100 uses of laser distance meter

23-08-2019

What is the way you think of using laser range finder instead of tape measure, tape measure and other distance measuring objects?

 

In order to give us a deeper understanding of the laser range finder, we have searched many ways and now list the 101 best uses.

 

Device: Format

 

1. Bidding calculation (HVAC, power, cable, maintenance), measuring distance, area and or volume.

 

2. Measure the height or width of buildings and other objects, if necessary, triangulation

 

3.CAD has built buildings and planning map accounting

 

4. Determine if the sides of the room or object are really vertical or completely parallel.

 

5. Parking lot format

 

6. Check if the new building meets the application requirements

 

7. The size of the equipment or work compartment, to help arrange the job format.

 

8. Determine the criteria for the built building without drawings.

 

9. Accounting for the internal area/volume of the room or building.

 

10. Measure the length of space that cannot be measured with a tape measure or tape measure due to obstacles in the center.

 

Equipment: Crane

 

11. Measure the roof distance to select the type of jack required for hoisting the roofing equipment.

 

12. Measure the height of the ceiling to determine the height of all lifting equipment.

 

13. Quickly calculate the length of the cable required for the crane

 

14. Set the crane bump detection distance, do not have to be measured by two people standing on two elevators with a tape measure.

 

15. Measuring crane track span

 

Equipment: Fire safety

 

16. Measure the equipment distance (including ceiling height) of emergency lights, sprinklers, and rescue devices.

 

17. Accurately determine the size of the room to determine the chemical concentration of the cleaning gas rescue system.

 

18. Measure the distance between the firefighting equipment (savior, rescue blanket, etc.) and the machine.

 

19. Measure the water level in the rescue tank.

 

Equipment: Other

 

20. Floor stand to help the equipment large communication room.

 

21. Measure the room size to account for the amount of paint used.

 

22. Measure the size of the room to account for the amount of paving material on the ground.

 

23. Measure the height to pick the appropriate ladder.

 

24. Record the water or water leakage direction found by the infrared camera or infrared thermometer.

 

power cable

 

25. Measure the wiring length of the cable or wire.

 

26. Measure the linear length (feet/meter) of the conduit of the required equipment.

 

27. Measure the height of the high voltage line to see if the height above the ground meets the requirements.

 

28. Calculate the total length of the harness

 

29. Measure the distance required for the voltage drop (voltage section) to be accounted for.

 

30. Measure the depth and distance of the underground laying conduit.

 

31. Determine the length of the remaining wires in your hand.

 

32. Measure the distance between underground laying cables and various landmarks or obstacles/hazards.

 

33. When using the transmitter/sensor to locate the underground cable, use a rangefinder to track the cable.

 

34. Using the A-frame method to locate the fault point of the underground laying cable, the distance between the fault point and the starting point can be accurately determined without using a tape measure or a tape measure.

 

Electricity: ceiling/floor

 

35. Measure the distance between the object and the object that is difficult to approach the ceiling, and then determine the direction of the cable at a high point.

 

36. Measure the height and area of the ceiling and then determine the length of the ceiling pole and the base.

 

37. Distance measurement in the floor sandwich.

 

Electricity: Safety

 

38. Measure the distance to the power system equipment (transformers, etc.), then determine the electrical safety/arc maintenance distance and conduct a power study.

 

Electricity: Other

 

39. Measure the device distance of the disconnector.

 

40. Measure the distance between the electrodes.

 

41. Measure the device distance between the wall outlets.

 

42. Determine the placement point of the power outlet.

 

43. Measure the area of the power distribution room to meet the requirements.

 

Industrial maintenance: conveyor belt

 

44. Determine the length of the conveyor belt (when the equipment is used)

 

45. Calculate conveyor capacity based on length.

 

Industrial Maintenance: Format

 

46. Measure the device distance to estimate the thermal load.

 

47. Determine the ventilation requirements of the equipment (air flow).

 

Industrial maintenance: tank

 

48. Check the accuracy of the liquid level and level emitter in the tank.

 

