Tower Ruler Rod Level Aluminum Alloy Right Angle 90 Degree Pole Bubble Level for Surveying

About this item

• Feature: 1. Aluminum Alloy: Crafted from robust aluminum alloy, this standard rod level offers durability and high strength, withstanding wear and tear even under demanding working conditions 2. Bubble Calibration: The bubble vial of this right angle pole level assists in precise leveling, ensuring accurate measurements across various applications with ease, meeting more needs 3. Pole Installation: Designed with versatility, this level suitable for both circular and rectangular poles, and adaptable for diverse uses ranging from track lighting to robotic instrumentation 4. Enhanced Visibility: This pole level features a 78 inch Diameter leveling vial, it provides high visibility, coupled with a sensitivity of 30 minutes per inch, boosting usability in all conditions 5. Sturdy and Practical: Sturdy enough to endure rough handling, this metal level is suitable for professionals requiring high reliability and accuracy in harsh measurement environments Specification: Item Type: Rod Level Material: Aluminum Alloy. Package List: 1 x Rod Level 1 x WrenchAluminum Alloy: Crafted from robust aluminum alloy, this standard rod level offers durability and high strength, withstanding wear and tear even under demanding working conditions Bubble Calibration: The bubble vial of this right angle pole level assists in precise leveling, ensuring accurate measurements across various applications with ease, meeting more needs Pole Installation: Designed with versatility, this level suitable for both circular and rectangular poles, and adaptable for diverse uses ranging from track lighting to robotic instrumentation Enhanced Visibility: This pole level features a 78 inch Diameter leveling vial, it provides high visibility, coupled with a sensitivity of 30 minutes per inch, boosting usability in all conditions Sturdy and Practical: Sturdy enough to endure rough handling, this metal level is suitable for professionals requiring high reliability and accuracy in harsh measurement environments