A pipe laser level is used for measuring the verticality of walls, ceilings, and other surfaces. It has one end that is connected to the power source, and another end that is connected to a laser beam.
The laser beam is aimed at the surface to be leveled, and then the operator adjusts the height until the laser beam hits the surface.
This pipe laser level has accurate grade reference and automatic grade coverage.
To use this pipe laser level, you must first set up your work area with an adjustable base or tripod so it can remain steady while leveling.
Then connect the laser unit to the power supply using its included cable. Finally, aim the laser beam toward the wall or ceiling being measured.
The laser will automatically adjust itself as needed to ensure proper alignment.
Once the measurement is complete, disconnect the laser from the power supply and remove the battery cover on top of the laser unit.
How do I install a pipe laser level?
Installing a pipe laser level requires some basic tools: A drill bit, screwdriver, hammer, tape measure, pliers, wire cutters, safety glasses, gloves, and a flashlight.
- First, make sure all electrical outlets are unplugged before drilling into any part of the house.
- Second, mark where each hole should go by placing masking tape around them. Then drill holes in those locations.
- Third, attach the laser unit to the wall or ceiling using screws provided in the package. Make sure the laser unit is facing upward when attaching it to the wall or ceiling.
- Fourth, insert the batteries into the laser unit's battery compartment. The laser light should turn on immediately after inserting the batteries.
- If not, try again.
Who uses pipe lasers?
Pipe lasers are commonly used by underground contractors, They 're also useful in construction projects where there's no access to electricity.
The industry by utility contractors used pipe lasers for accurate level indication a compute positive grades for foundations, floors, roofs, etc.
What does a pipe laser look like?
Most pipe lasers have two parts: The main body and the laser head.
You'll see three different types of pipes: PVC, steel, and aluminum. Each type of pipe offers advantages over others.
For example, PVC pipes offer better insulation than metal pipes. Steel pipes are more durable than either plastic or aluminum pipes.
Aluminum pipes are lighter weight but less sturdy than steel pipes.
In addition, most pipe lasers come equipped with a laser pointer, which allows you to easily point out specific areas of interest when making measurements.
If you need additional accessories such as a bubble vial, a spirit level, or a protractor, they may be available separately.
Why should I buy a pipe laser instead of a regular laser?
There are several reasons why you might want to invest in a pipe laser rather than a traditional laser.
The laser target specifically points at the center of the pipe, allowing you to accurately determine if the pipe is straight.
This makes measuring long distances easier because you don't have to worry about getting off-center readings.
A pipe laser measures both horizontal and vertical angles simultaneously. You won't get that kind of accuracy with other devices.
Finally, many pipe lasers include a built-in compass, which helps you keep track of direction during surveying.
The benefits of pipe lasers
The pipe laser have many benefits including: Accuracy - Pipe lasers can help you create precise grade levels.
- Ease of Use - Most pipe lasers require only one person to operate. That means fewer people will be needed to finish your project.
- Cost Savings - Because pipe lasers cost much less than conventional lasers, you could save money overall.
- Safety - Many pipe lasers feature an automatic shutoff mechanism so you're protected against accidental exposure.
- Consistent grade reading - A pipe laser provides consistent results every time. It doesn't matter how often you read the same spot; the result will always be the same.
- Best for carpenter levels - A pipe laser works well with any carpenter level.
- Has grade control systems - Some models allow you to set up multiple targets within the range of the device.
What are the other types of pipe lasers?
There are three types of pipe lasers: the CO2 laser, the Nd:YAG laser, and the fiber laser.
- The CO2 laser is used for cutting metals, plastics, and glass.
- The Nd:YAG is used for welding, cutting, drilling, and engraving.
- Fiber lasers use light from a laser diode to heat up a tiny piece of metal inside a hollow tube called a “fiber”. This heats the metal until it melts, then cools down and solidifies into a perfect shape.
Grade calculating for pipe laser
Pipe grade are very important to know before starting construction work on a new home or building.
To calculate grades using a pipe laser, follow these steps:
1. Set the pipe laser's power setting to zero.
2. Place the pipe laser directly above the pipe being measured.
3. Adjust the height of the pipe laser by turning its knob clockwise or counterclockwise. The higher the pipe laser is placed, the lower the resulting grade measurement.
4. Rotate the pipe laser around the pipe while keeping the laser pointed directly at the top of the pipe.
5. Read the number displayed on the screen when the laser beam hits the bottom of the pipe.
6. Subtract this value from 100 to find out what percentage of the pipe has been cut away.
For example, if the pipe was 10 feet tall and the laser reads 90 degrees, subtracting 90 from 100 would give us a final grade of 10%.
7. To control of level for correct grade calculation, place the pipe laser in front of the pipe as shown below.
8. Turn the pipe laser's knobs clockwise or counter clock wise to adjust the angle of the laser beam.
9. When the laser beam reaches the desired position, stop rotating the pipe laser.
10. Measure the distance between the two pipes and multiply it by 0.01 to convert inches to millimeters.
How to determine grade errors for pipe laser?
Grade errors for pipe lasers are usually caused by bad quality control.
The first step is to check the manufacturer's warranty. If no warranty exists, then contact the manufacturer directly.
If the problem is still present after contacting the company, then it may be a design defect. But if you encounter low-percentage grade or showing negative grades, It could be due to improper calibration.
Calibration can be done manually or automatically. Manual calibration requires that an operator hold the laser steady during each test.
Automatic calibration uses software algorithms to measure the exact location of the laser beam.
When calibrating your pipe laser, make sure that all settings are turned off except for the one that measures the length of the pipe. Then turn on only the laser and move it along the surface of the pipe.
Other pages if you're reading up on laser levels..
- How to measure the floor using a laser tape measure
- How to use a laser level to hang pictures
- Why are green laser measure tapes more expensive than red ones
- What is the advantage of a green laser over a red one
- What is the main advantage of a laser level
- How to make a laser level
- How to use a 5 point laser level
- How to use a Bosch rotary laser level
- How to use a Stanley Cubix laser level
- How to calibrate a Bosch laser level
- What is a rotating laser level
- How to use a pipe laser level
- How to use a laser level for tiling
- How to use a The CST Berger laser level
- How accurate are laser levels
- What is the difference between red and green laser levels
- How to use a laser level to align fence posts
- How to adjust a laser level
- How to use a laser level
- 1 How do I install a pipe laser level?
- 2 Who uses pipe lasers?
- 3 What does a pipe laser look like?
- 4 Why should I buy a pipe laser instead of a regular laser?
- 5 The benefits of pipe lasers
- 6 What are the other types of pipe lasers?
- 7 Grade calculating for pipe laser
- 8 How to determine grade errors for pipe laser?