sola Horizontal Rotation Laser Instruction Manual
- June 6, 2024
- SOLA
Table of Contents
Horizontal Rotation Laser
PROTON
Gebrauchsanweisung
DE
Operating instructions
EN
Mode d`emploi
FR
Instruzioni d`uso
IT
Instrucciones de uso
ES
Gebruiksaanwijzing
NL
RU
Instrukcja obslugi
PL
Eksploatacijos instrukcija
LT
Lietosanas instrukcija
LV
Használati útmutató
HU
1.1 PROTON HB 1.2 PROTON SB
2.1.1 PROTON
4 3 2 1
5
6
2.1.2 REC RRD0
5 1 3
2 4
7
6
8 9
2.1.3 REC RR00
4 2 1
2.1.4 PN RC
3
5
1 2
3
EN
Operating manual PROTON Line/Point Laser
About this manual
Congratulations on the purchase of your new PROTON! You have acquired a SOLA
measurement instrument, which can make your work easier, faster and more
precise. To utilize the complete functionality range of this measurement
instrument, and to ensure a safe operation, please observe the following
instructions: · Please read these operating manual before starting to use the
device. · Always keep the operating manual near the device. · Only hand over
the device to other persons together with the operating manual. · Never render
the attached warning signs unreadable.
Contents
1. General information 2. Description 3. Technical data 4. Safety
instructions 5. Laser classification 6. Startup 7. Operation 8. Checking the
accuracy 9. Maintenance, storage and transportation 10. Scope of delivery and
accessories 11. Troubleshooting 12. Disposal 13. Warranty 14. EC conformity
declaration
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1. General information
1.1 Signal words and their meaning DANGER For an imminent danger that could lead to serious injury or death.
1.2.2 Symbole Read instructions before use
WARNING For a possibly dangerous situation that could lead to serious injury
or death.
CAUTION For a possibly dangerous situation that could lead to slight injury or
property damage.
NOTE For application notes and other useful information
Batteries and devices may not be disposed of with household waste
Do not throw batteries into the fire
1.2 Pictograms and other information 1.2.1 Warning signs
Warning label on packages with Li-Ion batteries
Warning of dangers in general
Warning signs on battery Do not heat the battery above 60 °C.
Class 2 laser device
Do not look into the laser beam!
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2. Description
2.1 Device components, display and operating elements
2.1.1 PROTON
2.1.4 Remote control PN RC (PROTON S)
1. Button >ON/OFF<
1. X/Y – axis manual setting
2. Status/battery voltage display
2. Manual button (MAN1; MAN2; AUTO)
ON – BATT<
3. Battery compartment
3. Operation indicator >Auto-Manual<
4. Leveling indicator
2.1.5 SOLA Li-Ion battery, charging station
5. Tripod adapter 5/8″
and charger
6. Battery compartment
1. SOLA Li-Ion battery Li-Ion 5.2
2. Battery contacts
2.1.2 Receiver REC RRD0 (PROTON S)
3. Technical Specifications/certification label
1. Button >ON/OFF<
4 Li-Ion charging station
2. Accuracy switch 1-5 mm
5. Charging connector for the Li-Ion battery
3. Mm-inch switching
charging station 6 Li-Ion charging station
4. Volume
7. Charging cable
5. Display
8. Charger plug
6. RRD0 clamp for screwing
9. Operation indicator
7. Rear display
10. Connection socket for the country-specific
8. Marking point
plug
9. Battery compartment
11. Release button for the country-specific plug
12. Country-specific plug EU/UK
2.1.3 Receiver REC RR00
1. Button >ON/OFF<
2. LED Display
3. Marking point
4. RR00 clamp for screwing
5. Battery compartment
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EN
2.2 Intended use The PROTON is an easy to use, self-leveling laser device
which can be used by one or more people to perform accurate horizontal
measurements with the help of a receiver device. The visibility range of the
laser lines depends on the ambient conditions. Under low light conditions or
for longer distances the receiver can be used to locate the laser line
position. Follow the instructions contained in this manual. The device and
accessory equipment may be a source of dangers if they are utilized improperly
or inappropriately by persons who are not instructed as required.
