Hilti PD22 User Manual

Download

*372188*

372190

PD 22

Operating instructions

1 9

PD 22

ASE

Recall previous measurements (max. 3) Scroll through active menu

Show menu / exit from menu (rEF/nor/CONSt/Light/dELAY/bEEP/UNIT).

Recall previous measurements (max. 3) Scroll through active menu

Measure distance or start tracking.

Addition

Subtraction

Multiplication

Pythagoras (calculates opposite side of right-angled triangle)

Execute calculation or reset display

Switch range meter on / off

Button functions

Display

Select menu

Measure

Calculate

Switch on / off

PD 22

LASER

–

The PD22 at a glance

- - -

PD 22

MEN

0.1 - 30 m: 30 - 100 m:

P D

2 2

L A

S E R

M E N

+ x

–

ft in

–

ft in

P D

L A

S E

M E

m/m2/m

ft in

sq.ft /in

rEF

nor

CONSt

Light

dELAY

bEEP

UNIT

–

nEAr/ FAr

–

0.000 ...

999.999m

–

OFF / ON / Auto

–

0/2/5/10/20 s

–

Auto/ON/OFF

–

m / in

–

It is essential that the operating instructions are read before the range meter is operated for the first time.

Always keep these operating instructions together with the range meter.

Ensure that the operating instructions are with the range meter when it is given to other persons.

Parts of the PD 22

1. Laser exit aperture

2. Control panel

3. Receiving lens

4. Plastic casing

5. Bubble level

6. Battery compartment

7. Folding spike

8. Two tripod mounting threads (standard camera thread)

9. Graphical display

10. Four metal contact points for precise measurement

Contents

1. General information....................................4

1.1 Indication of important information .......4

1.2 Pictograms ............................................4

2. Description..................................................6

2.1 Function.................................................6

2.2 Items supplied .......................................6

3. Tools and accessories ................................6

4. Technical data.............................................7

5. Safety information ......................................9

5.1 Basic safety information ........................9

5.2 Intended use ..........................................9

5.3 Misuse ...................................................9

5.4 Latest technology ................................10

5.5 Proper organisation of the workplace ..10

5.5.1 Electromagnetic compatibility ....11

5.5.2 Laser classification.....................11

5.6 General safety precautions...................12

5.6.1 Electrical.....................................13

6. Before use.................................................13

6.1 Inserting new batteries.............................13

6.2 Menu selection and settings.....................14

6.2.1 rEF menu / reference edge..........14

6.2.2 nor menu / track menu ...............15

6.2.3 CONST menu / constants ...........15

6.2.4 Light menu / display

illumination.................................16

6.2.5 dELAY menu / self-timer.............16

6.2.6 dEEP menu / beep signal............17

6.2.7 UNIT menu / units of

measurement .............................17

7. Operation ..................................................18

7.1 Measuring distances............................18

7.2 Measuring using the spike...................19

7.2.1 Measuring from an inside corner

(e.g. corner of a room) ...............19

7.2.2 Measuring from an outside

corner.........................................20

Contents

7.3 Measuring using the self-timer ............20

7.4 Measuring using target objects............21

7.5 Taking measurements from various

surfaces ...............................................21

7.5.1 Plants and trees..........................21

7.5.2 Rough surfaces ..........................22

7.6 Continuous distance measurement

(tracking) .............................................23

7.6.1 Continuous distance

measurement (“EAr”) .................23

7.6.2 Continuous distance

measurement (“FAr”) .................25

7.7 Calculation functions ...........................27

7.7.1 Addition / subtraction

(distance) ...................................27

7.7.2 Multiplication (areas /

volumes) ....................................28

7.8 Calculations using the Pythagoras

principle...............................................31

7.9 Calculations using constants ...............33

8. Symbols displayed....................................34

9. Testing and adjustment ............................35

10. Care and maintenance............................36

10.1 Cleaning and drying ...........................36

10.2 Storage ..............................................36

10.3 Transport ...........................................36

11. Disposal ..................................................37

12. Warranty .................................................38

13. FCC statement (applicable in US) ..........39

14. EC declaration of conformity ..................41

1. General information

1.1 Indication of important information

-NOTE-

This word indicates information intended to help the user employ the product efficiently and in a technically correct manner.

