ALLEN BRADLEY INPUT MODULE 1746-NI4 A

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ALLEN BRADLEY INPUT MODULE 1746-NI4 A Specification

Cabinet Material
Plastic

Cover Material
Plastic

Operating Voltage
20 to 30 V DC

Connectivity Type
Backplane connection, Removable terminal block

Rated Insulation Voltage
50 V DC

Way
4 Channel

Panel Type
DIN Rail Mounted Module

Cooling System
Passive (Air cooled)

Components
Input terminal, status LEDs, analog circuitry

Rated Operation Voltage
24 V DC nominal

Thickness
Standard module thickness (approx. 35 mm)

Base Material
Industrial-grade plastic housing

Control System
Compatible with SLC 500 PLC

Features
4 differential analog inputs, 16-bit resolution, Pluggable terminal connections

Product Type
Analog Input Module

Material
Printed Circuit Board (PCB), Electronic Components

Surface Finish
Matte

Standard
Allen Bradley SLC 500 Series

Surface Color
Green/Grey

Rated Voltage
30 V DC max

Dimension (L*W*H)
Approx. 151 x 35 x 118 mm

Application
PLC Automation, Industrial Control Systems

Display Type
LED status indicators

About ALLEN BRADLEY INPUT MODULE 1746-NI4 A

Order today to experience the remarkable performance of the ALLEN BRADLEY INPUT MODULE 1746-NI4 Athe preeminent solution for PLC automation and precision industrial control. With adaptable input ranges (10V, 0-10V, 0-5V, 1-5V, 0-20 mA, 4-20 mA) and opulent 16-bit resolution, this module ensures accurate data capture. Benefit from robust isolation voltage (500 V AC), reliable status LEDs, and effortless DIN rail mounting. Engineered for the SLC 500 Series, this module excels in harsh environments, offering longevity and reliability. Try now and get seamless integration for your automation needs!

Site Of Application and Usage Versatility

The ALLEN BRADLEY INPUT MODULE 1746-NI4 A is designed primarily for industrial control systems and PLC automation, integrating flawlessly into demanding production sites. Its suitable for media such as voltage and current signals in monitoring and regulating processes. Beyond factory automation, its application spans chemical, pharmaceutical, and energy industries, adeptly capturing precise analog input for diverse operational requirements. This module elevates data reliability in both localized and distributed control systems.

Sample Policy, Packaging, and Delivery Commitment

Export market demands are met with a transparent sample policysamples are provided for valuation and compatibility checks. Every module is securely packaged in robust industrial-grade boxes to ensure protection during dispatching. Typical delivery time is swift, with dispatching completed within 7-10 business days from order confirmation. Clients are kept informed of shipment status and expected dates, optimizing planning. Trust our reliable logistics for timely arrivals, whether for local implementation or international export needs.

FAQs of ALLEN BRADLEY INPUT MODULE 1746-NI4 A:

Q: How does the ALLEN BRADLEY INPUT MODULE 1746-NI4 A improve industrial automation?

A: The module offers accurate signal conversion, wide input ranges, and 16-bit resolution, ensuring precise data acquisition and reliable control in automated industrial processes.

Q: What applications are best suited for the 1746-NI4 A input module?

A: It excels in PLC automation, industrial control systems, chemical, pharmaceutical, energy production, and any environment requiring dependable analog signal monitoring.

Q: When can I expect delivery after ordering the 1746-NI4 A module?

A: Delivery typically occurs within 7-10 business days following order confirmation, depending on location and export requirements.

Q: Where is the input module commonly installed?

A: The module is mainly installed in control cabinets, mounted on DIN rails or panels within factory automation and process control environments.

Q: What is the process for connecting signals to the module?

A: Signals are connected using the removable terminal block, allowing for easy wiring of voltage or current inputs as per the applications needs.

Q: What are the benefits of the Sigma-Delta analog to digital converter in this module?

A: The Sigma-Delta converter provides opulent accuracy and stability, enabling high-resolution digital signal representation for precise automation control.

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