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3. Technical data
3.1 Rotating laser PROTON
Application area * – Laser lines – Receiver
r = 20 m* see 3.2 and 3.3
– Max. Measurement tolerance – Laser line
± 0.1 mm/m
Levelling range (typical)
± 5°
Levelling time (maximum)
30 s
Power supply
SOLA Li-Ion battery 5.2
Operating time (at 20 °C)
SOLA Li-Ion battery 5.2
30 h
permissible temperatures Operating temperature Storage temperature
-5 °C to +50 °C -20 °C to +75 °C
Laser diode lines/points
630/680 nm < 3.4 mW
Laser class
2, DIN EN 60825-1 : 2007-10
Tripod adapter
5 / 8″
Protection class
IP 66
Weight without battery
2000 g
Dimensions
200 × 196 × 230 mm
*… depending on the environmental conditions at the workplace. | Changes (drawings, descriptions and technical data) are reserved.
3.2 Receiver REC RRD0 (PROTON S)
Work range
r = 500 m*
Average measurement tolerance Fine Rough
1 mm 5 mm
Operating time (20 °C)
70 hours
Power supply
2 × 1.5 V LR6 (AA) batteries
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Operating temperature
-20 °C bis +60 °C
Storage temperature:
-40 °C bis +70 °C
Thread for mounting fixture
1 / 4″
Weight without battery
305 g
Protection class
IP 67
Dimension (without clamp)
168 × 76 × 36 mm
*… depending on the environmental conditions at the workplace. | Changes (drawings, descriptions and technical data) are reserved.
3.3 Receiver REC RR00
Work range
r = 350 m*
Average measurement tolerance
3 mm
Power supply
2 × 1.5 V LR6 (AA) batteries
Operating temperature
-20 °C to +50 °C
Storage temperature
-40 °C to +70 °C
Weight without battery
165 g
Dimension (without clamp)
136 × 50 × 28 mm
*… depending on the environmental conditions at the workplace. | Changes (drawings, descriptions and technical data) are reserved.
3.4 Remote control PN RC (PROTON S)
Work range
r = 7 10 m*
Power supply
1 × 9 V block battery (6 LR 61)
Operating temperature
-15 °C to +60 °C
Weight without battery
72 g
Dimensions
120 × 65 × 23 mm
*… depending on the environmental conditions at the workplace. | Changes (drawings, descriptions and technical data) are reserved.
3.5 SOLA Li-Ion battery 5.2 Type Cells
Li-ion with protective electronics 2 × ICR 18650 parallel
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EN
Capacity Voltage Performance permissible temperatures Operating temperature
Storage temperature (ideal) Charging temperature Humidity Charging time Weight
Dimension
3.6 SOLA charger LG Li-Ion Nominal input voltage Nominal input current Nominal
input power Output voltage Charging current Ambient temperature Protection
class Power consumption during standby
5200 mAh 3.6 VDC 28 Wh
-10 °C to +50 °C -20 °C to +60 °C (ideal +20 °C to +25 °C) 0 °C to +45 °C (ideal +20 °C to +25 °C) 65 ± 20 % 3 5 h 100 g 71 × 39 × 22 mm
100 240 VAC/50 60 Hz 0.4 A @ 100 VAC – 0.2 A @ 240 VAC under maximum load
21 Wrms under max load 3.6 VDC 3000 mA -10 °C – +50 °C IP 40 0.3 W @ 100 VAC/
0.5 W @ 240 VAC
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4. Safety instructions
4.1 AREA OF RESPONSIBILITY 4.1.1 Manufacturer SOLA is responsible for the safe
delivery condition of the product, including the operating manual and the
original accessories.
4.1.2 Operator The operator is responsible for using the product as intended,
the deployment of his personnel, their training and the operational safety of
the product.
He understands the safety information which is stated on the product and the
instructions which are contained in the operating manual. He shall comply with
local regulations relating to safety and accident prevention regulations as
well as worker protection laws and regulations. He shall immediately notify
SOLA if safety-related issues should develop on the product or during its
utilization. He shall ensure that the product is not utilized any further if
defects become evident, and he will have the product repaired professionally.
4.2 Improper Use Use of the device and the accessories without instruction.
Use of third-party accessories or additional equipment. Use outside of the
intended limits (see Chapter 3/Technical Specifications). Use under extreme
temperature fluctuations without an adequate acclimatization. Disabling of
safety devices and removal of hazard notices and labels. Unauthorized opening
of the device. Performance of modifications or alterations the device or the
accessories. Deliberate blinding of third parties. Inadequate safeguarding at
the installation site.
