Sine Bar Calculator

BySteven December 6, 2024September 14, 2025

Sine Bar Length

Angle (Degrees) Angle (Minutes) Angle (Seconds) Gauge Height

The Sine Bar Calculator is a tool used to calculate the gage height required to set a precise angle on a sine bar. This tool is crucial in machining, metrology, and engineering for measuring or creating angles with high accuracy.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

The Sine Bar Calculator is a specialized tool. It is particularly designed to calculate precise angles using a sine bar and gage blocks in machining and metrology applications. It simplifies complex trigonometric calculations, making it easier for professionals and enthusiasts to set accurate angles for machining, inspection, or calibration tasks.

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

By inputting the length of the sine bar and the desired angle, the calculator determines the required gage block height. It works seamlessly with both metric and imperial units, offering versatility for global applications. It is an essential tool for ensuring precision in tasks like angular measurement, setting up workpieces, and determining tapers.

Additionally, the calculator enhances efficiency by eliminating manual errors, providing quick and reliable results for various machining setups. This makes it a valuable asset in workshops, manufacturing units, and educational environments.

Final Words:

In summary, the Sine Bar Calculator is an indispensable tool for achieving precision in angular measurements and machining. Its ease of use and accuracy make it an excellent companion for professionals aiming to streamline their work and maintain high standards of quality.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Sine Bar Length

Angle (Degrees) Angle (Minutes) Angle (Seconds) Gauge Height

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Contents

1 Sine Bar Calculator
- 1.1 Formula:
- 1.2 Solved Calculations:
- 1.3 What is the Sine Bar Calculator?
- 1.4 Final Words:
2 Sine Bar Calculator
3 Sine Bar Calculator
- 3.1 Formula:
- 3.2 Solved Calculations:
- 3.3 What is the Sine Bar Calculator?
- 3.4 Final Words:
4 Sine Bar Calculator
5 Sine Bar Calculator
- 5.1 Formula:
- 5.2 Solved Calculations:
- 5.3 What is the Sine Bar Calculator?
- 5.4 Final Words:
6 Sine Bar Calculator
7 Sine Bar Calculator
8 Sine Bar Calculator
- 8.1 Formula:
- 8.2 Solved Calculations:
- 8.3 What is the Sine Bar Calculator?
- 8.4 Final Words:
9 Sine Bar Calculator
10 Sine Bar Calculator
11 Sine Bar Calculator
12 Sine Bar Calculator
- 12.1 Formula:
- 12.2 Solved Calculations:
- 12.3 What is the Sine Bar Calculator?
- 12.4 Final Words:
13 Sine Bar Calculator
14 Sine Bar Calculator
15 Sine Bar Calculator
16 Sine Bar Calculator
- 16.1 Formula:
- 16.2 Solved Calculations:
- 16.3 What is the Sine Bar Calculator?
- 16.4 Final Words:
17 Sine Bar Calculator
18 Sine Bar Calculator
- 18.1 Formula:
- 18.2 Solved Calculations:
- 18.3 What is the Sine Bar Calculator?
- 18.4 Final Words:
19 Sine Bar Calculator
20 Sine Bar Calculator
21 Sine Bar Calculator
22 Sine Bar Calculator
- 22.1 Formula:
- 22.2 Solved Calculations:
- 22.3 What is the Sine Bar Calculator?
- 22.4 Final Words:
23 Sine Bar Calculator
24 Sine Bar Calculator
25 Sine Bar Calculator
- 25.1 Formula:
- 25.2 Solved Calculations:
- 25.3 What is the Sine Bar Calculator?
- 25.4 Final Words:
26 Sine Bar Calculator
27 Sine Bar Calculator
28 Sine Bar Calculator
29 Sine Bar Calculator
- 29.1 Formula:
- 29.2 Solved Calculations:
- 29.3 What is the Sine Bar Calculator?
- 29.4 Final Words:
30 Sine Bar Calculator
31 Sine Bar Calculator
32 Sine Bar Calculator
33 Sine Bar Calculator
- 33.1 Formula:
- 33.2 Solved Calculations:
- 33.3 What is the Sine Bar Calculator?
- 33.4 Final Words:
34 Sine Bar Calculator
35 Sine Bar Calculator
36 Sine Bar Calculator
37 Sine Bar Calculator
- 37.1 Formula:
- 37.2 Solved Calculations:
- 37.3 What is the Sine Bar Calculator?
- 37.4 Final Words:
38 Sine Bar Calculator
39 Sine Bar Calculator
40 Sine Bar Calculator
41 Sine Bar Calculator
- 41.1 Formula:
- 41.2 Solved Calculations:
- 41.3 What is the Sine Bar Calculator?
- 41.4 Final Words:
42 Sine Bar Calculator
43 Sine Bar Calculator
44 Sine Bar Calculator
45 Sine Bar Calculator
- 45.1 Formula:
- 45.2 Solved Calculations:
- 45.3 What is the Sine Bar Calculator?
- 45.4 Final Words:
46 Sine Bar Calculator
47 Sine Bar Calculator
- 47.1 Formula:
- 47.2 Solved Calculations:
- 47.3 What is the Sine Bar Calculator?
- 47.4 Final Words:
48 Sine Bar Calculator
49 Sine Bar Calculator
50 Sine Bar Calculator
51 Sine Bar Calculator
- 51.1 Formula:
- 51.2 Solved Calculations:
- 51.3 What is the Sine Bar Calculator?
- 51.4 Final Words:
52 Sine Bar Calculator
53 Sine Bar Calculator
54 Sine Bar Calculator
55 Sine Bar Calculator
- 55.1 Formula:
- 55.2 Solved Calculations:
- 55.3 What is the Sine Bar Calculator?
- 55.4 Final Words:
56 Sine Bar Calculator
57 Sine Bar Calculator
58 Sine Bar Calculator
- 58.1 Formula:
- 58.2 Solved Calculations:
- 58.3 What is the Sine Bar Calculator?
- 58.4 Final Words:
59 Sine Bar Calculator
60 Sine Bar Calculator
61 Sine Bar Calculator
62 Sine Bar Calculator
- 62.1 Formula:
- 62.2 Solved Calculations:
- 62.3 What is the Sine Bar Calculator?
- 62.4 Final Words:
63 Sine Bar Calculator
64 Sine Bar Calculator
65 Sine Bar Calculator
66 Sine Bar Calculator
- 66.1 Formula:
- 66.2 Solved Calculations:
- 66.3 What is the Sine Bar Calculator?
- 66.4 Final Words:
67 Sine Bar Calculator
68 Sine Bar Calculator
69 Sine Bar Calculator
70 Sine Bar Calculator
- 70.1 Formula:
- 70.2 Solved Calculations:
- 70.3 What is the Sine Bar Calculator?
- 70.4 Final Words:
71 Sine Bar Calculator
72 Sine Bar Calculator
73 Sine Bar Calculator
74 Sine Bar Calculator
- 74.1 Formula:
- 74.2 Solved Calculations:
- 74.3 What is the Sine Bar Calculator?
- 74.4 Final Words:
75 Sine Bar Calculator
76 Sine Bar Calculator
77 Sine Bar Calculator
78 Sine Bar Calculator
- 78.1 Formula:
- 78.2 Solved Calculations:
- 78.3 What is the Sine Bar Calculator?
- 78.4 Final Words:
79 Sine Bar Calculator
80 Sine Bar Calculator
- 80.1 Formula:
- 80.2 Solved Calculations:
- 80.3 What is the Sine Bar Calculator?
- 80.4 Final Words:
81 Sine Bar Calculator
82 Sine Bar Calculator
83 Sine Bar Calculator
84 Sine Bar Calculator
- 84.1 Formula:
- 84.2 Solved Calculations:
- 84.3 What is the Sine Bar Calculator?
- 84.4 Final Words:
85 Sine Bar Calculator
86 Sine Bar Calculator
87 Sine Bar Calculator
88 Sine Bar Calculator
- 88.1 Formula:
- 88.2 Solved Calculations:
- 88.3 What is the Sine Bar Calculator?
- 88.4 Final Words:
89 Sine Bar Calculator
90 Sine Bar Calculator
91 Sine Bar Calculator
92 Sine Bar Calculator
- 92.1 Formula:
- 92.2 Solved Calculations:
- 92.3 What is the Sine Bar Calculator?
- 92.4 Final Words:
93 Sine Bar Calculator
94 Sine Bar Calculator
95 Sine Bar Calculator
- 95.1 Formula:
- 95.2 Solved Calculations:
- 95.3 What is the Sine Bar Calculator?
- 95.4 Final Words:
96 Sine Bar Calculator
97 Sine Bar Calculator
98 Sine Bar Calculator
99 Sine Bar Calculator
- 99.1 Formula:
- 99.2 Solved Calculations:
- 99.3 What is the Sine Bar Calculator?
- 99.4 Final Words:
100 Sine Bar Calculator
101 Sine Bar Calculator
102 Sine Bar Calculator
103 Sine Bar Calculator
- 103.1 Formula:
- 103.2 Solved Calculations:
- 103.3 What is the Sine Bar Calculator?
- 103.4 Final Words:
104 Sine Bar Calculator
105 Sine Bar Calculator
106 Sine Bar Calculator
107 Sine Bar Calculator
- 107.1 Formula:
- 107.2 Solved Calculations:
- 107.3 What is the Sine Bar Calculator?
- 107.4 Final Words:
108 Sine Bar Calculator
109 Sine Bar Calculator
- 109.1 Formula:
- 109.2 Solved Calculations:
- 109.3 What is the Sine Bar Calculator?
- 109.4 Final Words:
110 Sine Bar Calculator
111 Sine Bar Calculator
112 Sine Bar Calculator
- 112.1 Formula:
- 112.2 Solved Calculations:
- 112.3 What is the Sine Bar Calculator?
- 112.4 Final Words:
113 Sine Bar Calculator
114 Sine Bar Calculator
115 Sine Bar Calculator
116 Sine Bar Calculator
- 116.1 Formula:
- 116.2 Solved Calculations:
- 116.3 What is the Sine Bar Calculator?
- 116.4 Final Words:
117 Sine Bar Calculator
118 Sine Bar Calculator
119 Sine Bar Calculator
120 Sine Bar Calculator
- 120.1 Formula:
- 120.2 Solved Calculations:
- 120.3 What is the Sine Bar Calculator?
- 120.4 Final Words:
121 Sine Bar Calculator
122 Sine Bar Calculator
123 Sine Bar Calculator
124 Sine Bar Calculator
- 124.1 Formula:
- 124.2 Solved Calculations:
- 124.3 What is the Sine Bar Calculator?
- 124.4 Final Words:

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height

What is the Sine Bar Calculator?

This calculator is highly beneficial for machinists, engineers, and technicians who require precise measurements.

Final Words:

Multiply the sine of the angle by the sine bar length to determine the gage height.

By knowing the sine bar length and the desired angle, you can easily calculate the gage height needed to set the angle.

Formula:

GH = SBL ∗ sin(A)

Variable	Description	Unit
GH	Gage height	Millimeters (mm) or Inches
SBL	Sine bar length	Millimeters (mm) or Inches
A	Angle to be set	Degrees (°)

Solved Calculations:

Example 1: Calculating Gage Height for a 5-Inch Sine Bar and 30° Angle

Step	Value	Explanation
Sine bar length (SBL)	5 inches	Length of the sine bar
Angle (A)	30°	Desired angle
Calculate $sin(30°)$	0.5	Sine of 30 degrees
Multiply $SBL ∗ sin(A)$	$5 ∗ 0.5 = 2.5$	Calculate gage height
Result	2.5 inches	Required gage height

Example 2: Calculating Gage Height for a 10-Inch Sine Bar and 45° Angle

Step	Value	Explanation
Sine bar length (SBL)	10 inches	Length of the sine bar
Angle (A)	45°	Desired angle
Calculate $sin(45°)$	0.7071	Sine of 45 degrees
Multiply $SBL ∗ sin(A)$	$10 ∗ 0.7071 = 7.071$	Calculate gage height
Result	7.071 inches	Required gage height