Landslide Monitoring Equipment Geophysical Survey Planning Software

1 / 5

Landslide Monitoring Equipment Geophysical Survey Planning Software

Customization:	Available
After-sales Service:	Yes
Warranty:	1 Year

Send Inquiry

Product Description

Technical Specifications

Model NO.

WTEM

Name

Groundtem Deep Ground Water Detector

Touch Screen Resolution

800x480

Detection Depth

800m

Channel

Accuracy

99%

A/D Digit

24 Bit

Data Storage

100W

Power Freq. Suppression

100dB

Frequency

Multiple

Humidity

60%

Usage

Geophysical Survey

Transport Package

Backpack

Specification

Small Size

HS Code

8544

Product Overview

WTEM-3: Redefining Reliability for Critical Exploration

In the high-stakes environments of remote exploration and long-term infrastructure monitoring, equipment failure is not an inconvenience—it is a catastrophic disruption. The WTEM-3 System has been engineered from the ground up with mission-critical reliability as its paramount design principle. It incorporates redundant subsystems, fault-tolerant architecture, and self-healing diagnostics that ensure uninterrupted performance under the most punishing conditions.

🛡️

Redundant Core Architecture

Critical subsystems including power regulation, timing synchronization, and data storage are designed with dual-redundant pathways. If a primary component fails, the system automatically switches to its backup within milliseconds.

📊

Advanced Self-Diagnostics

Every major component is equipped with continuous health monitoring sensors that track internal temperature, voltage stability, and signal-to-noise ratios. This allows for predictive maintenance and avoids unexpected field failures.

🌍

Environmental Survivability

Features pressure-equalizing membranes and conformally coated electronics to protect against moisture, corrosion, and vibration. It is designed to perform in everything from tropical humidity to abrasive desert dust.

Mission Assurance Specifications

Reliability Feature	WTEM-3 Implementation	Conventional Equipment	Continuity Value
Redundant Power	Dual hot-swappable power modules.	Single point of failure.	Eliminates power-related downtime.
Timing Sync	Independent GPS and OCXO crystal oscillator.	GPS loss leads to data corruption.	Maintains <250ps timing integrity.
Data Storage	RAID-1 Simultaneous dual SSD writing.	Single device failure = data loss.	Guarantees 100% data security.
Health Monitoring	Continuous tracking of 50+ internal parameters.	Failures occur without warning.	Enables condition-based maintenance.
Protection	Conformal coated circuit boards.	Susceptible to humidity and salt spray.	Ensures long-term marine/tropical use.
MTBCF	>15,000 hours (Severe environment).	3,000-5,000 hours.	Reduces logistics and emergency support.

Frequently Asked Questions

Q1: What is the maximum detection depth of the WTEM-3 system?

The system is capable of reaching a detection depth of up to 800 meters, making it suitable for deep groundwater and geophysical surveys.

Q2: How does the redundant power system benefit field operations?

It features dual hot-swappable power modules. If one fails, the other takes over instantly without powering down the system, ensuring the mission continues uninterrupted.

Q3: Is the data collected by WTEM-3 secure from hardware failure?

Yes, the system utilizes RAID-1 data storage, which writes data simultaneously to dual solid-state drives. If one drive fails, a complete copy remains on the other.

Q4: Can the device operate in high-humidity or coastal environments?

Absolutely. The electronics are conformally coated to resist moisture, corrosion, and salt spray, and the system is designed to handle humidity levels up to 60% and above.

Q5: What is the timing accuracy of the synchronization system?

The WTEM-3 maintains less than 250ps timing integrity by using independent GPS and oven-controlled crystal oscillators (OCXO), ensuring data quality even during GPS outages.

Q6: What does "Predictive Health Monitoring" track?

It continuously monitors over 50 internal parameters, including temperature, voltage stability, and signal-to-noise ratios, to alert operators of potential issues before they cause failure.