4.3 Utilization limitations The PROTON is suitable for a continuous use in an
atmosphere which can be inhabited by humans.
Do not operate the product in explosion-prone or corrosive environments.
Inform the local safety authorities and safety experts before working in
hazardous environments, in close proximity to electrical installations or
similar surroundings.
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4.4 Usage Hazards 4.4.1 General
WARNING Missing or incomplete instructions may result in improper or incorrect
use. This can cause accidents with serious damages to persons, property,
assets and the environment.
Follow the manufacturers and operators safety instructions. Protect
equipment and accessories from access through children.
WARNING Blinding by laser radiation can indirectly lead to serious accidents,
especially for people who are driving a vehicle or operating machinery.
Do not look into the laser beam. Do not set up the laser beam and the laser
plane at eye level or aim at people.
CAUTION A fall, longer storage, transportation or other mechanical effects can
lead to erroneous measurement results.
Check the unit for damage before use. Do not use damaged equipment. Repairs
have to be exclusively performed by SOLA Before use, check the accuracy of the
device (see Chapter 8/Checking the accuracy)
4.4.2 Charger/batteries/rechargeable batteries DANGER There is a risk of
mortal danger from electric shock.
Never open the SOLA Li-Ion battery charger or charging station. Only use the
SOLA Li-Ion battery charger and charging station in dry places and do not
bring them into contact with liquids.
DANGER Strong mechanical influences, can lead to a leakage, fire or explosion
of the batteries or trigger the release of toxic substances.
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Batteries and rechargeable batteries may not be opened or exposed to
mechanical loads. Damaged batteries, chargers and charging stations may not be
used. Repairs have to be exclusively performed by SOLA
WARNING High ambient temperatures and immersion into liquids can cause a
leakage, fire or explosion of the batteries or trigger the release of toxic
substances.
Protect batteries and rechargeable batteries from mechanical influences during
transport. Never store the Li-Ion battery in the sun, on radiators or behind
glass windows. Do not overheat batteries and rechargeable batteries or expose
them to fire. Avoid the ingress of moisture into batteries and rechargeable
batteries. Do not use damaged batteries or rechargeable batteries. Perform a
proper disposal (see Chapter 12/Disposal).
WARNING A short-circuiting or unintended use can cause batteries to overheat
and create an injury or fire hazard.
Do not transport or store batteries in the pockets of garments. Do not bring
the battery contacts in contact with jewelery, keys, or other electrically
conductive objects. Do not charge the batteries. Do not discharge the
batteries through short-circuiting. Do not solder the batteries within the
device. Do not mix old and new batteries, and do not mix batteries from
different manufacturers or with a differing type designation.
WARNING Using charging devices from other manufacturer`s can damage the Li-Ion
batteries. This can lead to a fire and explosion hazard.
Only use original SOLA accessories.
41
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WARNING If disposed of improperly third parties can possibly be seriously
injured and the environment polluted. The burning of plastic components
generates toxic fumes which may impair health of people.
Batteries/rechargeable batteries may explode if they are damaged or heated
excessively, and thereby cause poisoning, burning, corrosion or environmental
contamination. If disposed of negligently unauthorized persons are able to use
the product improperly.
The product may not be disposed of together with household waste. Perform a
proper disposal of the device and the accessories (see Chapter 12/Disposal).
Protect the product at all times from access through unauthorized persons, and
especially children.
4.5 ELECTROMAGNETIC COMPATIBILITY (EMC) The electromagnetic compatibility is
the ability of the product to function in an environment with electromagnetic
radiation and electrostatic discharges were are present, without causing an
electromagnetic interference for other devices.
4.5.1 Interference for other devices through PROTON Although the product meets
the strict requirements of the relevant directives and standards, SOLA can not
completely exclude the possibility of interference with other devices (for
example, when using the product in combination with third-party devices, such
as field computers, personal computers, wireless devices, mobile phones,
certain cables or external batteries).
When using computers and radio equipment make sure to observe to the vendor-
specific information about electromagnetic compatibility. Only use original
SOLA equipment and accessories.