1.2 Pictograms

Symbols

Warning signs

General warning Laser class 2 (Do not stare into the beam!)

Read the operating instructions before use.

These numbers refer to the corresponding illustrations. The illustrations can be found on the fold-out cover pages. Keep these pages open while studying the operating instructions. In these operating instructions, the PD 22 laser range meter is referred to as “the range meter”.

1. General information

Location of identification data on the range meter

The type designation and serial number can be found on the rating plate on the range meter. Make a note of this data in your operating instructions and always refer to it when making an enquiry to your Hilti representative or service department.

Type : _____________

Serial no.:___________

Type: PD 22

319196

Made in Germany

2. Description / 3. Tools and accessories

2. Description

2.1 Function

The red laser spot clearly identifies the target from which the measurement is taken. The range of the range meter depends on the reflectance and finish of the target surface.

2.2 Items supplied

No. Qty. Designation 1 1 PD 22 laser range meter 2 2 Type AA batteries 3 1 Carrying case 4 1 Operating instructions

3. Tools and accessories

Target plate

PA 412 With two target surfaces of different colours:

- White side, when reflectance is too high.

- Brown side, when reflectance is too low.

Sighting glasses

PA 970 The laser sighting glasses improve visibility of the laser target spot (by a factor of 4 - 5).

Tripod adaptor

PA 450 With fine adjustment of the X and Y axes for setting up precisely on a tripod.

Telescopic sight

PA 421 For targeting objects precisely over long distances and outdoors.

4. Technical data

Power supply

3 V DC Battery type: AA (LR6, AM3, Mignon) Standard: 2 alkaline primary cells Optional. Rechargeable NiCd, NiMH

Battery status indicator

Warning symbol when battery voltage is too low.

Measuring range

0.1 to over 100m (4 in to over 300 ft) Typical measuring range without target plate:

- Drywall panel, white 70m (210 ft)

- Concrete, dry 50m (150 ft)

- Brick, dry 50m (150 ft) Maximum range depends on:

- Reflectance of the target surface

- Brightness of ambient light Use the Hilti PA 412 target plate above distances of 30 - 40 m if measurement is impossible.

Accuracy

±2mm (±0.10 in) for typical individual measurements ±3mm (±0.15 in) maximum **

** Due to atmospheric influences,

the range meter can be expected to achieve an accuracy of ± (2mm + 30ppm) approx. ± 5mm at long distances (100 m).

Smallest unit displayed

1mm (1/32 in)

4. Technical data

Beam diameter

< 6mm @ 10m (< 0.2 in @ 30 ft) < 30mm @ 50m (< 1.2 in @ 150 ft) < 60mm @ 100m (< 2.4 in @ 300 ft)

Operating modes

Individual measurement Continuous measurement Calculation

Operating status indicator

Liquid crystal display indicating individual operating modes and operating status

Laser

Visible, 620-690nm, Laser class 2 (IEC825-1), class II (FDA21CFR), output power:< 1mW

Automatic cut-out

Laser : 25 sec. Range meter: 5 min.

Battery life at 25º C [+77º F]

Max. number of measurements with laser switched on for a duration of 10 seconds Alkaline : 8000 - 9000 NiCd: 4000 NiMH: 6000

Operating temperature

-10º C ... +50º C (14º F ... 122º F)

Storage temperature

-30º C ... +70º C (-22º F ... 158º F)

Protection class

Dust and splash-proof, IP 54 as per IEC529 standard

4. Technical data / 5. Safety information

Mounting points

1/4” Whitworth internal thread, 1 on the side and 1 on the underside (standard camera tripod thread)

Weight

320 g (without batteries)

Dimensions

165 x 67x 47mm (6.5” x 2.6” x 1.8”)

5. Safety information

5.1 Basic safety information

In addition to the safety precautions listed in the individual sections of these operating instructions, the following points must be strictly observed at all times.

