INSIZE Levels with Rotary Vial 4920 is designed to test and indicate whether a surface is horizontal (level) or vertical (perpendicular) and check for evenness. The frame is made of impact-resistant casting aluminum alloy with a very flat surface coated with enamel coating for lightweight and protection from the effects of temperature. The sensitivity level is an essential specification in choosing this spirit level because the device's accuracy depends on the sensitivity.

360° reading flips upside down and in all positions. INSIZE Levels with Rotary Vial 4920 allows technicians to level a foundation, or machine bed to ensure the machine produces workpieces with the accuracy pre-built in the machine. As a test tool for flatness on surface plates, stage tables on milling machines, microscopes, and other work tools, and calibration workers, the sensitivity of changes in angles or gradients is needed to center bubbles with a unit distance. If the bubble house has graded divisions, then the sensitivity is the change in the angle or gradient moving the bubble with one of these divisions.

Technical workers use INSIZE Levels with Rotary Vial 4920 to test the surface of work objects that can be carried out accurately because the appearance of the tube shows whether a surface is horizontal (level). A spirit level or bubble level must be used by carpenters, bricklayers, bricklayers, other construction workers, surveyors, millwrights and other metal workers, in some photographic or video graphic work on film cameras.

Features & Benefits:

• Solid-casting alloy frame
• Plumb window
• The spirit vial is shock and UV-resistant and the Vial Unit is rotatable
• View of the vial upright with shock-absorbing rubber end caps on both sides
• Working temperature: -15°C-55°C and accuracy: 0.5mm/m

Please Note that Product may differ eg. colour, size from the product Image displayed on website. Kindly check the specifications provided to make better purchase decision. M.R.P Prices and specifications are subject to change without notice.