4.5.2 Interference of the PROTON through other devices Although the product
meets the strict requirements of the relevant directives and standards, SOLA
can not entirely exclude the possibility that an intense electromagnetic
radiation in the immediate vicinity of radio transmitters, two-way radios,
diesel generators, etc. can distort the measurement results.
When performing measurements under these conditions check the plausibility of
the results.
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5. LASER SAFETY/CLASSIFICATION
The four PROTON emits four visible laser lines and three laser points. The
product corresponds to the Laser Class 2 according to DIN EN 60825-1: 2007-10
Laser Class 2: When using Class 2 laser devices the eye is protected by the
eyelid closure reflex or evasive reactions in case of a random and short-term
exposure.
WARNING Looking directly into the beam with optical aids (e.g. binoculars,
telescopes) can be dangerous. CAUTION Looking into the laser beam may be
hazardous to the eye.
Do not look into the laser beam. Do not aim the laser beam at other people.
Labeling on the device:
LASER RADIATION DO NOT STARE INTO THE BEAM OR VIEW DIRECTLY WITH OPTICAL
INSTRUMENTS CLASS 2 LASER PRODUCT DIN EN 60825-1 : 2007-10 ALPHA = 630680 nm
MAX, OUTPUT<3.4 mW
For the position of the type plate refere to the inside of the cover page. Do
not remove the type plate!
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6. Start-up
6.1 PROTON Operation with SOLA Li-ion battery 5.2 1. Fully charge the battery
with SOLA Li-Ion charger
(see Chapter 7.2). 2. Open the battery compartment cover on the rear panel
with
the thumb nail, a coin or a screwdriver. 3. Insert the SOLA Li-ion battery 5.2
with the correct orientation. 4. Close the battery compartment cover. 5. If
the residual capacity of the SOLA Li-ion battery 5.2 drops
below 10 % the status/battery voltage display will flash. If the residual
capacity of the SOLA Li-ion battery 5.2 drops below 5 % the status/battery
voltage display will be continuously illuminated. The laser will switch off
automatically, if the residual battery capacity is less than 2 %. Fully charge
the battery with the SOLA Li-Ion charger (see Chapter 7.2). 6. If the device
is not used for a longer period of time, remove the battery and store it in a
dry location (see Chapter 9/ Maintenance, storage and transport).
6.2 Receiver REC RR00 1. Open the battery compartment cover on the rear side
of the
device. 2. Insert the battery as shown on the inside of the device. 3. Close
the battery compartment cover. 4. If the device is not used for a longer
period of time, remove the
battery (see Chapter 9/Maintenance, storage and transport).
44
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6.3 Receiver REC RRD0 (PROTON S) 1. Open the battery compartment cover on the
rear side of the
device. 2. Insert the battery as shown on the inside of the device. 3. Close
the battery compartment cover. 4. If the device is not used for a longer
period of time, remove the
battery (see Chapter 9/Maintenance, storage and transport) 6.4 Remote control
PN RC (PROTON S) 1. Open the battery compartment cover on the rear side of the
device. 2. Insert the battery as shown on the inside of the device. 3. Close
the battery compartment cover. 4. If the device is not used for a longer
period of time, remove the
battery (see Chapter 9/Maintenance, storage and transport).
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7. Operation
7.1 PROTON Position the laser horizontally on a stable platform, or mount it
at the desired height onto a tripod or column/wall bracket with the 5/8″
tripod connector.
7.1.1 Switching the laser on/off On: Press the >ON/OFF< button. Off: Press the
ON/OFF< button again.
All LED displays will illuminate for 2 seconds. The laser always starts in the automatic self-leveling mode. The device is leveled, if the laser beam is lit and the leveling indicator no longer flashes. Auto-manual display is continuously illuminated.
Note: During vertical operation, the laser always operates in the manual mode!
If the laser is positioned tilted by more than 5° (self-leveling range), the leveling and auto-manual alarm indicator will flash constantly, and the laser will flash at the same time. Then realign the laser. If the laser is beyond the self-leveling range for more than 10 minutes, the device will be switched off automatically. If the laser leveled for more than 5 minutes in the horizontal mode, the tilt alarm for device height monitoring (height-alarm) will be activated. If the laser is disrupted afterwards (for example the tripod is bumped) and the height of the laser beam is altered by more than 3 mm during the re-leveling, the height-alarm will switch off the laser and the rotor, and the red leveling indicator (tilt) will flash twice per second (twice the speed of manual operation). To delete the height-alarm, turn the laser off and on again. After the laser has leveled itself again, check the original reference level. To switch it off, press the ON/OFF button again.
