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Makita LD080PI

Measuring Functions

11

EN

Pythagoras (partial height)

1

5x

2

Aim laser at up-

per point.

3

4

Aim laser at 2nd 

point.

5

6

Aim laser at rec-

tangular point.

2.602 

m

7

i

The result is shown in the main line and the measured distance above.

A reduced level of accuracy, lower than the level of accuracy of the instrument 

itself, must generally be expected when the Pythagoras measuring method is 

used. In order to obtain the best results we recommend to use a tripod or to flip 

out the corner end piece.

Pressing the measuring key for 2 sec in the function activates automatically 

Minimum or Maximum measurement. 

Pythagoras 
measurements:

Summary of Contents for LD080PI

Page 1: ...le distance 7 Permament Minimum Maximum measuring 7 Add Subtract 7 Area 8 Volume 9 Pythagoras 2 point 10 Pythagoras 3 point 10 Pythagoras partial height 11 Stake out 12 Smart Horizontal Mode 13 Height tracking 13 Leveling 14 Memory 20 last displays 14 Delete Memory 14 Calibration 15 Calibration of tilt sensor Tilt Calibration 15 Technical Data 16 Message Codes 17 Care 17 Safety Instructions 17 Are...

Page 2: ...rdous situation or an unintended use which if not avoided will result in death or serious injury CAUTION Indicates a potentially hazardous situation or an unintended use which if not avoided may result in minor injury and or appreci able material financial and environmental damage Important paragraphs which must be adhered to in practice as they enable the product to be used in a technically corre...

Page 3: ...ircumfer ence Measuring reference 2nd result Battery Angle Wall area Addition Subtraction Timer Memory Pythagoras Horizontal measurement Min Max Measuring Main line Insert batteries i To ensure a reli able use do not use zinc carbon batteries Change batter ies when battery symbol is flash ing ...

Page 4: ...ff au tomatically 1x Undo last action 2x Leave actual function go to de fault operation mode If the info icon appears with a number observe the instruc tions in section Message Codes Example Adjusting measuring reference tripod Distance is measured from the front of the device 1 Distance is measured from the tripod thread permanently 2 Distance is measured from the rear of the device standard sett...

Page 5: ... between the following units 2 sec 0 0 0 0 2 sec simultaneously Switch between the following units Timer automatic release s 1 Adjust delay of au tomatic release max 60 sec standard setting 5 sec 2 i Once the key is released with the laser activated the remaining sec onds until the measurement are displayed in a countdown The de layed release is recommended for precise aiming e g at long distanc e...

Page 6: ...Makita LD080PI Operations 6 EN Beep ON OFF Illumination ON OFF 2 sec simultane ously 2 sec simultane ously Keypad lock ON Keypad lock OFF 2 sec simultane ously PRESS MINUS 1 within 2 sec 2 ...

Page 7: ...measure room diagonals maximum val ues or horizontal distance minimum values The minimum and maximum dis tance measured is displayed min max The last value meas ured is displayed in the main line min max 2 Stops permanent mini mum maximum measuring 3 Add Subtract 7 332 m 1 The next meas urement is added to the previous one 2 The next meas urement is sub tracted from the previous one 5 515 m 12 847...

Page 8: ...g Functions 8 EN Area 1 1x 2 Aim laser at first target point 3 4 Aim laser at sec ond target point 24 352 m2 5 i The result is shown in the main line and the measured value above 19 823 m 24 352 m2 2 sec Circumference Area 6 ...

Page 9: ... Aim laser at first target point 3 4 Aim laser at sec ond target point 5 6 Aim laser at third target point 78 694 m3 7 i The result is shown in the main line and the measured valueabove 208 703 m2 80 208 m 78 694 m3 2 sec Circumference Wall areas Volume 8 ...

Page 10: ... lower point 8 294 m 5 i Notice additional Pythagoras measurement in formation at the bottom of the next page Pythagoras 3 point 1 4x 2 Aim laser at up per point 3 4 Aim laser at rec tangular point 5 6 Aim laser at lower point 8 294 m 7 i Notice additional Pythagoras measurement in formation at the bottom of the next page ...

Page 11: ...the measured distance above A reduced level of accuracy lower than the level of accuracy of the instrument itself must generally be expected when the Pythagoras measuring method is used In order to obtain the best results we recommend to use a tripod or to flip out the corner end piece Pressing the measuring key for 2 sec in the function activates automatically Minimum or Maximum measurement Pytha...

Page 12: ...easurement 4 Move device slowly along the stake out line The distance to the next stake out point is dis played 0 625 m 0 240 m 0 240 m is missing up to next 0 625 m distance i When approaching a stake out point to less than 0 1 m the instrument starts to beep The function can be stopped by pressing the CLEAR OFF button ...

Page 13: ...s continous ly the tracking height if the device is turned on a tripod No 2nd dis tance measuring is needed as only the angle is automatically measured 1 2x x x Aim laser at low er point 2 3 h1 h2 h3 Aim laser at upper points and angle height tracking starts au tomatically 4 h1 h2 h3 x y 30 2 6 932 m 9 827 m x y 5 Tracking height Tracking angle i The tracked height y is in 90 to the 1st aimed poin...

Page 14: ... beeps If an inclination of 0 3 is reached the device beeps continu ously 1 3x Place device on object to be lev elled 2 8 7 Theinclination is displayed Range 180 Memory 20 last displays Delete Memory 8 294 m 20 20 last displays are displayed 1 8 294 m 20 Navigates trough 20 last displays 2 The value from the main line can be used for fur ther calculations 2 sec 3 2 sec simultaneously Memory is com...

Page 15: ...lutely flat sur face 3 180 4 Turn the device horizontally by 180 and place it again on absolutely flat surface 5 6 Turn the device and place it again on ab solutely flat surface 7 180 8 Turn the device horizontally by 180 and place it again on absolutely flat surface 9 i After 2 sec the device goes back to the nor mal mode ...

Page 16: ...m 0 06 in Maximum Measuring Tolerance 2 5 mm 0 10 in Range of target plate 80 m 262 ft Typical Range 80 m 262 ft Range at unfavourable condition 60 m 197 ft Smallest unit displayed 0 1 mm 1 32 in Ø laser point at distances 6 30 50 mm 10 50 80 m Tilt measurement Measuring tolerance to laser beam 0 2 Measuring tolerance to housing 0 2 Range 360 General Laser class 2 Laser type 635 nm 1 mW Protection...

Page 17: ...essories Responsibilities of the person in charge of the instrument To understand the safety instructions on the product and the instructions in the User Manual To be familiar with local safety regula tions relating to accident prevention Always prevent access to the product by unauthorised personnel No Cause Correction 156 Transverse tilt greater than 10 Hold the instrument without any transverse...

Page 18: ... been subject to abnormal use and before during and after important measurements CAUTION Never attempt to repair the product your self In case of damage contact a local dealer WARNING Changes or modifications not expressly approved could void the user s authority to operate the equipment Limits of use Refer to section Technical data The device is designed for use in areas permanently habitable by ...

Page 19: ... antenna Increase the separation between the equipment and receiver Connect the equipment into 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 Laser classification The device produces visible laser beams which are emitted from the instrument It is a Class 2 laser product in accordance with IEC60825 1 20...

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