5.2 Use as intended

The intended uses of the range meter include the following applications: – Measuring distances – Calculating areas, volumes and lengths – Addition and subtraction of lengths The specified operating and storage temperatures must be observed.

5.3 Misuse

– Operate the range meter only as directed and

only when it is in faultless condition.

– Do not render safety devices ineffective and

do not remove information and warning notices.

– Observe the information concerning

operation, care and maintenance printed in the operating instructions.

5. Safety information

– Use only clean, soft cloths for cleaning. If

necessary, moisten the cloth slightly with pure alcohol. Do not use other liquids as these may damage the plastic components.

– Have the range meter repaired only at a Hilti

service centre. Failure to follow the correct procedures when opening the range meter may cause emission of laser radiation in excess of class 2.

– Do not use the range meter in atmospheres

where there is a risk of explosion.

– Do not direct the range meter towards the

sun or other sources of bright light.

– Keep the range meter out of reach of

children.

– Taking measurements from surfaces with low

reflectance surrounded by areas with high reflectance may lead to measurement errors.

– Measurements taken from highly reflective

surfaces may be inaccurate.

– Rapid changes in the circumstances under

which measurements are taken, e.g. persons walking through the laser beam, may lead to measurement errors.

– Measurements taken from plastic foam

materials such as polystyrene foam may be inaccurate.

– Measurements taken from snow may be

inaccurate.

5.4 Latest technology

– The range meter incorporates the latest

technology.

5.5 Proper organisation of the workplace

– Secure the area in which you are measuring

(e.g. when taking measurements at a roadside, etc.)

– Avoid unfavourable body positions when

working on ladders or scaffolding. Make sure

5. Safety information

you work from a safe stance and stay in balance at all times.

– Measurements taken through panes of glass

or other objects may be inaccurate.

– When setting up the range meter, take care to

avoid directing the beam towards other persons or towards yourself.

5.5.1 Electromagnetic compatibility

Although the range meter complies with the strict requirements of the relevant guidelines, Hilti cannot entirely rule out the following possibilities: – The range meter may cause interference to

other equipment (e.g. aircraft navigation equipment)

– The range meter may be subject to

interference caused by powerful radiation,

which may lead to incorrect operation. Check the readings for plausibility when measuring under these conditions or if you are unsure.

5.5.2 Laser classification

The range meter conforms to laser class 2 based on the IEC825-1 / EN60825 standard and class II based on FDA 21CFR. The eyelid closure reflex protects the eyes when a person looks into the beam unintentionally for a brief moment. Nevertheless, the eyelid closure reflex may be negatively affected by medicines, alcohol or drugs. These range meters may be used without need for further protective measures. Nevertheless, as with the sun, one should not look directly into sources of bright light.

5. Safety information

Laser information plates based on IEC825 / EN60825

Laser information plates for the US based on FDA 21CFR

This laser product complies with 21 CFR 1040 as applicable.

5.6 General safety precautions

– Check the range meter for possible damage

before use. If the range meter is found to be damaged, have it repaired at a Hilti service centre.

– The accuracy of the range meter must be

checked after it has been dropped or subjected to other mechanical stresses.

– As a precaution, check the accuracy of the

range meter each time before use.

– When the range meter is brought into a warm

environment from very cold conditions, or vice-versa, allow it to become acclimatised before use.

– If mounting on an adaptor, ensure that the

range meter is screwed on securely.

– Keep the laser exit aperture clean to avoid

measurement errors.

– Although the range meter is designed for the

tough conditions of jobsite use, as with other optical instruments (binoculars, spectacles, cameras) it should be treated with care.

– Although the range meter is protected to

prevent entry of dampness, it should be wiped dry each time before being put away in its transport container.

– As a precaution, check the values you have

preset before using the range meter.

5. Safety information / 6. Before use

5.6.1 Electrical hazards

– The batteries must be insulated or removed

from the range meter before it is shipped. – The range meter and the batteries must be

disposed of in accordance with national

regulations in order to avoid environmental

damage. Consult the manufacturer if you are

unsure.

6. Before use

Symbol displayed

6.1 Inserting new batteries

-NOTEAlways replace the complete set of batteries!

- Do not mix old and new batteries!

