ALLEN-BRADLEY 1794-ADN MODULE

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ALLEN-BRADLEY 1794-ADN MODULE Specification

Cooling Method
Natural air convection

Operating Temperature
0C to 55C

Output Current
400 mA at 24V DC

Current Range
Input current: 100 mA, Output current: 400 mA (max at 24V DC)

Features
DIN-rail mountable, CAN-based communication, Compact size, Fault diagnostics

Phase
Single Phase

Power Supply
24V DC

Rated Current
400 mA

Application
Distributed I/O systems, Factory automation

Working Temperature
0C to 55C

Connector Type
Removable terminal block

Product Type
Flex I/O Adapter Module

Input Voltage
24V DC (nominal)

Voltage Protection
Reverse polarity protection

Material
Plastic (housing)

Storage Temperature
-40C to +85C

Weight
~120 g

Network Address Setting
Rotary switches

LED Indicators
Module status, Network status, Power status

Product Code
1794-ADN

Installation Category
II

Communication Interface
DeviceNet

Isolation Voltage
50V (continuous), Basic Insulation Type

Enclosure Rating
IP20

Power Consumption
2.75 W (maximum)

Communication Rate
125, 250, 500 kbps

Series
1794 FLEX I/O

Mounting Type
DIN Rail

Number of Channels
N/A (Adapter module)

Dimensions (HxWxD)
94 x 94 x 24 mm

Ambient Humidity
5% to 95% non-condensing

About ALLEN-BRADLEY 1794-ADN MODULE

Discover the exclusive, new release ALLEN-BRADLEY 1794-ADN MODULEa dazzling addition to the renowned FLEX I/O series. Designed for DeviceNet communication, this noteworthy adapter module features an exquisite compact build, DIN-rail mounting, and IP20-rated enclosure. With reduced installation time and fault diagnostics, it ensures exceptional reliability in factory automation and distributed I/O systems. Enjoy sophisticated LED indicators for module, network, and power status. Benefit from robust voltage protection, rotary switch address setting, and effortless integration, all housed in a lightweight, durable plastic design for maximum efficiency.

Outstanding Features & Versatile Applications

The ALLEN-BRADLEY 1794-ADN is more than just a moduleits an essential solution for distributed I/O systems and factory automation. Its CAN-based communication, natural air convection cooling, and fault diagnostic capabilities deliver stable performance in diverse industrial environments. General use spans across both new installations and system upgrades, making it ideal for manufacturers seeking precision and adaptability in their operations. Its compact size and DIN-rail mountability further elevate its appeal for confined spaces.

Packaging Excellence, Export Markets & Certifications

Every ALLEN-BRADLEY 1794-ADN MODULE is securely packaged to ensure safe transportation and preserve its premium build during delivery. With significant market value, these modules are favored in international export markets, including Asia, Europe, and the Americas. Rigorous certifications guarantee compliance with industrial standards, reinforcing confidence among traders, suppliers, and end-users. Unwavering quality and diligent packaging support seamless integration into diverse automation markets globally.

FAQs of ALLEN-BRADLEY 1794-ADN MODULE:

Q: How do I set the network address on the ALLEN-BRADLEY 1794-ADN MODULE?

A: The network address of the ALLEN-BRADLEY 1794-ADN MODULE can be conveniently set using the built-in rotary switches. Simply adjust the switches on the module housing to the desired address before installation.

Q: What are the main benefits of using the 1794-ADN MODULE in distributed I/O systems?

A: The module offers reduced installation time, reliable CAN-based DeviceNet communication, advanced fault diagnostics, and robust voltage protection, making it an ideal choice for efficient and secure distributed I/O system setups.

Q: Where is the ALLEN-BRADLEY 1794-ADN most commonly applied?

A: This adapter module excels in distributed I/O systems and factory automation projects, especially where compact size, flexibility, and reliable communication are essential requirements.

Q: What external conditions can the 1794-ADN MODULE withstand during operation and storage?

A: The module operates efficiently in temperatures from 0C to 55C, with a storage range of -40C to +85C and is built to handle ambient humidity from 5% to 95% non-condensing.

Q: How does the module indicate its status during use?

A: It features separate LED indicators for module status, network status, and power status, allowing for instant visual diagnostics and monitoring during operation.

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