7.1.2 Standby mode (PROTON S) The standby mode is a power-saving feature which is able to extend the battery life. Press and hold the manual button on the remote control for 5 seconds to activate the standby mode. The battery indicator LED flashes every 4 seconds, indicating that the laser is in the standby mode and is not turned off.
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Press and hold the manual button on the remote control for 5 seconds to
disable the standby mode and restore full operational readiness of the laser.
The laser beam and all the other features are turned on again.
7.1.3 Single axis inclined operation; MAN1 (PROTON S) To activate the manual
y-axis inclination mode, press the manual button on the remote control once
briefly. Simultaneous flashing of the Green and red LED in one second
intervals indicates the y-axis inclination mode. In this operating mode, the
y-axis can be tilted using the arrow keys ,,Up/down” on the remote control,
while the x-axis will continue in the automatic horizontal operating mode
(e.g. when installing sloped/suspended ceilings or drive ways). The impact
monitoring (height-alarm) is still active. A repeated brief pressing of the
manual button will switch the device to the manual operation; MAN2.
7.1.4 Manual operating mode; MAN2 (PROTON S) A switching from the automatic
self-leveling mode to the manual mode can be performed by briefly pressing the
manual button twice on the remote control, which will be indicated by the red
Auto self-leveling mode LED that flashes every second. In this operating mode,
the y-axis can be tilted by pressing the arrow keys up/down, and in addition
the x-axis of the laser can also be changed by pressing the arrow keys
right/left on the remote control. Press the manual button again to return to
automatic self-leveling mode.
7.2 SOLA Li-Ion battery, charging station & charger Before the initial
startup, the SOLA Li-Ion battery must be fully charged.
Plug the charger plug into the charging port of the Li-Ion Charger Connect the
SOLA Li-Ion battery charger to a socket-outlet Insert the SOLA Li-Ion battery
in the correct position. Depending on the charge state and the environmental
conditions the charging time will be between 3 and 5 hours After 10 charging
cycles the battery will reach its full capacity. Ideally, the battery should
always be fully charged. In urgent cases, the battery can be removed from the
charging station before the charging process has been fully completed. This
does not adversely affected the service life of the battery (no memory
effect).
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Operation indicator:
Colour Display yellow green yellow green yellow green yellow green yellow
green yellow green yellow green
Mode Standby
Description No battery in the charger
Wait cycle
Battery temperature beyond the valid range
Pre-charge Main charge Recharging
Protective charging for deeply discharged batteries
Rapid charging phase with max. Power up to 80 %
Recharging between 80 100 %
Completed Error
Charging process completed Battery is 100 % charged
Battery too hot/too cold,let it acclimatize and reinsert
Capacity 100 % 80 %
Display
Mode Charging process completed Recharging
Main charge
Pre-charge
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7.3 Receiver REC RRD0 (PROTON S) 7.3.1 On/off switching On: Press the >ON/OFF<
button. Off: Press the >ON/OFF< button again.
Turn the operating area of the receiver towards the laser device and make sure
that the reception window is perpendicular to the line plane. Move the
receiver up and down until a signalling tone can be heard or direction arrows
become visible on the display.
If the marking point of the receiver is located above the laser beam, a fast
pulsed signalling tone will sound and the screen will display a downward
pointing arrow icon.
Move the receiver in the downward direction as indicated by the arrow.
If the marking point of the receiver is below the laser beam, a slow pulsed
signalling tone will sound and the screen will display an upward pointing
arrow icon.
Move the receiver in the upward direction as indicated by the arrow.
If there is a constant signalling tone and/or only the middle bar is still
visible, the marking location is exactly aligned with the laser beam. > Use a
pen to mark the height of the laser beam at the marking locations. The
receiver can be aligned vertically with the help of the tube vial, when the
marking points on the left and right sides are at the same height.
7.4 Receiver REC RR00 7.4.1 On/off switching On: Press the >ON/OFF< button.
Off: Press the >ON/OFF< button again.
Turn the operating area of the receiver towards the laser device and make sure
that the reception window is perpendicular to the line plane. Move the
receiver up and down until a signalling tone can be heard and/or the LED
display becomes visible.
