Is the Allen-Bradley 1734-EP24DC new or used?

We offer the 1734-EP24DC in multiple conditions, from unused surplus to professionally reconditioned units. Every option is sourced and verified independently and covered by our 2-year replacement warranty.

What are the key ratings of the 1734-EP24DC?

The 1734-EP24DC is rated at 9.8 Watts.

What is the Allen-Bradley 1734-EP24DC?

The 1734-EP24DC is an Allen-Bradley Point I/O Expansion Power Supply.

UPC	10612598206879
Brand	Allen-Bradley
Series	POINT I/O
Field Power	24 Volts DC
Module Type	Expansion Power Supply
Manufacturer	Rockwell Automation
Inrush Current	6 amps for 10 milliseconds
Isolation Voltage	50 Volts Continuous
Power Consumption	9.8 Watts
Power Dissipation	3 Watts
Thermal Dissipation	10 BTU/hour
Power Supply Current	10 amps
Overvoltage Protection	Reverse Polarity
Part Number/Catalog No.	1734-EP24DC

Allen-Bradley

1734-EP24DC

Rate this product

Ready to ShipPLCs Point I/O

The Rockwell Automation Allen-Bradley 1734-EP24DC POINT I/O Expansion Power Supply provides 24VDC field power with a 10 amp supply current, featuring inrush current protection and reverse polarity overvoltage protection. It ensures efficient power management with a consumption of 9.8 Watts and 3 Watts dissipation.

PDF

We currently only collect tax from customers in the state of North Carolina. If you are exempt on your purchase, please email your Sales Tax & Use Exemption Form to sales@replacenc.com.
If you are checking out via a quote we send you, there is an option to upload your form at the time of purchase.

If you have already placed an order, please send us your form and we can refund the charged taxes.

Overview of Allen-Bradley 1734-EP24DC

The Allen-Bradley 1734-EP24DC is an expansion power supply module in the POINT I/O range produced by Rockwell Automation. It is specifically designed to extend the capabilities of POINT I/O systems, allowing for additional I/O modules to be powered without overloading the base power supply. This module helps to increase the system's flexibility and capacity by delivering a reliable power source for extensive industrial applications.

Specifications of 1734-EP24DC

The 1734-EP24DC is equipped with a 24V DC input voltage and is capable of outputting a current sufficient to power multiple I/O modules, typically at 2 Amps continuous. This makes it an ideal choice for complex automation systems that require more power than what can be provided by the internal power bus of a single POINT I/O base unit. The module also features diagnostic indicators that provide visual feedback on the module's status and assist in troubleshooting.

Installation and Compatibility

Installing the 1734-EP24DC module is straightforward, with a ‘plug-and-play’ design that allows for easy attachment to the POINT I/O backplane. It is compatible with a range of POINT I/O modules and bases, designed to meet various industry standards, ensuring seamless integration into many industrial environments. However, it’s essential to refer to the specific requirements and compatibility data provided by Rockwell Automation to ensure proper operation within a POINT I/O system.

Safety and Reliability

Safety and reliability are key aspects of the 1734-EP24DC design. It provides overcurrent protection and features the ability to detect field side power loss, which enhances the safety of the system. Additionally, the robust construction and adherence to stringent quality standards mean that the module is reliable for continuous operation in industrial settings, minimizing the likelihood of downtime and maintenance requirements.

Applications of Allen-Bradley 1734-EP24DC

The 1734-EP24DC module is commonly used in a variety of industrial applications, such as manufacturing, process control, and automation systems. Its ability to expand the power capabilities of the POINT I/O system makes it suitable for applications that require a high density of I/O points or where the distance between I/O points and the controller is significant. It is also beneficial in applications where the expansion of the system is anticipated, providing a straightforward approach to scaling up without needing to redesign the entire system.