
Spectra HL760 Laserometer | Digital Radio Receiver | High-Precision Signal Detection
The Spectra Precision HL760 Laserometer is a sophisticated digital radio receiver engineered for high-accuracy surveying and construction applications. It serves as a critical component for professionals requiring reliable signal detection when paired with Spectra Precision rotary and grade lasers, ensuring consistent leveling and alignment in both indoor and outdoor environments.
Which Spectra lasers are compatible with the HL760?
This receiver is specifically designed to work seamlessly with various Spectra Precision instruments, including the LL300S, LL400HV, HV302, GL412N, and GL422N. Its advanced radio link ensures a stable connection for precise signal detection across multiple surveying platforms.
What hardware is included in the HL760 receiver package?
The standard kit comes fully equipped for immediate field use, featuring the HL760 Receiver and a C70 Adapter for secure mounting. To ensure portability, it includes 2 x AA batteries and a detailed operating manual for setup and troubleshooting.
How does the HL760 improve jobsite accuracy?
By utilizing digital radio technology, the HL760 provides highly reliable signal acquisition that significantly boosts the accuracy and efficiency of measurement tasks. This makes it an essential tool for construction professionals who demand high-performance results in challenging conditions.
| Manufacturer | Spectra |
| Model | HL760 |
| Product Type | Digital Laserometer / Radio Receiver |
| Compatible Lasers | LL300S, LL400HV, HV302, GL412N, GL422N |
| Included Adapter | C70 Receiver Adapter |
| Power Source | 2 x AA Batteries |
- C70 Adapter: Securely attaches the receiver to grade rods for stable measurement.
- GL412N Laser: Optimized for use with the HL760 to achieve precise grade control.
- HV302 Laser: Ideal for high-accuracy vertical and horizontal leveling.
- LL300S Laser: Compatible for rugged, general construction leveling tasks.
- GL422N Laser: High-performance dual slope laser for advanced site preparation.

