Stanley FatMax TruLaser TLM 300 - Advanced Measurement Functions; Indirect Measurement Methods; Room Angle and Trapezoid Measurement

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7
Functions
Stanley TLM 300 1.0.0 gb
The result and the single measurements appear on
the display.
CAUTION: Right angle is necessary for the second
measurement - use "Minimum/maximum measuring"
as explained.
Indirect Measuring - Determination with three
points
See figure {J}
Press the PYTHAGORAS - key {A, 13} until the
correct symbol appears on the display. The length to
be measured appears flashing on the display. Take
the necessary measurements. The result and the
single measurements appear on the display.
CAUTION: Right angle is necessary for the second
measurement - use "Minimum/maximum measuring"
as explained.
Indirect Measuring - Determination of a par-
tial height with three points
See figure {K}
Press the PYTHAGORAS - key {A, 13} until the
correct symbol appears on the display. The length to
be measured appears flashing on the display. Take
the necessary measurements.
The result and the single measurements appear on
the display.
CAUTION: Right angle is necessary for the third
measurement - use "Minimum/maximum measuring"
as explained.
Room angle Measuring
See figure {L}
The device can calculate a room angle using Triangle'
theorem. This method is useful when e. g. the right
angle of a room needs to be checked.
• Make sure you strictly follow the sequence of the
measurements
• All target points need to be vertically or horizon-
tally in the same plane
• It is possible to use the "Minimum/maximum
measuring" by pressing the ON/MEASURING -
key {A, 1} longer. The minimum measuring is used
for the first two measurements, the maximum
measuring for the third measurement.
Press the ROOM ANGLE - key {A, 5} the room angle
symbol appears on the display. The length to be
measured appears flashing on the display. Take the
necessary measurements. The result and the single
measurements appear on the display.
Trapezoid Measuring
See figure {M}
The device can calculate trapezoid values using
Pythagoras' theorem. This method is useful when
e. g. the length of a roof or the angle of the roof
needs to be measured.
• Make sure you strictly follow the sequence of the
measurements
• All target points need to be vertically or horizon-
tally in the same plane