Unmatched sensitivity allows you to find what you're looking for quickly, without
the risk of passing over your target.
Our locators last 100% to 250% longer than others,
making your investment a solid one.
85% of the Surveyor market can’t be wrong.
Quality Is Our Hallmark
Schonstedt's underground magnetic locators have been setting the standards for
reliability and dependability for over 30 years. They are designed to withstand
the rigors of daily on-site usage and a wide range of environmental conditions.
In fact, the Model GA-52Cx is so rugged and dependable it's backed by a 7-year
warranty.
Easy-To-Use
The GA-52Cx Locator detects the magnetic field of iron and steel objects and
energized power lines. Both provide audio detection signals that peak in frequency
when the locator's tip is held directly over the target.
No. 1 Around
the World
in Performance and Reliability.
Only two
Controls
Designed for one-hand operations, the On/Off-Sensitivity and Volume controls
are located on the underside of the cover on both locators. This provides easy
access, protects the knobs and contributes to their overall ruggedness and dependability.
Features
Seven Year Warranty
Enhanced target definition
Unsurpassed detection range
Piezoelectric speaker
Clear, sharp, detection signal pinpoints the target
Five individual sensitivity settings
No response to aluminum, brass, or copper
Ease of operation reduces search time
With experience, user can distinguish between small pieces of scrap iron and
actual targets
40-hours operation (intermittent usage) on two economical 9-volt batteries
Modular construction
High performance components
Weights approximately 2 1/2 lbs
Weather protected controls
Rugged lightweight case
Patented HeliFlux® sensors
Both the GA-52Cx and the GA-72Cd are standard with a custom case designed to
withstand the rigors of field use.
Specifications
Input
Power
Two alkaline
9-volt batteries
Battery
Life
40 hours
(intermittent usage)
Output
Approximately
40 Hz audio tone on speaker.
Tone frequency increases or decreases with gradient-field intensity.
