Zond x500 GPR - Real Time SamplingR
| Frequency |
500 MHz |
 |
| Performance |
Single Unit GPR with built-in 500A antenna |
| Hardware Stacking |
up to 65536 |
| Time range |
50-10000 ns with 1 ns intervals |
| Scans Rate |
un to 2500 |
| Per-Trace Sampling |
512-8192 |
| Filter Option |
Recommended or user preferred |
| Data transmission |
Via Wi-Fi or Ethernet Connection |
| Weight |
7.2 kg |
| Resulation and Depth |
0.4 x 7-10 m* |
Zond x500 is a next generation Real Time Sampling single-unit GPR. The main advantage of the system is an expanded dynamic range (up to 138 dB) and high data rate, which converts to the huge stacking (up to 65536 times), that gives a jump up for a Signal-To-Noise ratio, drops down noise floor, deepens penetration, helps to distinguish weaker signals than ever before.
Zond x500 has a built-in shielded 500A antenna for single channel operation.
Zond x500 could be equipped optionally by the shockproof cart.
* Relationship between resolution and sounding depth is assumed that sounding is made in a soil whose relative dielectric permittivity is equal to 4 and specific attenuation is 1 to 2 dB/m. Depth of investigation is understood to be detection depth of a flat boundary with reflectance equal to 1. Note that these data are rather approximate and are strongly dependent on parameters of the environment sounded.
Zond Aero 1000 GPR
| Frequency |
1000 MHz |
 |
| Performance |
Single Unit GPR with built-in 1000 MHz antenna |
| The Time range |
50-500 ns |
| Frequency of pulse repitition of transmitter |
113 kHz |
| Scans Rate |
56 |
| Per-Trace Sampling |
512 |
| Filter Option |
High pass digital filter |
| Data transmission |
through Ethernet or WiFi (in protective case) to PC |
| Dimention |
31x18.5x14.5 cm or 49x41x21 cm in protective case |
| Weight |
1.7 kg or 6.2 kg in protective case |
| Resulation and Depth |
0.4 x 5-7 m* |
Zond Aero 1000 is an ultra light weight single-unit GPR, specially designed for portable solutions. Device could be used as the standalone on-board equipment with the powering from external source and Ethernat cable connection or inside of the fully protective waterproof case with its own built-in Lithium-Ion battery and WiFi.
Zond Aero 1000 has a built-in 1000 MHz shielded antenna for single channel operation on the different time ranges.
Zond Aero 1000 could be equipped optionally by the shockproof cart.
* Relationship between resolution and sounding depth is assumed that sounding is made in a soil whose relative dielectric permittivity is equal to 4 and specific attenuation is 1 to 2 dB/m. Depth of investigation is understood to be detection depth of a flat boundary with reflectance equal to 1. Note that these data are rather approximate and are strongly dependent on parameters of the environment sounded.
Zond Aero 500 GPRR
| Frequency |
500 MHz |
 |
| Performance |
Single Unit GPR with built-in 500A antenna |
| The Time range |
50-500 ns |
| Frequency of pulse repitition of transmitter |
113 kHz |
| Scans Rate |
56 |
| Per-Trace Sampling |
512 |
| Filter Option |
High pass digital filter |
| Data transmission |
through Ethernet or WiFi (in protective case) to PC |
| Dimention |
40x30x14.5 cm or 49x41x21 cm in protective case |
| Weight |
1.9 kg or 6.4 kg in protective case |
| Resulation and Depth |
0.4 x 5-7 m* |
Zond Aero 500 is an ultra light weight single-unit GPR, specially designed for portable solutions. Device could be used as the standalone on-board equipment with the powering from external source and Ethernat cable connection or inside of the fully protective waterproof case with its own built-in Lithium-Ion battery and WiFi.
Zond Aero 500 has a built-in 500A antenna for single channel operation on the different time ranges
Zond Aero 500 could be equipped optionally by the shockproof cart.
* Relationship between resolution and sounding depth is assumed that sounding is made in a soil whose relative dielectric permittivity is equal to 4 and specific attenuation is 1 to 2 dB/m. Depth of investigation is understood to be detection depth of a flat boundary with reflectance equal to 1. Note that these data are rather approximate and are strongly dependent on parameters of the environment sounded..
