1734-ep24dc-Allen Bradley PLC

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MOQ : 10 Pieces

1734-ep24dc-Allen Bradley PLC Specification

Efficiency
High (manufacturer standard)

Rated Voltage
24V DC nominal

Operating Temperature
-20C to +55C

Frequency
DC unit (Not Applicable)

Mounting Type
DIN Rail

Humidity
5% to 95% (Non-condensing)

Output Voltage
24V DC

Protection Level
IP20

Input Current
4 A maximum

Phase
Single Phase (DC powered)

Main Material
Industrial grade polymer and metal components

Processing Type
Electronic Module

Condition
New

Function
Provides additional 24V DC field power to POINT I/O system

Application
PLC System Expansion Power Supply - POINT I/O

Dimension (L*W*H)
75 mm x 25 mm x 54 mm (Approx.)

Power Mode
External Supply

Voltage
24V DC

Power Consumption
Typically less than 2W

Accessories
None included

Model Number
1734-EP24DC

Isolation Voltage
50V (continuous), Basic Insulation

Wire Size
0.34 - 2.1 mm2 (22-14 AWG) solid or stranded copper wire

Compatible Devices
POINT I/O Modules

Weight
Approx. 80g

Series
POINT I/O

Enclosure Type Rating
Open type

1734-ep24dc-Allen Bradley PLC Trade Information

Minimum Order Quantity
10 Pieces

Delivery Time
5-7 Days

About 1734-ep24dc-Allen Bradley PLC

Experience the celebrated performance of the new Allen Bradley 1734-EP24DC PLC, a rare and in-demand expansion power supply from the top-tier POINT I/O Series, designed for applications requiring robust 24V DC field power. Crafted from high-grade industrial polymers and metal components, this open-type module delivers a glorious solution for system expansion, supplying up to 4A input and maintaining high efficiency at less than 2W consumption. Its compact, versatile design ensures seamless compatibility with POINT I/O modules, empowering modern automation setups to reach new levels of excellence.

Versatile Applications and Use Types for Every Industry

The 1734-EP24DC Allen Bradley PLC is engineered for surface-mounted industrial PLC systems and suits any setting requiring expansion of the POINT I/O module network. Perfect for manufacturing plants, assembly lines, and automation panels, this external supply unit supports both new system integrations and upgrades. Its usage type is primarily to provide additional 24V DC power, catering to demanding applications that emphasize reliability and modularity in complex control environments.

Export Markets, Certifications, and Packaging Information

We offer the 1734-EP24DC Allen Bradley PLC for sale at a competitive price to leading markets, including Europe, Asia, and North America. Recognized certifications assure compliance with industry standards, adding peace of mind with each charge delivered. Packaging details are designed to protect the module during shipping, ensuring it arrives in pristine, ready-to-install condition. Buyers benefit from secure handling alongside prompt dispatch from trusted Indian suppliers and traders.

FAQ's of 1734-ep24dc-Allen Bradley PLC:

Q: How does the 1734-EP24DC benefit PLC system expansions?

A: The 1734-EP24DC provides a stable 24V DC field power supply to POINT I/O modules, allowing seamless system expansions without power limitations, which enhances reliability and scalability in industrial automation projects.

Q: What locations are suitable for installing the 1734-EP24DC?

A: This power supply is suitable for environments where DIN rail mounting is possible, such as control cabinets, automation panels, and industrial workstations that use POINT I/O modules.

Q: When should you use the 1734-EP24DC in your PLC system?

A: Use the 1734-EP24DC when your POINT I/O configuration requires additional 24V DC field power due to increased module load or when building a scalable, modular I/O network.

Q: What is the process for connecting the 1734-EP24DC module?

A: The installation process involves DIN rail mounting followed by connecting solid or stranded copper wires (0.34-2.1 mm2) to the terminal blocks, ensuring secure power supply integration with your POINT I/O system.

Q: How efficient is the Allen Bradley 1734-EP24DC module?

A: This module operates at high efficiency according to the manufacturer's standards, typically consuming less than 2W while reliably supporting up to 4A input current for optimal system performance.

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