- Do not mix batteries from various

manufacturers or of different types.

- Use only approved, undamaged batteries.

Battery voltage too low - insert new batteries: 2x type AA (LR6 / AM3 / Mignon)

6. Before use

If using rechargeable batteries, the pair of batteries must be

- of the same make and the same model,

- of the same age and in the same state of charge.

6.2 Menu selection and settings

Menu overview

rEF¡nor¡CONST¡Light

dELAY¡bEEP¡UNIT

6.2.1 rEF / reference point menu

Press the button to display the menu.

Select the rEF menu by pressing the

buttons.

Select the desired reference point by pressing the buttons.

front edge of range meter

tripod thread

rear edge (=standard)

Press the button to exit menu mode.

rEF

–

6. Before use

6.2.2 nor / track menu

Press the button to display the menu.

Select the tracking menu by pressing the

buttons.

Use the buttons to select the desired mode.

nor = Normal continuous measurement nEAr = For determining the shortest distance,

e.g. at right angles to the target surface, for example, when checking that walls are parallel.

FAr = For determining the maximum

distance, e.g. measuring diagonals for checking right angles in rooms.

6.2.3 CONST / constants menu

Press the button to display the menu.

Select the CONST menu by pressing the

buttons.

Use the buttons to enter the constant, e.g. 0.234.

The constant value can be changed in larger increments by holding down the button and then pressing the buttons.

–

nor

CONST

–

6. Before use

The value entered can be recalled and used for subsequent calculations (e.g. adding a constant to measured values, etc.).

6.2.4 Light / display illumination menu

Press the button to display the menu.

Select the “Light” menu by pressing the

buttons.

Select the desired illumination mode by pressing the buttons:

OFF Illumination off. Saves battery power. ON Illumination on constantly. Auto Display is illuminated for 10 seconds

after pressing a button.

6.2.5 dELAY / self-timer menu

Press the button to display the menu.

Select the dELAY menu by pressing the

buttons.

Use the buttons to select the desired delay time (0 / 2 / 5 / 10 / 20). After pressing the “measure” button, the measurement will be taken automatically when the set time has elapsed (e.g. for taking measurements from points where access is difficult).

Light

dELAY

–

6. Before use

6.2.6 bEEP / beep sound menu

Press the button to display the menu.

Use the buttons to select the bEEP menu.

Use the buttons to select the desired bEEP mode:

ON A beep is emitted when:

a button is pressed, a measurement is taken, an error occurs.

OFF No beep sound

Auto A beep is emitted when:

a measurement is taken, an error occurs.

6.2.7 UNIT / measurement units menu

Press the button to display the menu.

Use the buttons to select the UNIT menu.

Use the buttons to select the desired measuring unit:

m Value displayed in metres in Value displayed in feet, inches and

fractions in 1/32 increments

bEEP

UNIT

–

7. Operation

7.1 Measuring distances

1. Press the button to switch on the range meter. The following is displayed:

The laser beam is switched on. After switching on, the reference point is always set to the rear edge of the range meter (symbol).

2. Position the rear edge of the range meter at the desired starting point and aim it at the target from which the measurement is to be taken.

3. Press the “measure” button . The measured value is then displayed.

LASER

-------

7. Operation

7.2 Measuring using the spike

7.2.1 Measuring from the corner of a room

The spike should be folded out when measuring the diagonals of a room or when taking measurements from corners where access is difficult.

1. Fold the spike out to the 90° position. The measuring reference point is changed automatically.

The extended reference point is taken into account and the range meter automatically corrects the measured distance by the corresponding value.

2. Position the end of the spike at the desired starting point and aim the range meter at the target from which the measurement is to be taken.

3. Press the “measure” button . The measured value is then displayed.

7. Operation

7.2.2 Measuring from an outside corner

1. Fold out the spike to the 180° position.

2. Check the measuring reference point.

3. Position the range meter at the desired starting point, with the spike up against the corner, and aim the range meter at the target from which the measurement is to be taken.

