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ALLEN BRADLEY MODULE

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ALLEN BRADLEY MODULE Specification

Current Range
0-2A

Cooling Method
Natural Convection

Power Supply
External Power Supply

Features
Hot-Swap Capability, Diagnostics LED, DIN Rail Mount

Phase
Single Phase

Application
Industrial Automation, Process Control

Output Type
Digital

Rated Power
48W

Power Factor
>0.98

Operating Temperature
0C to +60C

Rated Current
2A

Output Current
2A max

Connector Type
Removable Terminal Block

Noise Level
<50 dB

Working Temperature
0C to +60C

Product Type
Control System Module

Output Power
24V DC, 2A

Output Frequency
50/60 Hz

Input Voltage
120/240V AC

Voltage Protection
Overvoltage, Undervoltage, Short Circuit Protection

Efficiency
Up to 92%

Material
Industrial Grade Thermoplastic and Metal

Line Regulation
<0.5%

Storage Temperature
-40C to +85C

Weight
0.72 kg

Life Expectancy
>100,000 operations

Status Indicators
LEDs For Output State

Response Time
10 ms

Communication Interface
Backplane

System Compatibility
SLC 500 Series

Mounting Type
DIN Rail

Protection Class
IP20

Model Number
1746-OW16

Isolation Voltage
1500V AC

Dimensions (HxWxD)
140 mm x 35 mm x 87 mm

About ALLEN BRADLEY MODULE

ALLEN BRADLEY MODULE IB

Seamless SLC 500 Integration

The 1746-OW16 module is specifically designed to fit and function flawlessly with Allen Bradleys SLC 500 Series PLC systems. Quick installation on a DIN rail and a standardized backplane interface make expansion and replacements effortless, ensuring minimal downtime and smooth system upgrades.

Advanced Protection and Diagnostic Features

With integrated overvoltage, undervoltage, and short circuit protection, this module prioritizes system safety and longevity. Onboard diagnostics LEDs for output status offer immediate feedback on module operation, aiding fast troubleshooting and reducing the need for in-depth intervention.

Efficient and Reliable Performance

Delivering up to 92% efficiency and line regulation below 0.5%, the 1746-OW16 operates in diverse conditions with a wide -40C to +85C storage and 0C to +60C working temperature range. Its natural convection cooling and industrial-grade enclosure ensure consistent, reliable digital output for automation needs.

FAQs of ALLEN BRADLEY MODULE:

Q: How is the ALLEN BRADLEY 1746-OW16 module installed in an automation system?

A: The 1746-OW16 module is designed for DIN rail mounting and connects easily into an SLC 500 Series system via the standard backplane interface. Installation requires attaching the module to the rail, connecting power through a removable terminal block, and configuring it in your SLC hardware setup.

Q: What types of protection does the 1746-OW16 module offer during operation?

A: This module provides robust protection against overvoltage, undervoltage, and short circuits, ensuring operational safety and protecting both the module and connected equipment from electrical hazards.

Q: When should the diagnostics LEDs be checked on this module?

A: You should check the output state LEDs during system start-up, troubleshooting, or routine maintenance to monitor operational status and quickly identify any output issues without interrupting the industrial process.

Q: Where is the 1746-OW16 module typically used?

A: This module is widely utilized in industrial automation and process control environments across manufacturing centers, assembly lines, and in applications where dependable digital output control is essential.

Q: What benefits does the hot-swap capability offer?

A: Hot-swap capability allows you to replace or add the module without powering down your entire system, minimizing downtime and maintaining productivity during maintenance or upgrades.

Q: How does the module maintain efficient performance under varying load conditions?

A: With up to 92% efficiency, a power factor greater than 0.98, and line regulation below 0.5%, the module ensures stable operation and consistent output even when input voltage fluctuates or loads change.

Q: What materials enhance the durability of the 1746-OW16 module?

A: The module is constructed using industrial-grade thermoplastic and metal, providing robust mechanical protection and ensuring long service life even in demanding working environments.

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