Bosch Gol 32 Automatic Optical Level 32x 400 Ft

Product Description

The BOSCH GOL 32 is an automatic optical level designed for precision leveling tasks on job sites where accuracy across long distances is essential. Equipped with a self-leveling compensator, the instrument automatically compensates for minor setup variations, reducing setup time and operator error. The 32x magnification allows clear sighting up to 400 feet, making it suitable for grading, foundation layout, elevation transfer, and structural alignment work. Licensed contractors, survey crews, and construction professionals typically operate this instrument as part of routine site layout workflows.

The GOL 32 is used in residential and commercial construction applications where optical leveling is required. Typical scenarios include foundation elevation checks, floor and ceiling layout, site grading verification, and utility trench depth control. The self-leveling compensator design suits fast-paced job sites where repeated quick setups are needed across a shift.

Key Features

• 32x magnification for clear sighting at extended distances
• Self-leveling compensator automates horizontal plane correction
• 400-foot maximum measuring range supports large-site layout work
• Tube length of 5.6 inches for a compact, balanced instrument profile
• Single-unit package ready for immediate field deployment

Compatibility

Designed as a standard automatic optical level for use with conventional surveying rods, tripods, and leveling staffs common to construction and site layout applications.

Installation Notes

Setup and operation should be performed by or under the supervision of qualified survey or construction personnel familiar with optical leveling instruments. Mount the instrument on a stable tripod and complete rough leveling with the foot screws before the compensator engages. Keep the instrument shaded from direct sunlight during use to prevent heat distortion of the optical path. Store in the supplied case when not in use to protect the optics and compensator mechanism.