ALLEN BRADLEY 1794 IE12 MODULE

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ALLEN BRADLEY 1794 IE12 MODULE Specification

Protection Class
Class I

Operating Voltage
19.231.2V DC

Cover Material
Plastic

Way
12 channels

Rated Current
250 mA

Rated Insulation Voltage
50V DC

Connectivity Type
Screw Terminal

Protection Level
IP20

Features
Compact design, easy installation, high accuracy

Base Material
Plastic

Current Rating
0.25 A

Cooling System
Natural Air Cooling

Rated Operation Voltage
24V DC

Panel Type
DIN Rail Mount

Thickness
Compact

Components
Analog Channels, Terminal Base

Control System
PLC

Product Type
Analog Input Module

Material
Plastic, Metal

Surface Finish
Matte

Standard
IEC 61131-2

Surface Color
Gray

Rated Voltage
24V DC

Frequency (MHz)
50/60 Hz

Maximum Output Current
250 mA per channel

Dimension (L*W*H)
94 x 65 x 22 mm (3.7 x 2.6 x 0.87 in)

Application
Industrial Automation

IP Rating
IP20

Display Type
Status LEDs

About ALLEN BRADLEY 1794 IE12 MODULE

The ALLEN BRADLEY 1794 IE12 MODULE stands as an imposing example of engineering mastery, crowned by 12 single-ended analog input channels and a resplendent 12-bit resolution. Crafted for the discerning industrial automation professional, this best-seller blends ephemeral innovation and lasting quality. Grab this compact FLEX I/O module for rapid data acquisition within a 010V or 020mA range, supporting rigorous environments with a robust operating span of 0C to 55C. Its matte gray finish, isolation safeguards, and intuitive status LEDs ensure flawless integration and monitoring. Durable yet lightweight, it consistently sets the standard for reliability in demanding settings.

Wide-Ranging Industrial Utility and Competitive Edge

The ALLEN BRADLEY 1794 IE12 MODULE is extensively used in industrial automation, particularly within PLC control systems, manufacturing plants, and process industries. Its competitive advantages include high accuracy, status indication LEDs for instant feedback, and a robust IP20 protection class. With its compact DIN rail mount design and 12 versatile analog input channels, it excels in space-constrained environments, offering reliable performance across diverse application areasfrom chemical plants to assembly lines.

Sample Availability, Export Markets & Flexible Terms

Samples of the ALLEN BRADLEY 1794 IE12 MODULE are readily handed over to committed buyers for evaluation purposes. The module is widely exported, with India as a primary market. Suppliers and traders propose competitive amounts and ensure the lowest price propositions. Flexible payment terms, including advance payment and on-delivery options, cater to a range of procurement needsstreamlining the purchase and deployment process for global industrial customers seeking efficiency and value.

FAQs of ALLEN BRADLEY 1794 IE12 MODULE:

Q: What are the primary applications for the ALLEN BRADLEY 1794 IE12 MODULE?

A: The 1794 IE12 MODULE is mainly used in industrial automation settings, such as PLC-based control systems in manufacturing, chemical processing, and assembly line automation. It enables accurate analog signal input and monitoring.

Q: How does the status indication feature work on the 1794 IE12 MODULE?

A: The module is equipped with channel and module status LEDs that provide real-time feedback on the operating state and help identify issues or active channels for swift diagnostics.

Q: Where can the ALLEN BRADLEY 1794 IE12 MODULE be mounted for optimal performance?

A: The module is designed for DIN rail mounting, allowing secure installation in industrial control panels and ensuring stable operation in various environments.

Q: What process should I follow to obtain a sample of the module?

A: Interested buyers can request samples directly from suppliers or traders, who will promptly hand over the sample for pre-purchase evaluation and compatibility checks.

Q: What are the main benefits of the ALLEN BRADLEY 1794 IE12 MODULEs compact design?

A: Its compact size allows for efficient use of control cabinet space, simplifies installation on DIN rails, and provides flexible integration into systems with multiple I/O requirements.