Chapter 4 – General Configuration
Firmware Version 3/4.31.37
Permits selection of a port that will provide an output signal to control a component’s
block valve. This output will provide a signal to open the block valve. When MultiLoad II
commands the valve to close, the signal will be removed.
Permits the selection of a port that will provide an output signal to a pump starter.
Permits the selection of a port that will provide an output signal to stop the pump. The
output signal will be sent to stop the pump whenever the Valve Fault Alarm is raised,
regardless of what other bays are commanding the pump to run.
Permits the selection of a port that will provide an input for monitoring pump pressure. A
port that has been assigned the Pump Status function will receive a signal (high or low)
from a pressure sensing instrument, when pump pressure has reached a sufficient level.
The parameter Pump Start Alarm Time must be configured when using this feature.
Provides an output signal if the component has an active alarm. This parameter selects
an output port that will be assigned to signal an unspecified alarm condition from the
component.
Authorized FCM provides an output signal if the component has been authorized for flow
as a result of driver card-in or product selection. This parameter selects an output port
that will be assigned to signal the condition.
Allows the selection of a port that will receive an input signal. The input signal will
represent the state of the component’s permissive. If the signal is not present at
authorization or if the signal is lost during delivery, the process will be stopped and a
permissive component level alarm will be raised.
This parameter permits the selection of a port that will provide an output signal. The
signal will represent the loss of the component's permissive.
Enter the meter factor that was calculated when proving at the Meter Factor #X flow
rate. The meter factor is used to correct the volume indicated at the MultiLoad II display
to correspond with the observed gross volume. The observed gross volume is typically
determined by a proving device. If linearization is not used, leave this parameter at the
default setting of 1.0000. Leave the remaining Meter Factor parameters at their default
settings. The allowable range of entries is 0.8000–1.200
Enter the flow rate that was used during proving to find Meter Factor #1. This is the first
linearization point. Meter Factor #1 will be used to correct the indicated volume for flow
rates ranging from zero up to and including the Meter Factor #1 Flow Rate. If
linearization is not used, leave this parameter set at the default setting of 150. Leave
the remaining Meter Factor parameters at their default settings.
Enter the meter factor that was calculated when proving at the Meter Factor #2 flow rate.
The meter factor is used to correct the volume indicated at the MultiLoad II display to
correspond with the observed gross volume. The observed gross volume is typically
determined by a proving device. If this linearization point is not used, leave this
parameter at the default setting of 1.0000. Leave the remaining Meter Factor parameters
at their default settings. The allowable range of entries is 0.8000–1.200
Enter the flow rate that was used during proving to find Meter Factor #2. This is the
second linearization point. When the flow rate is between Meter Factor #1 Flow Rate
and Meter Factor #2 Flow Rate, MultiLoad II will interpolate a meter factor based on the
current flow rate. If this linearization point is not used, leave this parameter at its default
setting of 200. Leave the remaining Meter Factor parameters at their default settings.
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