About TYM - 400S Natural Electric Field Underground Water Detector
TYM-S series natural electric field underground Water Detector uses the natural electric field as the working field source. Based on the
conductivity difference of underground rock ore or groundwater,
Accurate Water Detection for Challenging ConditionsThe TYM - 400S excels in locating underground water sources, even in complex geological terrains. Its advanced natural electric field exploration method provides precise readings, while high-purity copper electrodes enhance sensitivity. Designed for field professionals, it delivers results with remarkable accuracy, typically within 1%, and minimizes the guesswork in hydrogeological surveys.
User-Friendly and Portable DesignWith a compact, lightweight build (approx. 1.2 kg), the TYM - 400S is easy to transport and set up in remote areas. The handheld unit features an LCD backlit screen for clear readings in any lighting, and its data logging capability ensures efficient record-keeping. Extendable cables add flexibility, making this detector suitable for diverse environments.
Reliability and Durability for Field WorkBuilt for demanding field conditions, the TYM - 400S operates reliably in temperatures ranging from -20C to +50C. The integrated auto-compensation circuit and high input impedance provide stable output, and both visual and audible alarms signal water detection promptly. Its robust design ensures longevity and sustained accuracy over repeated use.
FAQ's of TYM - 400S Natural Electric Field Underground Water Detector:
Q: How does the TYM - 400S detect underground water sources?
A: The TYM - 400S operates on the principle of natural electric field exploration, using high-purity copper electrodes to sense variations in the Earth's natural electric field. By analyzing these signals, it accurately identifies underground water deposits without the need for invasive drilling.
Q: What is the maximum measurement depth of the TYM - 400S, and does it vary in different conditions?
A: The device can measure depths of up to 400 meters, although the actual depth achievable depends on field conditions such as soil composition, moisture content, and local geology. Careful setup and calibration help achieve optimal results.
Q: When is the best time to use this detector for groundwater surveys?
A: The TYM - 400S can be used year-round, functioning reliably within an operating temperature range of -20C to +50C. This makes it suitable for surveys in most weather conditions, whether during monsoon or dry seasons.
Q: Where is the TYM - 400S typically used?
A: This detector is widely used in geological surveys, hydrogeological investigations, and underground water detection projects across India. Its portability and adaptability make it ideal for both urban and remote environments.
Q: What is the process for operating the TYM - 400S in the field?
A: Operation involves connecting the electrodes, powering on the handheld unit, and initializing the measurement sequence via the LCD interface. Extendable cables provide setup flexibility, while built-in data logging captures all results. The unit signals water detection with both audio and visual alarms.
Q: How does the auto-compensation circuit benefit field operations?
A: The auto-compensation circuit automatically adjusts for temperature variations, ensuring accurate readings despite changes in environmental conditions. This feature enhances consistency and reliability during field surveys.
Q: What are the main benefits of using the TYM - 400S for water detection?
A: Users benefit from high accuracy (typically within 1%), low power consumption, lightweight portability, and straightforward operation. The internal memory for data logging and robust build quality make it a dependable choice for professional groundwater detection and geological applications.