Locator Comparison
Comparing 2 Locators
Direct side-by-side analysis of verified technical specifications, PipeScope Research Scores, and documented capability metrics.
RIDGID
RIDGID 19238 NaviTrack Scout Locator
92/100
Research Score
Best for:
Underground Sonde Pinpointing Without False Peaks
- Detection: 512 Hz, 640 Hz, 874 Hz, 33 kHz
- Max Depth: 25 ft readout
RIDGID
RIDGID 21893 SeekTech SR-20 Locator
96/100
Research Score
Best for:
Commercial Utility Line Tracing & Deep Sondes
- Detection: 16 Hz, 512 Hz, 640 Hz, 850 Hz, 33 kHz
- Max Depth: 30 ft readout
Full Specification Comparison
Scroll horizontally to inspect side-by-side attributes|
Specification
2 Systems
|
RIDGID 19238 NaviTrack Scout Locator
RIDGID
|
RIDGID 21893 SeekTech SR-20 Locator
RIDGID
|
|---|---|---|
| Procurement & Pricing | Check Price on Amazon | Check Price on Amazon |
| Editorial Analysis & Assessment | ||
| Research Score | 92 / 100 (Good) | 96 / 100 (Good) |
| Best For | Underground Sonde Pinpointing Without False Peaks | Commercial Utility Line Tracing & Deep Sondes |
| Editorial Verdict | Multi-directional antenna locator solving false peaks and nulls for 512 Hz, 640 Hz, and 33 kHz sondes. | Omnidirectional mapping locator delivering real-time target line guidance and continuous depth readings. |
| Model / MPN | 19238 NaviTrack Scout |
21893 SeekTech SR-20 |
| Verified Technical Specifications | ||
| Sonde Frequencies Detected | 512 Hz, 640 Hz, 874 Hz, 33 kHz | 16 Hz, 512 Hz, 640 Hz, 850 Hz, 33 kHz |
| Line Tracing Frequencies | 128 Hz, 1 kHz, 8 kHz, 33 kHz | 128 Hz, 1 kHz, 8 kHz, 33 kHz, 93 kHz |
| Maximum Guidance Depth | 25 ft continuous readout | 30 ft continuous readout |
| Visual Display Type | Multi-Directional LCD Guidance | Omnidirectional Target Map Screen |
| Power System | 4 C-Cell Batteries (24h runtime) | 4 C-Cell Batteries (16h runtime) |
| Operating Weight | 3 lbs | 3.5 lbs |
| Detailed Reports | View Full Specifications → | View Full Specifications → |
Why Trust PipeScope Lab Technical Comparisons
Every specification in this comparison matrix is verified against official engineering manuals, published technical specifications, and manufacturer documentation. PipeScope Lab Research Scores are calculated using standardized rubric benchmarks to provide objective, evidence-based diagnostic equipment ratings.