ALLEN BRADLEY ANALOG INPUT MODULE

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ALLEN BRADLEY ANALOG INPUT MODULE Specification

Working Temperature
0C to +60C

Output Type
Analog (Input Only)

Application
Industrial Automation, Process Control, PLC Systems

Current Range
4-20 mA, 0-20 mA; 0-10V, 10V (model dependent)

Features
16-bit resolution, LED indication, Hot-swap, Channel diagnostic

Power Supply
Backplane powered (via PLC rack); 24V DC input

Operating Temperature
0C to +60C

Connector Type
Removable terminal block or cage clamp (model dependent)

Noise Level
< 10 Vrms (input noise)

Cooling Method
Natural Convection

Product Type
Analog Input Module

Input Voltage
24V DC (typical), Range: 10-30V DC

Voltage Protection
Overvoltage and reverse polarity protection

Material
Polycarbonate, Metal

Storage Temperature
-40C to +85C

Weight
Approx. 250g

About ALLEN BRADLEY ANALOG INPUT MODULE

The ALLEN BRADLEY ANALOG INPUT MODULE is a hot-selling, in-demand device designed for industrial automation and process control. Perfect for PLC systems, it offers sensational connectivity through 4, 8, or 16 channels (model specific), supporting both voltage and current signal input types. Enjoy first-class reliability with channel-to-channel and backplane isolation, rapid 1 ms response time, and instant checkout capabilities. Model-dependent features include LED channel status indicators, hot-swap functionality, overvoltage and reverse polarity protection. Engineered from high-grade polycarbonate and metal, it delivers 16-bit resolution, outstanding noise immunity (<10 Vrms), and robust IP20 protection for enduring performance.

Distinguished Features & Versatile Applications

ALLEN BRADLEY ANALOG INPUT MODULE ensures remarkable precision with 16-bit resolution and instantaneous channel diagnostics. Its LED status indicators, hot-swap feature, and natural convection cooling method elevate operational convenience and safety. Widely adopted in industrial automation, process control, and PLC systems, it stands out for superior noise immunity and robust construction. Competitive advantages include seamless mounting, advanced isolation, configurable signal types, and user-friendly maintenance, making it an ideal choice for demanding industrial environments.

Sample Policy, Supply Capacity & Export Markets

Samples of the ALLEN BRADLEY ANALOG INPUT MODULE can be handed over upon request, with estimated delivery periods communicated prior to drop-off. Our supply ability meets large-scale industrial requirements with reliable stock and rapid order processing. Main export markets include North America, Europe, the Middle East, and Asia, ensuring prompt international delivery and support. Commitment to excellence guarantees competitive pricing and responsive after-sales service for all global clients.

FAQs of ALLEN BRADLEY ANALOG INPUT MODULE:

Q: How do I configure the input signal type on the ALLEN BRADLEY ANALOG INPUT MODULE?

A: Input signal type selection, between voltage or current, is model-specific and can be configured using module setup instructions included with the product documentation.

Q: What benefits does channel-to-channel and channel-to-backplane isolation provide?

A: These isolation methods enhance signal integrity, minimize interference between channels and the PLC system, ensuring reliable performance even in complex industrial applications.

Q: When should I utilize the hot-swap feature on this module?

A: The hot-swap feature allows you to replace or add modules while the system is powered, reducing downtime and maintaining productivity during upgrades or maintenance.

Q: Where are LED channel status indicators located and what information do they convey?

A: LED indicators are positioned on the modules front panel. They provide instant status updates for each channel, aiding rapid diagnostics and system monitoring.

Q: What process is recommended if input voltage exceeds the modules typical range?

A: If input voltage surpasses the typical 24V DC or the 10-30V DC range, overvoltage protection will activate. Its advised to monitor and correct power supply sources to prevent damages.

Q: How does natural convection cooling benefit module operation?

A: Natural convection cooling guarantees efficient heat dissipation without the need for external fans, contributing to silent, reliable module operation in diverse temperature environments.

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