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The JD-DZLD1 Geological Radar Detector is a high-resolution ground penetrating radar system engineered for foundation investigations, geological disaster assessment, and engineering surveys. Ideal for municipal utility mapping, road and bridge site selection, and tunnel...
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The JD-DZLD1 Geological Radar Detector is a high-resolution ground penetrating radar system engineered for foundation investigations, geological disaster assessment, and engineering surveys. Ideal for municipal utility mapping, road and bridge site selection, and tunnel inspection, this advanced system accurately detects both metallic and non-metallic subsurface targets.
Featuring an industry-leading integrated host and shielded antenna design, this radar detector offers a compact, lightweight, and low-power solution for mobile field work. It connects wirelessly to a computer for convenient operation and real-time data acquisition. The user-friendly analytical software provides accurate result interpretation through pseudo-color images, stacked waveform plots, or grayscale displays. With three measurement modes including point-by-point, distance-triggered, and continuous measurement, it adapts to diverse project requirements.
Key features and capabilities include:
- 200MHz shielded antenna with 18-bit A/D conversion for precise subsurface analysis
- Adjustable sampling frequency from 0.2 to 100 GHz and a time window range of 1 to 20000 nanoseconds
- Scan rate of 200 lines per second with 32 to 32767 sampling points per scan
- Continuous working time of 8 hours or more with total power consumption under 16W
- Wireless data transmission range greater than 50 meters alongside 100 Mbps Ethernet communication
- Operating temperature range of -30 to +70 degrees Celsius
- Total weight under 8 kilograms for effortless portability
| Antenna Frequency | 200MHz |
| Scan Rate | 200 lines per second |
| Sampling Frequency | 0.2-100 GHz |
| Continuous Working Time | ≥8 hours |
| Total Power Consumption | <16W |
| A/D Conversion | 18bit |
| Working Temperature | -30℃ to +70℃ |
| Wireless Transmission Range | >50 m |
| Weight | <8KG |
| Working Voltage | 10-15VDC |
| Antenna Frequency | 200MHz |
|---|---|
| Scan Rate | 200 lines per second |
| Sampling Frequency | 0.2-100 GHz |
| Continuous Working Time | ≥8 hours |
| Total Power Consumption | <16W |
| A/D Conversion | 18bit |
| Working Temperature | -30℃ to +70℃ |
| Wireless Transmission Range | >50 m |
| Weight | <8KG |
| Working Voltage | 10-15VDC |
The BTU-GPR 100M 200M technology is primarily used for foundation investigations, concrete testing, and subsurface analysis in various applications like construction, environmental studies, utility mapping, and archaeological investigations.
The BTU-GPR system offers an impressive accuracy of 0.1, ensuring precise subsurface imaging and analysis.
The BTU-GPR is designed for long continuous working times of over 8 hours, allowing for extended field use without the need for frequent recharging.
The BTU-GPR system comes with customizable antenna frequencies of 100M, 200M, and 400M to cater to specific application needs.
The BTU-GPR system has a protection class rating of IP55, ensuring it is durable and reliable in various environmental conditions.
The BTU-GPR system supports a wide range of sampling points, from 32 to 32,767 samples per scan, allowing for detailed and comprehensive scanning.
The sampling frequency of the BTU-GPR is adjustable from 0.2 to 100GHz, providing flexibility for different geophysical applications.
The BTU-GPR system has a scan rate of 350 lines per second, enabling rapid data collection and efficient analysis.
The BTU-GPR comes with a 1-year warranty, providing peace of mind regarding its reliability and performance.
Yes, the BTU-GPR is suitable for environmental studies in geophysics, making it a versatile tool for various subsurface investigations.
Absolutely, the BTU-GPR is ideal for archaeological investigations, allowing users to detect and analyze buried structures without disturbing the site.
The BTU-GPR utilizes advanced technology and customizable antenna frequencies to provide high-resolution imaging for accurate subsurface analysis.
In the construction industry, the BTU-GPR is suitable for foundation assessments, concrete testing for structural integrity, and utility mapping.
The BTU-GPR system requires a power supply of 200W to operate effectively.
The BTU-GPR system features various customizable options, including antenna frequency and sampling points, to meet specific application needs.
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