Kapro ROLASER 899 User manual

ROLASER®ELECTRONIC
ROTA-LINE
Model No. 899
User Manual
Manual del usuario
Manuel d'utilisation
Manual do utilizador
Manuale dell'utente
2AAA
165'/50m INCLUDED
Up to 50m/165'

2
Thank you for purchasing the Prolaser®899 Electronic Rota-
Line Self-Leveling Rotary Laser. You are now the owner of one
of our innovative range of state of the art tools. These tools
incorporate new laser technology, enabling the professional
user and the serious DIY enthusiast to achieve accurate results
and reduce valuable work time.
APPLICATIONS
The Prolaser®899 Electronic Rota-Line has been designed for
use in most areas of construction, for example:
• Laying foundations
• Wall and fence construction
• Laying sloped water and sewerage lines
• Laying ooring
• Hanging acoustic ceilings
• Installing partitions and drywall
NOTE
Keep this user manual for future reference.
EN
2AAA
165'/50m INCLUDED
Up to 50m/165'

3
CONTENTS
• Features 4
• Safety instructions 5-6
• Overview 7-8
• Operating Instructions 9-16
Horizontal Plane (Automatic Mode) 9
Inclined Plane (Manual Mode) 10
Vertical Setup 11
Plumb Down 12
Changing Rotation Speed 13
Changing Rotation Direction 14
Laser Detector 14
Using the Laser Detector 15
Using the Remote Control 16
• Power Supply 17-18
• Care and Maintenance 19
• Field Calibration Test 20-21
• Specifications 22
• Warranty 23

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FEATURES
• Self-leveling electronic mechanism on slopes of ±5°
• 360° rotation generates a horizontal or vertical level plane
• Generates an inclined plane of up to ±5° in both the X and
Y planes
• Five variable speeds (0, 60,120, 300, 600 rpm)
• Scan modes create visible laser lines
• Supplied with on-board internal batteries and Battery
Charger-AC/DC Converter
• Plumb Down/Plumb Up point
• Rainproof
• Freestanding or ts onto standard tripod (5/8" thread)
• Remote control included
• Laser Detector included
• Shockproof protective case included
• Laser beam enhancement Beamnder®glasses included
NOTE
This device contain precision components
that are sensitive to external shock, impact or
drop that may compromise its functionality –
handle with care to maintain its accuracy.

5
SAFETY INSTRUCTIONS
WARNING
This product is emitting radiation that is classified
As class II according to EN 60825 -1
The laser radiation can cause serious eye injury
• Do not stare into the laser beam
• Do not position the laser beam so that it unintentionally
blinds you or others.
• Do not operate the laser level near children or let children
operate the laser level.
• Do not look into a laser beam using magnifying optical
devices such as binoculars or a telescope, as this will
increase the level of eye injury.
WARNING: This product contains lead in solder and
certain Electrical parts contain chemicals which are
known to the State of California to cause cancer, birth
defects or other Reproductive harm.
(California Health & Safety Code Section 25249.6- Proposition 65)
NOTE
The red goggles are intended to enhance the
visibility of the Laser beam. They will not
protect your eyes against laser radiation.

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• Do not remove or deface warning labels on the laser level.
• Do not disassemble the laser level, laser radiation can
cause serious eye injury.
• Do not drop the laser.
• Do not use solvents to clean the laser.
• Do not use in temperatures below -10°C or above 45°C
(14°F / 113°F)
• Do not operate the laser in explosive atmospheres such as
ammable liquids, gases or dust. Sparks from the tool can
cause ignition.
• When not in use, turn off the power, engage the pendulum
lock and place the laser in the carrying pouch.
• Make sure the pendulum lock mechanism is engaged
before transporting the laser.
NOTE
If the Pendulum lock mechanism is not
engaged before Transportation, internal
mechanical damage can occur.