49. Measure the water level at the power inlet of the power plant.

 

Industrial Maintenance: Other

 

50. Check the calibration of the product reciprocating distance sensor.

 

51. Alignment of large welding fixtures.

 

52. Determine the volume of an industrial boiler used for powder coating or the like.

 

HVAC

 

53. Measure the height of the roof and then determine the length of the flue.

 

54. Calculate the length of the pipeline and then determine the static pressure drop of the pipeline.

 

55. Determine the pipe pressure rise and fall of the drain pipe.

 

56. Measure the length of the pipe.

 

57. Determine the room size to calculate whether the refrigeration and ventilation are satisfactory, and determine the equipment standard.

 

58. Determine the type of pipeline (standard).

 

59. Judging pipeline standards

 

60. Measure the distance between air handling equipment.

 

Water pipe

 

61. Determine the distance between the pumps and the pumping distance of the pump, and then determine the standard of the pump and / or motor.

 

62. Determine the distance of the pipeline, especially when measuring the length of the pipeline behind the wall.

 

63. Measure the distance between the water towers in agricultural irrigation and then calculate the water pressure.

 

64. Measure the size of the site to determine the number of sprinklers required.

 

65. Measure the length of the condensate line during the equipment/repair process.

 

building

 

66. Determine the horizontal length of the gutter

 

67. Measure the distance between the route and the boundary line in accordance with local building regulations

 

68. Determine the amount of building materials (such as keel, plywood)

 

69. Determine the insulation requirements (measurement volume).

 

70. Septic tank offset determination.

 

71. Determine the depth of the trench.

 

72. Determine the amount of gypsum board required for concealing the appearance.

 

illumination

 

73. Look for the ceiling center point and other primary fans/light fixtures in accordance with the orientation.

 

74. Determine the light quantity requirement of the lighting fixture according to the height of the ceiling.

 

75. Determine the amount of power required for emergency LED lighting.

 

76. Determine the distance between the power source and the LEDs, low voltage lighting equipment, and other electronic loads.

 

77. Determine the distance to the fixture that is being repaired when the ceiling height is high.

 

IT

 

78. Determine the distance between network devices in the communication room.

 

79. For IT equipment technicians to measure the distance between wireless network components.

 

Transmission tower

 

80. Estimate the cable length of the transmission tower.

 

81. Transmission tower grounding equipment setting; measure the distance from the ground when measuring the grounding pole pressure drop and soil resistivity.

 

82. Determine the safety distance from the microwave transmitter on the transmission tower.

 

83. Measure the height of the equipment on the pole when surveying the orientation of the transmission tower equipment.

 

84. Power overhaul is the measurement of the height of the cable on the transmission tower.

 

Solar energy

 

85. Measure the width of the roof and the height of the ridge to calculate the steepness of the roof and then estimate the output of the solar panel.

 

86. Determine the roof area to estimate the standard size of the solar panel.

 

87. The shading orientation of the above-ground equipment photovoltaic array is analyzed.

 

car

 

88. Vehicle distance, docking and alarm system calibration.

 

89. Set the braking distance for training/demonstration and brake inspection.

 

90. View the vehicle's large load gap

 

Video, audio and theater

 

91. Distance measurement when selecting camera lens and collection, zoom settings.

 

92. The length of the camera and camera cable is calculated when the compensation is calculated.

 

93. Measure the projector and screen height during lumen, pixel/projection quality accounting.

 

94. Auditing perspectives and audio masks when planning theaters or new systems.

 

95. Measure the height of the lamp when scheduling the height of the theater.

 

Biomedical Science

 

96. View the distance between the picture and the object when the X-ray equipment is being repaired.

 

97. View the distance between each medical device when the system device is used.

 

other

 

98. View the distance to the object when setting the thermal imager range and determining the measurement distance of the infrared thermometer.

 

99. Determine the distance between the monitor and the monitoring policy so that the monitoring plan arrives at the request.

 

100. Calibrate the test chamber to measure the distance between the optical micrometer of the device on the collimating telescope and the policy.


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