ABB DSAI 110 INPUT MODULE

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ABB DSAI 110 INPUT MODULE Specification

Connectivity Type
Screw Terminal

Control System
Distributed Control System compatible

Panel Type
DIN Rail Mount Module

Rated Operation Voltage
24 V DC

Current Rating
1 A

Operating Voltage
24 V DC

Cover Material
ABS Plastic

Rated Current
1 A per channel

Features
High reliability, Compact design, LED indication, Easy installation

Components
Microprocessor, Opto-isolators, Terminal Blocks

Rated Insulation Voltage
500 V

Cooling System
Natural Air Cooling

Protection Level
IP20

Way
Multi-channel

Thickness
Standard Module Thickness

Base Material
Glass Fiber Reinforced Epoxy

Protection Class
Class I

Product Type
INPUT MODULE

Material
Industrial Grade PCB, Electronic Components

Surface Finish
Matte/Smooth

Standard
ABB Industrial Automation Standard

Surface Color
Green

Rated Voltage
24 V DC

Frequency (MHz)
50-60 Hz

Maximum Output Current
1 A

Dimension (L*W*H)
156 mm x 104 mm x 18 mm

Application
Industrial Process Automation, DCS Systems

IP Rating
IP20

Display Type
None (Status LEDs Only)

About ABB DSAI 110 INPUT MODULE

Experience matchless performance with the ABB DSAI 110 Input Module, a stellar addition to any industrial automation suite. Instantly check out this masterpiece designed for the ABB Symphony Plus series, featuring 16 high-speed digital inputs with galvanic isolation. Get reliable functionality across a wide humidity range and robust temperature extremes. The DIN rail mounting and hot-swappable capability make installation effortless. With LED indications, natural air cooling, and compact design, this module stands out for dependability, safety, and innovation. Find durability with ABBs Industrial Automation Standard and industrial-grade materials. Shop now for your process automation needs.

Application Versatility & Enhanced Features

The ABB DSAI 110 INPUT MODULE is engineered for industrial process automation and distributed control systems (DCS), delivering compact, reliable performance wherever deployed. Its robust 16-channel digital input array, hot-swappable convenience, and galvanic isolation make it ideal for demanding environments. Suitable for continuous operation, this modules LED status indicators, easy installation, and superior design ensure operational excellence in factories, energy plants, and process industries.

Market Value & Trade Policies

Shipped from major Indian FOB ports, the ABB DSAI 110 INPUT MODULE enjoys a strong domestic market presence supported by flexible sample policies. Customers benefit from transparent purchase order procedures and prompt transportation services. The modules value in industrial trade continues to grow, supported by reliable supply chain practices, extensive trader networks, and streamlined logistics for safe and timely delivery throughout India.

FAQs of ABB DSAI 110 INPUT MODULE:

Q: How is the ABB DSAI 110 Input Module installed in an automation system?

A: The ABB DSAI 110 Input Module is installed using DIN rail mounting, making it a straightforward process for integration into distributed control systems (DCS) and industrial automation applications.

Q: What key features enhance the reliability of the ABB DSAI 110 Input Module?

A: Key features include galvanic isolation between channels and system, LED status indicators, rapid response time (<5 ms), hot-swappable design, and robust protection level (IP20) for safe, reliable operation.

Q: Where can the ABB DSAI 110 Input Module be applied most efficiently?

A: This module is most efficient in industrial process automation environments, such as factories, energy plants, and advanced DCS setups requiring multiple digital inputs and high reliability.

Q: When is sample availability and transportation typically managed for orders?

A: Sample policies are flexible and managed at major Indian FOB ports to ensure prompt sample sending and transportation upon receiving confirmed purchase orders.

Q: What benefits do users gain from the multi-channel input configuration?

A: Users benefit from enhanced data acquisition, faster system response, and the ability to monitor multiple digital signals simultaneously, supporting advanced automation and control.

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