O connector for field I/O. The settings described
in Table 3-1 are VS default settings. The CS7000 Controller is capable of 12 discrete inputs and 12
discrete outputs, however, the standard 19-pin I/O connector does not accommodate I/O 9 through 12.
These extended I/O must be wired to the backplane directly if they are required. DCMII revision 3.00
or higher also supports 128 parameter sets and 16 sequences.
NOTE: ???? The 14-shell, 19-pin strain relief mating connector for the I/O
connector is part number 23-10-5200 [PT06A-14-19P (SR)].
Table 3-1. 19-Position Remote I/O Connector Pinout Signal Names and Descriptions
Pin Signal Description
A Cycle On/Cycle On Enable
Clear Outputs
(Black wire - internal)
(Black wire - external) This is a dual-purpose input.
When Set Defaults is clicked, VS sets this input to Start, this input
functions as a cycle on input. This means a fastening cycle can be
started by either pressing the throttle/trigger switch on the nutrunner OR
by activating this input.
When remote mode for the spindle is set to enable, this input functions as
a cycle on enable input. This means a fastening cycle can be started only
by pressing both the throttle/trigger switch on the nutrunner and activating
this input.
In addition, it is also set to Clear Outputs.
This is a level-sensitive input. For the fastening cycle to proceed, this
input must remain active. If this input becomes inactive at any time during
the fastening cycle, the cycle will be aborted and the nutrunner will stop
running.