7
Main body
1. Rotating Head.
2. Laser Window.
3.Carrying Handle.
4. Control Panel.
5. Protective shock absorbing cover
OVERVIEW

8
Control Panel
1. Power indicator
2. Low battery indicator
3. Manual mode indicator
4. Power button
5. Rotation speed control button
6. Scanning mode control button
7. Manual/Automatic mode button
8. Increase X axis slope control button (manual mode only)
9. Reduce X axis slope control button (manual mode only)
10. Increase Y axis slope control button (manual mode only)
11. Reduce Y axis slope control button (manual mode only)
12. Clockwise direction control button (scan mode only)
13. Anticlockwise direction control button (scan mode only)
14. Remote control sensor

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OPERATING INSTRUCTIONS
To get the most out of your Prolaser®899 Electronic Rota-Line,
please adhere carefully to the following instructions.
Note: Avoid setting up the laser near heavy machinery or sources
of vibration that may adversely affect the leveling of the laser.
Horizontal Plane (Automatic Mode)
Place the Rotary Laser on rm and dry ground or on a standard
5/8" tripod (not included) or ceiling to oor leveling pole (not
included) or wall mount accessory (not included).
1.Set up the Rotary Laser approximately level; the instrument
can compensate for up to ±5° from the horizontal plane.
2.Press the On/Off button. The power indicator will light up
and the laser beam will blink. If the instrument is set up outside
the ±5° limit the manual indicator will blink and rotation will not begin.
3.Verify that the Rotary Laser is in automatic mode - the manual
indicator must be unlit.
4.The Rotary Laser is ready for work when the laser beam has
stopped blinking. The instrument is now level and the laser
head will rotate at 600 rpm.
5.To make the beam more visible, change the rotating speed
(see Changing Rotating Speed), change scanning mode (see
Scan Function), or use the Laser Detector to detect the laser
beam (see Laser Detector).
6.You can use the remote control to control the Rotary Laser
(see Using the Remote Control). This option is very useful for
trench work or when laying concrete.
7.To turn the Rotary Laser off, press the On/Off button.

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Inclined Plane (Manual Mode)
The Rotary Laser can be set up to create a single or dual
directional inclined planed at ±5° from the horizontal plane. This
is very helpful for laying inclined concrete surfaces, ensuring run-
off from pathways, and laying water and sewage lines.
1.Set up the Rotary Laser approximately level; the instrument
can compensate for up to ±5° from the horizontal plane.
2.Press the On/Off button. The power indicator will light
up and the laser beam will blink. If the instrument is set
up outside the ±5° limit the manual indicator will blink and
rotation will not begin.
3.The Rotary Laser is ready for work when the laser beam
has stopped ashing. The instrument is now level and the
laser head will rotate at 600 rpm.
4.Press the Manual/Automatic button to change the Rotating
Laser to Manual Mode.
5.Verify that the Manual
Indicator is illuminated.
6.For X direction slope:
Position X axis parallel
to plane needing slope
setup. Press to raise
Y1 and lower Y2. Press to raise X2 and lower X1.
For Y direction slope:
Position Y axis parallel to plane needing slope setup.
Press to raise Y1 and lower Y2. Press to raise Y2 and
lower Y1.

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7.To make the beam more visible, change the rotating speed (see
Changing Rotating Speed), change scanning mode (see Scan
Function), or use the Laser Detector to detect the laser beam
(see Laser Detector).
8.You can use the remote control to control the Rotary Laser (see
Using the Remote Control). This option is very useful for trench
work or when laying concrete.
9.To turn the Rotary Laser off, press the On/Off button.
Vertical Setup
The Rotary Laser can be set up to create a vertical laser line to
check the vertical alignment of a wall or fence pole.
1.Position the Rotary Laser on its side
on the ground or on any stable surface.
Set up the Rotary Laser approximately
level; the instrument can compensate for
a variance of up to -±5° from vthe vertical
plane. If the instrument is set up outside these
limits the manual indicator will blink and after
ve minutes the Rotary Laser will automatically turn itself off. A
tripod with vertical positioning (not included) or a vertical leveling
adaptor (not included) can be used.
2.Press the On/Off power button to turn the Rotary Laser on. The
power indicator will light up and the laser beam will start to blink.
3.Verify that the Rotary Laser is in Automatic mode - the manual
indicator must be unlit.

