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Fieldwork

1. Find the starting point of the boundary (such as boundary 

marker or the like)

2. Hold LaserMaster™ horizontal and look through the sight 

(see section “Instrument usage”) on the short side of the 

instrument (the compass capsule is mounted on the same 

side). Fig. 6

3. Turn your body until the desired compass bearing (144° in 

the above example) is indicated on the larger of the two 

scales.

4. Activate the laser unit by pressing the switch on the long 

side of the instrument. Do not forget to deactivate the 

laser unit after use.

5. If you have an assistant, he/she should wear the refl ective 

vest delivered with LaserMaster™. Aim the instrument to 

the correct bearing (144°) while guiding your assistant so 

that he/she moves with the laser dot visible on the large 

refl ective plate on the back of the vest. The refl ective vest 

makes it possible to use LaserMaster™ in strong light. 

Fig. 7 and 8

6. Your assistant should now search for any boundary 

markers, such as boundary stones, pipes or the like. As 

soon as a marker is found, it is clearly marked out in the 

terrain, e.g. with a cone, and the procedure is repeated 

from that spot. Fig 9.

7. When a marker is found, it is a good idea to aim back in 

the direction from which you came to check the compass 

direction along which the boundary runs. This is read 

from the small scale in the instrument sight. If this value 

differs from the measured value and if the map indicates 

the boundary should be straight, it is probably the most 

recently read compass bearing that is correct and should 

be used when continuing the search for more boundary 

markers.

Do as follows to move a boundary to a parallel location 
in the terrain, for example to mark the widening of a 
powerline access road.

1. Stand at the edge of the existing boundary, e.g. on the 

edge of the powerline access road.

2. Use LaserMaster™ to aim in the direction of the boundary; 

read and note the number of degrees indicated by the 

sight. For example 245°.

3. If you wish to move the boundary parallel to the left – turn 

90° to the left by subtracting 90° from 245° and aim at 155° 

(If the boundary is to be moved to the right, add 90° to 

obtain 335°).

4. Aiming at 155° measure the desired stretch of boundary 

to be moved parallel and stop at the point that shall 

now constitute the starting point of the new boundary 

demarcation.

5. Activate the laser unit and aim at boundary bearing 245°. 

If you have an assistant, guide him/her in the correct 

direction. Feel free to use the refl ective vest. You assistant 

then marks the boundary line with a marking band or the 

like.

6. Regularly check the distance out to the original boundary 

line. 

Fig. 7

Fig. 8

Fig. 6

Fig. 9

Summary of Contents for LaserMaster

Page 1: ... boundary stones while walking in the precise direction The rear person concentrates on guiding the front person with the help of the laser dot on the large reflective surface of the vest The method is simple quick and highly effective Instrument usage LaserMaster should be held horizontal when used When using the sight for aiming it is often simplest to use both eyes one eye looking through the s...

Page 2: ... NOTE Select a scale based on in which direction the boundary extends If it goes in a southeast direction use the scale marked SO If it goes in a northeast direction use the scale marked NO etc 5 Note the desired boundary bearing 6 Magnetic declination which is normally specified on the map must be taken into consideration to ensure bearings are accurately obtained If no declination is specified t...

Page 3: ...came to check the compass direction along which the boundary runs This is read from the small scale in the instrument sight If this value differs from the measured value and if the map indicates the boundary should be straight it is probably the most recently read compass bearing that is correct and should be used when continuing the search for more boundary markers Do as follows to move a boundar...

Page 4: ...Voltage 4 5 Volt Output 1mW Batteries 3 SR44 included Weight 300 g Dimensions 170 x 53 x 16 mm Laser CE approved DC91107 in accordance with test standard EN60950 EN60825 1 IMPORTANT Information on the laser unit in LaserMaster Do not attempt to remove the laser unit at the front of the instrument on your own The built in laser unit contains a class 2 laser Never look into the laser beam this could...

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