LNR42647 & LU42647 RS-232 Serial Cable 50ft with Ferrit…

LNR42647 & LU42647 RS-232 Serial Cable 50ft with Ferrite for GE

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The LNR42647 & LU42647 RS-232 Cable is a 50 ft host I/O serial cable designed for GE Prodigy DXA systems, ensuring stable data communication between system components. Built with ferrite noise suppression, it delivers reliable signal integrity for consistent performance.

  • 50 ft length for flexible system setup
  • Integrated ferrite for EMI noise reduction
  • OEM-compatible for GE Prodigy DXA systems
  • Ensures stable host-to-system communication

Maintain reliable connectivity—order your replacement cable today.

SKU: LNR42647
Category: Bone Density Parts, GE Parts
Tags: DXA host IO cable, DXA RS-232 cable, GE DXA communication cable, GE Prodigy serial cable, LNR42647 cable replacement, LU42647 cable, medical serial cable 50ft, Prodigy DXA parts

Overview of the LNR42647 RS-232 Cable

The LNR42647 & LU42647 RS-232 Serial Cable is a critical communication component designed for GE Prodigy DXA systems. This 50-foot host I/O cable enables stable and accurate data transmission between the DXA scanner and its connected workstation or control interface. In environments where precision and consistency are essential, maintaining reliable communication between system components is non-negotiable.

Over time, serial cables can degrade due to repeated handling, environmental exposure, and general wear. Signal interference, connection instability, or physical damage can lead to communication errors that disrupt workflow and compromise system performance. Replacing aging or faulty cables with the LNR42647 RS-232 Cable ensures that your system continues to operate efficiently and without interruption.

This cable is specifically engineered to meet the requirements of GE Prodigy systems, offering OEM-compatible performance and seamless integration. Its 50-foot length provides flexibility in equipment layout, making it suitable for a variety of clinical and imaging environments.


Key Features / Benefits of the LNR42647 RS-232 Cable

Ensures Reliable Data Communication

The primary function of the LNR42647 RS-232 Cable is to facilitate consistent and accurate data transfer between system components. Reliable communication is essential for maintaining system responsiveness, preventing data errors, and ensuring smooth operation during scans.

Integrated Ferrite for Noise Suppression

Electromagnetic interference (EMI) can negatively impact signal quality, particularly in environments with multiple electronic devices. This cable includes a built-in ferrite core that reduces noise and interference, helping maintain clean and stable signal transmission.

Extended 50-Foot Length for Flexible Installation

The 50-foot cable length allows facilities to configure their DXA systems according to space requirements without compromising connectivity. Whether your workstation is positioned nearby or at a distance, this cable provides the reach needed for optimal setup.

OEM-Compatible Design

Designed to match the specifications of GE Prodigy DXA systems, this cable ensures proper connectivity without the need for modifications. Its compatibility helps maintain system calibration and avoids communication mismatches that can occur with generic cables.

Durable Construction for Clinical Environments

Built for durability, the LNR42647 RS-232 Cable is designed to withstand daily use in medical and imaging facilities. Its robust construction helps prevent wear-related failures, reducing the need for frequent replacements.

Essential for Refurbished System Performance

For facilities operating refurbished GE Prodigy systems, ensuring that all communication components are functioning properly is critical. A high-quality serial cable like the LNR42647 & LU42647 supports reliable system operation and helps extend the life of your equipment.


Importance of Reliable Serial Communication in DXA Systems

DXA systems rely on seamless communication between hardware and software components to function properly. The RS-232 interface remains a standard communication protocol in many medical imaging systems due to its reliability and simplicity. However, its performance depends heavily on cable integrity.

A compromised cable can result in delayed responses, incomplete data transmission, or system errors. In busy clinical settings, these issues can disrupt workflow, increase downtime, and affect overall productivity. By replacing worn or unreliable cables with a properly specified part like the LNR42647 RS-232 Cable, facilities can avoid these challenges and maintain operational efficiency.


Applications

The LNR42647 & LU42647 RS-232 Cable is ideal for:

  • GE Prodigy DXA system connectivity
  • Host-to-system communication interfaces
  • Refurbished DXA system maintenance
  • Imaging centers and diagnostic facilities
  • Mobile or custom-configured DXA setups

Part Numbers: LNR42647, LU42647
Product Type: Host I/O RS-232 Serial Cable
Length: 50 Feet
Connector Type: RS-232 Serial
Ferrite Core: Integrated for EMI suppression
System Compatibility: GE Prodigy DXA
Application: Data communication between DXA system and host workstation
Condition: Replacement / Refurbishment Component

Frequently Asked Questions

What causes RS-232 communication issues in DXA systems?
Communication issues are often caused by cable wear, loose connections, or electromagnetic interference. Over time, cables can degrade and lose signal integrity, leading to intermittent or failed communication between system components.

Is a ferrite core necessary on a serial cable?
While not always required, a ferrite core significantly improves performance by reducing electromagnetic interference. In medical environments with multiple electronic devices, this helps maintain stable and accurate data transmission.

Can I use a generic RS-232 cable instead of this part?
Using a generic cable may not provide the same level of compatibility or signal stability. OEM-compatible cables like the LNR42647 are designed specifically for GE Prodigy systems, ensuring proper performance and fit.

How do I know if my DXA system cable needs replacement?
Signs include intermittent connectivity, communication errors, or visible damage to the cable. If the system experiences delays or data transfer issues, replacing the cable is a recommended first step.

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