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If the marking point of the receiver is located above the laser beam, a fast
pulsed signalling tone will sound and upper LED will flash.
Move the receiver downward accordingly.
If the marking point of the receiver is below the laser beam, a slow pulsed
signalling tone will sound and lower LED will flash.
Move the receiver upward accordingly.
If there is a constant signalling tone and/or the green LED is visible, the
marking location is exactly aligned with the laser beam.
Use a pen to mark the height of the laser beam at the marking locations. The
receiver can be aligned vertically with the help of the tube vial, when the
marking points on the left and right sides are at the same height.
7.5 Applications 7.5.1 PROTON The PROTON is an easy to use, self-leveling laser device which can be used by one or more people to perform accurate horizontal measurements with the help of a receiver device. The aim is to describe a possible application in greater detail, using the construction operation as an example.
Building construction 1. The device height (HI) is the height of the laser
beam. 2. It is determined by adding the measuring
rod reading to a height marking or a known elevation. 3. Set-up of the laser
and positioning the measu- HI ring rod with the receiver on a known height or
reference peg (NN). 4. Align the receiver to the position ,,At height” of the
laser beam 5. Add the measuring rod reading to the known NN height to
determine the laser height.
1.32 m (4.34 ft) NN 5 m (16,40 ft)
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Example: NN height = 5 m Staff reading = + 1.32 m Laser height = 6.32 m Use the laser height as the reference for all other height measurements.
7.5.2 PROTON S In addition, to the horizontal operation the PROTON S can also be used as an inclinometer. The × and y axes can be adjusted here. Another option is the single axis inclined operation, during which the x-axis will remain leveled. The aim is to describe a possible application in greater detail, using the single axis inclined operation as an example.
Single axis inclined operation 1. Position the laser over the reference point
on (A). 2. Look over the rotor head, to align the laser onto
the desired direction peg of the self-leveling axis. Turn the laser on the
tripod until it is properly aligned. 3. Attach a receiver to a measuring rod.
Place in the measuring rod onto the direction peg of the self-leveling axis to
check the height of the laser (B).
B A C
Note: Use this device height as a reference when checking the alignment of the
laser after setting the inclination on the other axis.
4. To activate the manual y-axis inclination mode, press the manual button on
the remote control twice briefly.
5. Measure the height of the laser beam directly on the inclination axis of
the device. 6. Without changing the height of the receiver, place in the
measuring rod onto the direction peg to align
the inclination of the tilt axis (C). 7. Press and hold the arrow button
up/down until the laser beam is on the marking point of the receiver. 8.
Recheck the height of the laser on the self-leveling axis by using the device
height from step 3.
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Note: If the device height has changed, rotate the laser on the tripod until
the receiver shows that it is on the height of the laser beam.
Note: The performance of work during the inclined operation must always be
carried out parallel to the laser line, otherwise deviations from the desired
inclination can occur.
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8. Checking the leveling accuracy
Check accuracy of the SOLA PROTON before each measurement. Before starting the
check let the device acclimate to the environmental conditions.
1. Position the laser 30m away from a wall and allow it to level itself
horizontally.
2. Move the receiver up and down until the +y-axis is positioned on the
height of the laser beam. Use the marking notch as a reference and mark the
height on the wall.
Note: For increased precision, use the fine adjustment (1 mm) on the receiver
REC RRD0 (PROTON S).
3. Rotate the laser by 180° (the -y-axis must be facing the wall) and allow
it to re-level itself.
4. Move the receiver up and down until the y-axis is positioned ,,on the
height” of the laser beam. Use the marking notch as a reference and mark the
height on the wall.
5. Measure the difference between the two marks. The laser must be calibrated
if the difference is greater than 6mm at a distance of 30mm.
6. After adjusting the Y-axis, rotate the laser by 90°. Repeat the steps 2-5,
and start with the + x-axis pointing towards the wall.
EN
Y+ Y1
30 m (100 ft) -Y
Y2
30 m (100 ft) x+
30 m (100 ft)
Y+
X-
X+
Y53
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9. Maintenance, storage and transportation
9.1 Cleaning Wipe off the dirt with a soft damp cloth. Check the outlet
openings of the laser regularly, and thoroughly clean them if necessary. Do
not touch the glass with your fingers. Do not use aggressive cleaning agents
or solvents. Do not immerse the device into water! Clean and dry wet
equipment, accessories and transport containers prior to packaging them. Only
pack equipment again when it is completely dry. Keep plug connections clean
and protected from moisture.
