Elkhart Brass SPIT-FIRE 8394053 Monitor - Manual (Page 16)

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B.
Set Up for a ROCP
1.
Monitor ID Number: The set up for the ROCP is the same as the LOCP and the same steps that were
described above need to be followed. The one exception is in step III.A.5.1 that determines if the PLC
is wired to the MMCP. This data needs to be a zero (0) as it will not be wired to a MMCP.
2.
Setting the ROCP IP Address: Set the IP address to a unique one that has not been used. It is
recommended to document the IP addresses that have been used to avoid future confusion.
3.
Jumpers: For the valve operations, jumpers need to be in place in order for the indicator lights to
function in unison with the LOCP. If this feature is not used it is recommended that the jumpers be
removed. The jumpers were discussed in greater detail in section III.A.1 of this document.
C.
Set Up for a NCP
1.
General Identification: This procedure is identical to the set up for the ROCP/LOCP. All the same rules
apply depending on how the system is designed to function. The difference between all of these panels
is that the NCP has no manual functions other than the Power ON/OFF switch and the Power On
indicator light.
2.
Wired directly to a MMCP: If the NCP is to be wired to a MMCP then use the set up for the LOCP.
D.
Changing the OCP or NCP to control a monitor for 50 Hz operation
1.
Open the control panel and locate the associated PLC.
2.
On the keypad press and release the [ESC] key twice and then the [OK] key once.
3.
If successful ELKHART BRASS * will appear on the top line of LCD display.
4.
Repeating step two above will place it back into 60 Hz mode. ELKHART BRASS is the default for 60
Hz operation.
E.
Adding the MMCP active signal to an OCP
1.
Open the control panel and locate the associated PLC.
2.
On the keypad press and release the [ESC] key three times and then the [OK] key once.
3.
With the MMCP power off the Oscillate Light will begin to flash quickly.
4.
Turn the MMCP power on and the Park Light will begin to flash quickly indicating that the monitor
needs to be parked. If this does not happen make sure there is a wire connected from the PLC input 19
to terminal 77. Also make sure that the MMCP has power on and that the 24 VDC power supply is on.
There also needs to be a wire connected from terminal 77 in the OCP and terminal 77 in the MMCP for
this to function correctly.
F.
Set Up for the Auxiliary Inputs and their functions
NOTE: If an external +24VDC source is going to be used, for the auxiliary inputs, make sure that the
0VDC of the source is connected to 0VDC on the terminal strip for the original OCP Revision and on
terminal 52 for OCP Revision A or above in the panel it is wired to. Failure to do this will result in a
nonfunctional auxiliary system.
1.
Auxiliary Input 1 – Will start all the Oscillate functions of all the monitors included in the specific
network. To activate this function wire a normally opened pushbutton between terminal block 73 and
24VDC for the original OCP Revision and to terminal 51 (or 51A) when using the internal 24VDC from
the panel on later Revisions.
2.
Auxiliary Input 2 – Will open all Water Valves for the monitors included in the specific network. To
activate this function wire a normally opened pushbutton between terminal block 74 and 24VDC for the
original OCP Revision and to terminal 51 (or 51A) when using the internal 24VDC from the panel on
later Revisions.