4. Press the “measure” button . The measured value is then displayed.

7.3 Measuring using the self-timer

The self-timer can be of great assistance when measuring from points that are difficult to reach or impossible to reach without some form of aid. The self-timer can be started by pressing the “measure” button and the range meter then held in the difficult-to-reach position. An audible signal then indicates when the measurement has been taken successfully.

LASER

PD 22

MEN

7. Operation

7.4 Measuring with the aid of a target object

A board, bricks or other suitable objects can be used as the target when taking a measurement from an outside edge (e.g. outside walls of houses, perimeter fences, etc.).

The measuring procedure is a described previously (see 7.1).

7.5 Taking measurements from various surfaces

7.5.1 Plants and trees

It is not possible, as a rule, to take measurements from plants and trees, even over very short distances. Matt green surfaces decrease the range of the range meter.

7. Operation

The measuring procedure is as described previously (see 7.1).

7.5.2 Rough surfaces

On rough surfaces (e.g. rough plaster), the measurement obtained is a weighted average, whereby the centre of the laser beam receives a higher weighting than the surrounding area.

The measuring procedure is as described previously (see 7.1).

7. Operation

7.6 Continuous measurement (tracking)

1. Press the button.

2. Press the “measure” button once . The words «LASER TRACKING» are then shown in the display:

3. Move the range meter to each new position and read off each distance as it is measured.

4. Tracking mode can be cancelled by pressing any button.

7.6.1 Continuous measurement

«Tracking nEAr»

When «Tracking nEAr» is activated, the shortest measured distance is always displayed (e.g. for determining whether objects lie parallel).

LASER TRACK

7. Operation

Applications:

– Determining the shortest distance between

two objects without having to fix the point.

– Determining a distance at right angles to a

surface.

1. Switch on the range meter and then press the button.

2. Press the buttons to display the tracking menu.

3. Select the nEAr function by pressing the

or buttons.

4. Aim the range meter at the target surface.

5. Press the “measure” button.

6. Move the range meter slowly. The value displayed is updated continuously. Move the range meter until the lowest value is displayed (shortest distance).

–

7. Operation

7. Press the “measure” button again to stop measuring. The result is then displayed.

7.6.2 Continuous measurement

«Tracking FAr»

When «Tracking FAr» is activated, the longest measured distance is always displayed (e.g. for measuring a diagonal).

Application

– Determining the longest distance between

two objects without having to fix the point (e.g. diagonals of a room, for checking right angles).

1. Switch on the range meter and then press

the button.

2. Press the buttons to display the tracking menu.

1.970 m

3. Select the FAr function by pressing the or buttons.

4. Aim the range meter at the target.

5. Press the “measure” button.

6. Move the range meter slowly. The value displayed is updated continuously. Move the range meter until the highest value is displayed (longest distance).

7. Press the “measure” button again to stop measuring. The result is then displayed.

7. Operation

3.746 m

–

7. Operation

7.7 Using the calculation functions

7.7.1 Addition / subtraction (distances)

Individual distances can be added or subtracted easily. The following example shows how 2 individual distances can be added together. When a tripod is used: Set the measuring reference to the tripod axis. Distances greater than 100 m can be measured in this way.

1. Press the “measure” button. The laser switches on.

2. Aim the range meter at the target.

3. Press the “measure” button. The first distance is measured and displayed (laser switches off).

4. Press the button for addition.

5. Pivot the range meter through 180° between

measurements 1 and 2.

6. Press the “measure” button. The laser switches on.

1-155m

2.260m

1.105m

7. Operation

7. Aim the range meter at the target.

8. Press the “measure” button. The second distance is measured and displayed (laser switches off).

9. Press the “equals” button.

10. Read the total distance from the display.

7.7.2 Multiplication (areas / volumes)

Example 1:

Calculating the floor area of a room

Measure the width of the room.

1. Press the “measure” button.

2. Aim the range meter at the target.

3. Press the “measure” button. The width of the room is measured and displayed (laser switches off).

4. Press the button for multiplication.

3.5m

Measure the length of the room.

