Need help?Do you have a question about the Sensors & Software pulseEKKO and is the answer not in the manual?
General| Manufacturer | Sensors & Software |
|---|---|
| Product Name | pulseEKKO |
| Operating Temperature | -20°C to +50°C |
| Category | Radar |
| Power Supply | 12 V DC |
| Weight | Varies depending on configuration |
Details on configuring and attaching low frequency antennas.
Instructions for assembling and mounting high frequency transducers.
Guidance on assembling the Bistatic system configuration.
Instructions for unfolding and assembling the SmartCart.
Steps for assembling the SmartTow configuration.
Details on assembling the SmartChariot system.
Information on the TR1000 transducer and its handle.
Procedures for connecting various GPR system cables.
Connecting and using accessories like triggers and GPS.
Steps to power on the transmitter and receiver units.
Guide to powering on the Digital Video Logger (DVL).
A quick guide to setting up and starting data collection.
Configuring global system settings like language, units, and Wi-Fi.
Performing tests to ensure proper operation of system components.
Managing projects, screenshots, and exporting data.
Setting key GPR parameters like frequency, time window, and step size.
Configuring survey-specific settings like survey type and antenna separation.
Handling warning messages for incompatible system configurations.
Acquiring data along a line and examining cross-section images.
Acquiring GPR data in an organized grid for plan maps.
Processing collected grid data to create depth slices.
Adjusting the depth of displayed depth slices.
Viewing individual GPR lines in full screen.
Re-acquiring grid lines if mistakes were made during collection.
Steps to access and navigate the Map View.
Taking and saving screenshots of GPR system screens.
Exporting collected GPR data to a PC via USB.
Overview of the EKKO_Project PC software for data analysis.
Techniques for bistatic operation in rough terrain.
Methods for measuring GPR velocity using CMP surveys.
Initial checks and steps for system initialization issues.
Diagnosing and resolving issues related to batteries and power sources.
Troubleshooting system communication failures between DVL and sensors.
Addressing errors encountered with the GPR receiver unit.
Troubleshooting problems related to the GPR transmitter.
Identifying issues related to damaged fibre optic cables causing time zero jitter.
Recognizing and managing system overheating due to environmental factors.
Establishing a test line to detect future system problems.
Information on how to contact the vendor for service and support.
General care and handling instructions for the equipment.
Proper handling and maintenance of system cables.
Recommendations for maintaining battery health and performance.
List of spare parts for repairing system components.
Instructions for updating the DVL's embedded software.
Hardware specifications for low frequency antennas.
Hardware specifications for high frequency transducers.
Technical specifications for the Digital Video Logger (DVL).
To Next Page