9.2 Storage 9.2.1 General
The equipment may only be stored within the specified temperature limits (see
Chapter 3/Technical data). After a prolonged storage check the accuracy of the
measuring device before using it.
9.2.2 Batteries/rechargeable batteries For storage, remove the batteries from
the device or from the charging station. The storage should preferably be
performed in a dry environment at room temperature (see Chapter 3/Technical
data). Protect from moisture and humidity. Dry wet or damp batteries before
the storage, or respectively before usage. Prior to a prolonged storage charge
the battery to 80 % capacity (see Chapter 7/operation). Repeat the procedure
every 6 months. After storage, fully charge the battery before use. Check the
battery for damage before use. Do not use damaged batteries!
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9.3 Transport 9.3.1 General The device may be damaged through strong
vibrations or by falling. Never transport the product loosely. Always use the
original packaging or an equivalent transport container.
Switch off the measuring device before transporting it. During the shutdown
the pendulum unit is locked in position and protected against damage. Check
the unit for damages before use. Regularly check the accuracy of the device
(see Chapter 8/Checking the accuracy).
9.3.2 Batteries/rechargeable batteries When transporting or shipping
batteries, the operator is responsible for complying with the applicable
national and international laws and regulations.
Before shipping, remove the batteries from the device.
Li-ion batteries fall under the jurisdiction governing hazardous goods, but
they may be transported on the road by their operator without further
stipulations. When shipping through third parties (e.g. forwarding agent or
air freight) the special requirements regarding the packaging and labeling
must be observed.
Remove the battery from the device and ship it in its storage condition (80 %
capacity). Cover exposed contacts with tape. Package the battery in such a
manner that it can not move around in the packaging, and that it can not be
damaged by external influences. Further national and international regulations
and any additional requirements as well as the stipulations of the respective
transport company must be observed.
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10. Scope of delivery and accessories
10.1 Scope of supply SET PROTON 1 Rotating laser PROTON 1 SOLA Li-Ion battery
Li-Ion 5.2 1 Charger with charging plug incl. country-
specific plug 1 Receiver REC RR00 1 REC RR00 clamp 1 Hanging bag large
10.2 Scope of delivery PROTON S 1 Rotating laser PROTON 1 SOLA Li-Ion battery
Li-Ion 5.2 1 Charger with charging plug incl. country-
specific plug 1 Receiver REC RRD0 1 REC RRD0 clamp 1 Hanging bag large 1
Remote control PN RC
ACCESSORIES (optional) Li-Ion battery set 5.2: 1 Li-Ion battery Li-Ion 5.2 1
Charging station LST Li-Ion 1 Charger LG Li-Ion 1 Country-specific plug EU LS-
EU 1 Country-specific plug UK LS-UK
Receiver REC RR00 Receiver REC RRD0 Remote control PN RC
Battery adapter BA Car adapter CC Telescopic tripod TST Crank tripod KST
Construction-site tripod BST Clamping tripod KLST Wall holder FWH Inclination
wedge NK1 Laser goggles red LB red Magnetic target ZS red
Further information regarding the accessories can be obtained at www.sola.at
56
EN
11. Troubleshooting
Error
Device is switched on, display >ON – BATT< does not light up and there is no
visible laser beam.
Device turns off again immediately after startup.
Device is switched on, display >ON – BATT< lights up, but there is no visible
laser beam.
The >ON – BATT< indicator is blinking
Possible cause
Battery empty Rechargeable battery empty Battery/rechargeable battery inserted
incorrectly Device or switch defective
Battery empty Rechargeable battery empty
Ambient temperature too high / low Laser diode or laser control defective
Battery capacity is less than 10 %
Troubleshooting
Replace the battery Recharge or replace battery Insert the
batteries/rechargeable batteries correctly Contact the dealer and have the
device repaired.
Replace the battery Recharge or replace battery
Allow for an acclimatization of the device Contact the dealer and have the
device repaired.