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4.The Rotary Laser is ready for work when the laser beam
has stopped blinking. The instrument is now level and the
laser head will rotate at 600 rpm.
5.If the laser beam is not sufciently visible, adjust the
rotation speed (see Changing Rotating Speed), or use
the Laser Detector to detect the laser beam (see Laser Detector).
6.You can use the remote control to control the Rotary
Laser (see Using the Remote Control). This option is very
useful when working at heights or on scaffolding.
7.To turn the Rotary Laser off, press the On/Off button.
Plumb Down
The Plumb Down feature enables you to center the Rotary
Laser onto a selected point. It is much easier to use this
feature if you set up the Rotary Laser on a tripod with a
hollow connecting bolt.
1.Set up the Rotary Laser on a tripod.
2.Move the tripod and Rotary Laser so that they are
approximately above the selected point.
3.Level the Rotary Laser as in Horizontal Setup.
4.Turn the Rotary Laser On.
5.Move the Plumb Down beam onto the selected point on
the ground by raising and lowering the tripod legs.
6.Level the Rotary Laser again, and adjust the Plumb Down
beam with the tripod legs as in step 5.
7. Repeat step 6 until the Plumb Down beam is sufciently
accurate for your purposes.
8.If you wish to transfer a point to the ceiling, use the Plumb
Up beam once the Rotary Laser is accurately centered.

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Changing Rotation Speed
The laser beam is more visible when the rotation speed is slower.
Change the speed of the rotating laser head by pressing the
Speed control button. The default option is 600 rpm. Pressing
on the Speed control button moves a step forward in the
speed cycle (600 0 60 120 300 600 rpm)
To transfer a level mark over long distances or in poor
visibility, the rotation can be stopped (speed = 0 rpm). The
laser beam can then be accurately positioned using the Left
and Right adjust buttons.
Scan Function
The Scan function is used to limit the area covered by the
laser beam, for safety reasons or to improve visibility and
sensitivity. A smaller scan segment will be more visible than
a larger one.
The default mode is 360° rotation, which provides a horizontal
or inclined beam throughout the work area or room.
The scan button changes the mode from 360° rotation to
10° 45° 90° 180° 360° rotation. Press the scan button
until the laser is set at the desired scan mode. The scan mark
can then be accurately positioned using the clockwise and
anticlockwise rotation controls.

14
Changing Rotation Direction
When the laser beam is at 0° rpm and in scan mode, the
direction of rotation can be changed using the clockwise and
anticlockwise rotation controls.
Change the direction of rotation if there is an obstruction
creating a "dead" area where no laser beam can reach.
Laser Detector
The Prolaser®899 Electronic Rota-Line is effective at 800ft
(250m) when used together with the Laser Detector.
Use the Laser Detector when it is hard to see the light beam,
such as outdoors or in bright rooms.
Attach the Laser Detector to a rod if the laser unit is positioned
above head height.

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Using the Laser Detector
1. Press the On/Off button.
2. Press to select the ne or coarse detection mode: a
symbol appears on the right of the LCD, displaying which
mode has been selected.
3. Select the mute or sound mode. The sound symbol
appears on the display when you select the sound option.
No symbol indicates that you are in mute mode.
4. Turn the detection window towards the laser beam and
move the detector up and down following the direction of
the arrow on the LCD.
• Lower the Laser Detector if the arrow points down
(Beeping Sound).
• Raise the Laser Detector if the arrow points up (Beeping Sound).
5. The level marks on the sides of the Laser Detector are level
with the laser beam when the horizontal beam is displayed
on the LCD (Continuous Sound).
1. Sound/mute mode
2. Fine/coarse adjustment button
3. On/Off button

