Planmeca Compact I, Technical Manual

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Chapter C - SERVICE MODE
C-26 Planmeca Compact i
SERVICE MODE DETAILED DESCRIPTION
Technical Manual
2.3 Instrument related service modes
n.39 Set maximum fibre optic and Intracam bulb voltage for
selected hose type
(---- or n range = <0... 0 ...0>)
This service mode can be used to fine adjust the maximum allowed fibre-optic light bulb volt-
age for the selected hose type. The display shows four dashes (
----
) if no valid hose is
selected. When a hose (instrument) that contains a fibre-optic light is selected the displays
shows the setting for this hose type. The factory default is 0 (zero). Positive values increase,
negative decrease the factory default. Each step equals about 50mV. Determine the bulb volt-
age by measuring it directly at the bulb socket when the bulb is on. Never exceed the maxi-
mum allowed voltage.
n.40 Fine-adjust bulb voltage for selected polymerization light
(---- or n range = <0... 0 ...0>)
This service mode can be used to fine adjust the polymerization light bulb voltage. The dis-
play shows four dashes (
----
) if no valid polymerization light is selected. The factory default
is 0 (zero). Positive values increase, negative decrease the factory default. Each step equals
about 50mV. Determine the bulb voltage by measuring it directly at the bulb socket when the
bulb is on. Never adjust the voltage higher or lower than rated.
n.41 Set fibre optic light turn-off delay for all instruments (nn
seconds)
This service mode can be used to alter the turn-off delay for instruments with an internal fibre-
light. The factory default is 30 seconds.
n.42 Fine-adjust cooling air pressure for selected hose type
(---- or n range = <0... 0 ...0>)
This service mode can be used to fine adjust the cooling air pressure (flow rate) to the
selected hose (instrument) type. The display shows four dashes (
----
) if no valid hose is
selected. Valid hoses are all micromotors, polymerization lights without a built-in fan (Lysta,
Satelec) and IntraCam. The factory default is 0 (zero). Positive values increase, negative
decrease the factory default. Using too little air could overheat the instrument. Using too
much air can cause other problems (light guides or handpieces popping off).
n.43 Set mode of foot controlled chip-blow (n range = 0,1, 2)
This service mode can be used to alter the behaviour of the manual (foot controlled) chip
blow. The factory default is 2: no chip blow.
The setting 1 results always in a air-only (dry) manual chip blow, independent of the instru-
ment automatic chip blow water/air flow selection. The setting 0 causes the manual chip blow
to behave the same way as the automatic one.
n.44 Fine-adjust drive air pressure for selected hose type
(---- or n range = <0... 0 ...0>)
This service mode can be used to fine adjust the air driven instrument's maximum drive air
pressure for the selected hose (instrument) type. The display shows four dashes (
----
) if no
valid hose is selected. Valid hoses are all turbine- and air-motor hoses. The factory default is
0 (zero). Positive values increase, negative decrease the factory default.