Leveling and angular measurements play a critical role for precision equipment installation. Errors in machine leveling can ultimately impact its structural stability and lead to reduced accuracy, functional, and quality performances of machines and equipment. Misalignments of machines can lead to losses of thousands of dollars and research shows that up to 75% of initial errors of new machine tools can be traced back to the manufacturing, assembly, and installations. From our experience, digital levelers significantly reduce errors and keep machine tools running at peak performance. Take a look at the Niigata Seiki LevelNic DL-S2W where we highlight key features and it’s speculations.
Niigata Seiki LevelNic DL-S2W
The Niigata Seiki LevelNic DL-S2W is a high accuracy wireless level that works to adjust the flatness, levelness, and straightness of working machines. The DL-S2W is extremely simple to use which makes it perfect for beginners. Its exceptional leveling competes with more advanced leveling tools that are used by experts. The LevelNic cost less, takes less time, and is more precise than many levelers on the market today. To view our inventory, click here.
The Niigata Seiki LevelNic DL-S2W is a wireless type LevelNic which is useful for leveling and tilt measurement especially in an overhead location or in places where the cable may not reach. It’s lightweight aluminum body, and a stronger, more dense base made of cast iron allows for a light but sturdy leveler. At the bottom of the level, you’ll notice threaded screw holes where you can attach a custom made base. The measurement data can be displayed on PC, using receiver and data display software. The measurement value can also be output with a RS-232 signal and can be connectible to a PC or printer using its standard RS-232 interface. To fix the datum point, you can simply divide the measurement value in halves with a one touch operation (with “0” cal. switch, 1/2 cal. switch). To view our inventory, click here.
※ % rdg indicates percentage of displayed value