Tripp Lite by Eaton Serial over Cat5/Cat6 RS232 Extender, Transmitter and Receiver, Up to 3280 ft. (999.74 m), TAA

Tripp Lite by EatonSKU: 2750534

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Sale price$117.66

Description

Tripp Lite by Eaton Serial over Cat5/Cat6 RS232 Extender, Transmitter and Receiver, Up to 3280 ft. (999.74 m), TAA

Unlock the full potential of legacy and modern serial devices with the Tripp Lite by Eaton Serial over Cat5/Cat6 RS232 Extender. This robust transmitter-and-receiver pair lets you place your RS232 devices wherever you need them—well beyond the reach of a traditional serial cable—by running a simple Cat5e or Cat6 link. Perfect for factories, laboratories, retail environments, POS stations, or any setup requiring reliable, long-distance RS232 communication, this extender delivers stable data transfer, easy installation, and flexible configuration. With its TAA-compliant design, it’s suitable for government procurement and enterprise deployments alike, helping you future-proof your serial infrastructure without sacrificing performance or reliability.

  • Extend RS232 over Cat5/Cat6 networks to place serial devices exactly where they offer the most benefit, without relocating equipment or compromising signal integrity. The transmitter and receiver maintain the integrity of your RS232 signals across the length of the cable, preserving data accuracy for critical control, monitoring, and data collection tasks.
  • Transmitter and receiver pair provide end-to-end serial communication with clear, bidirectional data flow. This dedicated pair ensures consistent timing and low latency, supporting real-time monitoring, control commands, and responsive remote management of connected devices.
  • Broad compatibility with RS232 devices thanks to support for common serial configurations, baud rates, data formats, parity, and handshake options. Whether you’re interfacing with PLCs, instrument controllers, barcode scanners, POS peripherals, or other serial-enabled hardware, the extender helps you maintain dependable operation.
  • Ideal for both business and home environments—from industrial automation floors and data centers to laboratories, kiosks, and remote monitoring stations. It’s designed to handle demanding conditions while remaining simple to deploy, making it a smart upgrade for anyone needing longer reach for RS232 devices.
  • Rugged, reliable, and compliant with a build intended for steady, long-term use. The device is designed for easy installation with minimal downtime, and its TAA compliance makes procurement straightforward for government and enterprise projects alike.

Technical Details of Tripp Lite by Eaton Serial over Cat5/Cat6 RS232 Extender

  • Extends RS-232 asynchronous serial signals over Cat5e or Cat6 cabling to connect remote devices without moving them.
  • Maximum transmission distance between transmitter and receiver: up to 3280 ft (999.74 m).
  • Includes a dedicated transmitter unit and a compatible receiver unit for end-to-end serial extension.
  • Supports standard RS-232 electrical characteristics, allowing seamless integration with a wide range of serial equipment and host controllers.
  • TAA-compliant design suitable for procurement in government and large-scale enterprise deployments.
  • Plug-and-play setup with straightforward configuration to minimize installation time and disruption.

How to install Tripp Lite by Eaton Serial over Cat5/Cat6 RS232 Extender

  • Plan placement: Decide where the transmitter will connect to the RS232 device and where the receiver will connect to the host controller or PC. Ensure both units are within the tolerance of standard Cat5e/Cat6 cables and have clear access to power (if required).
  • Connect RS232 devices: Attach the RS232 cable from the serial device to the transmitter’s RS232 port, and connect the RS232 port on the receiver to the host PC, controller, printer, or other serial equipment.
  • Lay the Cat5e/Cat6 link: Run a single Cat5e or Cat6 cable between the transmitter and receiver. Use a straight-through Ethernet cable and avoid cable damage, kinks, or excessive bending to preserve signal quality.
  • Power and positioning: If power adapters are required for the units, connect them to a reliable power source. Position the units away from sources of interference and secure cabling to reduce strain on connectors.
  • Configure serial settings: Align baud rate, data bits, parity, stop bits, and handshake (if used) on both ends to match the connected RS232 devices. For best results, set both ends to the same serial parameters and test with a loopback or a known-good device.
  • Test and validate: Test data transmission by sending commands or data from the host to the remote device and vice versa. Verify that control sequences, prompts, and responses appear correctly, and adjust timing if necessary for your equipment.

Frequently asked questions

  • What does this RS232 extender do? It extends RS232 serial communication over Cat5e or Cat6 cables, enabling remote access and control of RS232-enabled devices without moving them.
  • How far can I run the connection? The transmitter and receiver can link over distances up to 3280 feet (approximately 999.74 meters) depending on cable quality and environmental conditions.
  • What cables are supported? Standard Cat5e or Cat6 copper cables are recommended for best performance and reliability.
  • Do I need software to use it? No software is required for basic operation; the extender is designed for plug-and-play use with standard RS232 devices, though you may need to configure serial parameters on your equipment to match.
  • Is it compliant with government procurement? Yes, the product is TAA-compliant, making it suitable for procurement in government and enterprise programs that require this compliance.
  • What kinds of devices can I connect? Any RS232-compatible device, including PLCs, instrumentation, industrial controllers, barcode scanners, printers, and other serial peripherals, can be extended using this pair.
  • Can I expand beyond one transmitter-receiver pair? This description covers a single transmitter/receiver pair; for larger deployments, additional extenders can often be deployed in a daisy-chain or star configuration as supported by your specific equipment and cable plan. Always verify compatibility and ensure proper grounding and distance calculations for your network.

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