ALLEN BRADLEY PLC 1794-OB32P

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ALLEN BRADLEY PLC 1794-OB32P Specification

Output Current
0.5 A per channel, 8 A per module maximum

Connector Type
Removable Terminal Block

Power Supply
External 24V DC

Features
32-channel, Electronically Protected, Removable Terminal Blocks, LED Indicators

Rated Current
0.5 A per channel

Output Type
Sourcing (Source) Digital Outputs

Cooling Method
Natural Convection

Working Temperature
-20C to 55C

Operating Temperature
-20C to 55C

Application
Industrial Automation, Machine Control, I/O Expansion

Product Type
Digital Output Module

Input Voltage
24V DC

Voltage Protection
Short-circuit and Overload Protection

Material
Plastic Housing

Storage Temperature
-40C to 85C

Weight
~90 g

Module Depth
69 mm

Product Series
Allen Bradley Flex I/O 1794 Series

Module Height
92 mm

Reverse Polarity Protection
Yes

Mounting Type
DIN rail

Module Width
94 mm

Number of Outputs
32 digital (sourcing) outputs

Signal Voltage
10-31.2V DC

Output Delay Time
<1 ms

Isolation Voltage
50V (continuous), basic insulation type, tested at 850V AC for 60s

About ALLEN BRADLEY PLC 1794-OB32P

Seize this hot-selling opportunity with the highly recommended ALLEN BRADLEY PLC 1794-OB32P, a dominant choice for industrial automation and machine control. Featuring 32 flawless digital sourcing outputs, this module is engineered for commanding operational efficiency and reliability. With a compact DIN rail design, robust short-circuit and overload protection, and reverse polarity safeguards, this hot deal ensures peak performance in demanding applications. The Flex I/O 1794 Series delivers unmatched flexibility, easy installation with removable terminal blocks, and LED indicators for superior monitoringtruly a flawless performer in the automation space.

Versatile Applications & Exceptional Features

The ALLEN BRADLEY PLC 1794-OB32P excels in industrial automation, machine control, and I/O expansion tasks. Its 32-channel output, compact design, and removable terminal blocks simplify integration into complex systems. Electronically protected with fast output delay and clear LED indicators, this module thrives in challenging environments. Its robust voltage and current ratingspaired with natural convection coolingguarantee reliable, continuous operation, making it a commanding solution for your specific application requirements.

Sample Policy, Domestic Market & Shipping Estimates

Sample units of the ALLEN BRADLEY PLC 1794-OB32P are available on request, catering to both domestic and export market clients. We offer express shipping for timely delivery, and can provide accurate estimates based on your requirements. Our comprehensive sample policy supports clients wanting to evaluate performance before bulk orders. Whether for local industries or global partners, we aim for efficiency and reliability in both delivery and service.

FAQs of ALLEN BRADLEY PLC 1794-OB32P:

Q: How is the ALLEN BRADLEY PLC 1794-OB32P typically used in industrial settings?

A: This module is commonly implemented for I/O expansion, machine control, and industrial automation, offering reliable digital output control across diverse applications.

Q: What specific features distinguish the 1794-OB32P from other PLC modules?

A: It sets itself apart with 32 digital sourcing outputs, reverse polarity protection, short-circuit and overload safeguards, LED indicators, and removable terminal blocks for easy installation.

Q: When should I consider using the 1794-OB32P in my automation projects?

A: Deploy this module when you require high-density digital outputs, rapid response time (less than 1 ms), and need to ensure robust system protection and expandability.

Q: Where can I request a sample of the ALLEN BRADLEY PLC 1794-OB32P?

A: You can request samples through authorized suppliers and traders who handle the Allen Bradley Flex I/O 1794 Series. Sample availability supports evaluation prior to purchase.

Q: What is the benefit of its electronically protected outputs?

A: Electronically protected outputs help safeguard your system from damage caused by short circuits or overloads, significantly increasing operational safety and product longevity.

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