5. Press the “measure” button.

6. Aim the range meter at the target.

7. Press the “measure” button. The length of the room is measured and displayed (laser switches off).

8. Press the “equals” button.

9. Read the total floor area from the display.

Example 2:

Calculating the volume of a room

After calculating the floor area of the room:

10. Press the button for multiplication.

7. Operation

3.500m

8.375m

7. Operation

11. Press the “measure” button.

12. Aim the range meter at the target.

13. Press the “measure” button. The height of the room is measured and displayed (laser switches off).

14. Press the “equals” button.

15. Read the total volume from the display (66.980m3)

Consecutive calculations

Consecutive calculations can be made without pressing the “equals” button. e.g. distance x distance x distance = m

or (distance x distance) + (distance x distance) = m

29.313m

2.285m

7. Operation

7.8 Calculations using the Pythagoras function

The Pythagoras function can be used, for example, to quickly calculate heights etc.

The calculation formula is activated by pressing the Pythagoras button.

-NOTE-

To ensure correct use of this function, the adjacent side of the triangle measured must be perpendicular to the opposite side that is to be calculated (i.e. perpendicular to height h). Failure to ensure that measurements are perpendicular will cause errors and the results obtained may exceed the specified accuracy of the range meter.

1. Measure the hypotenuse

Measure side “s” (the hypotenuse).

Press the Pythagoras button.

The following is displayed:

10.049m

7. Operation

2. Measure the adjacent side

Measure side “a” (the adjacent side of the triangle).

The following is displayed:

3. Calculate the opposite side

Calculate the height “h” (the opposite side of the triangle) by pressing the “equals” button.

The following is displayed:

10.049m

4.995m

8.720m

7. Operation

7.9 Calculations using a constant value

Display the menu.

Select the CONst menu.

Enter the constant value.

-NOTE-

Pressing the “X” and “+” or “X” and “-” buttons simultaneously increases or, respectively, decreases the indicated value in increments of

0.100.

When calculating, press the buttons to recall the previously entered constant value (as the fourth or, respectively, the last step) and then press the appropriate button to make the desired calculation.

–

8. Symbols displayed

Temperature too high

(> +50°C), in tracking mode and in setting-out mode (> +45°C)

Remedy

Allow the range meter to cool.

Temperature too low (< -10°C)

Remedy

Warm the range meter.

Unfavourable laser signal conditions Remedy

– Observe the min. measuring

distance (> 100mm). – Clean the lens. – Take the measurement from a

different surface (target plate). – Shade the target point from bright

light.

General hardware fault Remedy

Switch the range meter off and on again. Please contact the service centre if the fault persists.

Batteries almost exhausted Remedy

Insert new batteries.

Ambient light at target too bright Remedy

Shade the target point from bright light.

9. Testing and adjustment

The following paragraphs describe the measuring equipment inspection procedures applicable to range meter users certified in accordance with ISO 900...

You may carry out the measuring equipment inspection required by ISO 900... on the PD 22 linear measuring device yourself (see DIN 18723-6; Procedures for checking the accuracy of geodetic instruments in the field: Part-6, optoelectronic range meters for short distances).

To do this, select a measuring distance which remains constant over a period of time and which is easily accessible. It should have a known length of approx. 1 to 5 m (e.g. a window opening or the width of a room). 10 measurements should be made over the same distance.

Determine the mean deviation of the readings from the nominal distance. This value should be within the specified accuracy tolerance for the range meter.

Keep a record of this value and the date for the next inspection.

Repeat these test measurements at regular intervals as well as before and after important measuring tasks.

Apply a measuring equipment inspection sticker to the PD 22 and keep a record of the entire inspection procedure.

Please refer to the technical data contained in the operating instructions and the information concerning measuring accuracy.

Recommendation

Have the range meter checked once a year at a Hilti workshop. Ask your Hilti representative for further information or send the range meter directly to one of our repair / service centres with a note explaining that the range meter has been sent for testing. Please also state whether you require a certificate for your own records.

10. Care and maintenance

10.1 Cleaning and drying

– Blow dust off the lenses. – Do not touch the glass with your fingers. – Use only clean, soft cloths for cleaning. If

necessary, moisten the cloths slightly with pure alcohol or a little water.

-NOTE-

– Do not use any other liquids as these may

damage the plastic components.

