8-Channel Analog Input Data Acquisition System ±10V Range for Industrial Vibration Testing

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Product Description

📦 Basic Info
Model NO.G01NET-3F
Analog Input Channels8 Channels (Default Single-Ended Input, Supports Differential)
Input Range and Resolution-10~10V / 0.005mv
Sampling FrequencyConfigurable From 1~10547Hz (Fully Synchronous)
Storage CapacityStandard 16G SD Card (Binary Format)
Remote TransmissionUDP, TCP/IP Client, TCP/IP Server
Time CalibrationGPS, Beidou, Network Calibration
Dynamic Range≥120dB
Operating Temp-35℃ to +70℃; Humidity: ≤90%
📷 Main Product Images
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⭐ Key Features & Advantages

Product Introduction: The G01NET-3F is a high-precision dynamic data acquisition instrument featuring synchronous monitoring, on-site storage, and real-time data upload capabilities.

  • 24-bit high-resolution conversion accuracy.
  • Multiple time synchronization: Beidou, GPS, and Upper Computer Network.
  • Remote management: Modify operating parameters, copy data, and monitor SD storage remotely.
  • Secondary development support with free access to communication protocols.
  • Low power consumption and compact design for industrial use.
📊 Technical Specifications

Applications: Blasting monitoring, seismic monitoring, microseismic monitoring, and structural safety monitoring for wind turbine towers and buildings.

Input Impedance1MΩ
Power SupplyDC12V / 4W
Dimensions172*160*44 mm (Mounting spacing: 153*68mm)
Trigger ModeAmplitude-based trigger for on-site storage
Data FormatReal-time transmission of raw data
🏗️ Project Cases
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🏢 Professional Expertise

Our enterprise focuses on earthquake monitoring and structural safety monitoring. We integrate R&D, production, and sales with a strong technical team specializing in seismic technologies and system development.

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📜 Application Cases & Certification
Certification
Application Overview
📦 Packing & Delivery
Packaging
❓ FAQ
1. What solutions do you provide for safety monitoring?
We offer comprehensive systems for strong motion monitoring (dams/slopes), microseismic monitoring, wind turbine foundation/tower safety, bridge health, and blasting vibration monitoring.
2. How is product quality ensured?
We implement a three-tier system: detailed requirement mapping before delivery, strict performance inspection before shipment, and continuous technical follow-up post-installation.
3. Does the system support remote data transmission?
Yes, it supports three communication methods: UDP, TCP/IP Client, and TCP/IP Server, allowing for real-time transmission of raw data to remote servers.
4. What are the typical applications for these instruments?
Our products are widely used in offshore/onshore wind farms, bridge health monitoring, ancient buildings, urban rail transit, and industrial machinery vibration testing.
5. Can the equipment be used in extreme environments?
Yes, the instrument is designed to operate in temperatures ranging from -35℃ to +70℃ with humidity up to 90%, making it suitable for most industrial and outdoor settings.
6. Do you support secondary development?
Absolutely. We provide customers with free access to the instrument's communication protocol to facilitate secondary development and system integration.

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