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Using the Remote Control
The laser can be operated by an infra-red remote control.
The remote control wit only work if there is an uninterrupted line
of sight between the infra-red control and the remote control
sensor on the control panel.
The effective range of the remote control is 20m.
The Remote Signal Indicator ashes when a signal has been
sent.
1. Remote Signal Indicator
2. Rotation speed control button
3. Scanning mode control button
4. Clockwise direction control button
5. Anticlockwise direction control button
6. Manual/Automatic mode button
7. Increase X axis slope control button
8. Reduce X axis slope control button
9. Increase Y axis slope control button
10. Reduce Y axis slope control button

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Rotary Laser
The Prolaser®899 Electronic Rota-Line is supplied with on-board
internal rechargeable batteries and battery charger (AC/DC
Converter).
Warning: Non-rechargeable "C" batteries are not to be used!
1. Recharge the batteries when the power indicator on the
control panel ashes.
2. Plug the battery charger into a power source.
3. Insert the plug of the battery
charger into the socket in the laser.
1. Battery Charger
2. Back of Laser
3. Socket Position
4. Rechargeable Batteries
5. Battery cover
Note: The Rotary Laser can be operated while recharging. It
takes ' approximately seven hours to fully charge the batteries.
4. The indicator lamp on the battery charger illuminates when
charging. The indicator lamp will ash when the batteries are
fully charged.
5. The batteries can be removed from the Rotary Laser by
unscrewing the eight screws holding the battery compartment
cover in place.
POWER SUPPLY

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Laser Detector
1. Press the battery compartment lock and remove the battery
compartment cover.
2. Remove the 9V alkaline battery.
3. Replace with a new 9V alkaline battery.
4. Replace the cover.
Remote Control
1. Slide off the battery compartment cover.
2. Remove the spent batteries.
3. Replace them with two "AAA" batteries.
4. Replace the cover.
External Power Supply
The Prolaser®899 Electronic Rota-Line can use an external
DC external power source. This will minimize the risk of battery
failure during operation.
Use only the combined Battery Charger-AC/DC Converter
supplied with the Rotary Laser, otherwise irreparable damage
will be caused to the instrument and your warranty will be invalid.
The suitable power range of the combined Battery Charger-AC/
DC Converter is 50 - 60Hz, 100VAC-240VAC.

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Preventative Maintenance
• Store in a clean dry place.
• If the Rotary Laser is wet, dry off with a dry cloth.
• Do not seal the laser in the carrying case until completely dry.
• Do not attempt to dry the Rotary Laser by re or with an electric dryer.
• Store between 14°F — 131°F (-10°C — 55°C)
• Do not drop the Rotary Laser, avoid rough treatment, and avoid
constant vibration.
• Periodically check the calibration of the Rotary Laser.
• Clean with a soft cloth, slightly dampened with a soap and water
solution. Do not use harsh chemicals, cleaning solvents or strong
detergents.
• Keep the laser aperture of the Rotary Laser clean by wiping it
with a lint-free cloth moistened with isopropyl (rubbing) alcohol.
• Keep the Detection window of the Laser Detector clean by wiping
it with a soft cloth moistened with glass cleaner.
Repairs
• See the Warranty section at the end of this manual.
• Do not take the Prolaser®899 Electronic Rota-Line apart or permit
any unqualied person to take the laser level apart. Unauthorized
servicing may cause bodily injury, irreparably damage the Rotary
Laser, and invalidate the warranty.
CARE AND MAINTENANCE

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The Rotary Laser leaves the factory fully calibrated. Kapro
recommends that the level is checked regularly, and after the
unit has been dropped or mishandled.
Horizontal Plane Calibration Test
1. Set up the Rotary Laser approximately 150ft (50m) from a wall
or measuring staff.
2. Position the Rotary Laser so that the X-axis is pointing in the
direction of the measuring staff or wall.
3. Turn on the Rotary Laser.
4. Mark the height of the laser beam on the wall or measuring
staff (h1).
5. Rotate the Rotary Laser 180°.
6. Mark the height of the laser beam on the wall or measuring
staff (h2). The difference between the heights should not
exceed 3/8 inch (10mm).
7. Repeat Procedure for the Y-axis.
FIELD CALIBRATION TEST