– Observe the temperature limits when storing

your equipment. This is particularly important in summer if the equipment is kept inside a motor vehicle (storage temperatures: -30°C to +70°C / -22°F to +158°F)

– Replace damaged parts.

10.2 Storage

Remove the range meter from its case if it has become wet. The range meter, its carrying case and accessories should be cleaned and dried (max. temperature: 40°C / 108°F) Repack the equipment only when it is completely dry. Check the accuracy of the equipment before it is used after a long period of storage or transportation.

10.3 Transportation

Use the Hilti shipping carton or packaging of equivalent quality for transporting or shipping your equipment.

-NOTE-

Always remove the batteries before shipping.

11. Disposal

Improper disposal of the equipment may have serious consequences: – The burning of plastic components

generates toxic fumes which may present a health hazard.

– Batteries may explode if damaged or

exposed to very high temperatures, causing poisoning, burns, acid burns or environmental pollution.

– Careless disposal may permit unauthorised

persons to make improper use of the equipment, possibly leading to serious personal injury, injury to third parties and pollution of the environment.

Most of the materials from which Hilti machines or appliances are manufactured can be recycled. The materials must be correctly separated before they can be recycled. In many countries, Hilti has already made arrangements for taking back old machines and appliances for recycling. Ask Hilti customer service or your Hilti representative for further information.

Should you wish to return the machine or appliance yourself to a disposal facility for recycling, proceed as follows: Dismantle it as far as possible without the need for special tools.

Separate the individual parts as follows:

Part, assembly Main material Recycling

Casing, toolbox, target plate, carrying case, keypad Plastic Plastics recycling Measuring module, electronics Various Electronics scrap Screws, small parts Steel Scrap metal

* Dispose of batteries in accordance with

national regulations.

12. Warranty

Hilti warrants that the product supplied is free of defects in material and workmanship. This warranty is valid so long as the product is operated and handled correctly, cleaned and serviced properly and in accordance with the Hilti Operating Instructions, all warranty claims are made within 12 months from the date of the sale (invoice date), and the technical system is maintained. This means that only original Hilti consumables, components and spare parts may be used in the product. (Unless stringent national rules stipulate a longer minimum warranty period.) This warranty provides the free-of-charge repair or replacement of defective parts only. Parts requiring repair or replacement as a result of normal wear and tear are not covered by this warranty.

Additional claims are excluded, unless stringent national rules prohibit such exclusion. In particular, Hilti is not obligated for direct, indirect, incidental or consequential damages, losses or expenses in connection with, or by reason of, the use of, or inability to use the product for any purpose. Implied warranties of merchantability or fitness for a particular purpose are specifically excluded.

For repair or replacement, send product and / or related parts immediately upon discovery of the defect to the address of the local Hilti marketing organization provided.

This constitutes Hilit’s entire obligation with regard to warranty and supersedes all prior or contemporaneous comments and oral or written agreements concerning warranties.

13. FCC statement (applicable in US)

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC rules.

This device complies with part 15 of the FCC rules. Operation is subject of the following conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: – Reorient or relocate the receiving antenna. – Increase the separation between the

equipment and receiver.

– Connect the equipment to an outlet on a

circuit different from that to which the receiver is connected.

– Consult the dealer or an experienced

radio/TV technician for help.

Changes or modifications not expressly approved by Hilti for compliance could void the user’s authority to operate the equipment.

Product information plate

Type: PD 22

319196

Made in Germany

14. EC declaration of conformity

Designation: Laser range meter Type: PD 22 Year of design: 2002

In conformance with

We declare, on our sole responsibility, that this product complies with the following standards or standardisation documents: DIN EN 50081-1, DIN EN 61000-6-2, DIN EN 50082-1, DIN EN 50082-2, 89/336/EEC

Hilti Corporation

Armin Spiegel Leiter BU Positioning Systems Head of Positioning Systems Business Unit

01 / 2002

Bodo Baur Leiter Qualität Positioning Systems Quality Manager, Positioning Systems Business Unit

01 / 2002

Positioning Systems 01/2002

Hilti PD22 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual