Power Inserter-Twisted Pair-1 set of outputs-signal loop-through

The RDL TX-TP1PW is a twisted-pair power inserter designed to power remote senders and receivers from a convenient location. It combines a 24 Vdc input, signal loop-through, and one dual-RJ45 output set in a compact module. Each associated RJ45 connection can power a compatible endpoint, allowing a receiver to be powered from one jack and a sender from the other.

Ideal Use Cases

The TX-TP1PW is intended for systems that require power to be delivered to remote senders and receivers through associated RJ45 connections. It is especially useful when the 24 Vdc power source needs to be placed in a more convenient location than the connected sender or receiver. The two RJ45 jacks provide a practical arrangement for powering one receiver and one sender from the same inserter while retaining the specified signal loop-through configuration.

Its 3.0-inch-wide enclosure also suits applications where installation space is limited. The module operates in ambient temperatures from 0° C to 55° C, making its supported environmental range clear when planning equipment placement.

Why Choose This Model

This model provides two ways to connect incoming 24 Vdc power: a dc power jack and a detachable terminal block. That choice allows the installer to use the connection method appropriate for the application. The dual-RJ45 output configuration supports up to 200 mA of load current on each RJ45 output.

Two front-panel status functions provide immediate operating information. A blue Power In LED shows that the module is receiving power. A green Power Out LED indicates correct dc output voltage on the RJ45 connections. These separate indications help distinguish incoming-power status from output-voltage status during setup and routine checks.

Installation and Integration

Power is supplied to the TX-TP1PW through either its dc power jack or detachable terminal block. The specified requirement is 24 Vdc at 20 mA plus the connected loads. Each RJ45 output has a maximum load-current rating of 200 mA, so the requirements of the connected sender and receiver should be considered individually when configuring the system.

Recommended power supplies are the RDL PS-24AS for the USA and PS-24AX for international use; the power supply is not included. The module measures 3.0 inches (7.6 cm) wide, 1.2 inches (3.0 cm) high, and 1.4 inches (3.6 cm) deep. No mounting option is specified in the provided product data.

Performance Highlights

• One set of dual RJ45 outputs for associated remote devices
• Maximum load current of 200 mA on each RJ45 output
• 24 Vdc at 20 mA operating requirement, plus connected loads
• Signal loop-through configuration
• Blue LED for Power In status
• Green LED for correct dc output voltage on the RJ45s
• Power input through a dc jack or detachable terminal block
• Specified ambient operating range of 0° C to 55° C

What Makes It Different

The TX-TP1PW brings power insertion, two associated RJ45 output connections, and signal loop-through into one compact device. Instead of relying on a single input format, it accommodates both plug-in dc power and terminal-block wiring. Its separate input and output indicators also communicate more than a single general power light: the blue indicator confirms that power reaches the module, while the green indicator confirms correct dc output voltage at the RJ45 connections.

The ability to power a receiver from one RJ45 jack and a sender from the other defines a clear role for the dual-output arrangement. Its published current limit further gives installers a concrete value for evaluating each connected load.

Final Assessment

The RDL TX-TP1PW is a focused power-distribution component for compatible remote senders and receivers. It offers dual RJ45 power outputs, two 24 Vdc input connection choices, signal loop-through, and dedicated input and output status indicators. For installations requiring up to 200 mA on each RJ45 output, it provides clearly documented electrical limits and a compact 3.0 by 1.2 by 1.4-inch form factor. The required power supply must be selected separately.