Python-3 GPR
| Frequency |
25 / 38 / 50 / 100 MHz |
 |
| Antenna length |
Between 1 m - 4 m depending on the selected Frequency |
| Recording Time |
1-2500 ns with 1 ns intervals |
| Scans Rate |
28 |
| Per-Trace Sampling |
1024x16 Bit |
| Filter Option |
Recommended or user preferred |
| Data transfer |
Via Wi-Fi or Ethernet Connection |
| Weight |
10 kg-20 kg Depending on Selected Frequency |
Python-3 Georadar equipment can be easily used by one person and can penetrate to a depth of over 50 m depending on the dielectric coefficient of the researched environment. It is an effective product especially in mining, geological surveys, tunnel and karst structures research.
Zond12 Control Units
| Specifications |
Zomd12 Advanced GPR |
Zond12e GPR |
| Number of Channels |
2 |
2 |
| Recording Time |
1ns interval with 1-2000 ns user option |
1ns interval with 1-2000 ns user option |
| Scane Rate |
320 / 160 / 80 /40 |
56 (Single Channel)-80 (Dual Channel) |
| Sample per trace |
128/256/512/1024x16 Bit |
512 x16 Bit |
| Filtre Options |
Preferred, High Pass(Weak, Strong, Very Strong) |
Optional High pass (0.0 :400:800 Hz) |
| Data transfer |
Via Wi-Fi or Ethernet Connection |
Direct Ethernet connection |
| Weigh |
3.2 kg |
3.2 kg |
| Transmitter Pulse Frequency |
115 kHz |
115 kHz |
| Transmitter Output Volts |
150 V |
150 V |
| Battery |
Rechargeable internal 10.5-13V DC 0.6 A |
Suspended external 10.5-13 V 0.4 A rechargeable |
It is a GPR control unit that can be connected to external antennas of different frequencies that can be easily used by a single person. Data is collected by using it together with Prisim software. It is a software with a very useful graphical interface, and detailed information about the program can be obtained under the Software title..
PRISM2 SOFTWARE
Prism2 software is designed for georadar parameter control, sounding data reception with simultaneous computer display and hard disc file record as well as for file processing and printout.
System Requirements
- Windows 7/8/8.1/10
- CPU Core i3
- 4 GB RAM
- Ethernet 10/100 BaseT or WiFi card
The language of communication (English, German, Greek, Korean or Russian) is chosen by a user, with a language changeover possible at any time.
All of the georadar parameters (except the on/off function) are controlled via a computer which facilitates operation of the hardware. In the course of tuning the radar and performing the sounding, the software outputs error messages if parameter settings are incorrect, and suggests proper steps to be taken. Useful keyboard-oriented interface for georadar management and data acquisition. You don't need touch mouse (trackball, touchpad...) on your Notebook when work in field condition.
Georadar data reception may be performed continuously (basic mode) or with stepped stacking. The continuous reception mode enables maximum spatial (horizontal) resolution. Stepped stacking is used to achieve possible maximum sounding depth and to solve special tasks (tomography, etc.) while requiring a longer sounding time.
To locate a sounding profile obtained, the operator may press a pushbutton to input the so-called 'marks' when passing through stations or any reference points. These marks will be displayed on the profile as vertical lines with respective numbers at the top. Upon completion of the sounding (or any time later), it is possible to input a text comment into the file to indicate the sounding area, the sounding target, and the like.
DATA ACQUISITION
Colored or grayscale acquisition mode,
Continuous profile or stepped mode,
Digital gain function applying
Record of current coordinates from GPS receiver in NMEA-0183 format with a real-time GPS Tracking possibility
Distance measurement from wheel and real-time wheel X-interpolation,
Signal checking, real-time, wheel, GPS or Wheel and GPS,
Recording in SEG-Y, Radar Systems and GSI data formats
Automatic selection of signal delay Time and Signal quality control
DATA DISPLAY MODE
user selected color or grey scale line scan, wiggle plot
integrated multi-windows environment
user-friendly interface
Different data formats: SEG-Y, Radar Systems
spectra calculations in arbitrary windows
output to printer supported by Windows
velocities and depth evaluation via diffracting options
10 point digital gain function
GPS Tracker tool for GPS coordinates
Stepped Zoom In & Zoom Out
Unlimited Undo & Redo functions for a data processing
Export to Bitmap & JPEG possibilities
Hodograph calculations
PROCESSINGS:
frequency bandpass filters Verimli Genlik Düzeltme Migrasyon ve Envlop Topoğrafik Düzelte
efficient amplitude correction
migration & envelope
topograhy
x-interpolation