24 Mueller clips small refractive cables
24-channel Mueller clip plug mini-refraction cable is a commonly used signal transmission component in fields such as seismic exploration and engineering detection, primarily used for connecting geophone strings to acquisition instruments to achieve efficient transmission of seismic wave signals.
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- Product Description
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The 24-channel Mueller clamp plug cable with a small bend is a commonly used signal transmission component in the fields of seismic exploration and engineering testing. It is mainly used to connect geophone arrays to acquisition instruments, enabling efficient transmission of seismic wave signals.
Core Functions
Multi-channel signal transmission: Contains 24 independent channels, capable of simultaneously connecting 24 geophones (such as piezoelectric geophones, velocity geophones, etc.), enabling synchronous acquisition of multi-channel seismic data.
Reliable connection: Uses Mueller clamp plugs, which tightly crimp to the cable core wires via metal clamps, ensuring stable signal transmission and strong anti-interference capability.
Small bend design: The cable is laid out in a slightly bent shape, allowing it to flexibly adapt to complex terrain (such as hills, urban obstacles), reducing cable wear and signal loss.
Technical Features
High flexibility: Uses bend-resistant polyurethane (PU) or rubber sheathing, suitable for field dragging and bending conditions.
Anti-interference: Each channel cable is independently shielded (such as aluminum foil + braided mesh), reducing electromagnetic interference (EMI) and crosstalk.
Waterproof and dustproof: The plug interface usually has a rubber seal, meeting the operational requirements of humid and dusty environments.
Lightweight: The single-channel cable diameter is relatively thin (such as 2-3mm), and the entire string is lightweight, making it easy for manual handling and quick deployment.
Application Scenarios
Seismic Exploration
In urban active fault detection and oil and gas exploration, it is used to deploy geophone arrays and collect vibration signals from underground media.
Advantages: The small bend layout can avoid ground obstacles (such as buildings and pipelines), adapting to complex urban environments.
Engineering Testing
Pile integrity testing, geotechnical dynamic characteristic testing, connecting accelerometers or velocity geophones, and transmitting impact response signals.
Vibration Monitoring
Bridge, tunnel, and other structural health monitoring, real-time transmission of multi-point vibration data to the acquisition system.
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