Introduce

Node X Series—Series Intelligent Node Seismic System

——Higher-precision,more portable and more intelligent

Introduction

Node X comprises a series of high-precisionintelligent node seismic acquisition systems independently developed and manufactured by Beijing Orangelamp Geophysical Exploration Co.,Ltd.These systems are adaptable to various methods and scenarios,including active and passive seismic explorations,seismic monitoring,structural monitoring,and disaster  monitoring.They boast 4G cloud platform management,real-time monitoring,remote data download,and expansion unit capabilites.

Highlights

Ø Real Time Quality Control

The integrated Wi-Fi feature allows for real-time monitoring on Android/PC,providing operators with the ability to conduct work with superior quality and efficiency.This includes the monitoring of GPS,battery,and storagecard status,ensuring optimal performance during operations.

Ø Built-in and External Sensor Model Optional

It is capable of being equipped with either built-in 3 components of 4.5/2Hz geophone or accelerometer,or external 3-channel seismic sensors,such as geophone,accelerometer,broadband seismometer,and strong seismometer.

Ø Ultra-portable and low-power consumption

The unit is compact and lightweight,features low power consumption,and has a built-in battery that enables long-term continuous acquisition.

Ø BD/GPS Time Service

The BD/GPS offers precise time service for each device,guaranteeing synchronization accuracy of multiple units to be within 3 microseconds.

Ø Simple-to-use Data Management Software

The Rocket software is employed for the management and preprocessing of seismic data,dataharvesting,firmware updates,and various related tasks.
       

Ø Powerful remote communication

It is capable of establishing a local network via Wi-Fi or connecting to the cloud platform utilizing 4G to enable remote configuration,control,and data transmission.

Local Network	Cloud Platform

Cases

Investigation projectofsurface overburdenin Hebei(H/V)

 
Passive surface wave survey in a goaf in Shanxi (ESPAC)

Receiving function of a place in Tibet