1746-NR4 ALLEN BRADLEY 1746 SLC 500

Get a Price/Quote

1746-NR4 ALLEN BRADLEY 1746 SLC 500 Specification

Cooling Method
None (Passive)

Working Temperature
0C to 60C

Application
Industrial Automation

Power Supply
Powered via SLC 500 Backplane

Connector Type
SLC 500 Communication Port

Features
Thermocouple/mV Input Module

Operating Temperature
0C to 60C

Product Type
Input Module

Input Voltage
5V DC (SLC Backplane Voltage)

Efficiency
High

Material
Durable Plastic and Metal

Storage Temperature
-40C to 85C

Weight
Approx 0.22 kg

About 1746-NR4 ALLEN BRADLEY 1746 SLC 500

ALLEN BRADLEY 1746 SLC 500 1746-NR4

Text-to-speech function is limited to 200 characters

Options : History : Feedback : Donate

High-Quality Input Module for Industrial Automation

The 1746-NR4 thermocouple/mV input module is engineered to provide accurate temperature data in industrial settings. Supporting multiple thermocouple types, the device easily integrates with the SLC 500 platform for seamless operation without active cooling requirements. Its sturdy construction and reliable components ensure long service life and stability, even in variable temperature environments.

Efficient Performance in Challenging Conditions

Designed for a wide operating temperature range and passive cooling, the 1746-NR4 maintains high efficiency and reliability. Its installation simplifies temperature monitoring within automated systems, while the durable materials withstand daily industrial use and storage conditions as low as -40C.

FAQs of 1746-NR4 ALLEN BRADLEY 1746 SLC 500:

Q: How can the Allen Bradley 1746-NR4 module be utilized in industrial automation applications?

A: The 1746-NR4 enables precise temperature measurement by accepting thermocouple and millivolt inputs, making it ideal for process monitoring and control in automated manufacturing systems.

Q: What are the storage and operating temperature ranges for the 1746-NR4 module?

A: The module operates reliably between 0C and 60C, and can be stored in environments as cold as -40C and up to 85C, ensuring flexibility for different industrial contexts.

Q: When should the 1746-NR4 be deployed in an automation setup?

A: Deploy the 1746-NR4 when accurate, high-efficiency temperature measurement and monitoring is crucial for safe and optimized process control in your industrial automation system.

Q: Where is the Allen Bradley 1746-NR4 commonly installed within SLC 500 systems?

A: It is typically installed directly into the SLC 500 backplane and connected via the dedicated communication port, allowing easy integration inside control panels of automated equipment.

Q: What is the power supply method for the 1746-NR4 module?

A: The module is powered conveniently through the SLC 500 backplane using a 5V DC supply, eliminating the need for separate external power sources.

Q: Which process benefits from using the 1746-NR4 in industrial environments?

A: Processes involving temperature-sensitive operations, such as chemical processing or material fabrication, benefit from the modules precise and reliable thermocouple input capabilities.

Q: What are the advantages of passive cooling in the 1746-NR4 module?

A: Passive cooling eliminates moving parts, reducing maintenance needs and enhancing reliability in demanding industrial settings where silent, efficient operation is valued.

Tell us about your requirement