Spectra DET-2 Digital Theodolite | 2" Accuracy

Spectra DET-2 Digital Theodolite | 2" Angle Accuracy | Precise Vertical Compensation

SKU: DET-2GB
In Stock
New
The Spectra Precision DET-2 is a professional digital theodolite designed for high-precision angle measurement and field data reliability. It features 2" angular accuracy and automated vertical compensation for efficient construction site layout and surveying tasks.
£1,015.00ex. VAT
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The Spectra Precision Theodolite DET-2 is a robust surveying instrument engineered to deliver exceptional accuracy for complex alignment and measurement tasks. Featuring a high-power telescope with 30x magnification and a 3x optical plummet, this tool facilitates rapid, error-free instrument setup and crystal-clear observation across varied terrain.

What are the precision capabilities of the Spectra DET-2?

The instrument provides a 2" angular measurement accuracy and is equipped with a vertical tilt sensor that offers ± 3' compensation to ensure readings remain precise even on uneven ground. These specifications make it an essential tool for high-standard construction layout and land mapping.

How is the Spectra DET-2 powered for extended field use?

The DET-2 is designed for maximum uptime, utilizing a primary NiMH rechargeable battery pack for long-lasting operation. For added reliability, it includes a backup alkaline battery pack, allowing surveyors to swap power sources quickly without leaving the site.

Which construction applications benefit most from the DET-2?

This digital theodolite is purpose-built for infrastructure project alignment, including roads and bridges, as well as archaeological site mapping and general site verification where exact specification adherence is mandatory.

Angular Accuracy2"
Vertical Compensation± 3'
Telescope Magnification30x
Optical Plummet3x
Battery TypesNiMH Rechargeable and Alkaline Backup
Standard InclusionsPlumb Bob, Charger, and Carrying Case

Accessories and replacements are available to extend the functionality of the DET-2 system: