KINDS OF SLOPE INDICATOR Slope indicators are available in both manual and digital forms.

MANUAL SLOPE INDICATOR There are further two types of Manual Slope Indicators:

• The Ball Type:

• The Bubble Type:

In the bubble type, the bent tube is inverted and the bubble moves to the highest point. By reading the position of the bubble against a graduated scale the angle can be read. DIGITAL SLOPE INDICATOR Digital slope indicators have an extraordinary precision; the digital slope indicators use an advance technology and are simple, accurate and easy to use. Its signals and data are digital. It is used for the confirmation of a variety of angles and slopes in the engineering industry. The digital slope indicator uses a tilt sensor which provides results that are precise and computed with both analog and digital sensors being used for single-axis and dual-axis measurements. FACTORS INFLUENCING THE SLOPE INDICATOR: The accuracy in the results largely depends on the type of inclinometer and technology used in it. Given below are some of the other factors that tend to influence the Slope Indicator:

• Gravity
• Vibrations and shock
• temperature, linearity, cross-axis sensitivity
• Acceleration/deceleration
• A clear line of vision between the user and the measured point is needed.
• A definite object is required to obtain the utmost accuracy.

• Vehicles, platforms, construction equipment
• Car alarms, tip-over protection, roll prevention, static and dynamic leveling
• Computer science, biomedical, aerospace and robotics
• Animation, linkage free tracking, control
• Civil engineering and machine tools
• Structural deflections, geo-mechanics
• Antenna installations
• Antenna positioning, aiming optimization, dynamic correction
• Manufacturing
• C
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  e ball moves to the lowest point of the curve under the effect of gravity and by reading the position of the ball against a graduated scale the angle can be read.
  

  • The Bubble Type:

  In the bubble type, the bent tube is inverted and the bubble moves to the highest point. By reading the position of the bubble against a graduated scale the angle can be read. DIGITAL SLOPE INDICATOR Digital slope indicators have an extraordinary precision; the digital slope indicators use an advance technology and are simple, accurate and easy to use. Its signals and data are digital. It is used for the confirmation of a variety of angles and slopes in the engineering industry. The digital slope indicator uses a tilt sensor which provides results that are precise and computed with both analog and digital sensors being used for single-axis and dual-axis measurements. FACTORS INFLUENCING THE SLOPE INDICATOR: The accuracy in the results largely depends on the type of inclinometer and technology used in it. Given below are some of the other factors that tend to influence the Slope Indicator:

  • Gravity
  • Vibrations and shock
  • temperature, linearity, cross-axis sensitivity
  • Acceleration/deceleration
  • A clear line of vision between the user and the measured point is needed.
  • A definite object is required to obtain the utmost accuracy.
  APPLICATIONS OF SLOPE INDICATOR: Slope indicators are used for a variety of works ranging from determining the slope of a volcano to determining a slope of a dam. Some of the basic applications of a slope indicator are stated below:

  • Vehicles, platforms, construction equipment
  • Car alarms, tip-over protection, roll prevention, static and dynamic leveling
  • Computer science, biomedical, aerospace and robotics
  • Animation, linkage free tracking, control
  • Civil engineering and machine tools
  • Structural deflections, geo-mechanics
  • Antenna installations
  • Antenna positioning, aiming optimization, dynamic correction
  • Manufacturing
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    se. Its signals and data are digital. It is used for the confirmation of a variety of angles and slopes in the engineering industry. The digital slope indicator uses a tilt sensor which provides results that are precise and computed with both analog and digital sensors being used for single-axis and dual-axis measurements. FACTORS INFLUENCING THE SLOPE INDICATOR: The accuracy in the results largely depends on the type of inclinometer and technology used in it. Given below are some of the other factors that tend to influence the Slope Indicator:

    • Gravity
    • Vibrations and shock
    • temperature, linearity, cross-axis sensitivity
    • Acceleration/deceleration
    • A clear line of vision between the user and the measured point is needed.
    • A definite object is required to obtain the utmost accuracy.
    APPLICATIONS OF SLOPE INDICATOR: Slope indicators are used for a variety of works ranging from determining the slope of a volcano to determining a slope of a dam. Some of the basic applications of a slope indicator are stated below:

    • Vehicles, platforms, construction equipment
    • Car alarms, tip-over protection, roll prevention, static and dynamic leveling
    • Computer science, biomedical, aerospace and robotics
    • Animation, linkage free tracking, control
    • Civil engineering and machine tools
    • Structural deflections, geo-mechanics
    • Antenna installations
    • Antenna positioning, aiming optimization, dynamic correction
    • Manufacturing
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      hock
    • temperature, linearity, cross-axis sensitivity
    • Acceleration/deceleration
    • A clear line of vision between the user and the measured point is needed.
    • A definite object is required to obtain the utmost accuracy.
    APPLICATIONS OF SLOPE INDICATOR: Slope indicators are used for a variety of works ranging from determining the slope of a volcano to determining a slope of a dam. Some of the basic applications of a slope indicator are stated below:

    • Vehicles, platforms, construction equipment
    • Car alarms, tip-over protection, roll prevention, static and dynamic leveling
    • Computer science, biomedical, aerospace and robotics
    • Animation, linkage free tracking, control
    • Civil engineering and machine tools
    • Structural deflections, geo-mechanics
    • Antenna installations
    • Antenna positioning, aiming optimization, dynamic correction
    • Manufacturing
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    • Car alarms, tip-over protection, roll prevention, static and dynamic leveling
    • Computer science, biomedical, aerospace and robotics
    • Animation, linkage free tracking, control
    • Civil engineering and machine tools
    • Structural deflections, geo-mechanics
    • Antenna installations
    • Antenna positioning, aiming optimization, dynamic correction
    • Manufacturing
    • Container handling
    • Hydraulic lift systems.