PP600F/602F LED lighting controllers - User Manual
9
Operation
The PP600F is set up using the push buttons and display on the front of the
unit. The setup is non-volatile, so the PP600F will resume the same
operation after a power cycle.
9.1
Startup
On power up, the PP600F will display
8
.
8
.
8
.
8
.
to test the display is
working, then
PP6
, followed by the version number, for example
017
, and
then the controller will be ready for operation. To show that the unit is
operating normally, an alternating pattern is shown on the display.
9.2
Cold start
In the unlikely event that the non-volatile memory becomes corrupt the
PP600F may not start up properly. In this case the memory can be cleared
by powering up the PP600F while holding down the
SELECT
and
DOWN
buttons. The PP600F will display
COLD
for about 10 seconds while the
memory is cleared.
9.3
Set up
Each channel of the PP600F can operate in three ways:
Continuous output (
CON
): The output current is fixed.
Selected continuous output (
SE 1
,
SE 2
,
SE12
): One or both inputs
can be used to select an output current. For each state of the inputs, the
output current is fixed.
Pulsed output (
PU 1
): The output is normally off. When a trigger occurs,
there is an optional delay, then the output is pulsed for a specified time. A
trigger is a leading edge on an input signal; that is, a transition from 0V to
5V on the input. On the PP600F and PP602F, output 1 can only be
triggered from INPUT1 and output 2 can only be triggered from INPUT2.
Each output operates asynchronously. For example, one output can be
pulsing while the other has a different output current selected.
9.3.1
Continuous output and selected continuous output
In continuous output mode (
CON
), the output current is fixed and
continuous.
For selected continuous output, the current is constant. The amount of
current is selected using one or both digital inputs.
Mode
SE 1
uses INPUT1 to select between two current values. When
INPUT1 changes state the output current changes.
Mode
SE 2
uses INPUT2 to select between two output currents.
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