LASER LEVELLER

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• Q1: Define Laser Level?
  Ans: A laser level is a control tool consisting of a rotating laser beam projector that can be affixed to a tripod. It is used in surveying and construction for accurate measurements.
• Q2: Define self-leveling.
  Ans: Self-leveling is an automatic adjustment mechanism in laser levels that ensures accuracy by maintaining a level line of sight even if the instrument is slightly tilted.
• Q3: Define IP rating.
  Ans: IP (Ingress Protection) rating indicates the level of protection a device has against dust and water.
• Q4: What is Amp-Hour Rating?
  Ans: Amp-hour rating refers to the battery capacity, indicating how long a rechargeable battery will last before requiring a recharge.
• Q5: What is Vast Operating Temperature?
  Ans: Vast operating temperature refers to the temperature range within which the laser level can function accurately.
• Q6: Name parts of Laser Level?
  Ans: The main parts of a laser level are:

  • ➔ Laser transmitter
  • ➔ Laser receiver
  • ➔ Control box
• Q7: What are types of Laser level w.r.t Laser?
  Ans: Types include:

  • ➔ Dot Laser Level
  • ➔ Horizontal Laser Level
  • ➔ Dual-Beam Laser Level
  • ➔ Line Laser Level
  • ➔ Rotary Laser Level
• Q8: What are types of Laser level w.r.t Its Functions/features?
  Ans: Types include:

  • ➔ Tower-mounted laser level
  • ➔ Manual-Leveling Lasers
  • ➔ Automatic Laser Levels
• Q9: Describe accuracy of laser level.
  Ans: Good laser levels are accurate within 1/16 of an inch per 100 feet.
• Q10: Define Refraction?
  Ans: Refraction is the phenomenon where light changes direction when it passes from one medium to another.
• Q11: State benefits of laser level?
  Ans: Laser levels help reduce labor, increase work speed, and improve measurement accuracy.
• Q12: State Working of Laser level.
  Ans: Laser levels work by generating a laser beam inside a protective housing, which is then projected onto a surface for reference.
• Q13: What is difference between rotary and line laser level?
  Ans: A rotary laser level projects a 360-degree beam, while a line laser level projects a straight line or crosshair.
• Q14: What is laser beam orientation?
  Ans: Laser beam orientation determines whether the laser projects in a horizontal, vertical, or 360-degree plane.
• Q15: Write purpose of laser detector.
  Ans: A laser detector helps in identifying laser beams in bright light conditions.
• Q16: What is the purpose of laser transmitter?
  Ans: The laser transmitter emits the laser beam used for leveling.
• Q17: Define grade laser level.
  Ans: A grade laser level is used to set precise slopes for construction projects.
• Q18: What is the difference between Fixed and variable RPM?
  Ans: Fixed RPM keeps a constant rotation speed, while variable RPM allows adjustments based on project needs.
• Q19: Define RPM.
  Ans: RPM stands for Rotations Per Minute, indicating the speed of rotation of the laser head.
• Q20: What is rotary laser level?
  Ans: A rotary laser level emits a continuous rotating laser beam to create a reference plane.
• Q21: What is the difference between Line and dual beam laser level?
  Ans: A line laser level emits a straight beam, while a dual-beam laser level projects both horizontal and vertical beams.
• Q22: What is Line Laser level?
  Ans: A line laser level projects a straight reference line onto a surface.
• Q23: What is Dot laser level?
  Ans: A dot laser level emits a single or multiple reference dots on a surface.
• Q24: What is the purpose of eyepiece?
  Ans: The eyepiece helps in focusing and aligning the laser beam.
• Q25: Write two disadvantages of laser level.
  Ans:

  • ➔ Requires power source.
  • ➔ Limited visibility in bright light without a detector.