ABB INPUT MODULE AI830

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ABB INPUT MODULE AI830 Specification

Control System
ABB AC 800M, Freelance systems

Panel Type
Module for ABB DCS systems

Current Rating
0-20 mA Input

Rated Insulation Voltage
250 V AC

Components
Includes terminal block and instruction leaflet

Rated Current
Input signal current, typically 0-20 mA / 4-20 mA

Features
Hot swap capability, diagnostics LED, compact design

Base Material
Industrial grade PC/ABS

Protection Class
Class I

Cover Material
Polycarbonate

Operating Voltage
24 V DC

Way
8 Channels

Rated Operation Voltage
24 V DC

Connectivity Type
Screw terminal connection

Cooling System
Natural air cooling

Cabinet Material
Compatible with ABB System cabinets

Protection Level
IP20

Thickness
Standard ABB module thickness

Product Type
Analog Input Module

Material
Plastic and Metal composite

Surface Finish
Matte

Standard
IEC 61131-2

Surface Color
Grey

Rated Voltage
24 V DC

Frequency (MHz)
50/60 Hz

Maximum Output Current
Not Applicable (Input Module)

Dimension (L*W*H)
110 x 50 x 186 mm

Application
Industrial Automation systems, Control Panels

IP Rating
IP20

Display Type
No display

About ABB INPUT MODULE AI830

The ABB INPUT MODULE AI830 is a classic, hot-selling solution designed for industrial automation. Featuring 8 isolated channels with channel-to-bus and channel-to-channel isolation, it supports multiple analog signal ranges (0-20 mA, 4-20 mA, 0-10 V) and is built from a stellar composite of plastic and metal for durability. This best-seller boasts a DIN-rail mount, compact design, and diagnostic LED indicators for swift troubleshooting. Configurable through ABB Control Builder, it operates reliably in harsh environments. Order today to upgrade your automation system with this virtuoso input module.

Material Strength, Versatile Application & Specific Utilization

Crafted with an industrial-grade PC/ABS base and robust polycarbonate cover, the ABB INPUT MODULE AI830 offers stellar durability and protection (IP20). Built for ABB DCS systems like AC 800M and Freelance, its ideal for industrial automation, control panels, and factory environments. The module features hot swap capability, rapid diagnostics, and reliable 8-channel input for seamless signal acquisition and processing in modern automation setups, making it a classic choice for control professionals.

Certifications, Exchange Policy, and Global Reach

The AI830 complies with IEC 61131-2 for safety and reliability. Its standard export package ensures secure freight handling and prompt delivery worldwide. Sample policy may be negotiated for large orders, with quick exchange options for faulty units. ABBs tested shipping framework allows smooth international delivery, covering main export markets across Europe, Asia, and the Americas. Comprehensive documentation is included for hassle-free onboarding, reinforcing ABBs global reputation for dependable exchange and on-time freight.

FAQs of ABB INPUT MODULE AI830:

Q: How can I configure the ABB INPUT MODULE AI830 for different input signals?

A: Configuration of the AI830 is managed through ABBs Control Builder software, enabling selection between current (0-20 mA/4-20 mA) and voltage (0-10 V) channels for individual applications.

Q: What benefits does the hot swap capability offer for users?

A: The hot swap feature allows you to replace the input module without shutting down the system, ensuring minimized downtime and improved maintenance efficiency for continuous operations.

Q: Where is the AI830 typically used in industrial environments?

A: This module is primarily used in industrial automation systems, control panels, and process control settings within sectors that demand reliable and precise analog input signal acquisition.

Q: What are the main material features of the AI830 module?

A: The module is built with a durable combination of industrial-grade PC/ABS for the base and polycarbonate for the cover, providing robust mechanical protection and a long service life.

Q: How does the diagnostic LED indicator help in daily operations?

A: Diagnostic LEDs provide real-time status and error indications, allowing for swift identification of channel issues or faults, streamlining maintenance and enhancing system stability.

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