B21, China Town Mall, Midrand
The Highly Accurate Groundwater Meter for Deep Underground Detection is a cutting-edge tool designed to locate and measure underground water sources with precision. Its robust features and advanced technology make it an essential device for mining, geological surveys, and water resource management.
| Model | Single channel | 16 channels | 32 channels |
| Maximum depth（m） | ≤600 | ≤3000 | ≤4000 |
| Optional depth（m） | 100/200/300/400/500/600 | 100/200/300.../3000 | 100/200/300.../4000 |
| Channel input | 16 channels input at the same time, the maximum electrode spacing is 2.5m | 32 channels input at the same time, the maximum electrode spacing is 5m | |
| Channel selection | 1-14 | 1-30 | |
| Depth layering | 10-80 | 40-160 | |
| Connection method | Serial port, Wifi, Bluetooth 4.0, USB (optional 4G communication) | ||
| Display screen | 7-inch IPS wide-angle 178° visibility | 10.1 inch IPS wide-angle 178° visible touch screen (1024x600) | |
| operating system | Android6.0.1 | ||
| CPU | ARM Cortex-A7 (AD24 bit 1Msps) | ARM Cortex-A7 8-core CPU 2.0Hz running memory 1G memory 8G (expandable 128G) | |
| Main function | Optional depth, real-time 2D/3D drawing, removable battery | Optional depth, optional number of channels, real-time 2D/3D drawing, removable battery | |
| Measurement mode | MN/TT | ||
| Measuring range | ±5V | ||
| Frequency Range（HZ） | 15-80KHZ | 1-8k/0.01-6k | 0.001-7k |
| Frequency selective filtering | Preset frequency selection and intelligent frequency selection, analog + data filtering 1-16 times overlay optional | ||
| Resolution | 0.1mV±5% | 0.01mV±3%/0.01mV±2% | 0.01mV±3%/0.01mV±1% |
| sampling time（s） | 40-280 | 60-3600/120-5400 | 120-7200/160-9000 |
| Battery power consumption | 600mA/H | 800mA/H | 900mA/H |
| Host weight | 2.3kg | 2.6kg | 3kg |
The Highly Accurate Groundwater Meter for Deep Underground Detection is a reliable and efficient solution for professionals in mining, geology, and water management. Its advanced features and durable design make it the ideal choice for high-performance underground detection.
