1746-IV16 ALLEN BRADLEY 1746 SLC 500

Get a Price/Quote

1746-IV16 ALLEN BRADLEY 1746 SLC 500 Specification

Features
Compact design Reliable performance

Current Range
16-Point Digital Input

Working Temperature
0C to 60C

Noise Level
Low

Application
Industrial Automation

Cooling Method
None (Passive Cooling)

Connector Type
Terminal Block

Operating Temperature
0C to 60C

Power Supply
External (Module receives power from SLC chassis)

Output Type
Digital

Product Type
Digital Input Module

Input Voltage
5V DC

Efficiency
High

Material
Plastic and Metal

Storage Temperature
-40C to 85C

Weight
Approximately 0.2 kg

About 1746-IV16 ALLEN BRADLEY 1746 SLC 500

ALLEN BRADLEY 1746 SLC 500

Text-to-speech function is limited to 200 characters

Options : History : Feedback : Donate

High Efficiency for Industrial Automation

The 1746-IV16 SLC 500 module is engineered for high efficiency and reliable performance in fast-paced industrial settings. Its compact design allows for easy integration into control panels, supporting both scalability and space constraints while maintaining a low noise profile during operation.

Robust Performance Across Temperature Extremes

Thanks to its sturdy construction and wide operating temperature range from 0C to 60C, the module is built to withstand harsh environmental conditions. It also boasts an impressive storage temperature range, making it suitable for various industrial storage and usage scenarios.

Simple Connectivity and Maintenance

Equipped with a terminal block connector, the 1746-IV16 enables straightforward wiring and maintenance. Passive cooling ensures reduced mechanical complexity, enhancing module reliability and minimizing servicing requirements over its lifecycle.

FAQs of 1746-IV16 ALLEN BRADLEY 1746 SLC 500:

Q: How is the 1746-IV16 module installed in an industrial automation system?

A: To install the 1746-IV16 module, mount it onto the Allen Bradley SLC 500 chassis and connect the digital input wires via the terminal block. The module receives its power directly from the chassis, streamlining the setup process in your automation environment.

Q: What is the benefit of the modules passive cooling method?

A: The passive cooling method minimizes moving parts, reducing both maintenance needs and the risk of mechanical failure. This translates into higher reliability and improved lifespan in continuous industrial operation.

Q: When should I use the 1746-IV16 module in manufacturing processes?

A: This module is suitable when digital input signals need to be efficiently monitored or controlled within a temperature range of 0C to 60C. Its ideal for use in various automated manufacturing and process control applications.

Q: Where can the 1746-IV16 be deployed for best results?

A: The module is optimized for use in industrial control panels, automated production lines, and process automation systems, especially in environments requiring high efficiency and low noise operation within moderate temperature ranges.

Q: What process does the module follow for digital input handling?

A: The 1746-IV16 accepts digital signals (5V DC) from external devices. It then transmits these signals to the SLC 500 processor for automated monitoring or control, supporting up to 16 input channels simultaneously.

Q: How does the modules design contribute to its reliability?

A: Constructed from durable plastic and metal, the modules compact build minimizes space requirements and enhances its resistance to environmental stressors. Combined with low noise operation and temperature resilience, these factors offer consistent reliable performance.

Q: What advantages does this module offer over traditional input solutions?

A: Compared to legacy input devices, the 1746-IV16 provides improved efficiency, higher input capacity, simpler connectivity through terminal blocks, and superior durability, making it a practical choice for demanding industrial automation setups.

Tell us about your requirement