Recharge the battery in time
57
EN
12. Disposal
If disposed of improperly third parties can possibly be seriously injured and
the environment polluted. The burning of plastic components generates toxic
fumes which may impair health of people. Batteries/rechargeable batteries may
explode if they are damaged or heated excessively, and thereby cause
poisoning, burning, corrosion or environmental contamination. If disposed of
negligently unauthorized persons are able to use the product improperly.
Measuring tools, accessories and packaging must be recycled in an
environmentally-friendly manner.
The product as well as the accessories – especially the batteries and
rechargeable batteries – may not be disposed of with household waste.
Perform a proper disposal of the device and the accessories. Only dispose of
batteries in a discharged state. Observe the country-specific disposal
requirements. Your SOLA dealership will take back batteries as well as old
equipment, and will ensure a proper disposal.
Only for EU countries Electric tools may not be disposed of with household
waste! According to the European Directive 2002/96/EC on Waste Electrical and
Electronic Equipment and its implementation in national law, no longer usable
electrical and electronic equipment must be collected separately and recycled
in an environmentally friendly manner.
58
EN 13. Manufacturers Guarantee ,,The manufacturer warrants to the original purchaser who is stated on the guarantee card, the freedom from defects for the device for a period of two years, with the exception of batteries, as of the point in time the device is handed over. The guarantee is limited to repairs and/or replacements at manufacturers discretion. Defects which are caused through improper handling
by the purchaser or third parties, natural wear and optical flaws that do not
affect the usability of the equipment, are not covered by this guarantee.
Claims under this guarantee can only be invoked if the device is submitted
along with the guarantee card, completely filled out by the dealer, dated and
provided with the company stamp. If the guarantee claim is justified, the
manufacturer shall bear the transport costs. The duration of the guarantee
will not be extended through repair or spare parts work which is carried out
within the scope of the guarantee. Further claims are excluded, unless there
are provided by the respective national legislation. In particular the
manufacturer shall not be liable for any direct, indirect, incidental or
consequential damages, losses or expenses in connection with the use or
because of the inability to use the tool for any purpose whatsoever. Implied
warranties for the usage or suitability for a particular purpose are expressly
excluded.”
59
EN 14. EC conformity declaration
Declaration of conformity
We SOLA Messwerkzeuge GmbH, A-6840 Götzis, Austria hereby declare under our
sole responsibility that the product (s) PROTON, REC RR00, REC RRD0, SOLA
battery Li-ion 5.2, Li-ion battery charger LG Li-ion to which this declaration
refers, complies with the following standards.
PROTON: EN 61000-6-3: 2007 + A1:2010 EN 55011: 2009 + A1:2010 Class B EN
61000-4-2: 2009 EN 61000-4-3: 2006 + A1:2008 + A2:2010 EN 60825-1: 2001-11
REC RR00: EN 61326: 1997 + A1:1998 + A2:2001 + A3:2003 Class B EN 55022: 1998
- A1:2000 + A1:2003 EN 61000-4-2: 1995 EN 61000-4-3: 1996 EN 61000-4-8: 1993
REC RRD0: EN 61326: 1997 + A1:1998 + A2:2001 + A3:2003 Class B EN 55022: 1998
- A1:2000 + A1:2003 EN 61000-4-2: 1995 EN 61000-4-3: 1996 EN 61000-4-8: 1993
Li-Ion battery charger LG Li-Ion: EN 60601-1: 01/2006 EN 60335-2-26 06/2005 EN 60335-1 11/2010 EN 61000-6-3 09/2007 EN 60601-1-2 10/2006
60
EN 55022 05/2008 EN 60601-1-2 10/2006 EN 61000-6-2 03/2006 EN 55014-1 06/2007 EN 55014-2 06/2007
EN
SOLA Li-Ion battery 5.2: EN 61000-6-1: 2007 EN 61000-6-3: 2007 + A1:2011
UN38.3
In accordance with the provisions of the directive(s)
Electromagnetic compatibility 2004/108/EC Low Voltage Directive 2006/95/EC
SOLA-Messwerkzeuge GmbH Mag. Wolfgang Scheyer CE
61
Herstellergarantie PROTON
Limited warranty PROTON Seriennummer / Serial no. Firma / Company / Name
Adresse / address
Telefon / Telephone
SOLA-Messwerkzeuge GmbH
Unteres Tobel 25 A-6840 Götzis Austria
Kaufdatum / Stempel / Unterschrift des Händler
”
Date of purchase / Stamp / Signature (dealer)