ALLEN-BRADLEY 1794-IT8 MODULE

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ALLEN-BRADLEY 1794-IT8 MODULE Specification

Application
Industrial automation, temperature monitoring

Power Supply
24V DC external supply

Connector Type
Removable terminal block

Working Temperature
0C to 55C (32F to 131F)

Features
8 thermocouple inputs, LED status indicators, open-circuit detection, cold-junction compensation, removable terminal block

Cooling Method
Natural air convection

Output Type
8 Channel, Analog Input

Noise Level
< 2 mVrms

Operating Temperature
0C to 55C (32F to 131F)

Product Type
Thermocouple Input Module

Input Voltage
24 V DC (nominal), 19.2-31.2V DC (range)

Voltage Protection
30V DC overvoltage protection

Material
Industrial grade plastic

Storage Temperature
-40C to 85C

Weight
Approx. 80 g (0.18 lbs)

About ALLEN-BRADLEY 1794-IT8 MODULE

The ALLEN-BRADLEY 1794-IT8 MODULE stands as a scarce and remarkable solution for precise temperature monitoring in industrial automation. Supporting eight differential channels and a diverse range of thermocouple types (J, K, T, E, R, S, B, N, C) and millivolt inputs, this sterling module delivers 16-bit resolution with 1C typical accuracy. With robust 50V isolation, fused power protection, LED indicators, and reliable voltage protection, it is designed for enduring industrial environments. Uncommon and in high demand, this FLEX I/O module ensures optimal process control. Redeem promotional offers nowlimited stock available for suppliers and traders across India.

Industrial Applications and Plant Deployment

The ALLEN-BRADLEY 1794-IT8 MODULE finds its site of application predominantly in factory automation, process industries, and large-scale manufacturing plants. With its capacity for real-time temperature monitoring and process integration, it seamlessly adapts to both new installations and retrofits. Whether in chemical plants, food processing, or energy sectors, it ensures accurate data acquisition, supporting uncommon operational demands in dynamic environments and making it invaluable for industrial process monitoring.

Supply Ability, Export Markets, and Logistics

We maintain consistent supply ability for the ALLEN-BRADLEY 1794-IT8 MODULE, ensuring prompt delivery through efficient order processing and logistics. Our primary export markets include India and neighboring Asian regions, serving reliable distributors and traders. Flexible payment terms are available to foster strong partnerships. With streamlined logistics and meticulous order tracking, customers receive quality-assured modules swiftly and securely, supporting both urgent requirements and scheduled plant expansions for industrial clientele.

FAQs of ALLEN-BRADLEY 1794-IT8 MODULE:

Q: How does the ALLEN-BRADLEY 1794-IT8 MODULE enhance temperature monitoring accuracy in industrial settings?

A: Utilizing 16-bit resolution, multiple thermocouple input types, and cold-junction compensation, the 1794-IT8 module ensures precise temperature measurements, typically accurate to 1C, adaptable for demanding process applications.

Q: What input types and voltage ranges are supported by the 1794-IT8 MODULE?

A: The module accepts J, K, T, E, R, S, B, N, C thermocouples and millivolt signals, with a channel signal range of -10 mV to +80 mV and input voltage from 19.2V to 31.2V DC (nominal 24V DC).

Q: Where can the ALLEN-BRADLEY 1794-IT8 MODULE be installed within an automation system?

A: Designed for DIN rail mounting, the module fits seamlessly into existing FLEX I/O systems, compatible with 1794-TB3, 1794-TB2, and 1794-TB3S terminal bases for flexible site integration.

Q: What is the process for ordering and receiving the 1794-IT8 MODULE in India?

A: Customers in India can redeem their orders through authorized suppliers or traders. Efficient logistics and order processing ensure robust delivery timelines and secure packaging for industrial environments.

Q: What are the benefits of using the 1794-IT8 MODULEs LED indication features?

A: The module incorporates fused power, module status, and individual channel status LEDs, providing rapid diagnostics, improved fault detection, and streamlined maintenance for plant engineers.

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