RUFUS Help
RUFUS CloudBox
RUFUS CloudBox
  • Introduction to RUFUS CloudBox
  • GETTING STARTED
    • Getting Started with RFID Technology
    • Introduction to Race Timing
    • RFID for Race Timing
    • Networks 101: Understanding the Basics for Race Timing
    • CloudBox Ports & Characteristics
  • PROTOCOL
    • How to Connect to the CloudBox
    • Protocol Commands and Responses
    • Receiving Timing Data Passings During a Session
  • CONNECTIONS
    • Connecting to the CloudBox: LAN, WiFi, and 4G Overview
    • Connecting the CloudBox via Ethernet Cable
    • Connecting the CloudBox via WiFi Access Point
    • Connecting the CloudBox to an External WiFi Network
    • Connecting Two or More CloudBox in the Same Network via a Hub or Router
    • Connecting the CloudBox to a 4G Network
  • Interface
    • Accessing the CloudBox Interface: General Guide
    • Timing Interface
    • Status Interface
    • Configuration Interface
    • Backup Interface
    • GPS Interface
    • Cloud Interface
  • General Operations
    • RFID Reader Configuration
    • RFID Reader Installation
    • Knowing your CloudBox IP Address
    • Boot Sequence
    • Starting and Stopping a Timing Session
    • Accessing Backup Files on the CloudBox
    • Time Synchronization Methods
    • LED Signals and Alarm Notifications
    • Connecting your CloudBox with RUFUS Race Manager (locally)
    • Connecting your CloudBox with Wiclax (locally)
  • ADVANCED OPERATIONS
    • Firmware Update
    • Network Configuration
    • GPS Service
    • Backup Rewind Function
    • IoT Service
    • 4G Modem
  • Cloud
    • Introduction to CloudBox Cloud Service
    • Binding the CloudBox with the RUFUS Cloud Service
    • Accessing Stored Cloud Timing Sessions
    • Connecting your CloudBox with RUFUS Race Manager (remote)
  • Care and maintenance
    • Warning!
    • Battery Care
    • Taking Care of your CloudBox
    • General Recommendations
    • Special Note on UHF Cables
  • Common problems
    • FAQ
    • Common Problems and Troubleshooting
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On this page
  • Why UHF Cables Are Important
  • Key Recommendations for UHF Cable Care
  • Why Cable Maintenance is Critical
  • Summary
  1. Care and maintenance

Special Note on UHF Cables

In any RFID-based timing system like the CloudBox, the UHF cables are vital components that ensure the smooth transmission of power and data between the reader and antennas. Proper handling, maintenance, and storage of these cables are critical for the overall success and reliability of your timing operation.

Why UHF Cables Are Important

UHF cables are responsible for transmitting the power generated by the reader to the antennas. They play a key role in ensuring that the RFID system operates at its full potential. Any damage to the cables can result in loss of signal strength and poor performance of the antennas, which may lead to missed athlete passings during races.

Key Recommendations for UHF Cable Care

  1. Avoid Sharp Bends or Forceful Handling

    • Never bend UHF cables sharply or apply excessive force when handling them. Cables contain delicate internal wiring that can become damaged if bent or twisted in the wrong way.

    • When rolling or unrolling cables, always do so gently to prevent internal breakages that can cause power transmission loss.

  2. Keep Connectors and Cables Clean and Dry

    • Moisture can be highly damaging to both the cables and connectors, leading to corrosion and performance degradation.

    • Always keep the cables in dry environments, and ensure connectors are free from dust, dirt, and humidity. Use protective covers when the cables are not in use.

  3. Check for Internal Cable Damage

    • Over time, repeated improper handling or poor storage can cause internal damage to cables, which may not be immediately visible. Damaged cables can result in a significant loss of transmission power, reducing the overall performance of the RFID system.

    • Regularly inspect cables for signs of wear or damage, and if you notice any drop in antenna performance, consider testing or replacing the cables.

  4. Avoid Cable Pressure

    • Never press or crush the cables under the weight of the antenna or other heavy objects. Ensure that cables are laid in a safe, unobstructed path underneath or around the antennas during setup.

    • Protect the cables by placing them in the designated space below floor antennas or securing them away from foot traffic.

  5. Store Cables Properly

    • After each event, store cables correctly by coiling them in loose, smooth loops. Ensure the cables are kept in a dry, protected area, away from sharp objects that might puncture or damage them.

    • Using the provided protective covers for connectors is highly recommended to prevent dust and moisture buildup.

Why Cable Maintenance is Critical

The cables are an integral part of the entire CloudBox system. Even though they may seem like minor components, they are just as important as the reader and antennas themselves. Damaged or neglected cables can result in reduced signal strength, inaccurate race timing, and potentially missed athlete passings.

To ensure a successful timing operation, make UHF cable care and maintenance a priority. Properly cared for cables will last longer, transmit power more efficiently, and deliver consistent performance in even the most challenging environments.

Summary

Take care of your UHF cables to maintain the accuracy and reliability of your race timing system. Avoid sharp bends, keep them clean and dry, check for internal damage, and store them properly to protect the integrity of your timing setup. Always remember: the cables are a fundamental part of the system—take care of them!

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Last updated 8 months ago